Barix Wiki - User contributions [en]

File:Barionet.mib.txt

2013-04-17T11:56:56Z

Ksmyth:

File:Barix abcl trap.mib.txt

2013-04-17T11:54:40Z

Ksmyth:

File:BARIXAUDIOSNMP.mib.txt

2013-04-17T11:54:10Z

Ksmyth:

SNMPv1

2013-04-17T11:53:44Z

Ksmyth: /* Barix MIB files as at 12th June 2008 */

=== What is "SNMP" ? ===
'''Simple Network Management Protocol''' (SNMP) is a component of the Internet Protocol Suite as defined by the Internet Engineering Task Force (IETF). SNMP is used in network management systems to monitor network-attached devices for conditions that warrant administrative attention. It consists of a set of standards for network management, including an application layer protocol, a database schema, and a set of data objects.

Source: RFC 3411 — An Architecture for Describing Simple Network Management Protocol (SNMP) Management Frameworks.

Check the Wikipedia Simple Network Management Protocol entry for an introduction to the topic.

=== What is the MIB ? ===
SNMP itself does not define which information (which variables) a managed system should offer. Rather, SNMP uses an extensible design, where the available information is defined by the ''' Management Information Base''' (MIB). There is only '''one''' MIB. Not multiple MIBs as Wikipedia suggests. The MIB is a hierachical namespace which guarantees type uniqueness of the objects defined within it. The objects are defined by unique identifiers (OIDs). Under this structure MIB files are or can be defined to describe the structure of the management data of a device subsystem. Each OID identifies a variable that can be read or set via SNMP. The MIB uses the notation defined by ASN.1.
=== What SNMP versions does Barix support? ===
SNMPV1
=== What MIB values do Barix support? ===
==== MIB II ====
A standard MIB file was included in SNMPv1. This is "Management Information Base for Network Management of TCP/IP-based internets" defined in RFC 1156. Usually known as MIB II. Barix supports this as a default in all products where SNMP is included.
==== Barix MIB Registration Authority ====
This is the authority for defining MIB items under barix { enterprises 17491 }.
It is actually just a document where the Barix MIB branches are maintained.
Any OID definitions which are used in more than one Barix project are included in the Barix.mib file.
If new branches are needed then this file is updated.

==== Barix MIB files as at 12th June 2008 ====
Display friendly summary of Barix.mib branches. This is just a hint, read the mib file for the exact and up to date definitions.
barix OBJECT IDENTIFIER ::= { enterprises 17491 }
products OBJECT IDENTIFIER ::= { barix 1 }
systems OBJECT IDENTIFIER ::= { barix 2 )
unit OBJECT IDENTIFIER ::= { barix 3 }
barionet OBJECT IDENTIFIER ::= { products 1 }
exstreamer OBJECT IDENTIFIER ::= { products 2 }
instreamer OBJECT IDENTIFIER ::= { products 3 }
annuncicom OBJECT IDENTIFIER ::= { products 4 }
abcl OBJECT IDENTIFIER ::= { products 5 }
audio OBJECT IDENTIFIER ::= { systems 1 }
net OBJECT IDENTIFIER ::= { unit 1 }
io OBJECT IDENTIFIER ::= { unit 2 }
streamer OBJECT IDENTIFIER ::= { exstreamer 2 }
gpt OBJECT IDENTIFIER ::= { abcl 1}

To create a project MIB file using the existing OIDs, start by cutting and pasting what you need from the Barix MIB Registration Authority mib files. This hint is mainly for Barix internal developers, the required MIB files should be included in the project zip file.
To use the following as mib files rename example: Barix_mib.txt to Barix.mib 

The Barix MIB Registration Authority 
[[media:Barix.mib.txt]] 

The Barix Audio MIB file 
[[media:BARIXAUDIOSNMP.mib.txt]] 

Traps defined for abcl products (under barix.products.abcl 
[[media:barix_abcl_trap.mib.txt]] 

The Barionet MIB file 
[[media:Barionet.mib.txt‎]]

SNMPv1

2013-04-17T11:52:56Z

Ksmyth: /* Barix MIB files as at 12th June 2008 */

=== What is "SNMP" ? ===
'''Simple Network Management Protocol''' (SNMP) is a component of the Internet Protocol Suite as defined by the Internet Engineering Task Force (IETF). SNMP is used in network management systems to monitor network-attached devices for conditions that warrant administrative attention. It consists of a set of standards for network management, including an application layer protocol, a database schema, and a set of data objects.

Source: RFC 3411 — An Architecture for Describing Simple Network Management Protocol (SNMP) Management Frameworks.

Check the Wikipedia Simple Network Management Protocol entry for an introduction to the topic.

=== What is the MIB ? ===
SNMP itself does not define which information (which variables) a managed system should offer. Rather, SNMP uses an extensible design, where the available information is defined by the ''' Management Information Base''' (MIB). There is only '''one''' MIB. Not multiple MIBs as Wikipedia suggests. The MIB is a hierachical namespace which guarantees type uniqueness of the objects defined within it. The objects are defined by unique identifiers (OIDs). Under this structure MIB files are or can be defined to describe the structure of the management data of a device subsystem. Each OID identifies a variable that can be read or set via SNMP. The MIB uses the notation defined by ASN.1.
=== What SNMP versions does Barix support? ===
SNMPV1
=== What MIB values do Barix support? ===
==== MIB II ====
A standard MIB file was included in SNMPv1. This is "Management Information Base for Network Management of TCP/IP-based internets" defined in RFC 1156. Usually known as MIB II. Barix supports this as a default in all products where SNMP is included.
==== Barix MIB Registration Authority ====
This is the authority for defining MIB items under barix { enterprises 17491 }.
It is actually just a document where the Barix MIB branches are maintained.
Any OID definitions which are used in more than one Barix project are included in the Barix.mib file.
If new branches are needed then this file is updated.

==== Barix MIB files as at 12th June 2008 ====
Display friendly summary of Barix.mib branches. This is just a hint, read the mib file for the exact and up to date definitions.
barix OBJECT IDENTIFIER ::= { enterprises 17491 }
products OBJECT IDENTIFIER ::= { barix 1 }
systems OBJECT IDENTIFIER ::= { barix 2 )
unit OBJECT IDENTIFIER ::= { barix 3 }
barionet OBJECT IDENTIFIER ::= { products 1 }
exstreamer OBJECT IDENTIFIER ::= { products 2 }
instreamer OBJECT IDENTIFIER ::= { products 3 }
annuncicom OBJECT IDENTIFIER ::= { products 4 }
abcl OBJECT IDENTIFIER ::= { products 5 }
audio OBJECT IDENTIFIER ::= { systems 1 }
net OBJECT IDENTIFIER ::= { unit 1 }
io OBJECT IDENTIFIER ::= { unit 2 }
streamer OBJECT IDENTIFIER ::= { exstreamer 2 }
gpt OBJECT IDENTIFIER ::= { abcl 1}

To create a project MIB file using the existing OIDs, start by cutting and pasting what you need from the Barix MIB Registration Authority mib files. This hint is mainly for Barix internal developers, the required MIB files should be included in the project zip file.
To use the following as mib files rename example: Barix_mib.txt to Barix.mib 

The Barix MIB Registration Authority 
[[media:Barix.mib.txt]] 

The Barix Audio MIB file 
[[media:BARIXAUDIOSNMP_MIB.txt]] 

Traps defined for abcl products (under barix.products.abcl 
[[media:barix_abcl_trap_mib.txt]] 

The Barionet MIB file 
[[media:Barionet_mib.txt‎]]

File:Barix.mib.txt

2013-04-17T11:52:20Z

Ksmyth:

SNMPv1

2013-04-17T11:51:26Z

Ksmyth: /* Barix MIB files as at 12th June 2008 */

=== What is "SNMP" ? ===
'''Simple Network Management Protocol''' (SNMP) is a component of the Internet Protocol Suite as defined by the Internet Engineering Task Force (IETF). SNMP is used in network management systems to monitor network-attached devices for conditions that warrant administrative attention. It consists of a set of standards for network management, including an application layer protocol, a database schema, and a set of data objects.

