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Difference between revisions of "SIP registrar node - configuration"

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SIP nodes in AlphaCom E exchanges are made by creating nodes of the type 'SIP Node'. The SIP nodes are actually virtual nodes running inside the same AMC hardware. Only one '''SIP registrar node''' can be defined in one exchange. The SIP registrar node receives REGISTER messages from SIP clients and maintains a list of currently registered clients.
 
SIP nodes in AlphaCom E exchanges are made by creating nodes of the type 'SIP Node'. The SIP nodes are actually virtual nodes running inside the same AMC hardware. Only one '''SIP registrar node''' can be defined in one exchange. The SIP registrar node receives REGISTER messages from SIP clients and maintains a list of currently registered clients.
  
Through the AlphaCom E’s SIP Registrar it is possible to define SIP stations as AlphaCom E extensions. Each SIP station is defined as a global number and can be called directly from any intercom station in the system. SIP stations can call all intercom stations. SIP stations can be IP telephones, PC and PDA with soft clients or telephone adapter linking in ISDN or analogue telephones.
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Each SIP station is defined as a global number and can be called directly from any intercom station in the system. SIP stations can call all intercom stations. SIP stations can be IP telephones, PC and PDA with soft clients or telephone adapter linking in ISDN or analogue telephones.
  
 
== AlphaWeb Configuration ==
 
== AlphaWeb Configuration ==

Revision as of 21:48, 4 December 2007

SIP nodes in AlphaCom E exchanges are made by creating nodes of the type 'SIP Node'. The SIP nodes are actually virtual nodes running inside the same AMC hardware. Only one SIP registrar node can be defined in one exchange. The SIP registrar node receives REGISTER messages from SIP clients and maintains a list of currently registered clients.

Each SIP station is defined as a global number and can be called directly from any intercom station in the system. SIP stations can call all intercom stations. SIP stations can be IP telephones, PC and PDA with soft clients or telephone adapter linking in ISDN or analogue telephones.

AlphaWeb Configuration

Firewall (filter) settings

Enable the SIP protocol on the desired Ethernet port (default enabled for Ethernet port1).

Configuration guide for AudioCodes MP114 118 - Firewall (filter) settings.jpg







AlphaPro Configuration

Create a SIP Registrar Node

From the AlphaPro main menu, use the ‘+’ button next to the ‘Select Exchange’ dropdown list to create a new exchange. The exchange type must be set to ‘SIP Node’.

AlphaPro Create SIP Registrar.jpg


  • Select the AlphaCom node number which the SIP Registrar should be related to (normally node 1)
  • Choose which of the ethenet ports 0 or 1 the SIP phones should use

Note: If the AlphaCom is configured with a SIP Trunk node in addition to the SIP Registrar node, the SIP Registar node must have a lower node number than the SIP Trunk node.

Define the AlphaCom <-> SIP routing

In Exchange & System > Net Routing use the Insert button to create a route between the AlphaCom and SIP Registrar node. Choose Data: ACDP Link = SIP Link, and set Preferred codec to G711u and RTP Packet Size to 10 ms.

Configuration guide for AudioCodes MP114 118 - Define the AlphaCom SIP routing.jpg

Create SIP phone number

The directory numbers of the SIP phones are entered into AlphaPro as remote AlphaNet numbers pointing to the Registar node. In Directory & Features menu insert a new number with feature 83 and Node = SIP Registrar node (100 in this example). In the example below a SIP phone has been assigned directory number 9555.

AlphaPro Add SIP Phone.jpg


The SIP Registrar node will accept registrations only from stations with number found in this list of directory numbers.

Update the exchange

Log on to the exchange and update the exchange by pressing the SendAll button.