96x1Supgrade.txt,96x1Hupgrade.txt,46xxsettings.txt

###################################################################################### ## ## AVAYA IP TELEPHONE CONFIGURATION FILE TEMPLATE ## *** 04 SEP 2016 *** ## ## This file is intended to be used as a template for configuring Avaya IP telephones. ## Parameters supported by software releases up through the following are included: ## ## 96x1 SIP R7.1.1.0 ## 96x0 SIP R2.6.14.5 ## ###################################################################################### ## ## Any line that does not begin with "SET ", "IF ", "GOTO ", "# " or "GET " is treated as a comment. ## To activate a setting, remove the "## " from the beginning of the line for that parameter so ## that the line begins with "SET ", and change the value to one appropriate for your environment. ## ## To include spaces in a value, the entire value must be enclosed in double quotes, as in: ## SET MYCERTCN "Avaya telephone with MAC address $MACADDR" ## ###################################################################################### ## ## List of MODEL4 values for models which support MODEL4 as testable parameter in the ## configuration file (for example: IF $MODEL4 SEQ 1603 GOTO SETTINGS16XX). ## 9608 ## 9611 ## 9621 ## 9641 ## ###################################################################################### ## ## COMMON SETTINGS ## ## Settings in this section will be processed by all telephones, ## but not all parameters are supported by all telephones or all software releases. ## Settings for parameters that are not supported will be ignored. ## For more information, see the Administrator's Guide available at support.avaya.com ## ############### LAYER 2 VLAN AND QOS SETTINGS ############## ## ## L2Q specifies whether layer 2 frames generated by the telephone will have IEEE 802.1Q tags. ## Value Operation ## 0 Auto - frames will be tagged if the value of L2QVLAN is non-zero (default). ## 1 On - frames will always be tagged. ## 2 Off - frames will never be tagged. ## Note: This parameter may also be set via DHCP or LLDP. ## This parameter is supported by: ## H1xx SIP R1.0 and later, Note: Value 1 has the same behavior as value 0. ## 96x1 H.323 R6.0 and later ## 96x1 SIP R6.0 and later ## B189 H.323 R1.0 and later ## 96x0 H.323 R1.0 and later ## 96x0 SIP R1.0 and later ## 46xx H.323 R1.0 and later ## 46xx SIP R2.2 and later ## 16xx H.323 R1.0 and later ## 16CC SIP R1.0 and later ## 1603 SIP R1.0 and later ## SET L2Q 0 ## ## L2QVLAN specifies the voice VLAN ID to be used by IP telephones. ## Valid values are 0 through 4094; the default value is 0. ## Note: This parameter may also be set via DHCP or LLDP. ## This parameter is supported by: ## H1xx SIP R1.0 and later ## 96x1 H.323 R6.0 and later ## 96x1 SIP R6.0 and later ## B189 H.323 R1.0 and later ## 96x0 H.323 R1.0 and later ## 96x0 SIP R1.0 and later ## 46xx H.323 R1.0 and later ## 46xx SIP R2.2 and later ## 16xx H.323 R1.0 and later ## 16CC SIP R1.0 and later ## 1603 SIP R1.0 and later ## SET L2QVLAN 5 ## ## L2QAUD specifies the layer 2 priority value for audio frames generated by the telephone. ## Valid values are 0 through 7; the default value is 6. ## Note: This parameter may also be set via LLDP and H.323 signaling, ## which would overwrite any value set in this file. ## This parameter is supported by: ## H1xx SIP R1.0 and later ## 96x1 H.323 R6.0 and later ## 96x1 SIP R6.0 and later ## B189 H.323 R1.0 and later ## 96x0 H.323 R1.0 and later ## 96x0 SIP R1.0 and later ## 46xx H.323 R1.0 and later ## 46xx SIP R2.2 and later ## 16xx H.323 R1.0 and later ## 16CC SIP R1.0 and later ## 1603 SIP R1.0 and later ## SET