Source: RFC 3411 — An Architecture for Describing Simple Network Management Protocol (SNMP) Management Frameworks.

Check the Wikipedia Simple Network Management Protocol entry for an introduction to the topic.

=== What is the MIB ? ===
SNMP itself does not define which information (which variables) a managed system should offer. Rather, SNMP uses an extensible design, where the available information is defined by the ''' Management Information Base''' (MIB). There is only '''one''' MIB. Not multiple MIBs as Wikipedia suggests. The MIB is a hierachical namespace which guarantees type uniqueness of the objects defined within it. The objects are defined by unique identifiers (OIDs). Under this structure MIB files are or can be defined to describe the structure of the management data of a device subsystem. Each OID identifies a variable that can be read or set via SNMP. The MIB uses the notation defined by ASN.1.
=== What SNMP versions does Barix support? ===
SNMPV1
=== What MIB values do Barix support? ===
==== MIB II ====
A standard MIB file was included in SNMPv1. This is "Management Information Base for Network Management of TCP/IP-based internets" defined in RFC 1156. Usually known as MIB II. Barix supports this as a default in all products where SNMP is included.
==== Barix MIB Registration Authority ====
This is the authority for defining MIB items under barix { enterprises 17491 }.
It is actually just a document where the Barix MIB branches are maintained.
Any OID definitions which are used in more than one Barix project are included in the Barix.mib file.
If new branches are needed then this file is updated.

==== Barix MIB files as at 12th June 2008 ====
Display friendly summary of Barix.mib branches. This is just a hint, read the mib file for the exact and up to date definitions.
barix OBJECT IDENTIFIER ::= { enterprises 17491 }
products OBJECT IDENTIFIER ::= { barix 1 }
systems OBJECT IDENTIFIER ::= { barix 2 )
unit OBJECT IDENTIFIER ::= { barix 3 }
barionet OBJECT IDENTIFIER ::= { products 1 }
exstreamer OBJECT IDENTIFIER ::= { products 2 }
instreamer OBJECT IDENTIFIER ::= { products 3 }
annuncicom OBJECT IDENTIFIER ::= { products 4 }
abcl OBJECT IDENTIFIER ::= { products 5 }
audio OBJECT IDENTIFIER ::= { systems 1 }
net OBJECT IDENTIFIER ::= { unit 1 }
io OBJECT IDENTIFIER ::= { unit 2 }
streamer OBJECT IDENTIFIER ::= { exstreamer 2 }
gpt OBJECT IDENTIFIER ::= { abcl 1}

To create a project MIB file using the existing OIDs, start by cutting and pasting what you need from the Barix MIB Registration Authority mib files. This hint is mainly for Barix internal developers, the required MIB files should be included in the project zip file.
To use the following as mib files rename example: Barix_mib.txt to Barix.mib 

The Barix MIB Registration Authority 
[[media:Barix.mib]] 

The Barix Audio MIB file 
[[media:BARIXAUDIOSNMP_MIB.txt]] 

Traps defined for abcl products (under barix.products.abcl 
[[media:barix_abcl_trap_mib.txt]] 

The Barionet MIB file 
[[media:Barionet_mib.txt‎]]

SNMPv1

2013-04-17T11:42:42Z

Ksmyth: /* Barix MIB files as at 12th June 2008 */

=== What is "SNMP" ? ===
'''Simple Network Management Protocol''' (SNMP) is a component of the Internet Protocol Suite as defined by the Internet Engineering Task Force (IETF). SNMP is used in network management systems to monitor network-attached devices for conditions that warrant administrative attention. It consists of a set of standards for network management, including an application layer protocol, a database schema, and a set of data objects.

Source: RFC 3411 — An Architecture for Describing Simple Network Management Protocol (SNMP) Management Frameworks.

Check the Wikipedia Simple Network Management Protocol entry for an introduction to the topic.

=== What is the MIB ? ===
SNMP itself does not define which information (which variables) a managed system should offer. Rather, SNMP uses an extensible design, where the available information is defined by the ''' Management Information Base''' (MIB). There is only '''one''' MIB. Not multiple MIBs as Wikipedia suggests. The MIB is a hierachical namespace which guarantees type uniqueness of the objects defined within it. The objects are defined by unique identifiers (OIDs). Under this structure MIB files are or can be defined to describe the structure of the management data of a device subsystem. Each OID identifies a variable that can be read or set via SNMP. The MIB uses the notation defined by ASN.1.
=== What SNMP versions does Barix support? ===
SNMPV1
=== What MIB values do Barix support? ===
==== MIB II ====
A standard MIB file was included in SNMPv1. This is "Management Information Base for Network Management of TCP/IP-based internets" defined in RFC 1156. Usually known as MIB II. Barix supports this as a default in all products where SNMP is included.
==== Barix MIB Registration Authority ====
This is the authority for defining MIB items under barix { enterprises 17491 }.
It is actually just a document where the Barix MIB branches are maintained.
Any OID definitions which are used in more than one Barix project are included in the Barix.mib file.
If new branches are needed then this file is updated.

==== Barix MIB files as at 12th June 2008 ====
Display friendly summary of Barix.mib branches. This is just a hint, read the mib file for the exact and up to date definitions.
barix OBJECT IDENTIFIER ::= { enterprises 17491 }
products OBJECT IDENTIFIER ::= { barix 1 }
systems OBJECT IDENTIFIER ::= { barix 2 )
unit OBJECT IDENTIFIER ::= { barix 3 }
barionet OBJECT IDENTIFIER ::= { products 1 }
exstreamer OBJECT IDENTIFIER ::= { products 2 }
instreamer OBJECT IDENTIFIER ::= { products 3 }
annuncicom OBJECT IDENTIFIER ::= { products 4 }
abcl OBJECT IDENTIFIER ::= { products 5 }
audio OBJECT IDENTIFIER ::= { systems 1 }
net OBJECT IDENTIFIER ::= { unit 1 }
io OBJECT IDENTIFIER ::= { unit 2 }
streamer OBJECT IDENTIFIER ::= { exstreamer 2 }
gpt OBJECT IDENTIFIER ::= { abcl 1}

To create a project MIB file using the existing OIDs, start by cutting and pasting what you need from the Barix MIB Registration Authority mib files. This hint is mainly for Barix internal developers, the required MIB files should be included in the project zip file.
To use the following as mib files rename example: Barix_mib.txt to Barix.mib 

The Barix MIB Registration Authority 
[[media:Barix_mib.txt]] 

The Barix Audio MIB file 
[[media:BARIXAUDIOSNMP_MIB.txt]] 

Traps defined for abcl products (under barix.products.abcl 
[[media:barix_abcl_trap_mib.txt]] 

The Barionet MIB file 
[[media:Barionet_mib.txt‎]]

SNMPv1

2013-04-17T11:41:52Z

Ksmyth: /* Barix MIB files as at 12th June 2008 */

=== What is "SNMP" ? ===
'''Simple Network Management Protocol''' (SNMP) is a component of the Internet Protocol Suite as defined by the Internet Engineering Task Force (IETF). SNMP is used in network management systems to monitor network-attached devices for conditions that warrant administrative attention. It consists of a set of standards for network management, including an application layer protocol, a database schema, and a set of data objects.

