My home telephone system is a Asterisk Open Source PBX. The actual handsets are Cisco IP phones. In this document I am describing the steps taken to setup the TFTP files needed to provision and manage Cisco phones.
Some additional Asterisk specific information worth reading:
Release 6.3 Obtain the firmware zip file from Cisco CCO. Also grab the latest SIPDefault.cnf and SIPmacaddress.cnf. The example here is based on firmware version 6.3. Extract the zip archive into a directory:
mkdir 7940-6.3 cd 7940-6.3 unzip ../P0S3-06-3-00.zip cd ..
Copy the firmware files and the SIPDefault.cnf configuration file to the
cp 7940-6.3/P0S* /tftpboot cp SIPDefault.cnf /tftpboot Create `/tftpboot/OS79XX.TXT`with this content: P0S3-06-3-00
/tftpboot/SIPDefault.cnf to show the proper image version. For example:
Further edit the
/tftpboot/SIPDefault.cnf file by specifying all parameters that will be common to all 7940 phones on the system. Some example parameters to configure:
proxy1_address: "192.168.77.4" proxy_register: 1 sntp_server: "192.168.77.4" sntp_mode: unicast time_zone: CST
Next create a phone specific file. Copy the SIPmacaddress.cnf file to the
/tftpboot directory replacing the ‘macaddress’ with the actual MAC address of the 7940 being configured. Note that the mac address for the 7940 needs to be upper case. The example assumes the 000f.3486.6628 MAC address.
cp SIPmacaddress.cnf /tftpboot/SIP000F34866628.cnf
/tftpboot/SIP000F34866628.cnf and change phone specific parameters such as the extension numbers and logins. I actually reorganized the file and changed the comments, just to make it simpler for myself.
# SIP Configuration File # 7940 w/2 lines # Line 1 Parameters line1_name: 211 line1_authname: "211" line1_displayname: "User ID" line1_password: "test" # Line 2 Parameters line2_name: 212 line2_authname: "212" line2_displayname: "" line2_password: "test" # Phone Label (Text desired to be displayed in upper right corner) # Has no effect on SIP messaging phone_label: "" # Remote Access Parameters for console or telnet login phone_prompt: "SIP Phone" phone_password: "secretpassword" user_info: none
Release 7.4 Follow the steps for the 6.3 release first.
Obtain the firmware zip file from Cisco CCO. Extract the zip archive into the
/tftpboot directory. This will place the release 7.4 firmware files and an updated OS79XX.TXT file in
cd /tftpboot unzip /path/to/P0S3-07-4-00.zip
/tftpboot/OS79XX.TXT file should now contain this single line:
/tftpboot/SIPDefault.cnf to show the proper image version.
/tftpboot/XMLDefault.cnf.xml with the following content:
<Default> <callManagerGroup> <members> <member priority="0"> <callManager> <ports> <ethernetPhonePort>2000</ethernetPhonePort> </ports> <processNodeName>192.168.77.4</processNodeName> </callManager> </member> </members> </callManagerGroup> <loadInformation6 model="IP Phone 7910"></loadInformation6> <loadInformation124 model"Addon 7914"></loadInformation124> <loadInformation9 model="IP Phone 7935"></loadInformation9> <loadInformation8 model="IP Phone 7940">P003-07-4-00</loadInformation8> <loadInformation7 model="IP Phone 7960">P003-07-4-00</loadInformation7> <loadInformation20000 model="IP Phone 7905"></loadInformation20000> <loadInformation30008 model="IP Phone 7902"></loadInformation30008> <loadInformation30007 model="IP Phone 7912"></loadInformation30007> </Default>
/tftpboot/XMLDefault.cnf.xml to support Cisco’s spelling mistakes in various firmware releases.
Theory of operation for loading the 7.4 relase is as follows. With 7.4 Cisco introduced a “Universal Bootloader Application” which parses config files for firmware load information. With the 7.4 firmware the OS79XX.TXT file becomes obsolete.
A phone running pre-7.0 firmware will fetch OS79XX.TXT. The file causes the phone to upgrade firmware to the “Universal Bootloader Application”. Once the “Universal Bootloader Application” has been loaded the phone reboots and looks for configuration files. If the phone was previously running SIP it will look for “image_version:” information in SIPDefault.cnf to determine the image it should load. If the phone was previously running SCCP or has the factory firmware load it looks for load information in XMLDefault.cnf.xml.
Hint To reboot the 7940/7960 without pulling the powercord press ‘*’, ’6′ and the ‘settings key’ (checkbox button) all at the same time.
Custom Logo The logo has to meet some specific characteristics. See the Cisco site for details.
The background space allocated for the image is 90 x 56 pixels. Images that are larger than this will automatically be scaled down to 90 x 56 pixels. The recommended file size for the image is from 5 to 15 Kb. For example, use logo_url: “http://10.10.10.10/companylogo.bmp”.
Note This parameter supports Windows 256 color bitmap format only. CMXML PhoneImage objects are not supported for this parameter. Using anything other than a Windows bitmap (.bmp) file can cause unpredictable results.”
Place the logo in
/var/www/asterisk. Reference the logo in
/tftpboot/SIP000F34866628.cnf by editing or adding the logo_url parameter:
Additional Features The Cisco 7940 supports custom ring tone. Have a look at RINGLIST.DAT and these websites:
Note that the RINGLIST.DAT file supports a path for the ringtone filename. This makes it possible to place the actually tone files into a subdirectory of
/tftpboot such as
/tftpboot/ringtones. The second site also explains how to address forwarding * and # keys to asterisk via dialplan.xml.
