Scannex ip.buffer User Manual
© UK 2007-2021 Scannex Electronics Ltd. All rights reserved worldwide.
10.7.4. Protocol: Avaya RSP TCP/IP
The Avaya Reliable Session Protocol enables the Avaya PBX to connect to the ip.buffer and
deliver CDR data.
You should program the ip.buffer in the following way:
Source type = TCP
Connect = “Device to ipbuffer (passive/server)”
(enforced)
Allow = blank (or can be the IP address of the Avaya PBX)
TCP Port = 9000 (this is the default Avaya port)
There are no Protocol Parameters for the Avaya RSP. Blocks of lines are sent from the Avaya
to the ip.buffer, and when received, the ip.buffer acknowledges their receipt and feeds
the individual lines through to storage.
Although the Avaya RSP was designed for transferring data across a WAN from
the PBX we strongly suggest that you site the ip.buffer directly next to the
PBX to minimise any downtime across the network.
The Avaya can send data either with the RSP or with a raw TCP socket
are able, it is more efficient to use a raw TCP connection, and set the
ip.buffer protocol to “ASCII lines”
A multi-port ip.buffer can collect from multiple Avaya PBXs (or indeed any
other IP-enabled devices)
10.7.5. Protocol: Binary (full 8-bit)
The binary protocol will simply grab the incoming data and store it. The size of the chunks
are arbitrary and can be up to 2048 bytes long.
There are no parameters, and there is no option for time-stamping binary data.
All 8-bits of data are stored without any modification.
23
You can use another port, other than 9000. However, make sure that the ip.buffer port and Avaya
port agree. Additionally, if collecting from multiple Avayas into an ip.4, make sure that each Avaya
uses a different port number.
24
The “
Reliable Protocol
” can be set to either “
Y
” or “
N
” in the “
change ip-services
”
section of the Avaya admin.
25
Scannex can provide further information on how the Avaya can be configured for raw TCP
delivery.
Page 76
Scannex ip.buffer User Manual
© UK 2007-2021 Scannex Electronics Ltd. All rights reserved worldwide.
10.7.4. Protocol: Avaya RSP TCP/IP
The Avaya Reliable Session Protocol enables the Avaya PBX to connect to the ip.buffer and
deliver CDR data.
You should program the ip.buffer in the following way:
Source type = TCP
Connect = “Device to ipbuffer (passive/server)”
(enforced)
Allow = blank (or can be the IP address of the Avaya PBX)
TCP Port = 9000 (this is the default Avaya port)
There are no Protocol Parameters for the Avaya RSP. Blocks of lines are sent from the Avaya
to the ip.buffer, and when received, the ip.buffer acknowledges their receipt and feeds
the individual lines through to storage.
Although the Avaya RSP was designed for transferring data across a WAN from
the PBX we strongly suggest that you site the ip.buffer directly next to the
PBX to minimise any downtime across the network.
The Avaya can send data either with the RSP or with a raw TCP socket
are able, it is more efficient to use a raw TCP connection, and set the
ip.buffer protocol to “ASCII lines”
A multi-port ip.buffer can collect from multiple Avaya PBXs (or indeed any
other IP-enabled devices)
10.7.5. Protocol: Binary (full 8-bit)
The binary protocol will simply grab the incoming data and store it. The size of the chunks
are arbitrary and can be up to 2048 bytes long.
There are no parameters, and there is no option for time-stamping binary data.
All 8-bits of data are stored without any modification.
23
You can use another port, other than 9000. However, make sure that the ip.buffer port and Avaya
port agree. Additionally, if collecting from multiple Avayas into an ip.4, make sure that each Avaya
uses a different port number.
24
The “
Reliable Protocol
” can be set to either “
Y
” or “
N
” in the “
change ip-services
”
section of the Avaya admin.
25
Scannex can provide further information on how the Avaya can be configured for raw TCP
delivery.
Page 76