Source: RFC 3411 — An Architecture for Describing Simple Network Management Protocol (SNMP) Management Frameworks.

Check the Wikipedia Simple Network Management Protocol entry for an introduction to the topic.

=== What is the MIB ? ===
SNMP itself does not define which information (which variables) a managed system should offer. Rather, SNMP uses an extensible design, where the available information is defined by the ''' Management Information Base''' (MIB). There is only '''one''' MIB. Not multiple MIBs as Wikipedia suggests. The MIB is a hierachical namespace which guarantees type uniqueness of the objects defined within it. The objects are defined by unique identifiers (OIDs). Under this structure MIB files are or can be defined to describe the structure of the management data of a device subsystem. Each OID identifies a variable that can be read or set via SNMP. The MIB uses the notation defined by ASN.1.
=== What SNMP versions does Barix support? ===
SNMPV1
=== What MIB values do Barix support? ===
==== MIB II ====
A standard MIB file was included in SNMPv1. This is "Management Information Base for Network Management of TCP/IP-based internets" defined in RFC 1156. Usually known as MIB II. Barix supports this as a default in all products where SNMP is included.
==== Barix MIB Registration Authority ====
This is the authority for defining MIB items under barix { enterprises 17491 }.
It is actually just a document where the Barix MIB branches are maintained.
Any OID definitions which are used in more than one Barix project are included in the Barix.mib file.
If new branches are needed then this file is updated.

==== Barix MIB files as at 12th June 2008 ====
Display friendly summary of Barix.mib branches. This is just a hint, read the mib file for the exact and up to date definitions.
barix OBJECT IDENTIFIER ::= { enterprises 17491 }
products OBJECT IDENTIFIER ::= { barix 1 }
systems OBJECT IDENTIFIER ::= { barix 2 )
unit OBJECT IDENTIFIER ::= { barix 3 }
barionet OBJECT IDENTIFIER ::= { products 1 }
exstreamer OBJECT IDENTIFIER ::= { products 2 }
instreamer OBJECT IDENTIFIER ::= { products 3 }
annuncicom OBJECT IDENTIFIER ::= { products 4 }
abcl OBJECT IDENTIFIER ::= { products 5 }
audio OBJECT IDENTIFIER ::= { systems 1 }
net OBJECT IDENTIFIER ::= { unit 1 }
io OBJECT IDENTIFIER ::= { unit 2 }
streamer OBJECT IDENTIFIER ::= { exstreamer 2 }
gpt OBJECT IDENTIFIER ::= { abcl 1}

To create a project MIB file using the existing OIDs, start by cutting and pasting what you need from the Barix MIB Registration Authority mib files. This hint is mainly for Barix internal developers, the required MIB files should be included in the project zip file.
To use the following as mib files rename example: Barix_mib.txt to Barix.mib 

The Barix MIB Registration Authority 
[[media:Barix_mib.txt]] 

The Barix Audio MIB file 
[[media:BARIXAUDIOSNMP_mib.txt]] 

Traps defined for abcl products (under barix.products.abcl 
[[media:barix_abcl_trap_mib.txt]] 

The Barionet MIB file 
[[media:Barionet_mib.txt‎]]

File:BARIXAUDIOSNMP MIB.txt

2013-04-17T10:32:50Z

Ksmyth: uploaded a new version of "Image:BARIXAUDIOSNMP MIB.txt": As of June 2012

The Barix Audio MIB file

File:Barionet mib.txt

2013-04-17T10:30:09Z

Ksmyth: uploaded a new version of "Image:Barionet mib.txt": As of June 2012

The Barionet MIB

File:Barionet mib.txt

2010-01-18T16:51:41Z

Ksmyth: uploaded a new version of "Image:Barionet mib.txt"

The Barionet MIB

Protocols used in Barix Products

2009-05-19T21:17:53Z

Ksmyth:

Network and Management Protocols
* [[TCP/IP Suite]] - The Network and Transport protocols
* [[SNMPv1]] - How SNMP v1 is used in Barix products
* [[Network configuration]] - Making use of SonicIP, AutoIP, IPzator and arp
* [[Binary Discovery Protocol]] - Finding Barix devices with some basic configuration
* [[Multicast]] - how does multicast work with Barix products ?
* [[Control commands]] - Commands to control Barix devices
* [[HTML and Dynamic Marks]] - Configuration and Control with HTML
Audio Protocols
* [[RTP]] - The Real Time Audio Protocol
* [[BRTP]] - The Barix Real Time audio Protocol
* [[SIP]] - The Session Initiation Protocol
* [[HTTP ]] - Audio Transmission using HTTP

Back to [[Main_Page#Software_Topics]]

BRTP

2009-03-05T10:16:26Z

Ksmyth: New page: == BRTP == The BRTP (Barix RTP) was designed by Barix AG (http://www.barix.com) as a simple extension to the RTP protocol to support the following: <ul> <li>Allow a client to register ...

== BRTP ==
The BRTP (Barix RTP) was designed by Barix AG (http://www.barix.com) as a simple extension to the RTP protocol to support the following:
<ul>
<li>Allow a client to register at a server to subscribe to a RTP stream</li>
<li>Detect client dropout quickly and reliably to prevent loading
of the network with a stream that is actually not consumed</li>
<li>To provide a primitive plaintext password-based access control</li>
<li>To penetrate routers and firewalls employing Network Address Translation (NAT)</li>
</ul>
 BRTP is RTP with subscription request packets added. The subscription request packet is a UDP datagram which contains only a password. If the receiver requires no access control then any UDP packet suffices. The subscription request packets are sent periodically by the client to the server. If a packet is not received within 30 seconds, the client is disconnected. The RTP stream is sent to the return address of the BRTP packets. The BRTP packet on it's way out penetrates a NAT (for NATs where it is possible) and opens a back channel for the RTP. This way RTP can be received even on clients which don't have public IP addresses.

SNMPv1

2009-02-26T11:40:19Z

Ksmyth: /* Barix MIB files as at 12th June 2008 */

=== What is "SNMP" ? ===
'''Simple Network Management Protocol''' (SNMP) is a component of the Internet Protocol Suite as defined by the Internet Engineering Task Force (IETF). SNMP is used in network management systems to monitor network-attached devices for conditions that warrant administrative attention. It consists of a set of standards for network management, including an application layer protocol, a database schema, and a set of data objects.

Source: RFC 3411 — An Architecture for Describing Simple Network Management Protocol (SNMP) Management Frameworks.

Check the Wikipedia Simple Network Management Protocol entry for an introduction to the topic.

