Barix Wiki - User contributions [en]

ESD protection enhancement how-to

2011-08-26T10:22:54Z

Dragan: /* Introduction */

[[Main_Page#Hardware_Topics|Hardware_Topics]] >> [[ESD_protection_enhancement_how-to]]

== Introduction ==
This how-to will guide you step by step to mount the Barix ESD protection enhancement springs.

The application of the springs will enhance the ESD protection by making a better connection between the shielding of the RS-232 connector and the device enclosure (aluminum housing). Note that this does NOT alter the insulation between device shielding and the internal ground (analog / digital signal ground).

The springs can be requested directly from Barix using either this [http://www.barix.com/esdsprings/index.php online form], this [mailto:esdsprings@barix.com?Subject=Request%20for%20ESD%20protection%20enhancement%20springs&body=Dear%20Barix%20Support%0D%0DThis%20is%20a%20request%20for%20participation%20in%20the%20ESD%20protection%20enhancement%20program%20by:%0D%0DCompany_name:%0DFirst_name:%0DLast_name:%0DEmail:%0DPhone_number:%0DShipping_address:%0DComment_remarks:%0D%0D(Please%20fill%20in%20the%20MAC%20address,%20the%20production%20week%20and%20year%20and%20state%20the%20symptom(s).%20Copy%20the%20four%20lines%20for%20each%20additional%20device)%0D%0DProduct:EX100%0DMAC_address:00-08-E1-xx-yy-zz%0DPW:xx/11%0DSymptom:Device_heating,%20Power_Supply_damage%0D%0D email form] or by sending an email to [mailto:esdsprings@barix.com?Subject=Request%20for%20ESD%20protection%20enhancement%20springs esdsprings@barix.com] ([[ESDsamplebodytext|Click here for a sample body text]]).

To enlarge click on any of the photos.

== Step 1: Preparation ==
Unpack the device and the springs. Place the device on the table with the rear plate facing up.

[[Image:ESDpe1.png|200px]][[Image:ESDpe2.png|200px]]

== Step 2: Unscrewing the bolts ==
Use appropriate tools to unscrew the left and right Dsub bolts of the RS-232 connector.
Place the bolts aside for mounting in the final steps.

[[Image:ESDpe3.png|200px]][[Image:ESDpe4.png|200px]]

== Step 3: Placing the springs ==
Use pliers or a tweezer to place the springs in the slot between the RS-232 connector and the enclosure.
*The bent part with the screw hole must be placed facing up!
*Place the spring to fit the screw hole for easy mounting of the bolts.
*Production tolerances might prevent you from placing both spring which is ok as long as one spring is touching the enclosure.

[[Image:ESDpe5.png|200px]][[Image:ESDpe6.png|200px]][[Image:ESDpe7.png|200px]]

== Step 4: Screwing back on the bolts ==
Use appropriate tools to screw back on the left and right Dsub bolts of the RS-232 connector.

*Place both bolts in loosely before tightening them!
*Tighten both bolts to prevent accidental untightening.

[[Image:ESDpe8.png|200px]][[Image:ESDpe9.png|200px]][[Image:ESDpe10.png|200px]]

ESD protection enhancement how-to

2011-08-26T09:17:20Z

Dragan: /* Introduction */

[[Main_Page#Hardware_Topics|Hardware_Topics]] >> [[ESD_protection_enhancement_how-to]]

== Introduction ==
This how-to will guide you step by step to mount the Barix ESD protection enhancement springs.

The application of the springs will enhance the ESD protection by making a better connection between the shielding of the RS-232 connector and the enclosure. Note that this does NOT alter the insulation between enclosure (shield) and the internal ground (analog / digital GND).

The springs can be requested directly from Barix using either this [http://www.barix.com/esdsprings/index.php online form], this [mailto:esdsprings@barix.com?Subject=Request%20for%20ESD%20protection%20enhancement%20springs&body=Dear%20Barix%20Support%0D%0DThis%20is%20a%20request%20for%20participation%20in%20the%20ESD%20protection%20enhancement%20program%20by:%0D%0DCompany_name:%0DFirst_name:%0DLast_name:%0DEmail:%0DPhone_number:%0DShipping_address:%0DComment_remarks:%0D%0D(Please%20fill%20in%20the%20MAC%20address,%20the%20production%20week%20and%20year%20and%20state%20the%20symptom(s).%20Copy%20the%20four%20lines%20for%20each%20additional%20device)%0D%0DProduct:EX100%0DMAC_address:00-08-E1-xx-yy-zz%0DPW:xx/11%0DSymptom:Device_heating,%20Power_Supply_damage%0D%0D email form] or by sending an email to [mailto:esdsprings@barix.com?Subject=Request%20for%20ESD%20protection%20enhancement%20springs esdsprings@barix.com] ([[ESDsamplebodytext|Click here for a sample body text]]).

To enlarge click on any of the photos.

== Step 1: Preparation ==
Unpack the device and the springs. Place the device on the table with the rear plate facing up.

[[Image:ESDpe1.png|200px]][[Image:ESDpe2.png|200px]]

== Step 2: Unscrewing the bolts ==
Use appropriate tools to unscrew the left and right Dsub bolts of the RS-232 connector.
Place the bolts aside for mounting in the final steps.

[[Image:ESDpe3.png|200px]][[Image:ESDpe4.png|200px]]

== Step 3: Placing the springs ==
Use pliers or a tweezer to place the springs in the slot between the RS-232 connector and the enclosure.
*The bent part with the screw hole must be placed facing up!
*Place the spring to fit the screw hole for easy mounting of the bolts.
*Production tolerances might prevent you from placing both spring which is ok as long as one spring is touching the enclosure.

[[Image:ESDpe5.png|200px]][[Image:ESDpe6.png|200px]][[Image:ESDpe7.png|200px]]

== Step 4: Screwing back on the bolts ==
Use appropriate tools to screw back on the left and right Dsub bolts of the RS-232 connector.

*Place both bolts in loosely before tightening them!
*Tighten both bolts to prevent accidental untightening.

[[Image:ESDpe8.png|200px]][[Image:ESDpe9.png|200px]][[Image:ESDpe10.png|200px]]

ESDsamplebodytext

2011-08-25T20:14:11Z

Dragan:

[[Main_Page#Hardware_Topics|Hardware_Topics]] >> [[ESD_protection_enhancement_how-to]] >> [[ESDsamplebodytext]]
=Email Sample Text=

*Please copy the content of the subject line and the complete body text, fill it out and send it to us.

==Subject:==

Request for 'ESD Protection Enhancement Program' participation

==Body text:==

Dear Barix Support

This is a request for participation in the ESD protection enhancement program by:

Company_name:

First_name:

Last_name:

Email:

Phone_number:

Shipping_address:

Comment_remarks:

(Please fill in the MAC address, the production week and year and state the symptom(s). Copy the four lines for each additional device:)

Product:EX100

MAC_address:00-08-E1-xx-yy-zz

PW:xx/11

Symptom:Heating, PowerSupply

ESDsamplebodytext

2011-08-25T20:12:00Z

Dragan:

[[ESD_protection_enhancement_how-to]]
=Email Sample Text=

*Please copy the content of the subject line and the complete body text, fill it out and send it to us.

==Subject:==

Request for 'ESD Protection Enhancement Program' participation

==Body text:==

Dear Barix Support

This is a request for participation in the ESD protection enhancement program by:

Company_name:

First_name:

Last_name:

Email:

Phone_number:

Shipping_address:

Comment_remarks:

(Please fill in the MAC address, the production week and year and state the symptom(s). Copy the four lines for each additional device:)

Product:EX100

MAC_address:00-08-E1-xx-yy-zz

PW:xx/11

Symptom:Heating, PowerSupply

ESDsamplebodytext

2011-08-25T20:10:54Z

Dragan:

[[Back]]
=Email Sample Text=

*Please copy the content of the subject line and the complete body text, fill it out and send it to us.

==Subject:==

Request for 'ESD Protection Enhancement Program' participation

==Body text:==

Dear Barix Support

This is a request for participation in the ESD protection enhancement program by:

Company_name:

First_name:

Last_name:

Email:

Phone_number:

Shipping_address:

Comment_remarks:

(Please fill in the MAC address, the production week and year and state the symptom(s). Copy the four lines for each additional device:)

Product:EX100

MAC_address:00-08-E1-xx-yy-zz

PW:xx/11

Symptom:Heating, PowerSupply

ESDsamplebodytext

2011-08-25T20:08:19Z

Dragan: New page: =Email Sample Text= *Please copy the content of the subject line and the complete body text, fill it out and send it to us. ==Subject:== Request for 'ESD Protection Enhancement Program'...

=Email Sample Text=

*Please copy the content of the subject line and the complete body text, fill it out and send it to us.

==Subject:==

Request for 'ESD Protection Enhancement Program' participation

==Body text:==

Dear Barix Support

This is a request for participation in the ESD protection enhancement program by:

Company_name:

First_name:

Last_name:

Email:

Phone_number:

Shipping_address:

Comment_remarks:

(Please fill in the MAC address, the production week and year and state the symptom(s). Copy the four lines for each additional device:)

Product:EX100

MAC_address:00-08-E1-xx-yy-zz

PW:xx/11

Symptom:Heating, PowerSupply

ESD protection enhancement how-to

2011-08-25T20:02:26Z

Dragan: /* Introduction */ added email form

[[Main_Page#Hardware_Topics|Hardware_Topics]] >> [[ESD_protection_enhancement_how-to]]

== Introduction ==
This how-to will guide you step by step to mount the Barix ESD protection enhancement springs.

The application of the springs will enhance the ESD protection by making a better connection between the shielding of the RS-232 connector and the enclosure. Note that this does NOT alter the insulation between enclosure (shield) and the internal ground (analog / digital GND).

The springs can be requested directly from Barix using this [mailto:esdrma@barix.com?Subject=Request%20for%20'ESD%20Protection%20Enhancement%20Program'%20participation&body=Dear%20Barix%20Support%0D%0DThis%20is%20a%20request%20for%20participation%20in%20the%20ESD%20protection%20enhancement%20program%20by:%0D%0DCompany_name:%0DFirst_name:%0DLast_name:%0DEmail:%0DPhone_number:%0DShipping_address:%0DComment_remarks:%0D%0D(Please%20fill%20in%20the%20MAC%20address,%20the%20production%20week%20and%20year%20and%20state%20the%20symptom(s).%20Copy%20the%20four%20lines%20for%20each%20additional%20device)%0D%0DProduct:EX100%0DMAC_address:00-08-E1-xx-yy-zz%0DPW:xx/11%0DSymptom:Heating,%20PowerSupply email form] or by sending an email to esdrma@barix.com ([[ESDsamplebodytext|Click here for a sample body text]]).

To enlarge click on any of the photos.

== Step 1: Preparation ==
Unpack the device and the springs. Place the device on the table with the rear plate facing up.

[[Image:ESDpe1.png|200px]][[Image:ESDpe2.png|200px]]

== Step 2: Unscrewing the bolts ==
Use appropriate tools to unscrew the left and right Dsub bolts of the RS-232 connector.
Place the bolts aside for mounting in the final steps.

[[Image:ESDpe3.png|200px]][[Image:ESDpe4.png|200px]]

== Step 3: Placing the springs ==
Use pliers or a tweezer to place the springs in the slot between the RS-232 connector and the enclosure.
*The bent part with the screw hole must be placed facing up!
*Place the spring to fit the screw hole for easy mounting of the bolts.
*Production tolerances might prevent you from placing both spring which is ok as long as one spring is touching the enclosure.

[[Image:ESDpe5.png|200px]][[Image:ESDpe6.png|200px]][[Image:ESDpe7.png|200px]]

== Step 4: Screwing back on the bolts ==
Use appropriate tools to screw back on the left and right Dsub bolts of the RS-232 connector.

*Place both bolts in loosely before tightening them!
*Tighten both bolts to prevent accidental untightening.

[[Image:ESDpe8.png|200px]][[Image:ESDpe9.png|200px]][[Image:ESDpe10.png|200px]]

Email form test

2011-08-25T19:19:39Z

Dragan:

Email form test:
[mailto:esdrma@barix.com?Subject=Request%20for%20'ESD%20Protection%20Enhancement%20Program'%20participation&body=Dear%20Barix%20Support%0D%0DThis%20is%20a%20request%20for%20participation%20in%20the%20ESD%20protection%20enhancement%20program%20by:%0D%0DCompany_name:%0DFirst_name:%0DLast_name:%0DEmail:%0DPhone_number:%0DShipping_address:%0DComment_remarks:%0D%0D(Please%20fill%20in%20the%20MAC%20address,%20the%20production%20week%20and%20year%20and%20state%20the%20symptom(s).%20Copy%20the%20four%20lines%20for%20each%20additional%20device:)%0D%0DProduct:EX100%0DMAC_address:00-08-E1-xx-yy-zz%0DPW:xx/11%0DSymptom:Heating,%20PowerSupply info]

Email form test

2011-08-25T19:17:08Z

Dragan:

Email form test:
[mailto:esdrma@barix.com?Subject=Request%20for%20'ESD%20Protection%20Enhancement%20Program'%20Participation&body=Dear%20Barix%20Support%0D%0DThis%20is%20a%20request%20for%20participation%20in%20the%20ESD%20protection%20enhancement%20program%20by:%0D%0DCompany_name:%0DFirst_name:%0DLast_name:%0DEmail:%0DPhone_number:%0DShipping_address:%0DComment_remarks:%0D%0D(Please%20fill%20in%20the%20MAC%20address,%20the%20production%20week%20and%20year%20and%20state%20the%20symptom(s).%20Copy%20the%20four%20lines%20for%20each%20additional%20device:)%0D%0DProduct:EX100%0DMAC_address:00-08-E1-xx-yy-zz%0DPW:xx/11%0DSymptom:Heating,%20PowerSupply info]

Email form test

2011-08-25T18:47:21Z

Dragan: New page: Email form test: [mailto:esdrma@barix.com?Subject=URL%20Encoded%20Subject&body=Body%20Text info]

Email form test:
[mailto:esdrma@barix.com?Subject=URL%20Encoded%20Subject&body=Body%20Text info]

Main Page

2011-08-25T18:45:37Z

Dragan: /* Sales & Marketing */

<big>'''Barix Wiki'''</big>

The Barix Wiki is maintained by Barix staff and users/community. Barix does try to keep the content accurate and error free, and we do review third party contributions, however, we can not guarantee everything is 100% accurate or up-to-date.
If you find any mistakes, errors etc. - please feel free to correct them !

== Barix Newsletter ==

[http://newsletter.barix.com/public/archive.php Click here to read the Barix newsletters.]

== Products ==
=== Audio - Devices and accessories ===
* [[Product Matrix]] - List of HW capabilities versus SW features
* [[Exstreamer 100]] - General Purpose Network Audio Decoder
* [[Exstreamer 110]] - Network Audio Decoder with advanced features - Decodes AAC+
* [[Exstreamer 200]] - Network Audio Decoder with built-in 2x25W class-D amplifier
* [[Exstreamer 1000]] - High Quality Network Audio Encoder/Decoder with symmetric Audio interfaces and AES/EBU
* [[Instreamer 100]] - General Purpose Network Audio Encoder
* [[Annuncicom 100]] - General Purpose Bidirectional Network Audio Device with I/O
* [[Annuncicom 200]] - Network Audio Device suitable for intercom/paging applications with 8W output amplifier and PoE
* [[Annuncicom 1000]] - High End Network Audio Device with balanced audio interfaces and supervised contact closures
* [[Radiobox]] - Radiobox and "Radiobox Pro" - Barix products ?
* [[IPAM 100]]- Embedded IP audio module for OEM with dual network and multiple serial interfaces
* [[IPAM 200 / IPAM 300]]- Embedded IP audio module for OEM (decoder only)
* [[PS16]] - Multifunctional digital desktop paging station PS16
* [[VSC]] - Volume Source Control accessory

=== Automation and Control - Devices and accessories ===
* [[Automation and Control Product Matrix]] - List of HW capabilities versus SW features
* [[Barionet]] - General Purpose IP Automation Controller with SNMP and Modbus/TCP support, fully programmable. Various I/O capabilities
* [[Barionet 50]] - Low Cost IP Automation Controller with contact closure inputs, relay outputs, serial ports and Dallas Onewire interface
* [[Barionet 200]] - Advanced IP Automation Controller with 16bit analog inputs, analog outputs, RTC and USB flash drive support
* [[Barix IO12]] - Modbus/RS-485 I/O Interface (12 in, 12 out)
* [[Barix X8]] - Multipurpose Modbus/RS-485 I/O Interface (8 selectable I/O)
* [[Defconlock]] - This is an application specific Barionet, preloaded with an Access Control application (app also separately downloadable)
* [[Barix TS]] - onewire temperature sensors

* [[Barimon]] - web tool for collecting data from Barix devices: http://www.barimon.net/

== Applications ==
Barix products can be used in a vast variety of applications and markets. Below links bring you to pages which describe applications, which products to use etc
* [[Automation Applications]] - this includes data conversion, collection, remote managment and monitoring (non-audio) applications
* [[Broadcast Applications]] - Applications in the Broadcast Industry such as STL, internet radio, monitoring
* [[In-Store Music Applications]] - Applications for distribution of live music or "download and playback" on schedule.
* [[General Audio Distribution Applications]] - distribution of audio channels in hotels, over the internet, homes, amusement parks etc
* [[Alarm Applications]] - Use of the Barix products in emergency alerting applications
* [[SIP Applications]] - Use of the Barix products with SIP protocol for SIP speaker, intercom, phone applications
* [[Crestron Integration]] - integrating audio over IP with Crestron touchpanels
* [[IP Intercom]] - a general description and Intercom Applications
* [[Rebroadcasting Application]] - what does it do ?
* [[Messaging / Music on Hold Application from MOH Technology]]
* [[Scheduling of Audio or commands]]

== Hardware Topics ==
* [[Software/Hardware compatibility matrix]]
* [[USB device compatibility list]]
* [[USB and IPAM layout rules]]
* [[Microphones]]
* [[ESD protection enhancement how-to]]

== Software Topics ==

* [[General Topics]]
* [[Protocols used in Barix Products]]
* [[Streaming Client]]
* [[Streaming Client with USB encryption for Digital Rights Management]]
* [[Freeware from Barix]]
* [[BCL Topics]]
* [[Ethersound]]
* [[IP Audio Delay]]
* [[RTP Buffering - Frame Based Buffering]]
* [[SIP Applications]]
* [[VAcard PC software]]
* [[Redundancy]]

== Support - FAQ & Troubleshooting ==

* [[FAQ]] - general questions, sections about audio and control products

* [[Troubleshooting]]

* [[Reflector]]

== Sales & Marketing ==
* [[Email form test]]

== Some useful links for using the Wiki ==
Consult the [http://meta.wikimedia.org/wiki/Help:Contents User's Guide] for information on using the wiki software.

=== Getting started ===
* [http://www.mediawiki.org/wiki/Manual:Configuration_settings Configuration settings list]
* [http://www.mediawiki.org/wiki/Manual:FAQ MediaWiki FAQ]
* [https://lists.wikimedia.org/mailman/listinfo/mediawiki-announce MediaWiki release mailing list]

Main Page

2011-08-25T18:45:07Z

Dragan: /* Sales & Marketing */

<big>'''Barix Wiki'''</big>

The Barix Wiki is maintained by Barix staff and users/community. Barix does try to keep the content accurate and error free, and we do review third party contributions, however, we can not guarantee everything is 100% accurate or up-to-date.
If you find any mistakes, errors etc. - please feel free to correct them !

== Barix Newsletter ==

[http://newsletter.barix.com/public/archive.php Click here to read the Barix newsletters.]