Obtain the ATA186 SIP firmware from Cisco CCO. The version I am using for the purpose of this document is 3.2.0. Extract the zip archive into a temporary location.
mkdir ata186-3.2.0 cd ata186-3.2.0 unzip ../ata_03_02_00_sip_041111_1.zip cd ..
The Cico ATA186 requires a binary configuration file. The tool to create a binary file from a text file has been provided by Cisco. Create a temporay location for the text onfiguration files. I like this to be a subdirectory of
Copy the firmaware image to
/tftpboot and the configuration files to
/tftpboot/ata186_txt. Change permissions on cfgfmt.linux to make it executable.
cp ata186-3.1.1/ATA030200SIP041111A.zup /tftpboot cp ata186-3.1.1/cfgfmt.linux /tftpboot/ata186_txt cp ata186-3.1.1/ptag.dat /tftpboot/ata186_txt cp ata186-3.1.1/sip_example.txt /tftpboot/ata186_txt/atacommon.txt chmod 755 /tftpboot/ata186_txt/cfgfmt.linux
Create a phone specific file, such as
/tftpboot/ata186_txt/atamacaddress.txt where ‘macaddress’ is replaced with the mac address of the ata device. Note that the mac address for the ATA186 needs to be lower case. For example create
#txt include:atacommon.txt # Configuration information TftpURL:192.168.77.4 NTPIP:192.168.77.4 upgradecode:3,0x301,0x0400,0x0200,192.168.77.4,69,0x041111A,ATA030200SIP041111A.zup # Our asterisk server Proxy:192.168.77.4 SIPRegOn:1 # line appearances UID0:201 PWD0:test UID1:202 PWD1:test # Make G.711u the default codec RxCodec:2 TxCodec:2 # Turn off G.711 silence suppression (VAD) AudioMode:0x00140014
Finally create the binary configuration file for the specific ATA186 by running the cfgfmt.linux tool:
cd /tftpboot/ata186_txt ./cfgfmt.linux -sip ata0006d7a576d0.txt ../ata0006d7a576d0
I understand that the Cisco 7905G is based on the ATA186 hardware. This explains why the firmware upgrade and configuration process for the 7905G phone is very much like the ATA186.
Obtain the SIP firmware for the Cisco 7905G from CCO. The firmware version I am using here is 1.2. Extract the .zip archive into a temporary location.
mkdir 7905-1.2 cd 7905-1.2 unzip ../CP7905010200SIP040406A.zip cd ..
The Cisco 7905G requires a binary configuration file. We therefore create a working directory under our tftp server root directory.
Copy the firmaware image to /tftpboot and the configuration files to
/tftpboot/7905g_txt. Change permissions on cfgfmt.linux to make it executable.
cp 7905-1.2/CP7905010200SIP040406A.zup /tftpboot/ cp 7905-1.2/CP7905010200SIP040406A.sbin /tftpboot/ cp 7905-1.2/cfgfmt.linux /tftpboot/7905g_txt/ cp 7905-1.2/sip_ptag.dat /tftpboot/7905g_txt/ cp 7905-1.2/sipexample.txt /tftpboot/7905g_txt/ldcommon.txt chmod 755 /tftpboot/7905g_txt/cfgfmt.linux
Create a phone specific file, such as
/tftpboot/7905g_txt/ldmacaddress.txt where ‘macaddress’ is replaced with the mac address of the ata device. Note that the mac address for the 7905G needs to be lower case. For example create /tftpboot/7905g_txt/ld0006d7a576d0.txt:
#txt include:ldcommon.txt # Logo #upgradelogo:0,0,none # line appearances UID:123 PWD:0 # The name to display on the phone (31 characters max) DisplayName:0 # Configuration information UseTftp:1 TftpURL:192.168.77.4 upgradecode:3,0x501,0x0400,0x0100,192.168.77.4,0x040406A,CP7905010200SIP040406A.sbin # Time TimeZone:19 NTPIP:192.168.77.4 # Our asterisk server Proxy:192.168.77.4 SIPRegOn:1 # Dialstring sent when voicemail key is pressed VoiceMailNumber:0 # Make G.711u the default codec RxCodec:2 TxCodec:2 # Turn off G.711 silence suppression (VAD) AudioMode:0x00000010 # Some other defaults ForwardToVMDelay:4294967295 # End
Finally create the binary configuration file for the specific 7905G by running the cfgfmt.linux tool:
cd /tftpboot/7905g_txt ./cfgfmt.linux -sip -tsip_ptag.dat ld0006d7a576d0.txt ../ld0006d7a576d0
Display Logo The Cisco 7905G supports loading a custom logo on the LCD. Doing so is a somewhat involved process. The Cisco tool to convert a bitmap into a file suitable for a 7905G only works on the Windows operating system
Create a black-and-white file 88 pixels wide and 27 pixels high. Save this file as a .bmp file. Note that the image will display negative on the 7905G display.
Use the bmp2logo.exe tool to create a binary image file. The imageID is an integer from 0 through 4294967295 and must be different than the identifier of the image loaded onto the 7905G now.
bmp2logo imageID image.bmp image.logo
Place the image file on the tftpserver and specify the image file in the configuration for the 7905G using this parameter.