=== What is the MIB ? ===
SNMP itself does not define which information (which variables) a managed system should offer. Rather, SNMP uses an extensible design, where the available information is defined by the ''' Management Information Base''' (MIB). There is only '''one''' MIB. Not multiple MIBs as Wikipedia suggests. The MIB is a hierachical namespace which guarantees type uniqueness of the objects defined within it. The objects are defined by unique identifiers (OIDs). Under this structure MIB files are or can be defined to describe the structure of the management data of a device subsystem. Each OID identifies a variable that can be read or set via SNMP. The MIB uses the notation defined by ASN.1.
=== What SNMP versions does Barix support? ===
SNMPV1
=== What MIB values do Barix support? ===
==== MIB II ====
A standard MIB file was included in SNMPv1. This is "Management Information Base for Network Management of TCP/IP-based internets" defined in RFC 1156. Usually known as MIB II. Barix supports this as a default in all products where SNMP is included.
==== Barix MIB Registration Authority ====
This is the authority for defining MIB items under barix { enterprises 17491 }.
It is actually just a document where the Barix MIB branches are maintained.
Any OID definitions which are used in more than one Barix project are included in the Barix.mib file.
If new branches are needed then this file is updated.

==== Barix MIB files as at 12th June 2008 ====
Display friendly summary of Barix.mib branches. This is just a hint, read the mib file for the exact and up to date definitions.
barix OBJECT IDENTIFIER ::= { enterprises 17491 }
products OBJECT IDENTIFIER ::= { barix 1 }
systems OBJECT IDENTIFIER ::= { barix 2 )
unit OBJECT IDENTIFIER ::= { barix 3 }
barionet OBJECT IDENTIFIER ::= { products 1 }
exstreamer OBJECT IDENTIFIER ::= { products 2 }
instreamer OBJECT IDENTIFIER ::= { products 3 }
annuncicom OBJECT IDENTIFIER ::= { products 4 }
abcl OBJECT IDENTIFIER ::= { products 5 }
audio OBJECT IDENTIFIER ::= { systems 1 }
net OBJECT IDENTIFIER ::= { unit 1 }
io OBJECT IDENTIFIER ::= { unit 2 }
streamer OBJECT IDENTIFIER ::= { exstreamer 2 }
gpt OBJECT IDENTIFIER ::= { abcl 1}

To create a project MIB file using the existing OIDs, start by cutting and pasting what you need from the Barix MIB Registration Authority mib files. This hint is mainly for Barix internal developers, the required MIB files should be included in the project zip file.
To use the following as mib files rename example: Barix_mib.txt to Barix.mib 

The Barix MIB Registration Authority 
[[media:Barix_mib.txt]] 

The Barix Audio MIB file 
[[media:BARIXAUDIOSNMP_MIB.txt]] 

Traps defined for abcl products (under barix.products.abcl 
[[media:barix_abcl_trap_mib.txt]] 

The Barionet MIB file 
[[media:Barionet_mib.txt‎]]

File:Barionet mib.txt

2009-02-26T11:37:36Z

Ksmyth: The Barionet MIB

The Barionet MIB

SNMPv1

2009-02-26T10:52:33Z

Ksmyth: /* Barix MIB files as at 12th June 2008 */

=== What is "SNMP" ? ===
'''Simple Network Management Protocol''' (SNMP) is a component of the Internet Protocol Suite as defined by the Internet Engineering Task Force (IETF). SNMP is used in network management systems to monitor network-attached devices for conditions that warrant administrative attention. It consists of a set of standards for network management, including an application layer protocol, a database schema, and a set of data objects.

Source: RFC 3411 — An Architecture for Describing Simple Network Management Protocol (SNMP) Management Frameworks.

Check the Wikipedia Simple Network Management Protocol entry for an introduction to the topic.

=== What is the MIB ? ===
SNMP itself does not define which information (which variables) a managed system should offer. Rather, SNMP uses an extensible design, where the available information is defined by the ''' Management Information Base''' (MIB). There is only '''one''' MIB. Not multiple MIBs as Wikipedia suggests. The MIB is a hierachical namespace which guarantees type uniqueness of the objects defined within it. The objects are defined by unique identifiers (OIDs). Under this structure MIB files are or can be defined to describe the structure of the management data of a device subsystem. Each OID identifies a variable that can be read or set via SNMP. The MIB uses the notation defined by ASN.1.
=== What SNMP versions does Barix support? ===
SNMPV1
=== What MIB values do Barix support? ===
==== MIB II ====
A standard MIB file was included in SNMPv1. This is "Management Information Base for Network Management of TCP/IP-based internets" defined in RFC 1156. Usually known as MIB II. Barix supports this as a default in all products where SNMP is included.
==== Barix MIB Registration Authority ====
This is the authority for defining MIB items under barix { enterprises 17491 }.
It is actually just a document where the Barix MIB branches are maintained.
Any OID definitions which are used in more than one Barix project are included in the Barix.mib file.
If new branches are needed then this file is updated.

==== Barix MIB files as at 12th June 2008 ====
Display friendly summary of Barix.mib branches. This is just a hint, read the mib file for the exact and up to date definitions.
barix OBJECT IDENTIFIER ::= { enterprises 17491 }
products OBJECT IDENTIFIER ::= { barix 1 }
systems OBJECT IDENTIFIER ::= { barix 2 )
unit OBJECT IDENTIFIER ::= { barix 3 }
barionet OBJECT IDENTIFIER ::= { products 1 }
exstreamer OBJECT IDENTIFIER ::= { products 2 }
instreamer OBJECT IDENTIFIER ::= { products 3 }
annuncicom OBJECT IDENTIFIER ::= { products 4 }
abcl OBJECT IDENTIFIER ::= { products 5 }
audio OBJECT IDENTIFIER ::= { systems 1 }
net OBJECT IDENTIFIER ::= { unit 1 }
io OBJECT IDENTIFIER ::= { unit 2 }
streamer OBJECT IDENTIFIER ::= { exstreamer 2 }
gpt OBJECT IDENTIFIER ::= { abcl 1}

To create a project MIB file using the existing OIDs, start by cutting and pasting what you need from the Barix MIB Registration Authority mib files. This hint is mainly for Barix internal developers, the required MIB files should be included in the project zip file.
To use the following as mib files rename example: Barix_mib.txt to Barix.mib 

The Barix MIB Registration Authority 
[[media:Barix_mib.txt]] 

The Barix Audio MIB file 
[[media:BARIXAUDIOSNMP_MIB.txt]] 

Traps defined for abcl products (under barix.products.abcl 
[[media:barix_abcl_trap_mib.txt]]

SNMPv1

2009-02-26T10:48:34Z

Ksmyth: /* Barix MIB files as at 12th June 2008 */

=== What is "SNMP" ? ===
'''Simple Network Management Protocol''' (SNMP) is a component of the Internet Protocol Suite as defined by the Internet Engineering Task Force (IETF). SNMP is used in network management systems to monitor network-attached devices for conditions that warrant administrative attention. It consists of a set of standards for network management, including an application layer protocol, a database schema, and a set of data objects.

Source: RFC 3411 — An Architecture for Describing Simple Network Management Protocol (SNMP) Management Frameworks.

Check the Wikipedia Simple Network Management Protocol entry for an introduction to the topic.

=== What is the MIB ? ===
SNMP itself does not define which information (which variables) a managed system should offer. Rather, SNMP uses an extensible design, where the available information is defined by the ''' Management Information Base''' (MIB). There is only '''one''' MIB. Not multiple MIBs as Wikipedia suggests. The MIB is a hierachical namespace which guarantees type uniqueness of the objects defined within it. The objects are defined by unique identifiers (OIDs). Under this structure MIB files are or can be defined to describe the structure of the management data of a device subsystem. Each OID identifies a variable that can be read or set via SNMP. The MIB uses the notation defined by ASN.1.
=== What SNMP versions does Barix support? ===
SNMPV1
=== What MIB values do Barix support? ===
==== MIB II ====
A standard MIB file was included in SNMPv1. This is "Management Information Base for Network Management of TCP/IP-based internets" defined in RFC 1156. Usually known as MIB II. Barix supports this as a default in all products where SNMP is included.
==== Barix MIB Registration Authority ====
This is the authority for defining MIB items under barix { enterprises 17491 }.
It is actually just a document where the Barix MIB branches are maintained.
Any OID definitions which are used in more than one Barix project are included in the Barix.mib file.
If new branches are needed then this file is updated.