== Products ==
=== Audio - Devices and accessories ===
* [[Product Matrix]] - List of HW capabilities versus SW features
* [[Exstreamer 100]] - General Purpose Network Audio Decoder
* [[Exstreamer 110]] - Network Audio Decoder with advanced features - Decodes AAC+
* [[Exstreamer 200]] - Network Audio Decoder with built-in 2x25W class-D amplifier
* [[Exstreamer 1000]] - High Quality Network Audio Encoder/Decoder with symmetric Audio interfaces and AES/EBU
* [[Instreamer 100]] - General Purpose Network Audio Encoder
* [[Annuncicom 100]] - General Purpose Bidirectional Network Audio Device with I/O
* [[Annuncicom 200]] - Network Audio Device suitable for intercom/paging applications with 8W output amplifier and PoE
* [[Annuncicom 1000]] - High End Network Audio Device with balanced audio interfaces and supervised contact closures
* [[Radiobox]] - Radiobox and "Radiobox Pro" - Barix products ?
* [[IPAM 100]]- Embedded IP audio module for OEM with dual network and multiple serial interfaces
* [[IPAM 200 / IPAM 300]]- Embedded IP audio module for OEM (decoder only)
* [[PS16]] - Multifunctional digital desktop paging station PS16
* [[VSC]] - Volume Source Control accessory

=== Automation and Control - Devices and accessories ===
* [[Automation and Control Product Matrix]] - List of HW capabilities versus SW features
* [[Barionet]] - General Purpose IP Automation Controller with SNMP and Modbus/TCP support, fully programmable. Various I/O capabilities
* [[Barionet 50]] - Low Cost IP Automation Controller with contact closure inputs, relay outputs, serial ports and Dallas Onewire interface
* [[Barionet 200]] - Advanced IP Automation Controller with 16bit analog inputs, analog outputs, RTC and USB flash drive support
* [[Barix IO12]] - Modbus/RS-485 I/O Interface (12 in, 12 out)
* [[Barix X8]] - Multipurpose Modbus/RS-485 I/O Interface (8 selectable I/O)
* [[Defconlock]] - This is an application specific Barionet, preloaded with an Access Control application (app also separately downloadable)
* [[Barix TS]] - onewire temperature sensors

* [[Barimon]] - web tool for collecting data from Barix devices: http://www.barimon.net/

== Applications ==
Barix products can be used in a vast variety of applications and markets. Below links bring you to pages which describe applications, which products to use etc
* [[Automation Applications]] - this includes data conversion, collection, remote managment and monitoring (non-audio) applications
* [[Broadcast Applications]] - Applications in the Broadcast Industry such as STL, internet radio, monitoring
* [[In-Store Music Applications]] - Applications for distribution of live music or "download and playback" on schedule.
* [[General Audio Distribution Applications]] - distribution of audio channels in hotels, over the internet, homes, amusement parks etc
* [[Alarm Applications]] - Use of the Barix products in emergency alerting applications
* [[SIP Applications]] - Use of the Barix products with SIP protocol for SIP speaker, intercom, phone applications
* [[Crestron Integration]] - integrating audio over IP with Crestron touchpanels
* [[IP Intercom]] - a general description and Intercom Applications
* [[Rebroadcasting Application]] - what does it do ?
* [[Messaging / Music on Hold Application from MOH Technology]]
* [[Scheduling of Audio or commands]]

== Hardware Topics ==
* [[Software/Hardware compatibility matrix]]
* [[USB device compatibility list]]
* [[USB and IPAM layout rules]]
* [[Microphones]]
* [[ESD protection enhancement how-to]]

== Software Topics ==

* [[General Topics]]
* [[Protocols used in Barix Products]]
* [[Streaming Client]]
* [[Streaming Client with USB encryption for Digital Rights Management]]
* [[Freeware from Barix]]
* [[BCL Topics]]
* [[Ethersound]]
* [[IP Audio Delay]]
* [[RTP Buffering - Frame Based Buffering]]
* [[SIP Applications]]
* [[VAcard PC software]]
* [[Redundancy]]

== Support - FAQ & Troubleshooting ==

* [[FAQ]] - general questions, sections about audio and control products

* [[Troubleshooting]]

* [[Reflector]]

== Sales & Marketing ==
* Email form test

== Some useful links for using the Wiki ==
Consult the [http://meta.wikimedia.org/wiki/Help:Contents User's Guide] for information on using the wiki software.

=== Getting started ===
* [http://www.mediawiki.org/wiki/Manual:Configuration_settings Configuration settings list]
* [http://www.mediawiki.org/wiki/Manual:FAQ MediaWiki FAQ]
* [https://lists.wikimedia.org/mailman/listinfo/mediawiki-announce MediaWiki release mailing list]

ESD protection enhancement how-to

2011-08-25T16:12:20Z

Dragan: /* Introduction */

ESD protection enhancement how-to

2011-08-25T16:11:38Z

Dragan: /* Introduction */

ESD protection enhancement how-to

2011-08-25T15:42:41Z

Dragan: /* Introduction */ changed email link

[[Main_Page#Hardware_Topics|Hardware_Topics]] >> [[ESD_protection_enhancement_how-to]]

== Introduction ==
This how-to will guide you step by step to mount the Barix ESD protection enhancement springs.

The springs can be requested directly from Barix by sending an email to: [mailto:esdrma@barix.com esdrma@barix.com]

To enlarge click on any of the photos.

== Step 1: Preparation ==
Unpack the device and the springs. Place the device on the table with the rear plate facing up.

[[Image:ESDpe1.png|200px]][[Image:ESDpe2.png|200px]]

== Step 2: Unscrewing the bolts ==
Use appropriate tools to unscrew the left and right Dsub bolts of the RS-232 connector.
Place the bolts aside for mounting in the final steps.

[[Image:ESDpe3.png|200px]][[Image:ESDpe4.png|200px]]

== Step 3: Placing the springs ==
Use pliers or a tweezer to place the springs in the slot between the RS-232 connector and the enclosure.
*The bent part with the screw hole must be placed facing up!
*Place the spring to fit the screw hole for easy mounting of the bolts.
*Production tolerances might prevent you from placing both spring which is ok as long as one spring is touching the enclosure.

[[Image:ESDpe5.png|200px]][[Image:ESDpe6.png|200px]][[Image:ESDpe7.png|200px]]

== Step 4: Screwing back on the bolts ==
Use appropriate tools to screw back on the left and right Dsub bolts of the RS-232 connector.

*Place both bolts in loosely before tightening them!
*Tighten both bolts to prevent accidental untightening.

[[Image:ESDpe8.png|200px]][[Image:ESDpe9.png|200px]][[Image:ESDpe10.png|200px]]

ESD protection enhancement how-to

2011-08-24T17:52:16Z

Dragan: /* Step 4: Screwing back on the bolts */ fixed typo (losely)

[[Main_Page#Hardware_Topics|Hardware_Topics]] >> [[ESD_protection_enhancement_how-to]]

== Introduction ==
This how-to will guide you step by step to mount the Barix ESD protection enhancement springs.

The springs can be ordered directly with Barix using this form: "Link coming soon"

To enlarge click on any of the photos.

== Step 1: Preparation ==
Unpack the device and the springs. Place the device on the table with the rear plate facing up.

[[Image:ESDpe1.png|200px]][[Image:ESDpe2.png|200px]]

== Step 2: Unscrewing the bolts ==
Use appropriate tools to unscrew the left and right Dsub bolts of the RS-232 connector.
Place the bolts aside for mounting in the final steps.

[[Image:ESDpe3.png|200px]][[Image:ESDpe4.png|200px]]

== Step 3: Placing the springs ==
Use pliers or a tweezer to place the springs in the slot between the RS-232 connector and the enclosure.
*The bent part with the screw hole must be placed facing up!
*Place the spring to fit the screw hole for easy mounting of the bolts.
*Production tolerances might prevent you from placing both spring which is ok as long as one spring is touching the enclosure.

[[Image:ESDpe5.png|200px]][[Image:ESDpe6.png|200px]][[Image:ESDpe7.png|200px]]

== Step 4: Screwing back on the bolts ==
Use appropriate tools to screw back on the left and right Dsub bolts of the RS-232 connector.

*Place both bolts in loosely before tightening them!
*Tighten both bolts to prevent accidental untightening.

[[Image:ESDpe8.png|200px]][[Image:ESDpe9.png|200px]][[Image:ESDpe10.png|200px]]

ESD protection enhancement how-to

2011-08-24T16:49:36Z

Dragan: Added Navigation top line

[[Main_Page#Hardware_Topics|Hardware_Topics]] >> [[ESD_protection_enhancement_how-to]]

== Introduction ==
This how-to will guide you step by step to mount the Barix ESD protection enhancement springs.

The springs can be ordered directly with Barix using this form: "Link coming soon"

To enlarge click on any of the photos.

== Step 1: Preparation ==
Unpack the device and the springs. Place the device on the table with the rear plate facing up.

[[Image:ESDpe1.png|200px]][[Image:ESDpe2.png|200px]]

== Step 2: Unscrewing the bolts ==
Use appropriate tools to unscrew the left and right Dsub bolts of the RS-232 connector.
Place the bolts aside for mounting in the final steps.

[[Image:ESDpe3.png|200px]][[Image:ESDpe4.png|200px]]

== Step 3: Placing the springs ==
Use pliers or a tweezer to place the springs in the slot between the RS-232 connector and the enclosure.
*The bent part with the screw hole must be placed facing up!
*Place the spring to fit the screw hole for easy mounting of the bolts.
*Production tolerances might prevent you from placing both spring which is ok as long as one spring is touching the enclosure.

[[Image:ESDpe5.png|200px]][[Image:ESDpe6.png|200px]][[Image:ESDpe7.png|200px]]

== Step 4: Screwing back on the bolts ==
Use appropriate tools to screw back on the left and right Dsub bolts of the RS-232 connector.

*Place both bolts in losely before tightening them!
*Tighten both bolts to prevent accidental untightening.

[[Image:ESDpe8.png|200px]][[Image:ESDpe9.png|200px]][[Image:ESDpe10.png|200px]]

ESD protection enhancement how-to

2011-08-24T16:44:23Z

Dragan:

== Introduction ==
This how-to will guide you step by step to mount the Barix ESD protection enhancement springs.

The springs can be ordered directly with Barix using this form: "Link coming soon"

To enlarge click on any of the photos.

== Step 1: Preparation ==
Unpack the device and the springs. Place the device on the table with the rear plate facing up.

[[Image:ESDpe1.png|200px]][[Image:ESDpe2.png|200px]]

== Step 2: Unscrewing the bolts ==
Use appropriate tools to unscrew the left and right Dsub bolts of the RS-232 connector.
Place the bolts aside for mounting in the final steps.

[[Image:ESDpe3.png|200px]][[Image:ESDpe4.png|200px]]

== Step 3: Placing the springs ==
Use pliers or a tweezer to place the springs in the slot between the RS-232 connector and the enclosure.
*The bent part with the screw hole must be placed facing up!
*Place the spring to fit the screw hole for easy mounting of the bolts.
*Production tolerances might prevent you from placing both spring which is ok as long as one spring is touching the enclosure.

[[Image:ESDpe5.png|200px]][[Image:ESDpe6.png|200px]][[Image:ESDpe7.png|200px]]

== Step 4: Screwing back on the bolts ==
Use appropriate tools to screw back on the left and right Dsub bolts of the RS-232 connector.

*Place both bolts in losely before tightening them!
*Tighten both bolts to prevent accidental untightening.

[[Image:ESDpe8.png|200px]][[Image:ESDpe9.png|200px]][[Image:ESDpe10.png|200px]]

ESD protection enhancement how-to

2011-08-24T16:43:40Z

Dragan:

This how-to will guide you step by step to mount the Barix ESD protection enhancement springs.

The springs can be ordered directly with Barix using this form: "Link coming soon"

To enlarge click on any of the photos.

== Step 1: Preparation ==
Unpack the device and the springs. Place the device on the table with the rear plate facing up.

[[Image:ESDpe1.png|200px]][[Image:ESDpe2.png|200px]]

== Step 2: Unscrewing the bolts ==
Use appropriate tools to unscrew the left and right Dsub bolts of the RS-232 connector.
Place the bolts aside for mounting in the final steps.

[[Image:ESDpe3.png|200px]][[Image:ESDpe4.png|200px]]

== Step 3: Placing the springs ==
Use pliers or a tweezer to place the springs in the slot between the RS-232 connector and the enclosure.
*The bent part with the screw hole must be placed facing up!
*Place the spring to fit the screw hole for easy mounting of the bolts.
*Production tolerances might prevent you from placing both spring which is ok as long as one spring is touching the enclosure.

[[Image:ESDpe5.png|200px]][[Image:ESDpe6.png|200px]][[Image:ESDpe7.png|200px]]

== Step 4: Screwing back on the bolts ==
Use appropriate tools to screw back on the left and right Dsub bolts of the RS-232 connector.

*Place both bolts in losely before tightening them!
*Tighten both bolts to prevent accidental untightening.

[[Image:ESDpe8.png|200px]][[Image:ESDpe9.png|200px]][[Image:ESDpe10.png|200px]]

ESD protection enhancement how-to

2011-08-24T16:43:21Z

Dragan:

ESD protection enhancement how-to

2011-08-24T16:41:24Z

Dragan: Added first version of how-to

This how-to will guide you step by step to mount the Barix ESD protection enhancement springs.

The springs can be ordered directly with Barix using this form: "Link coming soon"

To enlarge click on any of the photos.

== Step 1: Preparation ==
Unpack the device and the springs. Place the device on the table with the rear plate facing up.

[[Image:ESDpe1.png|200px]][[Image:ESDpe2.png|200px]]

== Step 2: Unscrewing the bolts ==
Use appropriate tools to unscrew the left and right Dsub bolts of the RS-232 connector.
Place the bolts aside for mounting in the final steps.

[[Image:ESDpe3.png|200px]][[Image:ESDpe4.png|200px]]

== Step 3: Placing the springs ==
Use pliers or a tweezer to place the springs in the slot between the RS-232 connector and the enclosure.
*The bent part with the screw hole must be placed facing up!
*Place the spring to fit the screw hole for easy mounting of the bolts.
*Production tolerances might prevent you from placing both spring which is ok as long as one spring is touching the enclosure.

[[Image:ESDpe5.png|200px]][[Image:ESDpe6.png|200px]][[Image:ESDpe7.png|200px]]

== Step 3: Screwing back on the bolts ==
Use appropriate tools to screw back on the left and right Dsub bolts of the RS-232 connector.

*Place both bolts in losely before tightening them!
*Tighten both bolts to prevent accidental untightening.

[[Image:ESDpe8.png|200px]][[Image:ESDpe9.png|200px]][[Image:ESDpe10.png|200px]]

ESD protection enhancement how-to

2011-08-24T16:21:57Z

Dragan: New page: This how-to will guide you step by step to mount the Barix ESD protection enhancement springs. The springs can be ordered directly with Barix using this form: "Link coming soon" == Step ...

This how-to will guide you step by step to mount the Barix ESD protection enhancement springs.

The springs can be ordered directly with Barix using this form: "Link coming soon"

== Step 1: Preparation ==
Unpack the device and the springs. Place the device on the table with the rear plate facing up.
[[Image:ESDpe1.png|200px]][[Image:ESDpe2.png|200px]]

== Step 2: Unscrewing the bolts ==
Use appropriate tools to unscrew the left and right Dsub bolts of the RS-232 connector.

Place the bolts aside for mounting in the final steps.

[[Image:ESDpe3.png|200px]][[Image:ESDpe4.png|200px]]

File:ESDpe10.png

2011-08-24T16:14:33Z

Dragan:

File:ESDpe9.png

2011-08-24T16:14:24Z

Dragan:

File:ESDpe8.png

2011-08-24T16:14:13Z

Dragan:

File:ESDpe7.png

2011-08-24T16:14:03Z

Dragan:

File:ESDpe6.png

2011-08-24T16:13:45Z

Dragan:

File:ESDpe5.png

2011-08-24T16:13:34Z

Dragan:

File:ESDpe4.png

2011-08-24T16:13:23Z

Dragan:

File:ESDpe3.png

2011-08-24T16:13:10Z

Dragan:

File:ESDpe2.png

2011-08-24T16:12:57Z

Dragan:

File:ESDpe1.png

2011-08-24T16:12:42Z

Dragan:

Main Page

2011-08-24T16:02:45Z

Dragan: /* Hardware Topics */

<big>'''Barix Wiki'''</big>

The Barix Wiki is maintained by Barix staff and users/community. Barix does try to keep the content accurate and error free, and we do review third party contributions, however, we can not guarantee everything is 100% accurate or up-to-date.
If you find any mistakes, errors etc. - please feel free to correct them !

== Barix Newsletter ==

[http://newsletter.barix.com/public/archive.php Click here to read the Barix newsletters.]

== Products ==
=== Audio - Devices and accessories ===
* [[Product Matrix]] - List of HW capabilities versus SW features
* [[Exstreamer 100]] - General Purpose Network Audio Decoder
* [[Exstreamer 110]] - Network Audio Decoder with advanced features - Decodes AAC+
* [[Exstreamer 200]] - Network Audio Decoder with built-in 2x25W class-D amplifier
* [[Exstreamer 1000]] - High Quality Network Audio Encoder/Decoder with symmetric Audio interfaces and AES/EBU
* [[Instreamer 100]] - General Purpose Network Audio Encoder
* [[Annuncicom 100]] - General Purpose Bidirectional Network Audio Device with I/O
* [[Annuncicom 200]] - Network Audio Device suitable for intercom/paging applications with 8W output amplifier and PoE
* [[Annuncicom 1000]] - High End Network Audio Device with balanced audio interfaces and supervised contact closures
* [[Radiobox]] - Radiobox and "Radiobox Pro" - Barix products ?
* [[IPAM 100]]- Embedded IP audio module for OEM with dual network and multiple serial interfaces
* [[IPAM 200 / IPAM 300]]- Embedded IP audio module for OEM (decoder only)
* [[PS16]] - Multifunctional digital desktop paging station PS16
* [[VSC]] - Volume Source Control accessory

=== Automation and Control - Devices and accessories ===
* [[Automation and Control Product Matrix]] - List of HW capabilities versus SW features
* [[Barionet]] - General Purpose IP Automation Controller with SNMP and Modbus/TCP support, fully programmable. Various I/O capabilities
* [[Barionet 50]] - Low Cost IP Automation Controller with contact closure inputs, relay outputs, serial ports and Dallas Onewire interface
* [[Barionet 200]] - Advanced IP Automation Controller with 16bit analog inputs, analog outputs, RTC and USB flash drive support
* [[Barix IO12]] - Modbus/RS-485 I/O Interface (12 in, 12 out)
* [[Barix X8]] - Multipurpose Modbus/RS-485 I/O Interface (8 selectable I/O)
* [[Defconlock]] - This is an application specific Barionet, preloaded with an Access Control application (app also separately downloadable)
* [[Barix TS]] - onewire temperature sensors

* [[Barimon]] - web tool for collecting data from Barix devices: http://www.barimon.net/

== Applications ==
Barix products can be used in a vast variety of applications and markets. Below links bring you to pages which describe applications, which products to use etc
* [[Automation Applications]] - this includes data conversion, collection, remote managment and monitoring (non-audio) applications
* [[Broadcast Applications]] - Applications in the Broadcast Industry such as STL, internet radio, monitoring
* [[In-Store Music Applications]] - Applications for distribution of live music or "download and playback" on schedule.
* [[General Audio Distribution Applications]] - distribution of audio channels in hotels, over the internet, homes, amusement parks etc
* [[Alarm Applications]] - Use of the Barix products in emergency alerting applications
* [[SIP Applications]] - Use of the Barix products with SIP protocol for SIP speaker, intercom, phone applications
* [[Crestron Integration]] - integrating audio over IP with Crestron touchpanels
* [[IP Intercom]] - a general description and Intercom Applications
* [[Rebroadcasting Application]] - what does it do ?
* [[Messaging / Music on Hold Application from MOH Technology]]
* [[Scheduling of Audio or commands]]

== Hardware Topics ==
* [[Software/Hardware compatibility matrix]]
* [[USB device compatibility list]]
* [[USB and IPAM layout rules]]
* [[Microphones]]
* [[ESD protection enhancement how-to]]

== Software Topics ==

* [[General Topics]]
* [[Protocols used in Barix Products]]
* [[Streaming Client]]
* [[Streaming Client with USB encryption for Digital Rights Management]]
* [[Freeware from Barix]]
* [[BCL Topics]]
* [[Ethersound]]
* [[IP Audio Delay]]
* [[RTP Buffering - Frame Based Buffering]]
* [[SIP Applications]]
* [[VAcard PC software]]
* [[Redundancy]]

== Support - FAQ & Troubleshooting ==

* [[FAQ]] - general questions, sections about audio and control products

* [[Troubleshooting]]

* [[Reflector]]

== Sales & Marketing ==

== Some useful links for using the Wiki ==
Consult the [http://meta.wikimedia.org/wiki/Help:Contents User's Guide] for information on using the wiki software.

=== Getting started ===
* [http://www.mediawiki.org/wiki/Manual:Configuration_settings Configuration settings list]
* [http://www.mediawiki.org/wiki/Manual:FAQ MediaWiki FAQ]
* [https://lists.wikimedia.org/mailman/listinfo/mediawiki-announce MediaWiki release mailing list]

Main Page

2011-08-24T16:00:36Z

Dragan: /* Hardware Topics */ added ESD prot. enh. how to

<big>'''Barix Wiki'''</big>

The Barix Wiki is maintained by Barix staff and users/community. Barix does try to keep the content accurate and error free, and we do review third party contributions, however, we can not guarantee everything is 100% accurate or up-to-date.
If you find any mistakes, errors etc. - please feel free to correct them !

== Barix Newsletter ==

[http://newsletter.barix.com/public/archive.php Click here to read the Barix newsletters.]

