Proposed Solution For Lldp-Configured Deskphones; Sla Mon ™ Agent - Avaya J169 Installing And Administering

Troubleshooting
3. Verify that the deskphone can reach the HTTP server and whether the HTTP server is
activated.
4. Verify that the 96xxupgrade.txt and 46xxsettings.txt files are placed in the proper directory
of the HTTP server to access these files.

Proposed solution for LLDP-configured deskphones

About this task
For LLDP-configured deskphones, activate the switch the deskphone is connected to for LLDP.
This is currently only possible with Extreme switches. Activating the switch for LLDP enables the
switch to send appropriate IP addresses using Avaya/Extreme Proprietary HTTP and/or HTTPS
Server and/or Call Server TLVs.
Note:
The deskphone obtains the HTTP and or HTTPS Server and Call Server IP addresses from LLDP
only if the addresses were not configured through other means such as DHCP Server, Script File,
or statically.
Note:
Set the switch LLDP repeat timer to less than 30 seconds.
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SLA Mon agent
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SLA Mon technology is a patented Avaya technology embedded in Avaya products to facilitate
advanced diagnostics. The deskphones support SLA Mon
Diagnostic Server (ADS). SLA Mon
advanced diagnostic functions, such as:
• Endpoint Diagnostics
- The ability to remotely control IP phones, to assist end users with IP Phone configuration
and troubleshooting.
- The ability to remotely generate single and bulk test calls between IP phones.
- The ability to remotely execute limited packet captures on IP phones to troubleshoot and
diagnose IP phone network traffic.
• Network Monitoring
- The ability to monitor multiple network segments for performance in terms of packet loss,
jitter, and delay.
- The ability to monitor hop-by-hop QoS markings for voice and video traffic.
May 2018
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server controls the the SLA Mon
Installing and Administering Avaya J169/J179 IP Phone H.323
Comments on this document? infodev@avaya.com
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agent which works with a Avaya
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agents to execute
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