==== Barix MIB files as at 12th June 2008 ====
Display friendly summary of Barix.mib branches. This is just a hint, read the mib file for the exact and up to date definitions.
barix OBJECT IDENTIFIER ::= { enterprises 17491 }
products OBJECT IDENTIFIER ::= { barix 1 }
systems OBJECT IDENTIFIER ::= { barix 2 )
unit OBJECT IDENTIFIER ::= { barix 3 }
barionet OBJECT IDENTIFIER ::= { products 1 }
exstreamer OBJECT IDENTIFIER ::= { products 2 }
instreamer OBJECT IDENTIFIER ::= { products 3 }
annuncicom OBJECT IDENTIFIER ::= { products 4 }
abcl OBJECT IDENTIFIER ::= { products 5 }
audio OBJECT IDENTIFIER ::= { systems 1 }
net OBJECT IDENTIFIER ::= { unit 1 }
io OBJECT IDENTIFIER ::= { unit 2 }
streamer OBJECT IDENTIFIER ::= { exstreamer 2 }
gpt OBJECT IDENTIFIER ::= { abcl 1}

To create a project MIB file using the existing OIDs, start by cutting and pasting what you need from the Barix MIB Registration Authority mib files. This hint is mainly for Barix internal developers, the required MIB files should be included in the project zip file.
To use the following as mib files rename example: Barix_mib.txt to Barix.mib 
[[media:Barix_mib.txt]] 
[[media:BARIXAUDIOSNMP_MIB.txt]] 
[[media:barix_abcl_trap_mib.txt]]

File:Barix abcl trap mib.txt

2009-02-26T10:43:03Z

Ksmyth: Traps defined for abcl products (under barix.products.abcl)

Traps defined for abcl products (under barix.products.abcl)

File:BARIXAUDIOSNMP MIB.txt

2009-02-26T10:39:32Z

Ksmyth: The Barix Audio MIB file

The Barix Audio MIB file

SNMPv1

2009-02-26T10:38:52Z

Ksmyth: /* Barix MIB files as at 12th June 2008 */

=== What is "SNMP" ? ===
'''Simple Network Management Protocol''' (SNMP) is a component of the Internet Protocol Suite as defined by the Internet Engineering Task Force (IETF). SNMP is used in network management systems to monitor network-attached devices for conditions that warrant administrative attention. It consists of a set of standards for network management, including an application layer protocol, a database schema, and a set of data objects.

Source: RFC 3411 — An Architecture for Describing Simple Network Management Protocol (SNMP) Management Frameworks.

Check the Wikipedia Simple Network Management Protocol entry for an introduction to the topic.

=== What is the MIB ? ===
SNMP itself does not define which information (which variables) a managed system should offer. Rather, SNMP uses an extensible design, where the available information is defined by the ''' Management Information Base''' (MIB). There is only '''one''' MIB. Not multiple MIBs as Wikipedia suggests. The MIB is a hierachical namespace which guarantees type uniqueness of the objects defined within it. The objects are defined by unique identifiers (OIDs). Under this structure MIB files are or can be defined to describe the structure of the management data of a device subsystem. Each OID identifies a variable that can be read or set via SNMP. The MIB uses the notation defined by ASN.1.
=== What SNMP versions does Barix support? ===
SNMPV1
=== What MIB values do Barix support? ===
==== MIB II ====
A standard MIB file was included in SNMPv1. This is "Management Information Base for Network Management of TCP/IP-based internets" defined in RFC 1156. Usually known as MIB II. Barix supports this as a default in all products where SNMP is included.
==== Barix MIB Registration Authority ====
This is the authority for defining MIB items under barix { enterprises 17491 }.
It is actually just a document where the Barix MIB branches are maintained.
Any OID definitions which are used in more than one Barix project are included in the Barix.mib file.
If new branches are needed then this file is updated.

==== Barix MIB files as at 12th June 2008 ====
Display friendly summary of Barix.mib branches. This is just a hint, read the mib file for the exact and up to date definitions.
barix OBJECT IDENTIFIER ::= { enterprises 17491 }
products OBJECT IDENTIFIER ::= { barix 1 }
systems OBJECT IDENTIFIER ::= { barix 2 )
unit OBJECT IDENTIFIER ::= { barix 3 }
barionet OBJECT IDENTIFIER ::= { products 1 }
exstreamer OBJECT IDENTIFIER ::= { products 2 }
instreamer OBJECT IDENTIFIER ::= { products 3 }
annuncicom OBJECT IDENTIFIER ::= { products 4 }
abcl OBJECT IDENTIFIER ::= { products 5 }
audio OBJECT IDENTIFIER ::= { systems 1 }
net OBJECT IDENTIFIER ::= { unit 1 }
io OBJECT IDENTIFIER ::= { unit 2 }
streamer OBJECT IDENTIFIER ::= { exstreamer 2 }
gpt OBJECT IDENTIFIER ::= { abcl 1}

To create a project MIB file using the existing OIDs, start by cutting and pasting what you need from the Barix MIB Registration Authority mib files. This hint is mainly for Barix internal developers, the required MIB files should be included in the project zip file.

Barix_mib.txt
BARIXAUDIOSNMP_MIB.txt
barix_abcl_trap_mib.txt

File:Barix mib.txt

2009-02-26T10:37:47Z

Ksmyth: The Barix MIB Registration Authority

The Barix MIB Registration Authority

SNMPv1

2009-02-26T10:28:22Z

Ksmyth: /* What is "SNMP" ? */

SNMPv1

2009-02-26T10:27:10Z

Ksmyth: /* Barix MIB Registration Authority */

=== What is "SNMP" ? ===
'''Simple Network Management Protocol''' (SNMP) is a component of the Internet Protocol Suite as defined by the Internet Engineering Task Force (IETF). SNMP is used in network management systems to monitor network-attached devices for conditions that warrant administrative attention. It consists of a set of standards for network management, including an application layer protocol, a database schema, and a set of data objects.

Source: RFC 3411 — An Architecture for Describing Simple Network Management Protocol (SNMP) Management Frameworks.

Check the Wikipedia entry for an introduction to the topic.
=== What is the MIB ? ===
SNMP itself does not define which information (which variables) a managed system should offer. Rather, SNMP uses an extensible design, where the available information is defined by the ''' Management Information Base''' (MIB). There is only '''one''' MIB. Not multiple MIBs as Wikipedia suggests. The MIB is a hierachical namespace which guarantees type uniqueness of the objects defined within it. The objects are defined by unique identifiers (OIDs). Under this structure MIB files are or can be defined to describe the structure of the management data of a device subsystem. Each OID identifies a variable that can be read or set via SNMP. The MIB uses the notation defined by ASN.1.
=== What SNMP versions does Barix support? ===
SNMPV1
=== What MIB values do Barix support? ===
==== MIB II ====
A standard MIB file was included in SNMPv1. This is "Management Information Base for Network Management of TCP/IP-based internets" defined in RFC 1156. Usually known as MIB II. Barix supports this as a default in all products where SNMP is included.
==== Barix MIB Registration Authority ====
This is the authority for defining MIB items under barix { enterprises 17491 }.
It is actually just a document where the Barix MIB branches are maintained.
Any OID definitions which are used in more than one Barix project are included in the Barix.mib file.
If new branches are needed then this file is updated.