== Products ==
=== Audio - Devices and accessories ===
* [[Product Matrix]] - List of HW capabilities versus SW features
* [[Exstreamer 100]] - General Purpose Network Audio Decoder
* [[Exstreamer 110]] - Network Audio Decoder with advanced features - Decodes AAC+
* [[Exstreamer 200]] - Network Audio Decoder with built-in 2x25W class-D amplifier
* [[Exstreamer 1000]] - High Quality Network Audio Encoder/Decoder with symmetric Audio interfaces and AES/EBU
* [[Instreamer 100]] - General Purpose Network Audio Encoder
* [[Annuncicom 100]] - General Purpose Bidirectional Network Audio Device with I/O
* [[Annuncicom 200]] - Network Audio Device suitable for intercom/paging applications with 8W output amplifier and PoE
* [[Annuncicom 1000]] - High End Network Audio Device with balanced audio interfaces and supervised contact closures
* [[Radiobox]] - Radiobox and "Radiobox Pro" - Barix products ?
* [[IPAM 100]]- Embedded IP audio module for OEM with dual network and multiple serial interfaces
* [[IPAM 200 / IPAM 300]]- Embedded IP audio module for OEM (decoder only)
* [[PS16]] - Multifunctional digital desktop paging station PS16
* [[VSC]] - Volume Source Control accessory

=== Automation and Control - Devices and accessories ===
* [[Automation and Control Product Matrix]] - List of HW capabilities versus SW features
* [[Barionet]] - General Purpose IP Automation Controller with SNMP and Modbus/TCP support, fully programmable. Various I/O capabilities
* [[Barionet 50]] - Low Cost IP Automation Controller with contact closure inputs, relay outputs, serial ports and Dallas Onewire interface
* [[Barionet 200]] - Advanced IP Automation Controller with 16bit analog inputs, analog outputs, RTC and USB flash drive support
* [[Barix IO12]] - Modbus/RS-485 I/O Interface (12 in, 12 out)
* [[Barix X8]] - Multipurpose Modbus/RS-485 I/O Interface (8 selectable I/O)
* [[Defconlock]] - This is an application specific Barionet, preloaded with an Access Control application (app also separately downloadable)
* [[Barix TS]] - onewire temperature sensors

* [[Barimon]] - web tool for collecting data from Barix devices: http://www.barimon.net/

== Applications ==
Barix products can be used in a vast variety of applications and markets. Below links bring you to pages which describe applications, which products to use etc
* [[Automation Applications]] - this includes data conversion, collection, remote managment and monitoring (non-audio) applications
* [[Broadcast Applications]] - Applications in the Broadcast Industry such as STL, internet radio, monitoring
* [[In-Store Music Applications]] - Applications for distribution of live music or "download and playback" on schedule.
* [[General Audio Distribution Applications]] - distribution of audio channels in hotels, over the internet, homes, amusement parks etc
* [[Alarm Applications]] - Use of the Barix products in emergency alerting applications
* [[SIP Applications]] - Use of the Barix products with SIP protocol for SIP speaker, intercom, phone applications
* [[Crestron Integration]] - integrating audio over IP with Crestron touchpanels
* [[IP Intercom]] - a general description and Intercom Applications
* [[Rebroadcasting Application]] - what does it do ?
* [[Messaging / Music on Hold Application from MOH Technology]]
* [[Scheduling of Audio or commands]]

== Hardware Topics ==
* [[Software/Hardware compatibility matrix]]
* [[USB device compatibility list]]
* [[USB and IPAM layout rules]]
* [[Microphones]]
* [[ESD protection enhancement how to]]

== Software Topics ==

* [[General Topics]]
* [[Protocols used in Barix Products]]
* [[Streaming Client]]
* [[Streaming Client with USB encryption for Digital Rights Management]]
* [[Freeware from Barix]]
* [[BCL Topics]]
* [[Ethersound]]
* [[IP Audio Delay]]
* [[RTP Buffering - Frame Based Buffering]]
* [[SIP Applications]]
* [[VAcard PC software]]
* [[Redundancy]]

== Support - FAQ & Troubleshooting ==

* [[FAQ]] - general questions, sections about audio and control products

* [[Troubleshooting]]

* [[Reflector]]

== Sales & Marketing ==

== Some useful links for using the Wiki ==
Consult the [http://meta.wikimedia.org/wiki/Help:Contents User's Guide] for information on using the wiki software.

=== Getting started ===
* [http://www.mediawiki.org/wiki/Manual:Configuration_settings Configuration settings list]
* [http://www.mediawiki.org/wiki/Manual:FAQ MediaWiki FAQ]
* [https://lists.wikimedia.org/mailman/listinfo/mediawiki-announce MediaWiki release mailing list]

Product Matrix

2011-07-14T16:32:55Z

Dragan: /* Barix Audio Product Matrix */

=Barix Audio Product Matrix=
Barix audio products are a combination of HW capabilities versus SW functionalities. Almost any SW version can be loaded on any HW device. The attached tables help you to find out which combination best fits your requirements. First look at what HW device provides the right capabilities and then look at what SW version enables the required features.
 
==Hardware Features==
{|

! width="100" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Audio Codec
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 110
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 120
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex P5
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 500
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 1000
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| In 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 155
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 1000
|-
! bgcolor="#DDDDDD" | Audio module
| bgcolor="#DDDDDD" align="center" | IPAM 300
| bgcolor="#DDDDDD" align="center" | IPAM 300
| bgcolor="#DDDDDD" align="center" | IPAM 300
| bgcolor="#DDDDDD" align="center" | IPAM 300
| bgcolor="#DDDDDD" align="center" | IPAM 300
| bgcolor="#DDDDDD" align="center" | IPAM 100
| bgcolor="#DDDDDD" align="center" | IPAM 100
| bgcolor="#DDDDDD" align="center" | IPAM 100
| bgcolor="#DDDDDD" align="center" | IPAM 100
| bgcolor="#DDDDDD" align="center" | IPAM 100
| bgcolor="#DDDDDD" align="center" | IPAM 100
| bgcolor="#DDDDDD" align="center" | IPAM 100
|-
! PCM/G711
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
|-
! bgcolor="#DDDDDD" | MPEG
| bgcolor="#DDDDDD" align="center" | dec
| bgcolor="#DDDDDD" align="center" | dec
| bgcolor="#DDDDDD" align="center" | dec
| bgcolor="#DDDDDD" align="center" | dec
| bgcolor="#DDDDDD" align="center" | dec
| bgcolor="#DDDDDD" align="center" | dec & enc
| bgcolor="#DDDDDD" align="center" | dec & enc
| bgcolor="#DDDDDD" align="center" | dec & enc
| bgcolor="#DDDDDD" align="center" | dec & enc
| bgcolor="#DDDDDD" align="center" | dec & enc
| bgcolor="#DDDDDD" align="center" | dec & enc
| bgcolor="#DDDDDD" align="center" | dec & enc
|-
! AAC
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
|-
! bgcolor="#DDDDDD" | WMA
| bgcolor="#DDDDDD" align="center" | dec
| bgcolor="#DDDDDD" align="center" | dec
| bgcolor="#DDDDDD" align="center" | dec
| bgcolor="#DDDDDD" align="center" | dec
| bgcolor="#DDDDDD" align="center" | dec
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
|-
| colspan="13" |  "dec"'' stands for decoding, ''"enc"'' for encoding''
|-
! width="100" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Audio Interfaces
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 110
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 120
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex P5
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 500
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 1000
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| In 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 155
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 1000
|-
! bgcolor="#DDDDDD" | Microphone In (& Bias)
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" | unbalanced
| bgcolor="#DDDDDD" align="center" | balanced
| bgcolor="#DDDDDD" align="center" | unbalanced
| bgcolor="#DDDDDD" align="center" | balanced
|-
! Microphone Type
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | electret, coil
| align="center" | electret
| align="center" | electret, coil
| align="center" | electret, coil
|-
! bgcolor="#DDDDDD" | Mic Bias DC
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" | 2.7 V
| bgcolor="#DDDDDD" align="center" | 3.4 V
| bgcolor="#DDDDDD" align="center" | 2.7
| bgcolor="#DDDDDD" align="center" | 12 V sel
|-
! Analog Input
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | stereo bal.
| align="center" | stereo bal.
| align="center" | stereo unb.
| align="center" | mono unb.
| align="center" | mono unb.
| align="center" | mono unb.
| align="center" | stereo bal.
|-
! bgcolor="#DDDDDD" | Analog Output
| bgcolor="#DDDDDD" align="center" | stereo unb.
| bgcolor="#DDDDDD" align="center" | stereo unb.
| bgcolor="#DDDDDD" align="center" | stereo unb.
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" | stereo bal.
| bgcolor="#DDDDDD" align="center" | stereo bal.
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" | mono unb.
| bgcolor="#DDDDDD" align="center" | mono bal.
| bgcolor="#DDDDDD" align="center" | mono unb.
| bgcolor="#DDDDDD" align="center" | stereo bal.
|-
! Headphone Output
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" |
| align="center" |
| align="center" |
| align="center" | ✔
| align="center" |
| align="center" |
| align="center" |
| align="center" |
|-
! bgcolor="#DDDDDD" | Speaker Output
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" | 2 x 25W
| bgcolor="#DDDDDD" align="center" | 1 x 5W
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" | 1 x 2W
| bgcolor="#DDDDDD" align="center" | 1 x 5W sup
| bgcolor="#DDDDDD" align="center" | 1 x 8W
| bgcolor="#DDDDDD" align="center" |
|-
! S/P DIF Input
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | opt. & coax
| align="center" |
| align="center" |
| align="center" |
| align="center" |
|-
! bgcolor="#DDDDDD" | S/P DIF Output
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" | optical
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
|-
! AES/EBU Interface
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | in & out
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
|-
! bgcolor="#DDDDDD" | Aiphone SUB I/F
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" |
|-
| colspan="13" |  "unb."'' stands for unbalanced, ''"bal."'' for balanced,''"sel" ''for selectable: either electret bias with current supervision or coil (no bias) with impedance test,'' "sup"'' for speaker supervision, ''
|-
! width="100" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Other Interfaces
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 110
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 120
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex P5
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 500
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 1000
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| In 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 155
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 1000
|-
! bgcolor="#DDDDDD" | Ethernet
| bgcolor="#DDDDDD" align="center" | 1 x RJ45
| bgcolor="#DDDDDD" align="center" | 1 x RJ45
| bgcolor="#DDDDDD" align="center" | 1 x RJ45
| bgcolor="#DDDDDD" align="center" | 1 x RJ45
| bgcolor="#DDDDDD" align="center" | 1 x RJ45
| bgcolor="#DDDDDD" align="center" | 1 x RJ45
| bgcolor="#DDDDDD" align="center" | 1 x RJ45
| bgcolor="#DDDDDD" align="center" | 1 x RJ45
| bgcolor="#DDDDDD" align="center" | 1 x RJ45
| bgcolor="#DDDDDD" align="center" | 2 x RJ45
| bgcolor="#DDDDDD" align="center" | 1 x RJ45
| bgcolor="#DDDDDD" align="center" | 2 x RJ45
|-
! RS-232
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" |
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" |
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#DDDDDD" | RS-485
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
|-
! Infared receiver
| align="center" | ext
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
|-
! bgcolor="#DDDDDD" | Infared output
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
|-
! Dry Contact Input
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | 4
| align="center" | 4
| align="center" |
| align="center" | 2
| align="center" | 2 sup
| align="center" | 2
| align="center" | 8 sup
|-
! bgcolor="#DDDDDD" | Relay Output
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" | 1 NO
| bgcolor="#DDDDDD" align="center" | 1 NO
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" | 4 NO
| bgcolor="#DDDDDD" align="center" | 4 NO
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" | 1 NO
| bgcolor="#DDDDDD" align="center" | 1 LED
| bgcolor="#DDDDDD" align="center" | 1 NO
| bgcolor="#DDDDDD" align="center" | 8 NO, 1 NC
|-
! Flash Memory Interface
| align="center" | USB
| align="center" | USB
| align="center" | microSD
| align="center" | USB
| align="center" |
| align="center" | USB
| align="center" | USB
| align="center" |
| align="center" | USB
| align="center" |
| align="center" | USB
| align="center" |
|-
! bgcolor="#DDDDDD" | LCD Display
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
|-
! Status LEDs
| align="center" | ✔
| align="center" |
| align="center" |
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#DDDDDD" | I/O LEDs
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" | 4
| bgcolor="#DDDDDD" align="center" | 4
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" | 8
|-
| colspan="13" |  "ext"'' stands for external accessory IR Kit or VSC (Volume Source Control),'' "sup"'' for input supervision, ''"NO"'' for Normally Open contacts,'' "NC"'' for Normally Closed contacts, ''"LED"'' for LED driver instead of relay, ''
|-
! width="100" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Power Supply
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 110
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 120
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex P5
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 500
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 1000
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| In 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 155
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 1000
|-
! bgcolor="#DDDDDD" | DC Voltage range
| bgcolor="#DDDDDD" align="center" | 9..30 V
| bgcolor="#DDDDDD" align="center" | 9..30 V
| bgcolor="#DDDDDD" align="center" | 9..30 V
| bgcolor="#DDDDDD" align="center" | 24 V
| bgcolor="#DDDDDD" align="center" | 48 V
| bgcolor="#DDDDDD" align="center" | 24..48 V
| bgcolor="#DDDDDD" align="center" | 24..48 V
| bgcolor="#DDDDDD" align="center" | 9..30 V
| bgcolor="#DDDDDD" align="center" | 9..30 V
| bgcolor="#DDDDDD" align="center" | 24..48 V
| bgcolor="#DDDDDD" align="center" | 16..30 V, 48V
| bgcolor="#DDDDDD" align="center" | 2 x sup 24..48 V
|-
! AC Voltage range
| align="center" | 12..24 V
| align="center" | 12..24 V
| align="center" | 12..24 V
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | 12..24 V
| align="center" | 12..24 V
| align="center" |
| align="center" | 16..24 V
| align="center" |
|-
! bgcolor="#DDDDDD" | PoE 802.3af
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" |
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" |
|-
| colspan="13" |  "sup" ''stands for voltage supervision''
|}
----
 
==Device's Software Support Overview==
{|

! width="100" |
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 110
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 120
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex P5
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 500
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 1000
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| In 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 155
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 1000
|-
! bgcolor="#DDDDDD" | Audio module
| bgcolor="#DDDDDD" align="center" | IPAM 300
| bgcolor="#DDDDDD" align="center" | IPAM 300
| bgcolor="#DDDDDD" align="center" | IPAM 300
| bgcolor="#DDDDDD" align="center" | IPAM 300
| bgcolor="#DDDDDD" align="center" | IPAM 300
| bgcolor="#DDDDDD" align="center" | IPAM 100
| bgcolor="#DDDDDD" align="center" | IPAM 100
| bgcolor="#DDDDDD" align="center" | IPAM 100
| bgcolor="#DDDDDD" align="center" | IPAM 100
| bgcolor="#DDDDDD" align="center" | IPAM 100
| bgcolor="#DDDDDD" align="center" | IPAM 100
| bgcolor="#DDDDDD" align="center" | IPAM 100
|-
! Exstreamer FW
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#DDDDDD" | Streaming Client
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
|-
! Instreamer FW
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#DDDDDD" | Annuncicom FW
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
|-
! ABCL annunfdx
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#DDDDDD" | ABCL rtp stl
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
|}
----
 
==Software Features Overview==
{|

! width="120" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| SW Package
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! bgcolor="#DDDDDD" | Version
| bgcolor="#DDDDDD" align="center" | 8.31
| bgcolor="#DDDDDD" align="center" | 2.18
| bgcolor="#DDDDDD" align="center" | 3.16
| bgcolor="#DDDDDD" align="center" | 3.07
| bgcolor="#DDDDDD" align="center" | 0.22 [1]
| bgcolor="#DDDDDD" align="center" | 2.05
|-
| colspan="13" |  [1]'' the Annfdx BCL application is included in the ABCL Dev Kit V0.34''
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| WEB Tabs & Pages
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! Home with I/O status & control
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | ✔
|-
! bgcolor="#DDDDDD" | Settings
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
|-
! Defaults
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#DDDDDD" | Status
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
|-
! Reboot
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#DDDDDD" | Update (Bootloader)
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
|-
! /status info page
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#DDDDDD" | Ethersound
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Network Config
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! IP address/DHCP
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#DDDDDD" | DHCP Host Name
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
|-
! Sonic IP
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Config
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! Send Mode (Always, on Talk ...)
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#DDDDDD" | Trigger Level/Time
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
|-
! Stream Control/Strategy
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#DDDDDD" | Destination Table
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
|-
! Multicast
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#DDDDDD" | Tx Audio Port
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
|-
! Source Address / Port / Path
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#DDDDDD" | Receive Buffer
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
|-
! Receive control/strategy
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#DDDDDD" | Rx Priority Port
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
|-
! Rx Audio Port
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| MP3 Stream
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! Raw UDP
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
|-
! bgcolor="#DDDDDD" | RTP
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
|-
! BRTP
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
|-
! bgcolor="#DDDDDD" | TCP
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
|-
! HTTP
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#DDDDDD" | Shoutcast
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
|-
! Icecast
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#DDDDDD" | zServer
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
|-
! USB file
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| PCM/G711 Stream
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! Raw UDP
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
|-
! bgcolor="#DDDDDD" | RTP
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
|-
! BRTP
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
|-
! bgcolor="#DDDDDD" | TCP
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| AAC+ Stream
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! HTTP/Shoutcast
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#DDDDDD" | USB file
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| WMA Stream
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! MMS HTTP/TCP
| align="center" | -
| align="center" | V1.5x only
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#DDDDDD" | USB file
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Audio Interface
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! Mic In
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
|-
! bgcolor="#DDDDDD" | Analog Line In
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
|-
! Digital Line In
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
|-
! bgcolor="#DDDDDD" | Aiphone In/Out
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Other Interfaces
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! RS-232 Gateway
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#DDDDDD" | RS-485 Gateway
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
|-
! IR Gateway
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#DDDDDD" | Contact Input Control
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | 4
| bgcolor="#DDDDDD" align="center" | 2
| bgcolor="#DDDDDD" align="center" | 2
| bgcolor="#DDDDDD" align="center" | 4
|-
! Relay Output Control
| align="center" | -
| align="center" | 4
| align="center" | -
| align="center" | 1
| align="center" | 1
| align="center" | 4
|-
! bgcolor="#DDDDDD" | CTS as Input
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
|-
! RTS as Output
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#DDDDDD" | Display Driver
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Control API
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! IR control
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#DDDDDD" | WEB cgi
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
|-
! Serial port
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#DDDDDD" | TCP/UDP port
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Device Management
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! SNMP MIB
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#DDDDDD" | SNMP traps
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
|-
! MTELL/Barimon
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#DDDDDD" | Remote Update
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | ✔
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
| bgcolor="#DDDDDD" align="center" | -
|-
! Security
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|}
----

Back to [[Main Page]]

Automation and Control Product Matrix

2011-07-14T16:32:00Z

Dragan: /* Automation and Control Product Matrix */

=Automation and Control Product Matrix=
Barix automation and control products consist of two device groups: the BCL programmable Barionet controllers and the Modbus I/O devices. The latter can be used in standard modbus applications or can serve as a modbus extension to a Barionet device. Use the following comparison table to distinguish which device(s) suit your application.

==Comparison of HW and SW features==
{|

!width="145" |
!width="120" bgcolor="#FF0000" align="center" style="color:#FFFFFF;"| Barionet 50
!width="120" bgcolor="#FF0000" align="center" style="color:#FFFFFF;"| Barionet 100
!width="120" bgcolor="#FF0000" align="center" style="color:#FFFFFF;"| IO12
!width="120" bgcolor="#FF0000" align="center" style="color:#FFFFFF;"| R6
!width="120" bgcolor="#FF0000" align="center" style="color:#FFFFFF;"| X8
|-
!bgcolor="#DDDDDD"| Device Type
|bgcolor="#DDDDDD" align="center" | Programmable Controller
|bgcolor="#DDDDDD" align="center" | Programmable Controller
|bgcolor="#DDDDDD" align="center" | Modbus I/O
|bgcolor="#DDDDDD" align="center" | Modbus I/O
|bgcolor="#DDDDDD" align="center" | Modbus I/O
|-
! Ethernet
|align="center"| 10/100 auto
|align="center"| 10/100 auto
||
||
||
|-
!bgcolor="#DDDDDD"| Modbus Type (TCP)
|bgcolor="#DDDDDD" align="center" | Slave (RTU)
|bgcolor="#DDDDDD" align="center" | Slave (RTU)
|bgcolor="#DDDDDD"|
|bgcolor="#DDDDDD"|
|bgcolor="#DDDDDD"|
|-
! Modbus Type (RS-485)
|align="center"| Master
|align="center"| Master
|align="center"| Slave
|align="center"| Slave
|align="center"| Slave
|-
!bgcolor="#DDDDDD"| RS-485 Baudrate
|bgcolor="#DDDDDD" align="center" | 300..230400
|bgcolor="#DDDDDD" align="center" | 300..19200
|bgcolor="#DDDDDD" align="center" | 9600/19200
|bgcolor="#DDDDDD" align="center" | 9600/19200
|bgcolor="#DDDDDD" align="center" | 9600/19200
|-
! RS-422 (4-wire)
||
|align="center"| ✔
||
||
||
|-
!bgcolor="#DDDDDD"|RS-232 Signals
|bgcolor="#DDDDDD" align="center" | TxD, RxD, RTS, CTS, GND
|bgcolor="#DDDDDD" align="center" | TxD, RxD, RTS, CTS, GND
|bgcolor="#DDDDDD"|
|bgcolor="#DDDDDD"|
|bgcolor="#DDDDDD"|
|-
! RS-232 Baudrate
|align="center"| 300..230400
|align="center"| 300..19200
||
||
||
|-
!bgcolor="#DDDDDD"|Wiegand input
|bgcolor="#DDDDDD"|
|bgcolor="#DDDDDD" align="center" | 2 [1]
|bgcolor="#DDDDDD"|
|bgcolor="#DDDDDD"|
|bgcolor="#DDDDDD"|
|-
! Dallas 1-Wire bus
|align="center"| 1
|align="center"| 1
||
||
|align="center"| 0..8 [2]
|-
!bgcolor="#DDDDDD"| Analog Inputs
|bgcolor="#DDDDDD"|
|bgcolor="#DDDDDD" align="center" | 4 [3]
|bgcolor="#DDDDDD"|
|bgcolor="#DDDDDD"|
|bgcolor="#DDDDDD" align="center" | 0..8 [2]
|-
! Digital Inputs
|align="center"| 4 dry contact (fixed pull-up)
|align="center"| 8 dry contact / 0..5VDC (selectable pull-up)
|align="center"| 12 Opto isolated 0..32VDC
||
|align="center"| 0..8 [2]
|-
!bgcolor="#DDDDDD"| Digital Outputs
|bgcolor="#DDDDDD"|
|bgcolor="#DDDDDD" align="center" | 4 (24VDC 0.1A sink)
|bgcolor="#DDDDDD" align="center" | 12 (32VDC 0.7A source)
|bgcolor="#DDDDDD"|
|bgcolor="#DDDDDD"|
|-
! Relay Outputs
|align="center"| 4 NO (30V 0.5A)
|align="center"| 2 NO (250V 5A)
||
|align="center"| 6 NO (250V 10A)
||
|-
!bgcolor="#DDDDDD"| DIN rail mounting
|bgcolor="#DDDDDD" align="center" | ✔
|bgcolor="#DDDDDD" align="center" | ✔
|bgcolor="#DDDDDD" align="center" | ✔
|bgcolor="#DDDDDD" align="center" | ✔
|bgcolor="#DDDDDD"|
|-
| colspan="6" |  
|-
| colspan="6" | [1] Select either Dallas 1-Wire® support or 2 Wiegand® protocol interfaces.
|-
| colspan="6" | [2] Select either Analog In, Digital In, Digital Out or Dallas 1-Wire® support for each of the 8 I/Os independently.
|-
| colspan="6" | [3] Inputs 1 to 4 are hardwired to both analog and digital detection circuits/registers.
|}

Back to [[Main Page]]

Product Matrix

2011-07-14T16:28:41Z

Dragan: /* Barix Audio Product Matrix */

=Barix Audio Product Matrix=
Barix audio products are a combination of HW capabilities versus SW functionalities. Almost any SW version can be loaded on any HW device. The attached tables help you to find out which combination best fits your requirements. First look at what HW device provides the right capabilities and then look at what SW version enables the required features.
 