L2QAUD 7 ## ## L2QVID specifies the layer 2 priority value for video frames generated by the telephone. ## Valid values are 0 through 7; the default value is 5. ## This parameter is supported by: ## H1xx SIP R1.0 and later ## SET L2QVID 7 ## ## L2QSIG specifies the layer 2 priority value for signaling frames generated by the telephone. ## Valid values are 0 through 7; the default value is 6. ## Note: This parameter may also be set via LLDP or H.323 signaling, ## which would overwrite any value set in this file. ## This parameter is supported by: ## H1xx SIP R1.0 and later ## 96x1 H.323 R6.0 and later ## 96x1 SIP R6.0 and later ## B189 H.323 R1.0 and later ## 96x0 H.323 R1.0 and later ## 96x0 SIP R1.0 and later ## 46xx H.323 R1.0 and later ## 46xx SIP R2.2 and later ## 16xx H.323 R1.0 and later ## 16CC SIP R1.0 and later ## 1603 SIP R1.0 and later ## SET L2QSIG 7 ## ## VLANSEP specifies whether VLAN separation will be enabled by the built-in Ethernet switch ## while the telephone is tagging frames with a non-zero VLAN ID. When VLAN separation is enabled, ## only frames with a VLAN ID that is the same as the VLAN ID being used by the telephone ## (as well as priority-tagged and untagged frames) will be forwarded to the telephone. ## Also, if the value of PHY2VLAN (see below) is non-zero, only frames with a VLAN ID that is ## the same as the value of PHY2VLAN (as well as priority-tagged and untagged frames) will be ## forwarded to the secondary (PHY2) Ethernet interface, and tagged frames received on the ## secondary Ethernet interface will have their VLAN ID changed to the value of PHY2VLAN and ## their priority value changed to the value of PHY2PRIO (see below). ## Value Operation ## 0 Disabled. ## 1 Enabled if L2Q, L2QVLAN and PHY2VLAN are set appropriately (default). ## This parameter is supported by: ## 96x1 H.323 R6.0 and later ## 96x1 SIP R6.0 and later ## 96x0 H.323 R1.0 and later ## 96x0 SIP R1.0 and later ## 46xx H.323 R2.3.1 and later ## 16xx H.323 R1.0 and later ## 16CC SIP R1.0 and later ## 1603 SIP R1.0 and later ## H1xx SIP R1.0 and later; VLAN separation supported on H1xx have the following exceptions: ## 1. Priority-tagged and untagged frames from the network port will be forwarded to the PC port only when VLANSEP==1, ## H1xx sends tagged packets (L2Q==0 or 1 and VLANTEST==0 or timer < VLANTEST) and L2QVLAN<>0, else to both phone and PC ports. ## 2. No enforcement of PHY2VLAN and PHY2PRIO on tagged VLAN packets received from PC port. If VLANSEP==1, ## H1xx sends tagged packets (L2Q==0 or 1 and VLANTEST==0 or timer < VLANTEST) and 0<>PHY2VLAN<>L2QVLAN<>0 then: ## a. Untagged packets from PC port will be tagged with PHY2VLAN and priority==0. ## b. Tagged packets will be forwarded as tagged packets only if their VLAN equal to PHY2VLAN. ## Otherwise the packets from PC will be sent unmodified. ## Only in case of LANSEP==1,H1xx sends tagged packets (L2Q==0 or 1 and VLANTEST==0 or timer < VLANTEST) and 0<>PHY2VLAN<>L2QVLAN<>0, ## there will be full separation between PC and phone traffic. In all other cases, PC traffic can reach the phone. ## SET VLANSEP 0 ## ## VLANSEPMODE specifies whether full VLAN separation will be enabled by the built-in Ethernet switch ## while the telephone is tagging frames with a non-zero VLAN ID. This VLAN separation is enabled when: ## VLANSEP=1, L2QVLAN<> PHY2VLAN (and both has value different than 0), L2Q is auto (0) or (1) tagging. ## In this new VLAN separation scheme: ## - Untagged packets from PC port will be forwarded to network port only as untagged packets. ## - Tagged packets from PC port will be forwarded to network port only as tagged pac