==== Barix MIB files as at 12th June 2008 ====
Display friendly summary of Barix.mib branches. This is just a hint, read the mib file for the exact and up to date definitions.
barix OBJECT IDENTIFIER ::= { enterprises 17491 }
products OBJECT IDENTIFIER ::= { barix 1 }
systems OBJECT IDENTIFIER ::= { barix 2 )
unit OBJECT IDENTIFIER ::= { barix 3 }
barionet OBJECT IDENTIFIER ::= { products 1 }
exstreamer OBJECT IDENTIFIER ::= { products 2 }
instreamer OBJECT IDENTIFIER ::= { products 3 }
annuncicom OBJECT IDENTIFIER ::= { products 4 }
abcl OBJECT IDENTIFIER ::= { products 5 }
audio OBJECT IDENTIFIER ::= { systems 1 }
net OBJECT IDENTIFIER ::= { unit 1 }
io OBJECT IDENTIFIER ::= { unit 2 }
streamer OBJECT IDENTIFIER ::= { exstreamer 2 }
gpt OBJECT IDENTIFIER ::= { abcl 1}

To create a project MIB file using the existing OIDs, start by cutting and pasting what you need from the Barix MIB Registration Authority mib files. This hint is mainly for Barix internal developers, the required MIB files should be included in the project zip file.

SNMPv1

2009-02-26T10:20:14Z

Ksmyth: /* Barix MIB */

SNMPv1

2009-02-26T10:07:39Z

Ksmyth: New page: === What is "SNMP" ? === '''Simple Network Management Protocol''' (SNMP) is a component of the Internet Protocol Suite as defined by the Internet Engineering Task Force (IETF). SNMP is use...

SIP Intercom

2009-02-15T15:15:09Z

Ksmyth: /* PS 16 */

<big>SIP Intercom</big>

== Concept ==
Barix devices, in this case, specifically, the [[Annuncicom 100]] and [[Annuncicom 200]] devices, can be operated with a specific firmware which implements the SIP protocol. This firmware is available free of charge and free to download from the Barix website (at the time being, it is part of the ABCL firmware kit). The full SIP stack and application source code is included in the download, so the application can be easily changed or adapted to specific needs, where required.

To set up a basic SIP based Intercom, no PBX is required !

In the most simple case, you can just use one, some or many Annuncicoms and in the central location, you can use the free ICGraph software package from Barix - or - if no PC should be used, a standard IP Phone !

Strictly spoken, a solution using the ICGraph software would not even use SIP, but the standard Barix communication methods. However, the functionality is similar or identical to the SIP based solution using a standard IP phone in the central location, so i describe both here.

== Hardware ==
At the "remote" side, you have the choice to use either the Annnuncicom 100 or the Annuncicom 200. The -100 model comes with a power supply and provides 2W of output power into an 8 Ohm speaker, while the -200 model provides 8W power to the speaker, has an additional Aiphone wall station interface and built-in PoE support (and no power suppply is included).

One or two pushbuttons (for two targets) can be directly connected to the Annuncicoms, and a relay output is available and can be used to activate a door strike or control a light or similar.

== Central location ==
=== PS 16 ===
If you want a ruggedized, proven central hardware solution, the PS16 (optionally with extension boxes for more destination keys) is a good choice. It operates standalone, so no PC is required in the whole system other than for setup. Incoming calls are indicated on the LCD display and also can "ring", and the operator can control the whole function with a few keystrokes. Calling the remote stations is a one-button operation, and groups can be configured, an "absent" message recorded (which is played in case no-one answers a call) all directly at the station. The current implementation does not use SIP but a specific paging/intercom protocol defined by Barix (BARP) with significant advantages.

=== PC with ICGraph ===
The cheapest of course is "free" - that is our ICGraph software. It is java based, so it runs well on windows, linux and other platforms, very flexible in terms of configuration, provides a nice UI, and works well with the Annuncicoms. You can select stations to talk to on the graphical UI combine them to groups etc - and the station can place a call by just pressing one button.
Various "comfort" features are implemented in the software, such as logging, optional recording, group/all station calling, status monitoring etc.

=== SIP Phone ===
If you want to set up a "PC free" solution, you can also use a standard IP Phone (Grandstream, Siemens etc) as the "central". We provide a "SIP" Firmware for the Annuncicoms (again, free of charge), which can place a call to a predefined (setup) IP address without a PBX in case someone presses the button (contact closure input). This is then a standard SIP call, so the standard, central SIP phone will ring and can answer the call. On most phones you can directly "dial" an IP Address (not using a PBX/server), and if your phone has quick dial keys that can be configured to do so, this can be a very nice, low cost, reliable, PC free solution.

=== SIP PBX ===
The SIP firmware for the Annuncicom devices also can register with a standard SIP based PBX (such as Asterisk, Cisco call manager etc), in which case most functionality is defined by the PBX. The Annuncicom, in that case, only places a call with the PBX as any phone would if a button is pressed, and it can also be "called" from the phone system. Activation of the relay/door strike is done via a code typically punched in on the connected phone.

Main Page

2009-01-26T09:24:15Z

Ksmyth: /* Protocols */

<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 !

== Sales & Marketing ==

== 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
* [[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
* [[Intercom Applications]] - specific page referring to Intercom Applications
* [[Crestron Integration]] - integrating audio over IP with Crestron touchpanels
* [[IP Intercom]] - a general description
* [[Rebroadcasting Application]] - what does it do ?

== Hardware Topics ==
* [[Software/Hardware compatibility matrix]]
* [[USB device compatibility list]]

== Software Topics ==

=== General Topics ===
* [[FW Update]] - how do I update the FW in Barix products ?

=== Protocols used in Barix Products ===
* [[TCP/IP Suite]] - The Network and Transport protocols
* [[SNMPv1]] - How SNMP v1 is used in Barix products
* [[Network configuration]] - Making use of SonicIP, AutoIP, IPzator and arp
* [[Multicast]] - how does multicast work with Barix products ?
* [[RTP]] - The Real Time Audio Protocol
* [[SIP]] - The Session Initiation Protocol
* [[HTTP ]] - Audio Transmission using HTTP
* [[BRTP]] - The Barix Real Time audio Protocol
* [[Control commands]] - Commands to control Barix devices
* [[HTML and Dynamic Marks]] - Configuration and Control with HTML

=== Streaming Client ===
* [[Streaming Client howtos|Howtos]]
* [[Example configurations]]
* [[Windows Media streaming]] (MMS/WMA)
* [[Channel Selection]] To play different URL streams at different times
* [[Stream Switching]]

=== Freeware from Barix ===
* [[Create music channels on your network]]
* [[Standalone Network player with FTP update]]
* [[SIP connectivity]]
* [[PC based Intercom Master station]]

=== BCL Topics ===
* [[BCL programming tips]]

== Support, FAQ, Helpful information ==
=== Frequently Asked Questions (FAQ) ===
You will find many answers to common questions here!
* [[FAQ]] - general questions, sections about audio and control products
=== Troubleshooting ===
*[[USB_device_compatibility_list#USB_disk_troubleshooting_.28with_Streaming_Client_firmware.29|USB problems]]
*[[RS485 Termination]]
*[[WLAN Broadcast/Multicast]] - Problems using Broadcast over 802.11 WLAN infrastructure

== Products ==
=== Barix Audio Devices and Accessories ===
* [[Exstreamer 100]] - General Purpose Network Audio Decoder
* [[Exstreamer 110]] - Network Audio Decoder with advanced features
* [[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 for transport, industrial, security applications with balanced audio interfaces and supervised contact closures

* [[IPAM 100]]- Embedded IP audio module for OEM with dual network and multiple serial interfaces

* [[PS16]] - Multifunctional digital desktop paging station PS16
* [[VSC]] - Volume Source Control accessory

=== Barix Control Devices and accessories ===
* [[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

* [[Defconlock]] - This is an application specific Barionet, preloaded with an Access Control application (app also separately downloadable)
* [[Barix TS]] - onewire temperature sensors

* [[Barix X8]] - multipurpose RS-485 I/O Interface

== 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

2009-01-26T09:23:26Z

Ksmyth: /* Protocols */

<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 !