==Hardware Features==
{|

! width="100" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Audio Codec
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 110
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 120
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex P5
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 500
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 1000
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| In 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 155
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 1000
|-
! bgcolor="#EEEEEE" | Audio module
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
|-
! PCM/G711
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
|-
! bgcolor="#EEEEEE" | MPEG
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" | dec & enc
| bgcolor="#EEEEEE" align="center" | dec & enc
| bgcolor="#EEEEEE" align="center" | dec & enc
| bgcolor="#EEEEEE" align="center" | dec & enc
| bgcolor="#EEEEEE" align="center" | dec & enc
| bgcolor="#EEEEEE" align="center" | dec & enc
| bgcolor="#EEEEEE" align="center" | dec & enc
|-
! AAC
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
|-
! bgcolor="#EEEEEE" | WMA
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
|-
| colspan="13" |  "dec"'' stands for decoding, ''"enc"'' for encoding''
|-
! width="100" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Audio Interfaces
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 110
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 120
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex P5
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 500
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 1000
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| In 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 155
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 1000
|-
! bgcolor="#EEEEEE" | Microphone In (& Bias)
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | unbalanced
| bgcolor="#EEEEEE" align="center" | balanced
| bgcolor="#EEEEEE" align="center" | unbalanced
| bgcolor="#EEEEEE" align="center" | balanced
|-
! Microphone Type
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | electret, coil
| align="center" | electret
| align="center" | electret, coil
| align="center" | electret, coil
|-
! bgcolor="#EEEEEE" | Mic Bias DC
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | 2.7 V
| bgcolor="#EEEEEE" align="center" | 3.4 V
| bgcolor="#EEEEEE" align="center" | 2.7
| bgcolor="#EEEEEE" align="center" | 12 V sel
|-
! Analog Input
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | stereo bal.
| align="center" | stereo bal.
| align="center" | stereo unb.
| align="center" | mono unb.
| align="center" | mono unb.
| align="center" | mono unb.
| align="center" | stereo bal.
|-
! bgcolor="#EEEEEE" | Analog Output
| bgcolor="#EEEEEE" align="center" | stereo unb.
| bgcolor="#EEEEEE" align="center" | stereo unb.
| bgcolor="#EEEEEE" align="center" | stereo unb.
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | stereo bal.
| bgcolor="#EEEEEE" align="center" | stereo bal.
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | mono unb.
| bgcolor="#EEEEEE" align="center" | mono bal.
| bgcolor="#EEEEEE" align="center" | mono unb.
| bgcolor="#EEEEEE" align="center" | stereo bal.
|-
! Headphone Output
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" |
| align="center" |
| align="center" |
| align="center" | ✔
| align="center" |
| align="center" |
| align="center" |
| align="center" |
|-
! bgcolor="#EEEEEE" | Speaker Output
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | 2 x 25W
| bgcolor="#EEEEEE" align="center" | 1 x 5W
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | 1 x 2W
| bgcolor="#EEEEEE" align="center" | 1 x 5W sup
| bgcolor="#EEEEEE" align="center" | 1 x 8W
| bgcolor="#EEEEEE" align="center" |
|-
! S/P DIF Input
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | opt. & coax
| align="center" |
| align="center" |
| align="center" |
| align="center" |
|-
! bgcolor="#EEEEEE" | S/P DIF Output
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | optical
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
|-
! AES/EBU Interface
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | in & out
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
|-
! bgcolor="#EEEEEE" | Aiphone SUB I/F
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" |
|-
| colspan="13" |  "unb."'' stands for unbalanced, ''"bal."'' for balanced,''"sel" ''for selectable: either electret bias with current supervision or coil (no bias) with impedance test,'' "sup"'' for speaker supervision, ''
|-
! width="100" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Other Interfaces
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 110
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 120
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex P5
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 500
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 1000
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| In 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 155
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 1000
|-
! bgcolor="#EEEEEE" | Ethernet
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 2 x RJ45
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 2 x RJ45
|-
! RS-232
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" |
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" |
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | RS-485
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Infared receiver
| align="center" | ext
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
|-
! bgcolor="#EEEEEE" | Infared output
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
|-
! Dry Contact Input
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | 4
| align="center" | 4
| align="center" |
| align="center" | 2
| align="center" | 2 sup
| align="center" | 2
| align="center" | 8 sup
|-
! bgcolor="#EEEEEE" | Relay Output
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | 1 NO
| bgcolor="#EEEEEE" align="center" | 1 NO
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | 4 NO
| bgcolor="#EEEEEE" align="center" | 4 NO
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | 1 NO
| bgcolor="#EEEEEE" align="center" | 1 LED
| bgcolor="#EEEEEE" align="center" | 1 NO
| bgcolor="#EEEEEE" align="center" | 8 NO, 1 NC
|-
! Flash Memory Interface
| align="center" | USB
| align="center" | USB
| align="center" | microSD
| align="center" | USB
| align="center" |
| align="center" | USB
| align="center" | USB
| align="center" |
| align="center" | USB
| align="center" |
| align="center" | USB
| align="center" |
|-
! bgcolor="#EEEEEE" | LCD Display
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
|-
! Status LEDs
| align="center" | ✔
| align="center" |
| align="center" |
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | I/O LEDs
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | 4
| bgcolor="#EEEEEE" align="center" | 4
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | 8
|-
| colspan="13" |  "ext"'' stands for external accessory IR Kit or VSC (Volume Source Control),'' "sup"'' for input supervision, ''"NO"'' for Normally Open contacts,'' "NC"'' for Normally Closed contacts, ''"LED"'' for LED driver instead of relay, ''
|-
! width="100" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Power Supply
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 110
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 120
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex P5
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 500
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 1000
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| In 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 155
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 1000
|-
! bgcolor="#EEEEEE" | DC Voltage range
| bgcolor="#EEEEEE" align="center" | 9..30 V
| bgcolor="#EEEEEE" align="center" | 9..30 V
| bgcolor="#EEEEEE" align="center" | 9..30 V
| bgcolor="#EEEEEE" align="center" | 24 V
| bgcolor="#EEEEEE" align="center" | 48 V
| bgcolor="#EEEEEE" align="center" | 24..48 V
| bgcolor="#EEEEEE" align="center" | 24..48 V
| bgcolor="#EEEEEE" align="center" | 9..30 V
| bgcolor="#EEEEEE" align="center" | 9..30 V
| bgcolor="#EEEEEE" align="center" | 24..48 V
| bgcolor="#EEEEEE" align="center" | 16..30 V, 48V
| bgcolor="#EEEEEE" align="center" | 2 x sup 24..48 V
|-
! AC Voltage range
| align="center" | 12..24 V
| align="center" | 12..24 V
| align="center" | 12..24 V
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | 12..24 V
| align="center" | 12..24 V
| align="center" |
| align="center" | 16..24 V
| align="center" |
|-
! bgcolor="#EEEEEE" | PoE 802.3af
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" |
|-
| colspan="13" |  "sup" ''stands for voltage supervision''
|}
----
 
==Device's Software Support Overview==
{|

! width="100" |
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 110
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 120
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex P5
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 500
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 1000
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| In 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 155
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 1000
|-
! bgcolor="#EEEEEE" | Audio module
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
|-
! Exstreamer FW
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Streaming Client
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Instreamer FW
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Annuncicom FW
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! ABCL annunfdx
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | ABCL rtp stl
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|}
----
 
==Software Features Overview==
{|

! width="120" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| SW Package
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! bgcolor="#EEEEEE" | Version
| bgcolor="#EEEEEE" align="center" | 8.31
| bgcolor="#EEEEEE" align="center" | 2.18
| bgcolor="#EEEEEE" align="center" | 3.16
| bgcolor="#EEEEEE" align="center" | 3.07
| bgcolor="#EEEEEE" align="center" | 0.22 [1]
| bgcolor="#EEEEEE" align="center" | 2.05
|-
| colspan="13" |  [1]'' the Annfdx BCL application is included in the ABCL Dev Kit V0.34''
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| WEB Tabs & Pages
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! Home with I/O status & control
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Settings
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Defaults
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Status
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! Reboot
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Update (Bootloader)
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! /status info page
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Ethersound
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Network Config
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! IP address/DHCP
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | DHCP Host Name
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Sonic IP
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Config
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! Send Mode (Always, on Talk ...)
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Trigger Level/Time
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Stream Control/Strategy
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | Destination Table
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Multicast
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Tx Audio Port
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Source Address / Port / Path
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Receive Buffer
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Receive control/strategy
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | Rx Priority Port
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! Rx Audio Port
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| MP3 Stream
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! Raw UDP
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
|-
! bgcolor="#EEEEEE" | RTP
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! BRTP
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | TCP
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
|-
! HTTP
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | Shoutcast
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! Icecast
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | zServer
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! USB file
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| PCM/G711 Stream
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! Raw UDP
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
|-
! bgcolor="#EEEEEE" | RTP
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! BRTP
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | TCP
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| AAC+ Stream
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! HTTP/Shoutcast
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | USB file
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| WMA Stream
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! MMS HTTP/TCP
| align="center" | -
| align="center" | V1.5x only
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | USB file
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Audio Interface
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! Mic In
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
|-
! bgcolor="#EEEEEE" | Analog Line In
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Digital Line In
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Aiphone In/Out
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Other Interfaces
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! RS-232 Gateway
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | RS-485 Gateway
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! IR Gateway
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | Contact Input Control
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | 4
| bgcolor="#EEEEEE" align="center" | 2
| bgcolor="#EEEEEE" align="center" | 2
| bgcolor="#EEEEEE" align="center" | 4
|-
! Relay Output Control
| align="center" | -
| align="center" | 4
| align="center" | -
| align="center" | 1
| align="center" | 1
| align="center" | 4
|-
! bgcolor="#EEEEEE" | CTS as Input
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! RTS as Output
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | Display Driver
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Control API
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! IR control
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | WEB cgi
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Serial port
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | TCP/UDP port
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Device Management
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! SNMP MIB
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | SNMP traps
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
|-
! MTELL/Barimon
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | Remote Update
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! Security
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|}
----

Back to [[Main Page]]

Product Matrix

2011-07-14T16:27:54Z

Dragan: /* Barix Audio Product Matrix */

=Barix Audio Product Matrix=
Barix audio products are a combination of HW capabilities versus SW func"#CC2222"tionalities. Almost any SW version can be loaded on any HW device. The attached tables help you to find out which combination best fits your requirements. First look at what HW device provides the right capabilities and then look at what SW version enables the required features.
 
==Hardware Features==
{|

! width="100" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Audio Codec
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 110
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 120
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex P5
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 500
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 1000
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| In 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 155
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 1000
|-
! bgcolor="#EEEEEE" | Audio module
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
|-
! PCM/G711
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
|-
! bgcolor="#EEEEEE" | MPEG
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" | dec & enc
| bgcolor="#EEEEEE" align="center" | dec & enc
| bgcolor="#EEEEEE" align="center" | dec & enc
| bgcolor="#EEEEEE" align="center" | dec & enc
| bgcolor="#EEEEEE" align="center" | dec & enc
| bgcolor="#EEEEEE" align="center" | dec & enc
| bgcolor="#EEEEEE" align="center" | dec & enc
|-
! AAC
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
|-
! bgcolor="#EEEEEE" | WMA
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" | dec
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
|-
| colspan="13" |  "dec"'' stands for decoding, ''"enc"'' for encoding''
|-
! width="100" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Audio Interfaces
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 110
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 120
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex P5
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 500
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 1000
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| In 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 155
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 1000
|-
! bgcolor="#EEEEEE" | Microphone In (& Bias)
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | unbalanced
| bgcolor="#EEEEEE" align="center" | balanced
| bgcolor="#EEEEEE" align="center" | unbalanced
| bgcolor="#EEEEEE" align="center" | balanced
|-
! Microphone Type
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | electret, coil
| align="center" | electret
| align="center" | electret, coil
| align="center" | electret, coil
|-
! bgcolor="#EEEEEE" | Mic Bias DC
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | 2.7 V
| bgcolor="#EEEEEE" align="center" | 3.4 V
| bgcolor="#EEEEEE" align="center" | 2.7
| bgcolor="#EEEEEE" align="center" | 12 V sel
|-
! Analog Input
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | stereo bal.
| align="center" | stereo bal.
| align="center" | stereo unb.
| align="center" | mono unb.
| align="center" | mono unb.
| align="center" | mono unb.
| align="center" | stereo bal.
|-
! bgcolor="#EEEEEE" | Analog Output
| bgcolor="#EEEEEE" align="center" | stereo unb.
| bgcolor="#EEEEEE" align="center" | stereo unb.
| bgcolor="#EEEEEE" align="center" | stereo unb.
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | stereo bal.
| bgcolor="#EEEEEE" align="center" | stereo bal.
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | mono unb.
| bgcolor="#EEEEEE" align="center" | mono bal.
| bgcolor="#EEEEEE" align="center" | mono unb.
| bgcolor="#EEEEEE" align="center" | stereo bal.
|-
! Headphone Output
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" |
| align="center" |
| align="center" |
| align="center" | ✔
| align="center" |
| align="center" |
| align="center" |
| align="center" |
|-
! bgcolor="#EEEEEE" | Speaker Output
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | 2 x 25W
| bgcolor="#EEEEEE" align="center" | 1 x 5W
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | 1 x 2W
| bgcolor="#EEEEEE" align="center" | 1 x 5W sup
| bgcolor="#EEEEEE" align="center" | 1 x 8W
| bgcolor="#EEEEEE" align="center" |
|-
! S/P DIF Input
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | opt. & coax
| align="center" |
| align="center" |
| align="center" |
| align="center" |
|-
! bgcolor="#EEEEEE" | S/P DIF Output
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | optical
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
|-
! AES/EBU Interface
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | in & out
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
|-
! bgcolor="#EEEEEE" | Aiphone SUB I/F
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" |
|-
| colspan="13" |  "unb."'' stands for unbalanced, ''"bal."'' for balanced,''"sel" ''for selectable: either electret bias with current supervision or coil (no bias) with impedance test,'' "sup"'' for speaker supervision, ''
|-
! width="100" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Other Interfaces
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 110
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 120
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex P5
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 500
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 1000
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| In 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 155
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 1000
|-
! bgcolor="#EEEEEE" | Ethernet
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 2 x RJ45
| bgcolor="#EEEEEE" align="center" | 1 x RJ45
| bgcolor="#EEEEEE" align="center" | 2 x RJ45
|-
! RS-232
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" |
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" |
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | RS-485
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Infared receiver
| align="center" | ext
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
|-
! bgcolor="#EEEEEE" | Infared output
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
|-
! Dry Contact Input
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | 4
| align="center" | 4
| align="center" |
| align="center" | 2
| align="center" | 2 sup
| align="center" | 2
| align="center" | 8 sup
|-
! bgcolor="#EEEEEE" | Relay Output
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | 1 NO
| bgcolor="#EEEEEE" align="center" | 1 NO
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | 4 NO
| bgcolor="#EEEEEE" align="center" | 4 NO
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | 1 NO
| bgcolor="#EEEEEE" align="center" | 1 LED
| bgcolor="#EEEEEE" align="center" | 1 NO
| bgcolor="#EEEEEE" align="center" | 8 NO, 1 NC
|-
! Flash Memory Interface
| align="center" | USB
| align="center" | USB
| align="center" | microSD
| align="center" | USB
| align="center" |
| align="center" | USB
| align="center" | USB
| align="center" |
| align="center" | USB
| align="center" |
| align="center" | USB
| align="center" |
|-
! bgcolor="#EEEEEE" | LCD Display
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
|-
! Status LEDs
| align="center" | ✔
| align="center" |
| align="center" |
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | I/O LEDs
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | 4
| bgcolor="#EEEEEE" align="center" | 4
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | 8
|-
| colspan="13" |  "ext"'' stands for external accessory IR Kit or VSC (Volume Source Control),'' "sup"'' for input supervision, ''"NO"'' for Normally Open contacts,'' "NC"'' for Normally Closed contacts, ''"LED"'' for LED driver instead of relay, ''
|-
! width="100" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Power Supply
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 110
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 120
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex P5
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 500
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 1000
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| In 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 155
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 1000
|-
! bgcolor="#EEEEEE" | DC Voltage range
| bgcolor="#EEEEEE" align="center" | 9..30 V
| bgcolor="#EEEEEE" align="center" | 9..30 V
| bgcolor="#EEEEEE" align="center" | 9..30 V
| bgcolor="#EEEEEE" align="center" | 24 V
| bgcolor="#EEEEEE" align="center" | 48 V
| bgcolor="#EEEEEE" align="center" | 24..48 V
| bgcolor="#EEEEEE" align="center" | 24..48 V
| bgcolor="#EEEEEE" align="center" | 9..30 V
| bgcolor="#EEEEEE" align="center" | 9..30 V
| bgcolor="#EEEEEE" align="center" | 24..48 V
| bgcolor="#EEEEEE" align="center" | 16..30 V, 48V
| bgcolor="#EEEEEE" align="center" | 2 x sup 24..48 V
|-
! AC Voltage range
| align="center" | 12..24 V
| align="center" | 12..24 V
| align="center" | 12..24 V
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | 12..24 V
| align="center" | 12..24 V
| align="center" |
| align="center" | 16..24 V
| align="center" |
|-
! bgcolor="#EEEEEE" | PoE 802.3af
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" |
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" |
|-
| colspan="13" |  "sup" ''stands for voltage supervision''
|}
----
 
==Device's Software Support Overview==
{|

! width="100" |
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 110
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 120
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex P5
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 500
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ex 1000
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| In 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 100
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 155
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 200
! width="60" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Ann 1000
|-
! bgcolor="#EEEEEE" | Audio module
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 300
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
| bgcolor="#EEEEEE" align="center" | IPAM 100
|-
! Exstreamer FW
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Streaming Client
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Instreamer FW
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Annuncicom FW
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! ABCL annunfdx
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | ABCL rtp stl
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|}
----
 
==Software Features Overview==
{|

! width="120" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| SW Package
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! bgcolor="#EEEEEE" | Version
| bgcolor="#EEEEEE" align="center" | 8.31
| bgcolor="#EEEEEE" align="center" | 2.18
| bgcolor="#EEEEEE" align="center" | 3.16
| bgcolor="#EEEEEE" align="center" | 3.07
| bgcolor="#EEEEEE" align="center" | 0.22 [1]
| bgcolor="#EEEEEE" align="center" | 2.05
|-
| colspan="13" |  [1]'' the Annfdx BCL application is included in the ABCL Dev Kit V0.34''
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| WEB Tabs & Pages
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! Home with I/O status & control
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Settings
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Defaults
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Status
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! Reboot
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Update (Bootloader)
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! /status info page
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Ethersound
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Network Config
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! IP address/DHCP
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | DHCP Host Name
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Sonic IP
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Config
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! Send Mode (Always, on Talk ...)
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Trigger Level/Time
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Stream Control/Strategy
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | Destination Table
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Multicast
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Tx Audio Port
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Source Address / Port / Path
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Receive Buffer
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Receive control/strategy
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | Rx Priority Port
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! Rx Audio Port
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| MP3 Stream
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! Raw UDP
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
|-
! bgcolor="#EEEEEE" | RTP
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! BRTP
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | TCP
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
|-
! HTTP
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | Shoutcast
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! Icecast
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | zServer
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! USB file
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| PCM/G711 Stream
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! Raw UDP
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
|-
! bgcolor="#EEEEEE" | RTP
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! BRTP
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | TCP
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| AAC+ Stream
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! HTTP/Shoutcast
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | USB file
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| WMA Stream
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! MMS HTTP/TCP
| align="center" | -
| align="center" | V1.5x only
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | USB file
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Audio Interface
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! Mic In
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
|-
! bgcolor="#EEEEEE" | Analog Line In
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Digital Line In
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | Aiphone In/Out
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Other Interfaces
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! RS-232 Gateway
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | RS-485 Gateway
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! IR Gateway
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | Contact Input Control
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | 4
| bgcolor="#EEEEEE" align="center" | 2
| bgcolor="#EEEEEE" align="center" | 2
| bgcolor="#EEEEEE" align="center" | 4
|-
! Relay Output Control
| align="center" | -
| align="center" | 4
| align="center" | -
| align="center" | 1
| align="center" | 1
| align="center" | 4
|-
! bgcolor="#EEEEEE" | CTS as Input
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! RTS as Output
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | Display Driver
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Control API
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! IR control
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | WEB cgi
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
|-
! Serial port
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | TCP/UDP port
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! width="125" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Device Management
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Exstreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Streaming Client FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Instreamer FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annuncicom FW
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Annfdx ABCL
! width="110" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| RTP STL ABCL
|-
! SNMP MIB
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEEEEE" | SNMP traps
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
|-
! MTELL/Barimon
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEEEEE" | Remote Update
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | ✔
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
| bgcolor="#EEEEEE" align="center" | -
|-
! Security
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|}
----

Back to [[Main Page]]

Product Matrix

2011-07-14T15:39:36Z

Dragan: /* Barix Audio Product Matrix */

=Barix Audio Product Matrix=
Barix audio products are a combination of HW capabilities versus SW functionalities. Almost any SW version can be loaded on any HW device. The attached tables help you to find out which combination best fits your requirements. First look at what HW device provides the right capabilities and then look at what SW version enables the required features.
 