== Sales & Marketing ==

== 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
* [[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
* [[Intercom Applications]] - specific page referring to Intercom Applications
* [[Crestron Integration]] - integrating audio over IP with Crestron touchpanels
* [[IP Intercom]] - a general description
* [[Rebroadcasting Application]] - what does it do ?

== Hardware Topics ==
* [[Software/Hardware compatibility matrix]]
* [[USB device compatibility list]]

== Software Topics ==

=== General Topics ===
* [[FW Update]] - how do I update the FW in Barix products ?

=== Protocols ===
The protocols used in Barix Products
* [[TCP/IP Suite]] - The Network and Transport protocols
* [[SNMPv1]] - How SNMP v1 is used in Barix products
* [[Network configuration]] - Making use of SonicIP, AutoIP, IPzator and arp
* [[Multicast]] - how does multicast work with Barix products ?
* [[RTP]] - The Real Time Audio Protocol
* [[SIP]] - The Session Initiation Protocol
* [[HTTP ]] - Audio Transmission using HTTP
* [[BRTP]] - The Barix Real Time audio Protocol
* [[Control commands]] - Commands to control Barix devices
* [[HTML and Dynamic Marks]] - Configuration and Control with HTML

=== Streaming Client ===
* [[Streaming Client howtos|Howtos]]
* [[Example configurations]]
* [[Windows Media streaming]] (MMS/WMA)
* [[Channel Selection]] To play different URL streams at different times
* [[Stream Switching]]

=== Freeware from Barix ===
* [[Create music channels on your network]]
* [[Standalone Network player with FTP update]]
* [[SIP connectivity]]
* [[PC based Intercom Master station]]

=== BCL Topics ===
* [[BCL programming tips]]

== Support, FAQ, Helpful information ==
=== Frequently Asked Questions (FAQ) ===
You will find many answers to common questions here!
* [[FAQ]] - general questions, sections about audio and control products
=== Troubleshooting ===
*[[USB_device_compatibility_list#USB_disk_troubleshooting_.28with_Streaming_Client_firmware.29|USB problems]]
*[[RS485 Termination]]
*[[WLAN Broadcast/Multicast]] - Problems using Broadcast over 802.11 WLAN infrastructure

== Products ==
=== Barix Audio Devices and Accessories ===
* [[Exstreamer 100]] - General Purpose Network Audio Decoder
* [[Exstreamer 110]] - Network Audio Decoder with advanced features
* [[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 for transport, industrial, security applications with balanced audio interfaces and supervised contact closures

* [[IPAM 100]]- Embedded IP audio module for OEM with dual network and multiple serial interfaces

* [[PS16]] - Multifunctional digital desktop paging station PS16
* [[VSC]] - Volume Source Control accessory

=== Barix Control Devices and accessories ===
* [[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

* [[Defconlock]] - This is an application specific Barionet, preloaded with an Access Control application (app also separately downloadable)
* [[Barix TS]] - onewire temperature sensors

* [[Barix X8]] - multipurpose RS-485 I/O Interface

== 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

2009-01-26T09:05:43Z

Ksmyth: /* Some useful links how to use the Wiki */

<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 !

== Sales & Marketing ==

== 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
* [[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
* [[Intercom Applications]] - specific page referring to Intercom Applications
* [[Crestron Integration]] - integrating audio over IP with Crestron touchpanels
* [[IP Intercom]] - a general description
* [[Rebroadcasting Application]] - what does it do ?

== Hardware Topics ==
* [[Software/Hardware compatibility matrix]]
* [[USB device compatibility list]]

== Software Topics ==

=== General Topics ===
* [[FW Update]] - how do I update the FW in Barix products ?

=== Protocols ===
The protocols used in Barix Products
* [[TCP/IP Suite]] - The Network and Transport protocols
* [[Multicast]] - how does multicast work with Barix products ?
* [[SNMPv1]] - How SNMP v1 is used in Barix products
* [[RTP]] - The Real Time Audio Protocol
* [[SIP]] - The Session Initiation Protocol
* [[HTTP ]] - Audio Transmission using HTTP
* [[BRTP]] - The Barix Real Time audio Protocol
* [[Control commands]] - Commands to control Barix devices
* [[HTML and Dynamic Marks]] - Configuration and Control with HTML

=== Streaming Client ===
* [[Streaming Client howtos|Howtos]]
* [[Example configurations]]
* [[Windows Media streaming]] (MMS/WMA)
* [[Channel Selection]] To play different URL streams at different times
* [[Stream Switching]]

=== Freeware from Barix ===
* [[Create music channels on your network]]
* [[Standalone Network player with FTP update]]
* [[SIP connectivity]]
* [[PC based Intercom Master station]]

=== BCL Topics ===
* [[BCL programming tips]]

== Support, FAQ, Helpful information ==
=== Frequently Asked Questions (FAQ) ===
You will find many answers to common questions here!
* [[FAQ]] - general questions, sections about audio and control products
=== Troubleshooting ===
*[[USB_device_compatibility_list#USB_disk_troubleshooting_.28with_Streaming_Client_firmware.29|USB problems]]
*[[RS485 Termination]]
*[[WLAN Broadcast/Multicast]] - Problems using Broadcast over 802.11 WLAN infrastructure

== Products ==
=== Barix Audio Devices and Accessories ===
* [[Exstreamer 100]] - General Purpose Network Audio Decoder
* [[Exstreamer 110]] - Network Audio Decoder with advanced features
* [[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 for transport, industrial, security applications with balanced audio interfaces and supervised contact closures

* [[IPAM 100]]- Embedded IP audio module for OEM with dual network and multiple serial interfaces

* [[PS16]] - Multifunctional digital desktop paging station PS16
* [[VSC]] - Volume Source Control accessory

=== Barix Control Devices and accessories ===
* [[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

* [[Defconlock]] - This is an application specific Barionet, preloaded with an Access Control application (app also separately downloadable)
* [[Barix TS]] - onewire temperature sensors

* [[Barix X8]] - multipurpose RS-485 I/O Interface

== 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

2009-01-26T09:03:26Z

Ksmyth: /* Software 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 !

== Sales & Marketing ==

== 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
* [[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
* [[Intercom Applications]] - specific page referring to Intercom Applications
* [[Crestron Integration]] - integrating audio over IP with Crestron touchpanels
* [[IP Intercom]] - a general description
* [[Rebroadcasting Application]] - what does it do ?

== Hardware Topics ==
* [[Software/Hardware compatibility matrix]]
* [[USB device compatibility list]]

== Software Topics ==

=== General Topics ===
* [[FW Update]] - how do I update the FW in Barix products ?