==Hardware Features==
{|

! width="100" bgcolor="#CC2222" align="center" style="color:#FFFFFF;"| Audio Codec
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 100
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 110
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 120
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 200
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex P5
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 500
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 1000
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| In 100
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 100
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 155
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 200
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 1000
|-
! bgcolor="#EEE" | Audio module
| bgcolor="#EEE" align="center" | IPAM 300
| bgcolor="#EEE" align="center" | IPAM 300
| bgcolor="#EEE" align="center" | IPAM 300
| bgcolor="#EEE" align="center" | IPAM 300
| bgcolor="#EEE" align="center" | IPAM 300
| bgcolor="#EEE" align="center" | IPAM 100
| bgcolor="#EEE" align="center" | IPAM 100
| bgcolor="#EEE" align="center" | IPAM 100
| bgcolor="#EEE" align="center" | IPAM 100
| bgcolor="#EEE" align="center" | IPAM 100
| bgcolor="#EEE" align="center" | IPAM 100
| bgcolor="#EEE" align="center" | IPAM 100
|-
! PCM/G711
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
| align="center" | dec & enc
|-
! bgcolor="#EEE" | MPEG
| bgcolor="#EEE" align="center" | dec
| bgcolor="#EEE" align="center" | dec
| bgcolor="#EEE" align="center" | dec
| bgcolor="#EEE" align="center" | dec
| bgcolor="#EEE" align="center" | dec
| bgcolor="#EEE" align="center" | dec & enc
| bgcolor="#EEE" align="center" | dec & enc
| bgcolor="#EEE" align="center" | dec & enc
| bgcolor="#EEE" align="center" | dec & enc
| bgcolor="#EEE" align="center" | dec & enc
| bgcolor="#EEE" align="center" | dec & enc
| bgcolor="#EEE" align="center" | dec & enc
|-
! AAC
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" | dec
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
|-
! bgcolor="#EEE" | WMA
| bgcolor="#EEE" align="center" | dec
| bgcolor="#EEE" align="center" | dec
| bgcolor="#EEE" align="center" | dec
| bgcolor="#EEE" align="center" | dec
| bgcolor="#EEE" align="center" | dec
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
|-
| colspan="13" |  "dec"'' stands for decoding, ''"enc"'' for encoding''
|-
! width="100" bgcolor="#C22" align="center" style="color:#FFF;"| Audio Interfaces
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 100
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 110
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 120
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 200
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex P5
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 500
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 1000
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| In 100
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 100
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 155
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 200
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 1000
|-
! bgcolor="#EEE" | Microphone In (& Bias)
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" | unbalanced
| bgcolor="#EEE" align="center" | balanced
| bgcolor="#EEE" align="center" | unbalanced
| bgcolor="#EEE" align="center" | balanced
|-
! Microphone Type
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | electret, coil
| align="center" | electret
| align="center" | electret, coil
| align="center" | electret, coil
|-
! bgcolor="#EEE" | Mic Bias DC
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" | 2.7 V
| bgcolor="#EEE" align="center" | 3.4 V
| bgcolor="#EEE" align="center" | 2.7
| bgcolor="#EEE" align="center" | 12 V sel
|-
! Analog Input
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | stereo bal.
| align="center" | stereo bal.
| align="center" | stereo unb.
| align="center" | mono unb.
| align="center" | mono unb.
| align="center" | mono unb.
| align="center" | stereo bal.
|-
! bgcolor="#EEE" | Analog Output
| bgcolor="#EEE" align="center" | stereo unb.
| bgcolor="#EEE" align="center" | stereo unb.
| bgcolor="#EEE" align="center" | stereo unb.
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" | stereo bal.
| bgcolor="#EEE" align="center" | stereo bal.
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" | mono unb.
| bgcolor="#EEE" align="center" | mono bal.
| bgcolor="#EEE" align="center" | mono unb.
| bgcolor="#EEE" align="center" | stereo bal.
|-
! Headphone Output
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" |
| align="center" |
| align="center" |
| align="center" | ✔
| align="center" |
| align="center" |
| align="center" |
| align="center" |
|-
! bgcolor="#EEE" | Speaker Output
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" | 2 x 25W
| bgcolor="#EEE" align="center" | 1 x 5W
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" | 1 x 2W
| bgcolor="#EEE" align="center" | 1 x 5W sup
| bgcolor="#EEE" align="center" | 1 x 8W
| bgcolor="#EEE" align="center" |
|-
! S/P DIF Input
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | opt. & coax
| align="center" |
| align="center" |
| align="center" |
| align="center" |
|-
! bgcolor="#EEE" | S/P DIF Output
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" | optical
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
|-
! AES/EBU Interface
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | in & out
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
|-
! bgcolor="#EEE" | Aiphone SUB I/F
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" |
|-
| colspan="13" |  "unb."'' stands for unbalanced, ''"bal."'' for balanced,''"sel" ''for selectable: either electret bias with current supervision or coil (no bias) with impedance test,'' "sup"'' for speaker supervision, ''
|-
! width="100" bgcolor="#C22" align="center" style="color:#FFF;"| Other Interfaces
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 100
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 110
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 120
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 200
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex P5
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 500
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 1000
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| In 100
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 100
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 155
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 200
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 1000
|-
! bgcolor="#EEE" | Ethernet
| bgcolor="#EEE" align="center" | 1 x RJ45
| bgcolor="#EEE" align="center" | 1 x RJ45
| bgcolor="#EEE" align="center" | 1 x RJ45
| bgcolor="#EEE" align="center" | 1 x RJ45
| bgcolor="#EEE" align="center" | 1 x RJ45
| bgcolor="#EEE" align="center" | 1 x RJ45
| bgcolor="#EEE" align="center" | 1 x RJ45
| bgcolor="#EEE" align="center" | 1 x RJ45
| bgcolor="#EEE" align="center" | 1 x RJ45
| bgcolor="#EEE" align="center" | 2 x RJ45
| bgcolor="#EEE" align="center" | 1 x RJ45
| bgcolor="#EEE" align="center" | 2 x RJ45
|-
! RS-232
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" |
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" |
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEE" | RS-485
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
|-
! Infared receiver
| align="center" | ext
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
| align="center" | ext
|-
! bgcolor="#EEE" | Infared output
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
|-
! Dry Contact Input
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | 4
| align="center" | 4
| align="center" |
| align="center" | 2
| align="center" | 2 sup
| align="center" | 2
| align="center" | 8 sup
|-
! bgcolor="#EEE" | Relay Output
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" | 1 NO
| bgcolor="#EEE" align="center" | 1 NO
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" | 4 NO
| bgcolor="#EEE" align="center" | 4 NO
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" | 1 NO
| bgcolor="#EEE" align="center" | 1 LED
| bgcolor="#EEE" align="center" | 1 NO
| bgcolor="#EEE" align="center" | 8 NO, 1 NC
|-
! Flash Memory Interface
| align="center" | USB
| align="center" | USB
| align="center" | microSD
| align="center" | USB
| align="center" |
| align="center" | USB
| align="center" | USB
| align="center" |
| align="center" | USB
| align="center" |
| align="center" | USB
| align="center" |
|-
! bgcolor="#EEE" | LCD Display
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
|-
! Status LEDs
| align="center" | ✔
| align="center" |
| align="center" |
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEE" | I/O LEDs
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" | 4
| bgcolor="#EEE" align="center" | 4
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" | 8
|-
| colspan="13" |  "ext"'' stands for external accessory IR Kit or VSC (Volume Source Control),'' "sup"'' for input supervision, ''"NO"'' for Normally Open contacts,'' "NC"'' for Normally Closed contacts, ''"LED"'' for LED driver instead of relay, ''
|-
! width="100" bgcolor="#C22" align="center" style="color:#FFF;"| Power Supply
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 100
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 110
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 120
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 200
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex P5
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 500
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 1000
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| In 100
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 100
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 155
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 200
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 1000
|-
! bgcolor="#EEE" | DC Voltage range
| bgcolor="#EEE" align="center" | 9..30 V
| bgcolor="#EEE" align="center" | 9..30 V
| bgcolor="#EEE" align="center" | 9..30 V
| bgcolor="#EEE" align="center" | 24 V
| bgcolor="#EEE" align="center" | 48 V
| bgcolor="#EEE" align="center" | 24..48 V
| bgcolor="#EEE" align="center" | 24..48 V
| bgcolor="#EEE" align="center" | 9..30 V
| bgcolor="#EEE" align="center" | 9..30 V
| bgcolor="#EEE" align="center" | 24..48 V
| bgcolor="#EEE" align="center" | 16..30 V, 48V
| bgcolor="#EEE" align="center" | 2 x sup 24..48 V
|-
! AC Voltage range
| align="center" | 12..24 V
| align="center" | 12..24 V
| align="center" | 12..24 V
| align="center" |
| align="center" |
| align="center" |
| align="center" |
| align="center" | 12..24 V
| align="center" | 12..24 V
| align="center" |
| align="center" | 16..24 V
| align="center" |
|-
! bgcolor="#EEE" | PoE 802.3af
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" |
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" |
|-
| colspan="13" |  "sup" ''stands for voltage supervision''
|}
----
 
==Device's Software Support Overview==
{|

! width="100" |
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 100
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 110
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 120
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 200
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex P5
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 500
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ex 1000
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| In 100
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 100
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 155
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 200
! width="60" bgcolor="#C22" align="center" style="color:#FFF;"| Ann 1000
|-
! bgcolor="#EEE" | Audio module
| bgcolor="#EEE" align="center" | IPAM 300
| bgcolor="#EEE" align="center" | IPAM 300
| bgcolor="#EEE" align="center" | IPAM 300
| bgcolor="#EEE" align="center" | IPAM 300
| bgcolor="#EEE" align="center" | IPAM 300
| bgcolor="#EEE" align="center" | IPAM 100
| bgcolor="#EEE" align="center" | IPAM 100
| bgcolor="#EEE" align="center" | IPAM 100
| bgcolor="#EEE" align="center" | IPAM 100
| bgcolor="#EEE" align="center" | IPAM 100
| bgcolor="#EEE" align="center" | IPAM 100
| bgcolor="#EEE" align="center" | IPAM 100
|-
! Exstreamer FW
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEE" | Streaming Client
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
|-
! Instreamer FW
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEE" | Annuncicom FW
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
|-
! ABCL annunfdx
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEE" | ABCL rtp stl
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
|}
----
 
==Software Features Overview==
{|

! width="120" bgcolor="#C22" align="center" style="color:#FFF;"| SW Package
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Exstreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Streaming Client FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Instreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annuncicom FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annfdx ABCL
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| RTP STL ABCL
|-
! bgcolor="#EEE" | Version
| bgcolor="#EEE" align="center" | 8.31
| bgcolor="#EEE" align="center" | 2.18
| bgcolor="#EEE" align="center" | 3.16
| bgcolor="#EEE" align="center" | 3.07
| bgcolor="#EEE" align="center" | 0.22 [1]
| bgcolor="#EEE" align="center" | 2.05
|-
| colspan="13" |  [1]'' the Annfdx BCL application is included in the ABCL Dev Kit V0.34''
|-
! width="125" bgcolor="#C22" align="center" style="color:#FFF;"| WEB Tabs & Pages
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Exstreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Streaming Client FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Instreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annuncicom FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annfdx ABCL
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| RTP STL ABCL
|-
! Home with I/O status & control
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | ✔
|-
! bgcolor="#EEE" | Settings
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
|-
! Defaults
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEE" | Status
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
|-
! Reboot
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEE" | Update (Bootloader)
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
|-
! /status info page
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEE" | Ethersound
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
|-
! width="125" bgcolor="#C22" align="center" style="color:#FFF;"| Network Config
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Exstreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Streaming Client FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Instreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annuncicom FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annfdx ABCL
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| RTP STL ABCL
|-
! IP address/DHCP
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEE" | DHCP Host Name
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
|-
! Sonic IP
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! width="125" bgcolor="#C22" align="center" style="color:#FFF;"| Streaming Config
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Exstreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Streaming Client FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Instreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annuncicom FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annfdx ABCL
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| RTP STL ABCL
|-
! Send Mode (Always, on Talk ...)
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEE" | Trigger Level/Time
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
|-
! Stream Control/Strategy
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEE" | Destination Table
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
|-
! Multicast
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEE" | Tx Audio Port
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
|-
! Source Address / Port / Path
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEE" | Receive Buffer
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
|-
! Receive control/strategy
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEE" | Rx Priority Port
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
|-
! Rx Audio Port
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! width="125" bgcolor="#C22" align="center" style="color:#FFF;"| MP3 Stream
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Exstreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Streaming Client FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Instreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annuncicom FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annfdx ABCL
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| RTP STL ABCL
|-
! Raw UDP
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
|-
! bgcolor="#EEE" | RTP
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
|-
! BRTP
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
|-
! bgcolor="#EEE" | TCP
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
|-
! HTTP
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEE" | Shoutcast
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
|-
! Icecast
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEE" | zServer
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
|-
! USB file
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! width="125" bgcolor="#C22" align="center" style="color:#FFF;"| PCM/G711 Stream
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Exstreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Streaming Client FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Instreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annuncicom FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annfdx ABCL
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| RTP STL ABCL
|-
! Raw UDP
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | -
|-
! bgcolor="#EEE" | RTP
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
|-
! BRTP
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
|-
! bgcolor="#EEE" | TCP
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
|-
! width="125" bgcolor="#C22" align="center" style="color:#FFF;"| AAC+ Stream
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Exstreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Streaming Client FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Instreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annuncicom FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annfdx ABCL
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| RTP STL ABCL
|-
! HTTP/Shoutcast
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEE" | USB file
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
|-
! width="125" bgcolor="#C22" align="center" style="color:#FFF;"| WMA Stream
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Exstreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Streaming Client FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Instreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annuncicom FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annfdx ABCL
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| RTP STL ABCL
|-
! MMS HTTP/TCP
| align="center" | -
| align="center" | V1.5x only
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEE" | USB file
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
|-
! width="125" bgcolor="#C22" align="center" style="color:#FFF;"| Audio Interface
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Exstreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Streaming Client FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Instreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annuncicom FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annfdx ABCL
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| RTP STL ABCL
|-
! Mic In
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
|-
! bgcolor="#EEE" | Analog Line In
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
|-
! Digital Line In
| align="center" | -
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | ✔
|-
! bgcolor="#EEE" | Aiphone In/Out
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
|-
! width="125" bgcolor="#C22" align="center" style="color:#FFF;"| Other Interfaces
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Exstreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Streaming Client FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Instreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annuncicom FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annfdx ABCL
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| RTP STL ABCL
|-
! RS-232 Gateway
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEE" | RS-485 Gateway
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
|-
! IR Gateway
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEE" | Contact Input Control
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | 4
| bgcolor="#EEE" align="center" | 2
| bgcolor="#EEE" align="center" | 2
| bgcolor="#EEE" align="center" | 4
|-
! Relay Output Control
| align="center" | -
| align="center" | 4
| align="center" | -
| align="center" | 1
| align="center" | 1
| align="center" | 4
|-
! bgcolor="#EEE" | CTS as Input
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
|-
! RTS as Output
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEE" | Display Driver
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
|-
! width="125" bgcolor="#C22" align="center" style="color:#FFF;"| Control API
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Exstreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Streaming Client FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Instreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annuncicom FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annfdx ABCL
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| RTP STL ABCL
|-
! IR control
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEE" | WEB cgi
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
|-
! Serial port
| align="center" | ✔
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEE" | TCP/UDP port
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
|-
! width="125" bgcolor="#C22" align="center" style="color:#FFF;"| Device Management
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Exstreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Streaming Client FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Instreamer FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annuncicom FW
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| Annfdx ABCL
! width="110" bgcolor="#C22" align="center" style="color:#FFF;"| RTP STL ABCL
|-
! SNMP MIB
| align="center" | -
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|-
! bgcolor="#EEE" | SNMP traps
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
|-
! MTELL/Barimon
| align="center" | -
| align="center" | ✔
| align="center" | -
| align="center" | -
| align="center" | -
| align="center" | -
|-
! bgcolor="#EEE" | Remote Update
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | ✔
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
| bgcolor="#EEE" align="center" | -
|-
! Security
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
| align="center" | ✔
|}
----

Back to [[Main Page]]

IO12-Update

2011-02-21T12:55:45Z

Dragan: /* Prerequisites */

[[Main Page#Products|Products]] >> [[Main Page#Automation and Control - Devices and accessories|Automation and Control]] >> [[Barix_IO12]] >> [[IO12-Update]]

This page describes how to update the firmware on an IO12.

The IO12 can be updated using a Barionet and a PC/Mac using a terminal program to control the BCL application named MBT (Modbus Tester & Loader). The terminal program can connect to the application MBT either via network (TCP) or a serial (RS-232) connection (two different BCL applications).

== Prerequisites ==
Prepare the following material:
* PC or Mac with e and a terminal program such as hyperterm
* Optionally: a serial port (HW or USB2serial) and a serial cross cable (3 wire, DB9 female to DB9 female)
* A [[Barionet 50]] (FW 2.00 or higher) or a [[Barionet|Barionet 100]] (FW 2.08 or higher)
* Modbus Test & Load BCL application: choose '''MBT_Vxx_S.cob''' for serial cable or '''MBT_Vxx_T.cob''' for TCP terminal control (xx= stands for actual version number). Download the MBT file from the [http://www.barix.com/downloads/MBT_Application_Modbus_Tester_Loader_for_extensions/2711 Barix download section]
* Power supply 9VDC (min.) to 30VDC (max.), to supply both Barionet and IO12, 300mA (min.)
* 4pin Extension cable to connect to [[Barionet 50]] or 4 wires to connect to [[Barionet|Barionet 100]]

'''⇒ Tips:'''
* Using a [[Barionet 50]] is simpler as it needs no wiring: The supplied 4 pin extension cable can be used !
* Using the TCP version of the application is simpler as it needs no serial port and serial cable ! It works via the Ethernet network connection.
 

== Hardware setup ==
# Connect the PC/Mac and the Barionet to your network switch or hub.
# Prepare the power supply to connect it to the Barionet in a later step.
# Depending on the kind of application control connection do the following:
#:* If you plan to use the TCP version of the application skip to step 3.
#:* If you plan to use the serial version of the application: Connect the PC/Mac to the serial port of the Barionet with the cross cable
# Depending on which Barionet you choose wire the IO12 as following:
#:* If you use the Barionet 50: bridge the Barionet 50 (J10) and the IO12 (J9 or J10) using the supplied 4 pin extension cable.
#:* If you use the Barionet 100: As the 4 pin extension cable is '''NOT''' supported, connect the Barionet 50 to the IO12 using 4 wires via the screw block terminals as following:
{|
! width="30" rowspan="6" |
! rowspan="6" | [[Image:Barionetpinout3.jpg|200px]]
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Barionet 100
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Signal / Wire
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Barix IO12
! rowspan="6" | [[Image:BarixIO12pinout.jpg|200px|right]]
|-
| align="center" | J6 pin 15
| align="center" | Power +
| align="center" | J5 pin 1
|-
| bgcolor="#EEE" align="center" | J6 pin 16
| bgcolor="#EEE" align="center" | Power -
| bgcolor="#EEE" align="center" | J5 pin 3
|-
| align="center" | J7 pin 4
| align="center" | RS485 A
| align="center" | J11 pin 1
|-
| bgcolor="#EEE" align="center" | J7 pin 5
| bgcolor="#EEE" align="center" | RS485 B
| bgcolor="#EEE" align="center" | J11 pin 3
|-
|  
|  
|  
|}
 

== Software setup ==
# Power up the Barionet and gather the IP address (check your DHCP server, use the Barix Discovery tool or use the ARP trick as explained in the Quick Install Guide)
# Depending on the kind of application control connection do the following:
#: If you plan to use the TCP version of the application:
#:* Load the file '''MBT_Vxx_T.cob''' (xx is the version, at the time of writing: 11) into the Barionet's page WEB4 (Barionet 50: via extended web update, Barionet 100: via tftp), reboot when done and wait 10 seconds
#:* Start a terminal program (Telnet session) and connect via TCP port 12345 to the IP of your Barionet
#: If you plan to use the serial version of the application:
#:* Load the file '''MBT_Vxx_S.cob''' (xx is the version, at the time of writing: 11) into the Barionet's page WEB4 (Barionet 50: via extended web update, Barionet 100: via tftp), reboot when done and wait 10 seconds
#:* Connect the PC/Mac to the serial port of the Barionet with the cross cable
#:* Start a terminal program with the serial settings 9600,8,N,1 no HW control

== Firmware Update procedure ==
#After the above Hardware and Software setup the terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Hit the number '''2''' and hit the '''Enter (&crarr;)''' key for sevice mode. The terminal shows:
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#To check if talking to the IO12 is possible enter '''R0,256,4''' (capital R, zero, comma, two, five, six, comma, four) and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>R0,256,4</code>
#:<code>READ: 00B3 0008 000C 0052</code>
#:The first group (word) of digits tells the HW Type (0x00B3=IO12), the 2nd tells the current version (version 8), the 3rd the Serial 1 (0x000C=12 decimal) and the 4th the Serial 2 (0x0052=82 decimal). Both serials can be found on the data plate of the IO12 !
#:⇒ If you do NOT receive a reply check the wiring. Another reason for this failure could be the settings of the device. See section [[Barix_IO12#IO12_Defaults_Parameters_Jumper|IO12 Defaults Parameters Jumper]] on the [[Barix_IO12|Barix IO12]] wiki page to assume defaults.
#Now that we know that the connection works we can start with deleting the existing firmware by entering '''F12,82''' (capital F, serial1, comma, serial2)
#:⇒ Make sure you use the correct serial numbers 1 and 2 (decimal values not hex) of '''YOUR''' device !!!
#:and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>F12,82</code>
#:<code>?</code>
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#:⇒ Do NOT be fooled by the question mark. The IO12 will carry out the Erase command and after 5 to 10 seconds the PWR LED will go dark.
#::*If the PWR LED stays lit then repeat step 4 carefully.
#::*If after repeating step 4 the PWR LED stays lit then contact Barix support to check if the device must be returned to Barix (via reseller) for factory programming.
#Hit the '''X''' (capital X) and then hit the '''Enter (&crarr;)''' key to exit the service mode. The terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Do NOT wait and hit the number '''3''' and hit the '''Enter (&crarr;)''' key for loader mode. The terminal shows:
#:<code>wrong serial setup - correcting & rebooting ..</code>
#After the reboot the loader mode will be started automatically. The terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#:<code>loader started, please reset unit. Press F for erase command, S to send firmwar</code>
#Hit the '''S''' (capital S) and then hit the '''Enter (&crarr;)''' key to start the firmware update. The terminal shows:
#:<code>sending firmware</code>
#:⇒ This will take about 20 seconds (the RS-485 LED of the Barionet flickers during transmission) and when done the terminal shows:
#:<code>end programming</code>
#:<code>firmware load complete</code>
#::*If it says "end prgramming" only go start over to repeat the erase command (step 4) because it will only accept programming when erased prior to programming
#:⇒ After a seconds the PWR LED will be lit.
#::*If it stays dark power cycle the IO12 (disconnect the power wires, wait 4 seconds and reconnect power wires)
#::*If it still stays dark repeaet power cycling up to 3 more times
#::*If it stays dark go back to step 4 and repeat the erase command
#Hit the '''X''' (capital X) and then hit the '''Enter (&crarr;)''' key to exit the loader mode. The terminal shows:
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Do NOT wait and hit the number '''2''' and hit the '''Enter (&crarr;)''' key for service mode. The terminal shows:
#:<code>wrong serial setup - correcting & rebooting ..</code>
#After the reboot the terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Hit the number '''2''' and hit the '''Enter (&crarr;)''' key for sevice mode. The terminal shows:
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#To check if the update of the IO12 went fine enter '''R0,256,4''' (capital R, zero, comma, two, five, six, comma, four) and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>R0,256,4</code>
#:<code>READ: 00B3 000B 000C 0052</code>
#:The second group (word) of digits tells the current firmware version (now 0x000B stands for version 11).
#:⇒ If it still says the old version then the update failed. Start over from the beginning.
Gratulations, you succesfully updated the device.

Back to [[Barix_IO12]]

IO12-Update

2011-02-21T12:52:02Z

Dragan: /* Firmware Update procedure */ corrected hex notations

[[Main Page#Products|Products]] >> [[Main Page#Automation and Control - Devices and accessories|Automation and Control]] >> [[Barix_IO12]] >> [[IO12-Update]]

This page describes how to update the firmware on an IO12.

The IO12 can be updated using a Barionet and a PC/Mac using a terminal program to control the BCL application named MBT (Modbus Tester & Loader). The terminal program can connect to the application MBT either via network (TCP) or a serial (RS-232) connection (two different BCL applications).

== Prerequisites ==
Prepare the following material:
* PC or Mac with e and a terminal program such as hyperterm
* Optionally: a serial port (HW or USB2serial) and a serial cross cable (3 wire, DB9 female to DB9 female)
* A [[Barionet 50]] (FW 2.00 or higher) or a [[Barionet|Barionet 100]] (FW 2.08 or higher)
* Modbus Test & Load BCL application: choose '''MBT_Vxx_S.cob''' for serial cable or '''MBT_Vxx_T.cob''' for TCP terminal control (xx= stands for actual version number). Download the MBT file from the barix download section [[http://www.barix.com/downloads/MBT_Application_Modbus_Tester_Loader_for_extensions/2711]]
* Power supply 9VDC (min.) to 30VDC (max.), to supply both Barionet and IO12, 300mA (min.)
* 4pin Extension cable to connect to [[Barionet 50]] or 4 wires to connect to [[Barionet|Barionet 100]]

'''⇒ Tips:'''
* Using a [[Barionet 50]] is simpler as it needs no wiring: The supplied 4 pin extension cable can be used !
* Using the TCP version of the application is simpler as it needs no serial port and serial cable ! It works via the Ethernet network connection.
 

== Hardware setup ==
# Connect the PC/Mac and the Barionet to your network switch or hub.
# Prepare the power supply to connect it to the Barionet in a later step.
# Depending on the kind of application control connection do the following:
#:* If you plan to use the TCP version of the application skip to step 3.
#:* If you plan to use the serial version of the application: Connect the PC/Mac to the serial port of the Barionet with the cross cable
# Depending on which Barionet you choose wire the IO12 as following:
#:* If you use the Barionet 50: bridge the Barionet 50 (J10) and the IO12 (J9 or J10) using the supplied 4 pin extension cable.
#:* If you use the Barionet 100: As the 4 pin extension cable is '''NOT''' supported, connect the Barionet 50 to the IO12 using 4 wires via the screw block terminals as following:
{|
! width="30" rowspan="6" |
! rowspan="6" | [[Image:Barionetpinout3.jpg|200px]]
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Barionet 100
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Signal / Wire
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Barix IO12
! rowspan="6" | [[Image:BarixIO12pinout.jpg|200px|right]]
|-
| align="center" | J6 pin 15
| align="center" | Power +
| align="center" | J5 pin 1
|-
| bgcolor="#EEE" align="center" | J6 pin 16
| bgcolor="#EEE" align="center" | Power -
| bgcolor="#EEE" align="center" | J5 pin 3
|-
| align="center" | J7 pin 4
| align="center" | RS485 A
| align="center" | J11 pin 1
|-
| bgcolor="#EEE" align="center" | J7 pin 5
| bgcolor="#EEE" align="center" | RS485 B
| bgcolor="#EEE" align="center" | J11 pin 3
|-
|  
|  
|  
|}
 

== Software setup ==
# Power up the Barionet and gather the IP address (check your DHCP server, use the Barix Discovery tool or use the ARP trick as explained in the Quick Install Guide)
# Depending on the kind of application control connection do the following:
#: If you plan to use the TCP version of the application:
#:* Load the file '''MBT_Vxx_T.cob''' (xx is the version, at the time of writing: 11) into the Barionet's page WEB4 (Barionet 50: via extended web update, Barionet 100: via tftp), reboot when done and wait 10 seconds
#:* Start a terminal program (Telnet session) and connect via TCP port 12345 to the IP of your Barionet
#: If you plan to use the serial version of the application:
#:* Load the file '''MBT_Vxx_S.cob''' (xx is the version, at the time of writing: 11) into the Barionet's page WEB4 (Barionet 50: via extended web update, Barionet 100: via tftp), reboot when done and wait 10 seconds
#:* Connect the PC/Mac to the serial port of the Barionet with the cross cable
#:* Start a terminal program with the serial settings 9600,8,N,1 no HW control

== Firmware Update procedure ==
#After the above Hardware and Software setup the terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Hit the number '''2''' and hit the '''Enter (&crarr;)''' key for sevice mode. The terminal shows:
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#To check if talking to the IO12 is possible enter '''R0,256,4''' (capital R, zero, comma, two, five, six, comma, four) and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>R0,256,4</code>
#:<code>READ: 00B3 0008 000C 0052</code>
#:The first group (word) of digits tells the HW Type (0x00B3=IO12), the 2nd tells the current version (version 8), the 3rd the Serial 1 (0x000C=12 decimal) and the 4th the Serial 2 (0x0052=82 decimal). Both serials can be found on the data plate of the IO12 !
#:⇒ If you do NOT receive a reply check the wiring. Another reason for this failure could be the settings of the device. See section [[Barix_IO12#IO12_Defaults_Parameters_Jumper|IO12 Defaults Parameters Jumper]] on the [[Barix_IO12|Barix IO12]] wiki page to assume defaults.
#Now that we know that the connection works we can start with deleting the existing firmware by entering '''F12,82''' (capital F, serial1, comma, serial2)
#:⇒ Make sure you use the correct serial numbers 1 and 2 (decimal values not hex) of '''YOUR''' device !!!
#:and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>F12,82</code>
#:<code>?</code>
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#:⇒ Do NOT be fooled by the question mark. The IO12 will carry out the Erase command and after 5 to 10 seconds the PWR LED will go dark.
#::*If the PWR LED stays lit then repeat step 4 carefully.
#::*If after repeating step 4 the PWR LED stays lit then contact Barix support to check if the device must be returned to Barix (via reseller) for factory programming.
#Hit the '''X''' (capital X) and then hit the '''Enter (&crarr;)''' key to exit the service mode. The terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Do NOT wait and hit the number '''3''' and hit the '''Enter (&crarr;)''' key for loader mode. The terminal shows:
#:<code>wrong serial setup - correcting & rebooting ..</code>
#After the reboot the loader mode will be started automatically. The terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#:<code>loader started, please reset unit. Press F for erase command, S to send firmwar</code>
#Hit the '''S''' (capital S) and then hit the '''Enter (&crarr;)''' key to start the firmware update. The terminal shows:
#:<code>sending firmware</code>
#:⇒ This will take about 20 seconds (the RS-485 LED of the Barionet flickers during transmission) and when done the terminal shows:
#:<code>end programming</code>
#:<code>firmware load complete</code>
#::*If it says "end prgramming" only go start over to repeat the erase command (step 4) because it will only accept programming when erased prior to programming
#:⇒ After a seconds the PWR LED will be lit.
#::*If it stays dark power cycle the IO12 (disconnect the power wires, wait 4 seconds and reconnect power wires)
#::*If it still stays dark repeaet power cycling up to 3 more times
#::*If it stays dark go back to step 4 and repeat the erase command
#Hit the '''X''' (capital X) and then hit the '''Enter (&crarr;)''' key to exit the loader mode. The terminal shows:
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Do NOT wait and hit the number '''2''' and hit the '''Enter (&crarr;)''' key for service mode. The terminal shows:
#:<code>wrong serial setup - correcting & rebooting ..</code>
#After the reboot the terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Hit the number '''2''' and hit the '''Enter (&crarr;)''' key for sevice mode. The terminal shows:
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#To check if the update of the IO12 went fine enter '''R0,256,4''' (capital R, zero, comma, two, five, six, comma, four) and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>R0,256,4</code>
#:<code>READ: 00B3 000B 000C 0052</code>
#:The second group (word) of digits tells the current firmware version (now 0x000B stands for version 11).
#:⇒ If it still says the old version then the update failed. Start over from the beginning.
Gratulations, you succesfully updated the device.

Back to [[Barix_IO12]]

IO12-Update

2011-02-21T12:50:01Z

Dragan: /* Firmware Update procedure */ added default parameters link

[[Main Page#Products|Products]] >> [[Main Page#Automation and Control - Devices and accessories|Automation and Control]] >> [[Barix_IO12]] >> [[IO12-Update]]

This page describes how to update the firmware on an IO12.

The IO12 can be updated using a Barionet and a PC/Mac using a terminal program to control the BCL application named MBT (Modbus Tester & Loader). The terminal program can connect to the application MBT either via network (TCP) or a serial (RS-232) connection (two different BCL applications).

== Prerequisites ==
Prepare the following material:
* PC or Mac with e and a terminal program such as hyperterm
* Optionally: a serial port (HW or USB2serial) and a serial cross cable (3 wire, DB9 female to DB9 female)
* A [[Barionet 50]] (FW 2.00 or higher) or a [[Barionet|Barionet 100]] (FW 2.08 or higher)
* Modbus Test & Load BCL application: choose '''MBT_Vxx_S.cob''' for serial cable or '''MBT_Vxx_T.cob''' for TCP terminal control (xx= stands for actual version number). Download the MBT file from the barix download section [[http://www.barix.com/downloads/MBT_Application_Modbus_Tester_Loader_for_extensions/2711]]
* Power supply 9VDC (min.) to 30VDC (max.), to supply both Barionet and IO12, 300mA (min.)
* 4pin Extension cable to connect to [[Barionet 50]] or 4 wires to connect to [[Barionet|Barionet 100]]

'''⇒ Tips:'''
* Using a [[Barionet 50]] is simpler as it needs no wiring: The supplied 4 pin extension cable can be used !
* Using the TCP version of the application is simpler as it needs no serial port and serial cable ! It works via the Ethernet network connection.
 

== Hardware setup ==
# Connect the PC/Mac and the Barionet to your network switch or hub.
# Prepare the power supply to connect it to the Barionet in a later step.
# Depending on the kind of application control connection do the following:
#:* If you plan to use the TCP version of the application skip to step 3.
#:* If you plan to use the serial version of the application: Connect the PC/Mac to the serial port of the Barionet with the cross cable
# Depending on which Barionet you choose wire the IO12 as following:
#:* If you use the Barionet 50: bridge the Barionet 50 (J10) and the IO12 (J9 or J10) using the supplied 4 pin extension cable.
#:* If you use the Barionet 100: As the 4 pin extension cable is '''NOT''' supported, connect the Barionet 50 to the IO12 using 4 wires via the screw block terminals as following:
{|
! width="30" rowspan="6" |
! rowspan="6" | [[Image:Barionetpinout3.jpg|200px]]
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Barionet 100
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Signal / Wire
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Barix IO12
! rowspan="6" | [[Image:BarixIO12pinout.jpg|200px|right]]
|-
| align="center" | J6 pin 15
| align="center" | Power +
| align="center" | J5 pin 1
|-
| bgcolor="#EEE" align="center" | J6 pin 16
| bgcolor="#EEE" align="center" | Power -
| bgcolor="#EEE" align="center" | J5 pin 3
|-
| align="center" | J7 pin 4
| align="center" | RS485 A
| align="center" | J11 pin 1
|-
| bgcolor="#EEE" align="center" | J7 pin 5
| bgcolor="#EEE" align="center" | RS485 B
| bgcolor="#EEE" align="center" | J11 pin 3
|-
|  
|  
|  
|}
 

== Software setup ==
# Power up the Barionet and gather the IP address (check your DHCP server, use the Barix Discovery tool or use the ARP trick as explained in the Quick Install Guide)
# Depending on the kind of application control connection do the following:
#: If you plan to use the TCP version of the application:
#:* Load the file '''MBT_Vxx_T.cob''' (xx is the version, at the time of writing: 11) into the Barionet's page WEB4 (Barionet 50: via extended web update, Barionet 100: via tftp), reboot when done and wait 10 seconds
#:* Start a terminal program (Telnet session) and connect via TCP port 12345 to the IP of your Barionet
#: If you plan to use the serial version of the application:
#:* Load the file '''MBT_Vxx_S.cob''' (xx is the version, at the time of writing: 11) into the Barionet's page WEB4 (Barionet 50: via extended web update, Barionet 100: via tftp), reboot when done and wait 10 seconds
#:* Connect the PC/Mac to the serial port of the Barionet with the cross cable
#:* Start a terminal program with the serial settings 9600,8,N,1 no HW control

== Firmware Update procedure ==
#After the above Hardware and Software setup the terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Hit the number '''2''' and hit the '''Enter (&crarr;)''' key for sevice mode. The terminal shows:
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#To check if talking to the IO12 is possible enter '''R0,256,4''' (capital R, zero, comma, two, five, six, comma, four) and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>R0,256,4</code>
#:<code>READ: 00B3 0008 000C 0052</code>
#:The first group of digits tells the HW Type (B3=IO12), the 2nd tells the current version (V8), the 3rd the Serial 1 (0xC=12 decimal) and the 4th the Serial 2 (0x52=82 decimal). Both serials can be found on the data plate of the IO12 !
#:⇒ If you do NOT receive a reply check the wiring. Another reason for this failure could be the settings of the device. See section [[Barix_IO12#IO12_Defaults_Parameters_Jumper|IO12 Defaults Parameters Jumper]] on the [[Barix_IO12|Barix IO12]] wiki page to assume defaults.
#Now that we know that the connection works we can start with deleting the existing firmware by entering '''F12,82''' (capital F, serial1, comma, serial2)
#:⇒ Make sure you use the correct serial numbers 1 and 2 (decimal values not hex) of '''YOUR''' device !!!
#:and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>F12,82</code>
#:<code>?</code>
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#:⇒ Do NOT be fooled by the question mark. The IO12 will carry out the Erase command and after 5 to 10 seconds the PWR LED will go dark.
#::*If the PWR LED stays lit then repeat step 4 carefully.
#::*If after repeating step 4 the PWR LED stays lit then contact Barix support to check if the device must be returned to Barix (via reseller) for factory programming.
#Hit the '''X''' (capital X) and then hit the '''Enter (&crarr;)''' key to exit the service mode. The terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Do NOT wait and hit the number '''3''' and hit the '''Enter (&crarr;)''' key for loader mode. The terminal shows:
#:<code>wrong serial setup - correcting & rebooting ..</code>
#After the reboot the loader mode will be started automatically. The terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#:<code>loader started, please reset unit. Press F for erase command, S to send firmwar</code>
#Hit the '''S''' (capital S) and then hit the '''Enter (&crarr;)''' key to start the firmware update. The terminal shows:
#:<code>sending firmware</code>
#:⇒ This will take about 20 seconds (the RS-485 LED of the Barionet flickers during transmission) and when done the terminal shows:
#:<code>end programming</code>
#:<code>firmware load complete</code>
#::*If it says "end prgramming" only go start over to repeat the erase command (step 4) because it will only accept programming when erased prior to programming
#:⇒ After a seconds the PWR LED will be lit.
#::*If it stays dark power cycle the IO12 (disconnect the power wires, wait 4 seconds and reconnect power wires)
#::*If it still stays dark repeaet power cycling up to 3 more times
#::*If it stays dark go back to step 4 and repeat the erase command
#Hit the '''X''' (capital X) and then hit the '''Enter (&crarr;)''' key to exit the loader mode. The terminal shows:
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Do NOT wait and hit the number '''2''' and hit the '''Enter (&crarr;)''' key for service mode. The terminal shows:
#:<code>wrong serial setup - correcting & rebooting ..</code>
#After the reboot the terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Hit the number '''2''' and hit the '''Enter (&crarr;)''' key for sevice mode. The terminal shows:
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#To check if the update of the IO12 went fine enter '''R0,256,4''' (capital R, zero, comma, two, five, six, comma, four) and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>R0,256,4</code>
#:<code>READ: 00B3 000B 000C 0052</code>
#:The second group (word) of digits tells the current firmware version (now 0x000B stands for version 11).
#:⇒ If it still says the old version then the update failed. Start over from the beginning.
Gratulations, you succesfully updated the device.

Back to [[Barix_IO12]]

Barix IO12

2011-02-21T12:41:54Z

Dragan: /* IO12 Summary */

[[Main Page#Products|Products]] >> [[Main Page#Automation and Control - Devices and accessories|Automation and Control]] >> [[Barix_IO12]]
[[Image:IO12_Top_Web400.gif|200px|thumb|right]]
== IO12 Summary ==
The IO12 is a standard I/O device, suitable to interface digital signals to an RS485 bus.
The bus protocol is Modbus/RTU.

Barix Modbus I/O device family is a low-cost, high reliability range of interfaces between Modbus capable hosts and sensors/actors. All products talk Modbus/RTU as the standard protocol, and are configurable via standard Modus read/write commands.

The IO12 features 12 high current sourcing outputs and 12 opto isolated inputs.

Functions and settings can be configured in the IO12 via the Modbus/RTU interface using standard register writes. As the IO12 is software upgradeable, new functions can be uploaded in the unit even after installation in the field.

Please contact Barix if you need a special interface for any type of I/O to Modbus or Modbus/TCP. With our extensive experience in the Modbus protocol and interfacing market, we will be pleased to offer you a custom solution.

== Interfacing the IO12 ==
With the Barionet 50 or the Barionet 100, smart ethernet controllers which are fully programmable and can also translate between Modbus/TCP and SNMP, the Barix Modbus I/O devices can be interfaced to about any host system. Standard SNMP or Modbus/TCP OPC servers can directly talk to the Barix I/O device family.