=== Protocols ===
The protocols used in Barix Products
* [[TCP/IP Suite]] - The Network and Transport protocols
* [[Multicast]] - how does multicast work with Barix products ?
* [[SNMPv1]] - How SNMP v1 is used in Barix products
* [[RTP]] - The Real Time Audio Protocol
* [[SIP]] - The Session Initiation Protocol
* [[HTTP ]] - Audio Transmission using HTTP
* [[BRTP]] - The Barix Real Time audio Protocol
* [[Control commands]] - Commands to control Barix devices
* [[HTML and Dynamic Marks]] - Configuration and Control with HTML

=== Streaming Client ===
* [[Streaming Client howtos|Howtos]]
* [[Example configurations]]
* [[Windows Media streaming]] (MMS/WMA)
* [[Channel Selection]] To play different URL streams at different times
* [[Stream Switching]]

=== Freeware from Barix ===
* [[Create music channels on your network]]
* [[Standalone Network player with FTP update]]
* [[SIP connectivity]]
* [[PC based Intercom Master station]]

=== BCL Topics ===
* [[BCL programming tips]]

== Support, FAQ, Helpful information ==
=== Frequently Asked Questions (FAQ) ===
You will find many answers to common questions here!
* [[FAQ]] - general questions, sections about audio and control products
=== Troubleshooting ===
*[[USB_device_compatibility_list#USB_disk_troubleshooting_.28with_Streaming_Client_firmware.29|USB problems]]
*[[RS485 Termination]]
*[[WLAN Broadcast/Multicast]] - Problems using Broadcast over 802.11 WLAN infrastructure

== Products ==
=== Barix Audio Devices and Accessories ===
* [[Exstreamer 100]] - General Purpose Network Audio Decoder
* [[Exstreamer 110]] - Network Audio Decoder with advanced features
* [[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 for transport, industrial, security applications with balanced audio interfaces and supervised contact closures

* [[IPAM 100]]- Embedded IP audio module for OEM with dual network and multiple serial interfaces

* [[PS16]] - Multifunctional digital desktop paging station PS16
* [[VSC]] - Volume Source Control accessory

=== Barix Control Devices and accessories ===
* [[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

* [[Defconlock]] - This is an application specific Barionet, preloaded with an Access Control application (app also separately downloadable)
* [[Barix TS]] - onewire temperature sensors

* [[Barix X8]] - multipurpose RS-485 I/O Interface

== Some useful links how to use 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

2009-01-26T08:31:09Z

Ksmyth: /* Protocols */

<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 !

== Sales & Marketing ==

== 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
* [[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
* [[Intercom Applications]] - specific page referring to Intercom Applications
* [[Crestron Integration]] - integrating audio over IP with Crestron touchpanels
* [[IP Intercom]] - a general description
* [[Rebroadcasting Application]] - what does it do ?

== Hardware Topics ==
* [[Software/Hardware compatibility matrix]]
* [[USB device compatibility list]]

== Software Topics ==

=== General Topics ===
* [[Multicast]] - how does multicast work with Barix products ?
* [[FW Update]] - how do I update the FW in Barix products ?

=== Protocols Used in Barix Products ===

=== Streaming Client ===
* [[Streaming Client howtos|Howtos]]
* [[Example configurations]]
* [[Windows Media streaming]] (MMS/WMA)
* [[Channel Selection]] To play different URL streams at different times
* [[Stream Switching]]

=== Freeware from Barix ===
* [[Create music channels on your network]]
* [[Standalone Network player with FTP update]]
* [[SIP connectivity]]
* [[PC based Intercom Master station]]

=== BCL Topics ===
* [[BCL programming tips]]

== Support, FAQ, Helpful information ==
=== Frequently Asked Questions (FAQ) ===
You will find many answers to common questions here!
* [[FAQ]] - general questions, sections about audio and control products
=== Troubleshooting ===
*[[USB_device_compatibility_list#USB_disk_troubleshooting_.28with_Streaming_Client_firmware.29|USB problems]]
*[[RS485 Termination]]
*[[WLAN Broadcast/Multicast]] - Problems using Broadcast over 802.11 WLAN infrastructure

== Products ==
=== Barix Audio Devices and Accessories ===
* [[Exstreamer 100]] - General Purpose Network Audio Decoder
* [[Exstreamer 110]] - Network Audio Decoder with advanced features
* [[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 for transport, industrial, security applications with balanced audio interfaces and supervised contact closures

* [[IPAM 100]]- Embedded IP audio module for OEM with dual network and multiple serial interfaces

* [[PS16]] - Multifunctional digital desktop paging station PS16
* [[VSC]] - Volume Source Control accessory

=== Barix Control Devices and accessories ===
* [[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

* [[Defconlock]] - This is an application specific Barionet, preloaded with an Access Control application (app also separately downloadable)
* [[Barix TS]] - onewire temperature sensors

* [[Barix X8]] - multipurpose RS-485 I/O Interface

== Some useful links how to use 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

2009-01-26T08:29:51Z

Ksmyth: /* Software 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 !

== Sales & Marketing ==

== 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
* [[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
* [[Intercom Applications]] - specific page referring to Intercom Applications
* [[Crestron Integration]] - integrating audio over IP with Crestron touchpanels
* [[IP Intercom]] - a general description
* [[Rebroadcasting Application]] - what does it do ?

== Hardware Topics ==
* [[Software/Hardware compatibility matrix]]
* [[USB device compatibility list]]

== Software Topics ==

=== General Topics ===
* [[Multicast]] - how does multicast work with Barix products ?
* [[FW Update]] - how do I update the FW in Barix products ?

=== Protocols ===

=== Streaming Client ===
* [[Streaming Client howtos|Howtos]]
* [[Example configurations]]
* [[Windows Media streaming]] (MMS/WMA)
* [[Channel Selection]] To play different URL streams at different times
* [[Stream Switching]]

=== Freeware from Barix ===
* [[Create music channels on your network]]
* [[Standalone Network player with FTP update]]
* [[SIP connectivity]]
* [[PC based Intercom Master station]]

=== BCL Topics ===
* [[BCL programming tips]]

== Support, FAQ, Helpful information ==
=== Frequently Asked Questions (FAQ) ===
You will find many answers to common questions here!
* [[FAQ]] - general questions, sections about audio and control products
=== Troubleshooting ===
*[[USB_device_compatibility_list#USB_disk_troubleshooting_.28with_Streaming_Client_firmware.29|USB problems]]
*[[RS485 Termination]]
*[[WLAN Broadcast/Multicast]] - Problems using Broadcast over 802.11 WLAN infrastructure

== Products ==
=== Barix Audio Devices and Accessories ===
* [[Exstreamer 100]] - General Purpose Network Audio Decoder
* [[Exstreamer 110]] - Network Audio Decoder with advanced features
* [[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 for transport, industrial, security applications with balanced audio interfaces and supervised contact closures

* [[IPAM 100]]- Embedded IP audio module for OEM with dual network and multiple serial interfaces

* [[PS16]] - Multifunctional digital desktop paging station PS16
* [[VSC]] - Volume Source Control accessory

=== Barix Control Devices and accessories ===
* [[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

* [[Defconlock]] - This is an application specific Barionet, preloaded with an Access Control application (app also separately downloadable)
* [[Barix TS]] - onewire temperature sensors

* [[Barix X8]] - multipurpose RS-485 I/O Interface

== Some useful links how to use 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]