== IO12 Defaults Parameters Jumper ==
[[Image:BarixIO12pinoutJumper.jpg|200px|thumb|right]]
The IO12 is configured via the RS-485 interface using standard Modbus commands. If the address or the settings of the device are unknown, it can be temporarily set to default parameters by setting a jumper in the device.

No reset is necessary. Within 5 seconds after applying the jumper, the default parameters are assumed. It is NOT necessary to reset or to power cycle the device after removing the jumper ! If no valid Modbus blocks are received by the device for a 5 second time interval, the serial interface is reset and reconfigured with stored parameters.

Use a screw driver to remove the snap-on case top. On one side of the case lift one latch first and gently pull the top then lift the second latch and remove the top completely.
J3 is a 4 pin connector and is located next to LED1 and LED2. To set default parameters connect the upper two pins using a standard jumper (not included).

When the jumper is set, the default parameters are:
Serial interface 19200 Baud, even parity, 1 stop bit Modbus Address 255

== IO12 Firmware Update procedure ==
The page [[IO12-Update]] explains the firmware update of an IO12 over the RS-485 port using a Barionet 50 or a Barionet 100.

Back to [[Main Page#Products|Products]]

Barix IO12

2011-02-21T12:39:54Z

Dragan: added defaults parameter jumper

[[Main Page#Products|Products]] >> [[Main Page#Automation and Control - Devices and accessories|Automation and Control]] >> [[Barix_IO12]]
[[Image:IO12_Top_Web400.gif|200px|thumb|right]]
== IO12 Summary ==
The IO12 is a standard I/O device, suitable to interface digital signals to an RS485 bus.
The bus protocol is Modbus/RTU.

Barix Modbus I/O device family is a low-cost, high reliability range of interfaces between Modbus capable hosts and sensors/actors. All products talk Modbus/RTU as the standard protocol, and are configurable via standard Modus read/write commands.

With the Barionet 50 or the Barionet 100, smart ethernet controllers which are fully programmable and can also translate between Modbus/TCP and SNMP, the Barix Modbus I/O devices can be interfaced to about any host system. Standard SNMP or Modbus/TCP OPC servers can directly talk to the Barix I/O device family.

The IO12 features 12 high current sourcing outputs and 12 opto isolated inputs.

Functions and settings can be configured in the IO12 via the Modbus/RTU interface using standard register writes. As the IO12 is software upgradeable, new functions can be uploaded in the unit even after installation in the field.

Please contact Barix if you need a special interface for any type of I/O to Modbus or Modbus/TCP. With our extensive experience in the Modbus protocol and interfacing market, we will be pleased to offer you a custom solution.

== IO12 Defaults Parameters Jumper ==
[[Image:BarixIO12pinoutJumper.jpg|200px|thumb|right]]
The IO12 is configured via the RS-485 interface using standard Modbus commands. If the address or the settings of the device are unknown, it can be temporarily set to default parameters by setting a jumper in the device.

No reset is necessary. Within 5 seconds after applying the jumper, the default parameters are assumed. It is NOT necessary to reset or to power cycle the device after removing the jumper ! If no valid Modbus blocks are received by the device for a 5 second time interval, the serial interface is reset and reconfigured with stored parameters.

Use a screw driver to remove the snap-on case top. On one side of the case lift one latch first and gently pull the top then lift the second latch and remove the top completely.
J3 is a 4 pin connector and is located next to LED1 and LED2. To set default parameters connect the upper two pins using a standard jumper (not included).

When the jumper is set, the default parameters are:
Serial interface 19200 Baud, even parity, 1 stop bit Modbus Address 255

== IO12 Firmware Update procedure ==
The page [[IO12-Update]] explains the firmware update of an IO12 over the RS-485 port using a Barionet 50 or a Barionet 100.

Back to [[Main Page#Products|Products]]

File:BarixIO12pinoutJumper.jpg

2011-02-21T12:29:04Z

Dragan: IO12 factory defaults jumper pinout

IO12 factory defaults jumper pinout

IO12-Update

2011-02-21T10:45:58Z

Dragan: /* Firmware Update procedure */

[[Main Page#Products|Products]] >> [[Main Page#Automation and Control - Devices and accessories|Automation and Control]] >> [[Barix_IO12]] >> [[IO12-Update]]

This page describes how to update the firmware on an IO12.

The IO12 can be updated using a Barionet and a PC/Mac using a terminal program to control the BCL application named MBT (Modbus Tester & Loader). The terminal program can connect to the application MBT either via network (TCP) or a serial (RS-232) connection (two different BCL applications).

== Prerequisites ==
Prepare the following material:
* PC or Mac with e and a terminal program such as hyperterm
* Optionally: a serial port (HW or USB2serial) and a serial cross cable (3 wire, DB9 female to DB9 female)
* A [[Barionet 50]] (FW 2.00 or higher) or a [[Barionet|Barionet 100]] (FW 2.08 or higher)
* Modbus Test & Load BCL application: choose '''MBT_Vxx_S.cob''' for serial cable or '''MBT_Vxx_T.cob''' for TCP terminal control (xx= stands for actual version number). Download the MBT file from the barix download section [[http://www.barix.com/downloads/MBT_Application_Modbus_Tester_Loader_for_extensions/2711]]
* Power supply 9VDC (min.) to 30VDC (max.), to supply both Barionet and IO12, 300mA (min.)
* 4pin Extension cable to connect to [[Barionet 50]] or 4 wires to connect to [[Barionet|Barionet 100]]

'''⇒ Tips:'''
* Using a [[Barionet 50]] is simpler as it needs no wiring: The supplied 4 pin extension cable can be used !
* Using the TCP version of the application is simpler as it needs no serial port and serial cable ! It works via the Ethernet network connection.
 

== Hardware setup ==
# Connect the PC/Mac and the Barionet to your network switch or hub.
# Prepare the power supply to connect it to the Barionet in a later step.
# Depending on the kind of application control connection do the following:
#:* If you plan to use the TCP version of the application skip to step 3.
#:* If you plan to use the serial version of the application: Connect the PC/Mac to the serial port of the Barionet with the cross cable
# Depending on which Barionet you choose wire the IO12 as following:
#:* If you use the Barionet 50: bridge the Barionet 50 (J10) and the IO12 (J9 or J10) using the supplied 4 pin extension cable.
#:* If you use the Barionet 100: As the 4 pin extension cable is '''NOT''' supported, connect the Barionet 50 to the IO12 using 4 wires via the screw block terminals as following:
{|
! width="30" rowspan="6" |
! rowspan="6" | [[Image:Barionetpinout3.jpg|200px]]
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Barionet 100
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Signal / Wire
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Barix IO12
! rowspan="6" | [[Image:BarixIO12pinout.jpg|200px|right]]
|-
| align="center" | J6 pin 15
| align="center" | Power +
| align="center" | J5 pin 1
|-
| bgcolor="#EEE" align="center" | J6 pin 16
| bgcolor="#EEE" align="center" | Power -
| bgcolor="#EEE" align="center" | J5 pin 3
|-
| align="center" | J7 pin 4
| align="center" | RS485 A
| align="center" | J11 pin 1
|-
| bgcolor="#EEE" align="center" | J7 pin 5
| bgcolor="#EEE" align="center" | RS485 B
| bgcolor="#EEE" align="center" | J11 pin 3
|-
|  
|  
|  
|}
 

== Software setup ==
# Power up the Barionet and gather the IP address (check your DHCP server, use the Barix Discovery tool or use the ARP trick as explained in the Quick Install Guide)
# Depending on the kind of application control connection do the following:
#: If you plan to use the TCP version of the application:
#:* Load the file '''MBT_Vxx_T.cob''' (xx is the version, at the time of writing: 11) into the Barionet's page WEB4 (Barionet 50: via extended web update, Barionet 100: via tftp), reboot when done and wait 10 seconds
#:* Start a terminal program (Telnet session) and connect via TCP port 12345 to the IP of your Barionet
#: If you plan to use the serial version of the application:
#:* Load the file '''MBT_Vxx_S.cob''' (xx is the version, at the time of writing: 11) into the Barionet's page WEB4 (Barionet 50: via extended web update, Barionet 100: via tftp), reboot when done and wait 10 seconds
#:* Connect the PC/Mac to the serial port of the Barionet with the cross cable
#:* Start a terminal program with the serial settings 9600,8,N,1 no HW control

== Firmware Update procedure ==
#After the above Hardware and Software setup the terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Hit the number '''2''' and hit the '''Enter (&crarr;)''' key for sevice mode. The terminal shows:
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#To check if talking to the IO12 is possible enter '''R0,256,4''' (capital R, zero, comma, two, five, six, comma, four) and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>R0,256,4</code>
#:<code>READ: 00B3 0008 000C 0052</code>
#:The first group of digits tells the HW Type (B3=IO12), the 2nd tells the current version (V8), the 3rd the Serial 1 (0xC=12 decimal) and the 4th the Serial 2 (0x52=82 decimal). Both serials can be found on the data plate of the IO12 !
#Now that we know that the connection works we can start with deleting the existing firmware by entering '''F12,82''' (capital F, serial1, comma, serial2)
#:⇒ Make sure you use the correct serial numbers 1 and 2 (decimal values not hex) of '''YOUR''' device !!!
#:and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>F12,82</code>
#:<code>?</code>
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#:⇒ Do NOT be fooled by the question mark. The IO12 will carry out the Erase command and after 5 to 10 seconds the PWR LED will go dark.
#::*If the PWR LED stays lit then repeat step 4 carefully.
#::*If after repeating step 4 the PWR LED stays lit then contact Barix support to check if the device must be returned to Barix (via reseller) for factory programming.
#Hit the '''X''' (capital X) and then hit the '''Enter (&crarr;)''' key to exit the service mode. The terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Do NOT wait and hit the number '''3''' and hit the '''Enter (&crarr;)''' key for loader mode. The terminal shows:
#:<code>wrong serial setup - correcting & rebooting ..</code>
#After the reboot the loader mode will be started automatically. The terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#:<code>loader started, please reset unit. Press F for erase command, S to send firmwar</code>
#Hit the '''S''' (capital S) and then hit the '''Enter (&crarr;)''' key to start the firmware update. The terminal shows:
#:<code>sending firmware</code>
#:⇒ This will take about 20 seconds (the RS-485 LED of the Barionet flickers during transmission) and when done the terminal shows:
#:<code>end programming</code>
#:<code>firmware load complete</code>
#::*If it says "end prgramming" only go start over to repeat the erase command (step 4) because it will only accept programming when erased prior to programming
#:⇒ After a seconds the PWR LED will be lit.
#::*If it stays dark power cycle the IO12 (disconnect the power wires, wait 4 seconds and reconnect power wires)
#::*If it still stays dark repeaet power cycling up to 3 more times
#::*If it stays dark go back to step 4 and repeat the erase command
#Hit the '''X''' (capital X) and then hit the '''Enter (&crarr;)''' key to exit the loader mode. The terminal shows:
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Do NOT wait and hit the number '''2''' and hit the '''Enter (&crarr;)''' key for service mode. The terminal shows:
#:<code>wrong serial setup - correcting & rebooting ..</code>
#After the reboot the terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Hit the number '''2''' and hit the '''Enter (&crarr;)''' key for sevice mode. The terminal shows:
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#To check if the update of the IO12 went fine enter '''R0,256,4''' (capital R, zero, comma, two, five, six, comma, four) and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>R0,256,4</code>
#:<code>READ: 00B3 000B 000C 0052</code>
#:The second group (word) of digits tells the current firmware version (now 0x000B stands for version 11).
#:⇒ If it still says the old version then the update failed. Start over from the beginning.
Gratulations, you succesfully updated the device.

Back to [[Barix_IO12]]

IO12-Update

2011-02-21T10:44:32Z

Dragan: /* Firmware Update procedure */

[[Main Page#Products|Products]] >> [[Main Page#Automation and Control - Devices and accessories|Automation and Control]] >> [[Barix_IO12]] >> [[IO12-Update]]

This page describes how to update the firmware on an IO12.

The IO12 can be updated using a Barionet and a PC/Mac using a terminal program to control the BCL application named MBT (Modbus Tester & Loader). The terminal program can connect to the application MBT either via network (TCP) or a serial (RS-232) connection (two different BCL applications).

== Prerequisites ==
Prepare the following material:
* PC or Mac with e and a terminal program such as hyperterm
* Optionally: a serial port (HW or USB2serial) and a serial cross cable (3 wire, DB9 female to DB9 female)
* A [[Barionet 50]] (FW 2.00 or higher) or a [[Barionet|Barionet 100]] (FW 2.08 or higher)
* Modbus Test & Load BCL application: choose '''MBT_Vxx_S.cob''' for serial cable or '''MBT_Vxx_T.cob''' for TCP terminal control (xx= stands for actual version number). Download the MBT file from the barix download section [[http://www.barix.com/downloads/MBT_Application_Modbus_Tester_Loader_for_extensions/2711]]
* Power supply 9VDC (min.) to 30VDC (max.), to supply both Barionet and IO12, 300mA (min.)
* 4pin Extension cable to connect to [[Barionet 50]] or 4 wires to connect to [[Barionet|Barionet 100]]

'''⇒ Tips:'''
* Using a [[Barionet 50]] is simpler as it needs no wiring: The supplied 4 pin extension cable can be used !
* Using the TCP version of the application is simpler as it needs no serial port and serial cable ! It works via the Ethernet network connection.
 

== Hardware setup ==
# Connect the PC/Mac and the Barionet to your network switch or hub.
# Prepare the power supply to connect it to the Barionet in a later step.
# Depending on the kind of application control connection do the following:
#:* If you plan to use the TCP version of the application skip to step 3.
#:* If you plan to use the serial version of the application: Connect the PC/Mac to the serial port of the Barionet with the cross cable
# Depending on which Barionet you choose wire the IO12 as following:
#:* If you use the Barionet 50: bridge the Barionet 50 (J10) and the IO12 (J9 or J10) using the supplied 4 pin extension cable.
#:* If you use the Barionet 100: As the 4 pin extension cable is '''NOT''' supported, connect the Barionet 50 to the IO12 using 4 wires via the screw block terminals as following:
{|
! width="30" rowspan="6" |
! rowspan="6" | [[Image:Barionetpinout3.jpg|200px]]
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Barionet 100
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Signal / Wire
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Barix IO12
! rowspan="6" | [[Image:BarixIO12pinout.jpg|200px|right]]
|-
| align="center" | J6 pin 15
| align="center" | Power +
| align="center" | J5 pin 1
|-
| bgcolor="#EEE" align="center" | J6 pin 16
| bgcolor="#EEE" align="center" | Power -
| bgcolor="#EEE" align="center" | J5 pin 3
|-
| align="center" | J7 pin 4
| align="center" | RS485 A
| align="center" | J11 pin 1
|-
| bgcolor="#EEE" align="center" | J7 pin 5
| bgcolor="#EEE" align="center" | RS485 B
| bgcolor="#EEE" align="center" | J11 pin 3
|-
|  
|  
|  
|}
 

== Software setup ==
# Power up the Barionet and gather the IP address (check your DHCP server, use the Barix Discovery tool or use the ARP trick as explained in the Quick Install Guide)
# Depending on the kind of application control connection do the following:
#: If you plan to use the TCP version of the application:
#:* Load the file '''MBT_Vxx_T.cob''' (xx is the version, at the time of writing: 11) into the Barionet's page WEB4 (Barionet 50: via extended web update, Barionet 100: via tftp), reboot when done and wait 10 seconds
#:* Start a terminal program (Telnet session) and connect via TCP port 12345 to the IP of your Barionet
#: If you plan to use the serial version of the application:
#:* Load the file '''MBT_Vxx_S.cob''' (xx is the version, at the time of writing: 11) into the Barionet's page WEB4 (Barionet 50: via extended web update, Barionet 100: via tftp), reboot when done and wait 10 seconds
#:* Connect the PC/Mac to the serial port of the Barionet with the cross cable
#:* Start a terminal program with the serial settings 9600,8,N,1 no HW control

== Firmware Update procedure ==
#After the above Hardware and Software setup the terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Hit the number '''2''' and hit the '''Enter (&crarr;)''' key for sevice mode. The terminal shows:
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#To check if talking to the IO12 is possible enter '''R0,256,4''' (capital R, zero, comma, two, five, six, comma, four) and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>R0,256,4</code>
#:<code>READ: 00B3 0008 000C 0052</code>
#:The first group of digits tells the HW Type (B3=IO12), the 2nd tells the current version (V8), the 3rd the Serial 1 (0xC=12 decimal) and the 4th the Serial 2 (0x52=82 decimal). Both serials can be found on the data plate of the IO12 !
#Now that we know that the connection works we can start with deleting the existing firmware by entering '''F12,82''' (capital F, serial1, comma, serial2)
#:⇒ Make sure you use the correct serial numbers 1 and 2 (decimal values not hex) of '''YOUR''' device !!!
#:and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>F12,82</code>
#:<code>?</code>
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#:⇒ Do NOT be fooled by the question mark. The IO12 will carry out the Erase command and after 5 to 10 seconds the PWR LED will go dark.
#::*If the PWR LED stays lit then repeat step 4 carefully.
#::*If after repeating step 4 the PWR LED stays lit then contact Barix support to check if the device must be returned to Barix (via reseller) for factory programming.
#Hit the '''X''' (capital X) and then hit the '''Enter (&crarr;)''' key to exit the service mode. The terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Do NOT wait and hit the number '''3''' and hit the '''Enter (&crarr;)''' key for loader mode. The terminal shows:
#:<code>wrong serial setup - correcting & rebooting ..</code>
#After the reboot the loader mode will be started automatically. The terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#:<code>loader started, please reset unit. Press F for erase command, S to send firmwar</code>
#Hit the '''S''' (capital S) and then hit the '''Enter (&crarr;)''' key to start the firmware update. The terminal shows:
#:<code>sending firmware</code>
#:⇒ This will take about 20 seconds (the RS-485 LED of the Barionet flickers during transmission) and when done the terminal shows:
#:<code>end programming</code>
#:<code>firmware load complete</code>
#::*If it says "end prgramming" only go start over to repeat the erase command (step 4) because it will only accept programming when erased prior to programming
#:⇒ After a seconds the PWR LED will be lit.
#::*If it stays dark power cycle the IO12 (disconnect the power wires, wait 4 seconds and reconnect power wires)
#::*If it still stays dark repeaet power cycling up to 3 more times
#::*If it stays dark go back to step 4 and repeat the erase command
#Hit the '''X''' (capital X) and then hit the '''Enter (&crarr;)''' key to exit the loader mode. The terminal shows:
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Do NOT wait and hit the number '''2''' and hit the '''Enter (&crarr;)''' key for service mode. The terminal shows:
#:<code>wrong serial setup - correcting & rebooting ..</code>
#After the reboot the terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Hit the number '''2''' and hit the '''Enter (&crarr;)''' key for sevice mode. The terminal shows:
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#To check if the update of the IO12 went fine enter '''R0,256,4''' (capital R, zero, comma, two, five, six, comma, four) and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>R0,256,4</code>
#:<code>READ: 00B3 000B 000C 0052</code>
#:The second group (word) of digits tells the current firmware version (now 0xB = V11).
#:⇒ If it still says the old version then the update failed. Start over from the beginning.
Gratulations, you succesfully updated the device.

Back to [[Barix_IO12]]

IO12-Update

2011-02-21T10:38:38Z

Dragan: /* Firmware Update procedure */ return policy uptaded

[[Main Page#Products|Products]] >> [[Main Page#Automation and Control - Devices and accessories|Automation and Control]] >> [[Barix_IO12]] >> [[IO12-Update]]

This page describes how to update the firmware on an IO12.

The IO12 can be updated using a Barionet and a PC/Mac using a terminal program to control the BCL application named MBT (Modbus Tester & Loader). The terminal program can connect to the application MBT either via network (TCP) or a serial (RS-232) connection (two different BCL applications).

== Prerequisites ==
Prepare the following material:
* PC or Mac with e and a terminal program such as hyperterm
* Optionally: a serial port (HW or USB2serial) and a serial cross cable (3 wire, DB9 female to DB9 female)
* A [[Barionet 50]] (FW 2.00 or higher) or a [[Barionet|Barionet 100]] (FW 2.08 or higher)
* Modbus Test & Load BCL application: choose '''MBT_Vxx_S.cob''' for serial cable or '''MBT_Vxx_T.cob''' for TCP terminal control (xx= stands for actual version number). Download the MBT file from the barix download section [[http://www.barix.com/downloads/MBT_Application_Modbus_Tester_Loader_for_extensions/2711]]
* Power supply 9VDC (min.) to 30VDC (max.), to supply both Barionet and IO12, 300mA (min.)
* 4pin Extension cable to connect to [[Barionet 50]] or 4 wires to connect to [[Barionet|Barionet 100]]

'''⇒ Tips:'''
* Using a [[Barionet 50]] is simpler as it needs no wiring: The supplied 4 pin extension cable can be used !
* Using the TCP version of the application is simpler as it needs no serial port and serial cable ! It works via the Ethernet network connection.
 

== Hardware setup ==
# Connect the PC/Mac and the Barionet to your network switch or hub.
# Prepare the power supply to connect it to the Barionet in a later step.
# Depending on the kind of application control connection do the following:
#:* If you plan to use the TCP version of the application skip to step 3.
#:* If you plan to use the serial version of the application: Connect the PC/Mac to the serial port of the Barionet with the cross cable
# Depending on which Barionet you choose wire the IO12 as following:
#:* If you use the Barionet 50: bridge the Barionet 50 (J10) and the IO12 (J9 or J10) using the supplied 4 pin extension cable.
#:* If you use the Barionet 100: As the 4 pin extension cable is '''NOT''' supported, connect the Barionet 50 to the IO12 using 4 wires via the screw block terminals as following:
{|
! width="30" rowspan="6" |
! rowspan="6" | [[Image:Barionetpinout3.jpg|200px]]
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Barionet 100
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Signal / Wire
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Barix IO12
! rowspan="6" | [[Image:BarixIO12pinout.jpg|200px|right]]
|-
| align="center" | J6 pin 15
| align="center" | Power +
| align="center" | J5 pin 1
|-
| bgcolor="#EEE" align="center" | J6 pin 16
| bgcolor="#EEE" align="center" | Power -
| bgcolor="#EEE" align="center" | J5 pin 3
|-
| align="center" | J7 pin 4
| align="center" | RS485 A
| align="center" | J11 pin 1
|-
| bgcolor="#EEE" align="center" | J7 pin 5
| bgcolor="#EEE" align="center" | RS485 B
| bgcolor="#EEE" align="center" | J11 pin 3
|-
|  
|  
|  
|}
 

== Software setup ==
# Power up the Barionet and gather the IP address (check your DHCP server, use the Barix Discovery tool or use the ARP trick as explained in the Quick Install Guide)
# Depending on the kind of application control connection do the following:
#: If you plan to use the TCP version of the application:
#:* Load the file '''MBT_Vxx_T.cob''' (xx is the version, at the time of writing: 11) into the Barionet's page WEB4 (Barionet 50: via extended web update, Barionet 100: via tftp), reboot when done and wait 10 seconds
#:* Start a terminal program (Telnet session) and connect via TCP port 12345 to the IP of your Barionet
#: If you plan to use the serial version of the application:
#:* Load the file '''MBT_Vxx_S.cob''' (xx is the version, at the time of writing: 11) into the Barionet's page WEB4 (Barionet 50: via extended web update, Barionet 100: via tftp), reboot when done and wait 10 seconds
#:* Connect the PC/Mac to the serial port of the Barionet with the cross cable
#:* Start a terminal program with the serial settings 9600,8,N,1 no HW control

== Firmware Update procedure ==
#After the above Hardware and Software setup the terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Hit the number '''2''' and hit the '''Enter (&crarr;)''' key for sevice mode. The terminal shows:
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#To check if talking to the IO12 is possible enter '''R0,256,4''' (capital R, zero, comma, two, five, six, comma, four) and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>R0,256,4</code>
#:<code>READ: 00B3 0008 000C 0052</code>
#:The first group of digits tells the HW Type (B3=IO12), the 2nd tells the current version (V8), the 3rd the Serial 1 (0xC=12 decimal) and the 4th the Serial 2 (0x52=82 decimal). Both serials can be found on the data plate of the IO12 !
#Now that we know that the connection works we can start with deleting the existing firmware by entering '''F12,82''' (capital F, serial1, comma, serial2)
#:⇒ Make sure you use the correct serial numbers 1 and 2 (decimal values not hex) of '''YOUR''' device !!!
#:and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>F12,82</code>
#:<code>?</code>
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#:⇒ Do NOT be fooled by the question mark. The IO12 will carry out the Erase command and after 5 to 10 seconds the PWR LED will go dark.
#::*If the PWR LED stays lit then repeat step 4 carefully.
#::*If after repeating step 4 the PWR LED stays lit then contact Barix support to check if the device must be returned to Barix (via reseller) for factory programming.
#Hit the '''X''' (capital X) and then hit the '''Enter (&crarr;)''' key to exit the service mode. The terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Do NOT wait and hit the number '''3''' and hit the '''Enter (&crarr;)''' key for loader mode. The terminal shows:
#:<code>wrong serial setup - correcting & rebooting ..</code>
#After the reboot the loader mode will be started automatically. The terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#:<code>loader started, please reset unit. Press F for erase command, S to send firmwar</code>
#Hit the '''S''' (capital S) and then hit the '''Enter (&crarr;)''' key to start the firmware update. The terminal shows:
#:<code>sending firmware</code>
#:⇒ This will take about 20 seconds (the RS-485 LED of the Barionet flickers during transmission) and when done the terminal shows:
#:<code>end programming</code>
#:<code>firmware load complete</code>
#::*If it says "end prgramming" only go start over to repeat the erase command (step 4) because it will only accept programming when erased prior to programming
#:⇒ After a seconds the PWR LED will be lit.
#::*If it stays dark power cycle the IO12 (disconnect the power wires, wait 4 seconds and reconnect power wires)
#::*If it still stays dark repeaet power cycling up to 3 more times
#::*If it stays dark go back to step 4 and repeat the erase command
#Hit the '''X''' (capital X) and then hit the '''Enter (&crarr;)''' key to exit the loader mode. The terminal shows:
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Do NOT wait and hit the number '''2''' and hit the '''Enter (&crarr;)''' key for service mode. The terminal shows:
#:<code>wrong serial setup - correcting & rebooting ..</code>
#After the reboot the terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Hit the number '''2''' and hit the '''Enter (&crarr;)''' key for sevice mode. The terminal shows:
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#To check if the update of the IO12 went fine enter '''R0,256,4''' (capital R, zero, comma, two, five, six, comma, four) and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>R0,256,4</code>
#:<code>READ: 00B3 000B 000C 0052</code>
#:The second group of digits tells the current firmware version (now 0xB = V11).
#:⇒ If it still says the old version then the update failed. Start over from the beginning.
Gratulations, you succesfully updated the device.

Back to [[Barix_IO12]]

IO12-Update

2011-02-21T09:42:56Z

Dragan: /* Prerequisites */

[[Main Page#Products|Products]] >> [[Main Page#Automation and Control - Devices and accessories|Automation and Control]] >> [[Barix_IO12]] >> [[IO12-Update]]

This page describes how to update the firmware on an IO12.

The IO12 can be updated using a Barionet and a PC/Mac using a terminal program to control the BCL application named MBT (Modbus Tester & Loader). The terminal program can connect to the application MBT either via network (TCP) or a serial (RS-232) connection (two different BCL applications).

== Prerequisites ==
Prepare the following material:
* PC or Mac with e and a terminal program such as hyperterm
* Optionally: a serial port (HW or USB2serial) and a serial cross cable (3 wire, DB9 female to DB9 female)
* A [[Barionet 50]] (FW 2.00 or higher) or a [[Barionet|Barionet 100]] (FW 2.08 or higher)
* Modbus Test & Load BCL application: choose '''MBT_Vxx_S.cob''' for serial cable or '''MBT_Vxx_T.cob''' for TCP terminal control (xx= stands for actual version number). Download the MBT file from the barix download section [[http://www.barix.com/downloads/MBT_Application_Modbus_Tester_Loader_for_extensions/2711]]
* Power supply 9VDC (min.) to 30VDC (max.), to supply both Barionet and IO12, 300mA (min.)
* 4pin Extension cable to connect to [[Barionet 50]] or 4 wires to connect to [[Barionet|Barionet 100]]

'''⇒ Tips:'''
* Using a [[Barionet 50]] is simpler as it needs no wiring: The supplied 4 pin extension cable can be used !
* Using the TCP version of the application is simpler as it needs no serial port and serial cable ! It works via the Ethernet network connection.
 

== Hardware setup ==
# Connect the PC/Mac and the Barionet to your network switch or hub.
# Prepare the power supply to connect it to the Barionet in a later step.
# Depending on the kind of application control connection do the following:
#:* If you plan to use the TCP version of the application skip to step 3.
#:* If you plan to use the serial version of the application: Connect the PC/Mac to the serial port of the Barionet with the cross cable
# Depending on which Barionet you choose wire the IO12 as following:
#:* If you use the Barionet 50: bridge the Barionet 50 (J10) and the IO12 (J9 or J10) using the supplied 4 pin extension cable.
#:* If you use the Barionet 100: As the 4 pin extension cable is '''NOT''' supported, connect the Barionet 50 to the IO12 using 4 wires via the screw block terminals as following:
{|
! width="30" rowspan="6" |
! rowspan="6" | [[Image:Barionetpinout3.jpg|200px]]
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Barionet 100
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Signal / Wire
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Barix IO12
! rowspan="6" | [[Image:BarixIO12pinout.jpg|200px|right]]
|-
| align="center" | J6 pin 15
| align="center" | Power +
| align="center" | J5 pin 1
|-
| bgcolor="#EEE" align="center" | J6 pin 16
| bgcolor="#EEE" align="center" | Power -
| bgcolor="#EEE" align="center" | J5 pin 3
|-
| align="center" | J7 pin 4
| align="center" | RS485 A
| align="center" | J11 pin 1
|-
| bgcolor="#EEE" align="center" | J7 pin 5
| bgcolor="#EEE" align="center" | RS485 B
| bgcolor="#EEE" align="center" | J11 pin 3
|-
|  
|  
|  
|}
 

== Software setup ==
# Power up the Barionet and gather the IP address (check your DHCP server, use the Barix Discovery tool or use the ARP trick as explained in the Quick Install Guide)
# Depending on the kind of application control connection do the following:
#: If you plan to use the TCP version of the application:
#:* Load the file '''MBT_Vxx_T.cob''' (xx is the version, at the time of writing: 11) into the Barionet's page WEB4 (Barionet 50: via extended web update, Barionet 100: via tftp), reboot when done and wait 10 seconds
#:* Start a terminal program (Telnet session) and connect via TCP port 12345 to the IP of your Barionet
#: If you plan to use the serial version of the application:
#:* Load the file '''MBT_Vxx_S.cob''' (xx is the version, at the time of writing: 11) into the Barionet's page WEB4 (Barionet 50: via extended web update, Barionet 100: via tftp), reboot when done and wait 10 seconds
#:* Connect the PC/Mac to the serial port of the Barionet with the cross cable
#:* Start a terminal program with the serial settings 9600,8,N,1 no HW control

== Firmware Update procedure ==
#After the above Hardware and Software setup the terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Hit the number '''2''' and hit the '''Enter (&crarr;)''' key for sevice mode. The terminal shows:
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#To check if talking to the IO12 is possible enter '''R0,256,4''' (capital R, zero, comma, two, five, six, comma, four) and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>R0,256,4</code>
#:<code>READ: 00B3 0008 000C 0052</code>
#:The first group of digits tells the HW Type (B3=IO12), the 2nd tells the current version (V8), the 3rd the Serial 1 (0xC=12 decimal) and the 4th the Serial 2 (0x52=82 decimal). Both serials can be found on the data plate of the IO12 !
#Now that we know that the connection works we can start with deleting the existing firmware by entering '''F12,82''' (capital F, serial1, comma, serial2)
#:⇒ Make sure you use the correct serial numbers 1 and 2 (decimal values not hex) of '''YOUR''' device !!!
#:and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>F12,82</code>
#:<code>?</code>
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#:⇒ Do NOT be fooled by the question mark. The IO12 will carry out the Erase command and after 5 to 10 seconds the PWR LED will go dark.
#::*If the PWR LED stays lit then repeat step 7 carefully.
#::*If after repeating step 7 the PWR LED stays lit then check if your devices production week information on the data plate (bottom of the device):
#:⇒ If it was produced on or between PW50/10 and PW03/11 then you can NOT updated the device using this MBT method !
#:⇒ If this is the case the device must be returned to Barix (via reseller) for factory programming.
#Hit the '''X''' (capital X) and then hit the '''Enter (&crarr;)''' key to exit the service mode. The terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Do NOT wait and hit the number '''3''' and hit the '''Enter (&crarr;)''' key for loader mode. The terminal shows:
#:<code>wrong serial setup - correcting & rebooting ..</code>
#After the reboot the loader mode will be started automatically. The terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#:<code>loader started, please reset unit. Press F for erase command, S to send firmwar</code>
#Hit the '''S''' (capital S) and then hit the '''Enter (&crarr;)''' key to start the firmware update. The terminal shows:
#:<code>sending firmware</code>
#:⇒ This will take about 20 seconds (the RS-485 LED of the Barionet flickers during transmission) and when done the terminal shows:
#:<code>end programming</code>
#:<code>firmware load complete</code>
#::*If it says "end prgramming" only go start over to repeat the erase command (step 4) because it will only accept programming when erased prior to programming
#:⇒ After a seconds the PWR LED will be lit.
#::*If it stays dark power cycle the IO12 (disconnect the power wires, wait 4 seconds and reconnect power wires)
#::*If it still stays dark repeaet power cycling up to 3 more times
#::*If it stays dark go back to step 4 and repeat the erase command
#Hit the '''X''' (capital X) and then hit the '''Enter (&crarr;)''' key to exit the loader mode. The terminal shows:
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Do NOT wait and hit the number '''2''' and hit the '''Enter (&crarr;)''' key for service mode. The terminal shows:
#:<code>wrong serial setup - correcting & rebooting ..</code>
#After the reboot the terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Hit the number '''2''' and hit the '''Enter (&crarr;)''' key for sevice mode. The terminal shows:
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#To check if the update of the IO12 went fine enter '''R0,256,4''' (capital R, zero, comma, two, five, six, comma, four) and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>R0,256,4</code>
#:<code>READ: 00B3 000B 000C 0052</code>
#:The second group of digits tells the current firmware version (now 0xB = V11).
#:⇒ If it still says the old version then the update failed. Start over from the beginning.
Gratulations, you succesfully updated the device.

Back to [[Barix_IO12]]

IO12-Update

2011-02-21T08:40:37Z

Dragan: /* Firmware Update procedure */

[[Main Page#Products|Products]] >> [[Main Page#Automation and Control - Devices and accessories|Automation and Control]] >> [[Barix_IO12]] >> [[IO12-Update]]

This page describes how to update the firmware on an IO12.

The IO12 can be updated using a Barionet and a PC/Mac using a terminal program to control the BCL application named MBT (Modbus Tester & Loader). The terminal program can connect to the application MBT either via network (TCP) or a serial (RS-232) connection (two different BCL applications).

== Prerequisites ==
Prepare the following material:
* PC or Mac with e and a terminal program such as hyperterm
* Optionally: a serial port (HW or USB2serial) and a serial cross cable (3 wire, DB9 female to DB9 female)
* A [[Barionet 50]] (FW 2.00 or higher) or a [[Barionet|Barionet 100]] (FW 2.08 or higher)
* Modbus Test & Load BCL application: choose '''MBT_Vxx_S.cob''' for serial cable or '''MBT_Vxx_T.cob''' for TCP terminal control (xx= stands for actual version number)
* Power supply 9VDC (min.) to 30VDC (max.), to supply both Barionet and IO12, 300mA (min.)
* 4pin Extension cable to connect to [[Barionet 50]] or 4 wires to connect to [[Barionet|Barionet 100]]

'''⇒ Tips:'''
* Using a [[Barionet 50]] is simpler as it needs no wiring: The supplied 4 pin extension cable can be used !
* Using the TCP version of the application is simpler as it needs no serial port and serial cable ! It works via the Ethernet network connection.
 

== Hardware setup ==
# Connect the PC/Mac and the Barionet to your network switch or hub.
# Prepare the power supply to connect it to the Barionet in a later step.
# Depending on the kind of application control connection do the following:
#:* If you plan to use the TCP version of the application skip to step 3.
#:* If you plan to use the serial version of the application: Connect the PC/Mac to the serial port of the Barionet with the cross cable
# Depending on which Barionet you choose wire the IO12 as following:
#:* If you use the Barionet 50: bridge the Barionet 50 (J10) and the IO12 (J9 or J10) using the supplied 4 pin extension cable.
#:* If you use the Barionet 100: As the 4 pin extension cable is '''NOT''' supported, connect the Barionet 50 to the IO12 using 4 wires via the screw block terminals as following:
{|
! width="30" rowspan="6" |
! rowspan="6" | [[Image:Barionetpinout3.jpg|200px]]
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Barionet 100
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Signal / Wire
! width="80" bgcolor="#C22" align="center" style="color:#FFF;"| Barix IO12
! rowspan="6" | [[Image:BarixIO12pinout.jpg|200px|right]]
|-
| align="center" | J6 pin 15
| align="center" | Power +
| align="center" | J5 pin 1
|-
| bgcolor="#EEE" align="center" | J6 pin 16
| bgcolor="#EEE" align="center" | Power -
| bgcolor="#EEE" align="center" | J5 pin 3
|-
| align="center" | J7 pin 4
| align="center" | RS485 A
| align="center" | J11 pin 1
|-
| bgcolor="#EEE" align="center" | J7 pin 5
| bgcolor="#EEE" align="center" | RS485 B
| bgcolor="#EEE" align="center" | J11 pin 3
|-
|  
|  
|  
|}
 

== Software setup ==
# Power up the Barionet and gather the IP address (check your DHCP server, use the Barix Discovery tool or use the ARP trick as explained in the Quick Install Guide)
# Depending on the kind of application control connection do the following:
#: If you plan to use the TCP version of the application:
#:* Load the file '''MBT_Vxx_T.cob''' (xx is the version, at the time of writing: 11) into the Barionet's page WEB4 (Barionet 50: via extended web update, Barionet 100: via tftp), reboot when done and wait 10 seconds
#:* Start a terminal program (Telnet session) and connect via TCP port 12345 to the IP of your Barionet
#: If you plan to use the serial version of the application:
#:* Load the file '''MBT_Vxx_S.cob''' (xx is the version, at the time of writing: 11) into the Barionet's page WEB4 (Barionet 50: via extended web update, Barionet 100: via tftp), reboot when done and wait 10 seconds
#:* Connect the PC/Mac to the serial port of the Barionet with the cross cable
#:* Start a terminal program with the serial settings 9600,8,N,1 no HW control

== Firmware Update procedure ==
#After the above Hardware and Software setup the terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Hit the number '''2''' and hit the '''Enter (&crarr;)''' key for sevice mode. The terminal shows:
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#To check if talking to the IO12 is possible enter '''R0,256,4''' (capital R, zero, comma, two, five, six, comma, four) and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>R0,256,4</code>
#:<code>READ: 00B3 0008 000C 0052</code>
#:The first group of digits tells the HW Type (B3=IO12), the 2nd tells the current version (V8), the 3rd the Serial 1 (0xC=12 decimal) and the 4th the Serial 2 (0x52=82 decimal). Both serials can be found on the data plate of the IO12 !
#Now that we know that the connection works we can start with deleting the existing firmware by entering '''F12,82''' (capital F, serial1, comma, serial2)
#:⇒ Make sure you use the correct serial numbers 1 and 2 (decimal values not hex) of '''YOUR''' device !!!
#:and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>F12,82</code>
#:<code>?</code>
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#:⇒ Do NOT be fooled by the question mark. The IO12 will carry out the Erase command and after 5 to 10 seconds the PWR LED will go dark.
#::*If the PWR LED stays lit then repeat step 7 carefully.
#::*If after repeating step 7 the PWR LED stays lit then check if your devices production week information on the data plate (bottom of the device):
#:⇒ If it was produced on or between PW50/10 and PW03/11 then you can NOT updated the device using this MBT method !
#:⇒ If this is the case the device must be returned to Barix (via reseller) for factory programming.
#Hit the '''X''' (capital X) and then hit the '''Enter (&crarr;)''' key to exit the service mode. The terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Do NOT wait and hit the number '''3''' and hit the '''Enter (&crarr;)''' key for loader mode. The terminal shows:
#:<code>wrong serial setup - correcting & rebooting ..</code>
#After the reboot the loader mode will be started automatically. The terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#:<code>loader started, please reset unit. Press F for erase command, S to send firmwar</code>
#Hit the '''S''' (capital S) and then hit the '''Enter (&crarr;)''' key to start the firmware update. The terminal shows:
#:<code>sending firmware</code>
#:⇒ This will take about 20 seconds (the RS-485 LED of the Barionet flickers during transmission) and when done the terminal shows:
#:<code>end programming</code>
#:<code>firmware load complete</code>
#::*If it says "end prgramming" only go start over to repeat the erase command (step 4) because it will only accept programming when erased prior to programming
#:⇒ After a seconds the PWR LED will be lit.
#::*If it stays dark power cycle the IO12 (disconnect the power wires, wait 4 seconds and reconnect power wires)
#::*If it still stays dark repeaet power cycling up to 3 more times
#::*If it stays dark go back to step 4 and repeat the erase command
#Hit the '''X''' (capital X) and then hit the '''Enter (&crarr;)''' key to exit the loader mode. The terminal shows:
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Do NOT wait and hit the number '''2''' and hit the '''Enter (&crarr;)''' key for service mode. The terminal shows:
#:<code>wrong serial setup - correcting & rebooting ..</code>
#After the reboot the terminal shows:
#:<code>Modbus and X8/R6 Test Application</code>
#:<code>Please select: 1 for factory, 2 for service mode, 3 for loader</code>
#Hit the number '''2''' and hit the '''Enter (&crarr;)''' key for sevice mode. The terminal shows:
#:<code>Wadr,reg,val | Radr,reg,num or | sSadr,coil,val | bBadr | Is1,s2 | Cs1,s2 | Fs1,s2 | X ?</code>
#To check if the update of the IO12 went fine enter '''R0,256,4''' (capital R, zero, comma, two, five, six, comma, four) and hit the '''Enter (&crarr;)''' key. The terminal shows:
#:<code>R0,256,4</code>
#:<code>READ: 00B3 000B 000C 0052</code>
#:The second group of digits tells the current firmware version (now 0xB = V11).
#:⇒ If it still says the old version then the update failed. Start over from the beginning.
Gratulations, you succesfully updated the device.

Back to [[Barix_IO12]]