#txt # ----------------------------------------------------------------------------- # Example Profile for Cisco ATA (SCCP) 3.2.4 Release # ----------------------------------------------------------------------------- # IMPORTANT: File must begin with "#txt" (without the quotes) for the # formatting tool (cfgfmt.exe) to treat it as a text file. # # NOTE: 1. A hash (#) at the beginning of the line is a comment. The # formatting tool ignores any line beginning with the token. # # 2. All parameter/value pairs are OPTIONAL; however, they may be # needed nevertheless for the Cisco ATA to function properly # if no prior value had been programmed. # # 3. If IVR access code is available, either the alphanumeric or # numeric entry method may be used to specify the parameter value. # A hexadecimal parameter value must be entered as a decimal value # when the IVR is used. # # 4. Parameter values can be one of the following: # # a. Alphanumeric string # Ex: SIP-4-Ever$#, 1234, #012-34la$!- # # b. Numeric digit string # Ex: 593, 960135, 19690489 # # c. Array of comma-separated short integer # Ex: {395,65534,20,32768,105} (without brackets) # # d. IP address # Ex: 192.168.2.170, 64.15.243.3 # # e. Extended IP address -- IP address with Port # Ex: 192.168.2.170.9001, 174.10.232.53.10364 # # f. Boolean # Ex: 0 or 1 # # g. Bitmap value -- unsigned hex integer (32-bit) # Ex: 0x00060400, 0x125f0431 # # h. Integer (32-bit) # Ex: 2147483647, 56, 65342 # # 5. Factory defaults are marked with an asterisk '*' # # 6. "RESERVED" bits should be set to '0'. # # ----------------------------------------------------------------------------- # ============================= Security Parameter ============================ # ----------------------------------------------------------------------------- # Parameter: UIPassword # Access Code: 7387277 # Value Type: Alphanumeric string (9 characters max) # # Description: Control access to the web page and IVR interface. If set to # a non-zero value, then every new web session will be prompted # for the password. The ATA will also prompt with P-A-S-S-W-D # when attempting to modify a protected configuration parameter # via the IVR. # # Default: 0 = Password is disabled. UIPassword:0 # ========================== Provisioning Parameters ========================== # ----------------------------------------------------------------------------- # Parameter: UseTftp # Access Code: 305 # Value Type: Boolean # # Description: Indicate whether a TFTP server should be contacted for # provisioning the ATA # # Options: *1 = Use TFTP server for provisioning # 0 = Do not use TFTP server for provisioning UseTftp:1 # ----------------------------------------------------------------------------- # Parameter: TftpURL # Access Code: 905 # Value Type: Alphanumeric string (31 characters max) # # Description: IP address or URL of TFTP server to use. # # This value is required if the DHCP server will not provide # the TFTP address. You can optionally include the path prefix # to the TFTP file to download. Example: If the TFTP server IP # address is 192.168.2.170 or wwww.cisco.com, and the path to # download the ATA profile is in /ata186, then you can # specify the URL as 192.168.2.170/ata186 or # www.cisco.com/ata186. # # Note: From the IVR interface, you can only enter the IP address. # From the web server interface, you can enter the actual URL. # # Default: 0 = Use DHCP-provided TFTL URL, if "UseDhcp" parameter is # enabled. If DHCP does not provide a TFTP URL, then the # ATA can not be provisioned automatically and it must be # manually provisioned. TftpURL:0 # ----------------------------------------------------------------------------- # Parameter: AltTftpURL # Access Code: 935 # Value Type: Alphanumeric string (31 characters max) # # Description: Alternate IP address or URL of TFTP server to use in # Call Manager Environment. # # Note: From the IVR interface, you can only enter the IP address. # From the web server interface, you can enter the actual URL. # # Default: 0 = Use DHCP-provided Alternate TFTL URL (provided in # the second value of option 150, if exists). AltTftpURL:0 # ----------------------------------------------------------------------------- # Parameter: CfgInterval (Not used for SCCP) # Access Code: 80002 # Value Type: Integer (60 - 4294967295 seconds) # # Description: Interval between each configuration update. # # When TFTP is used for provisioning, at every such interval # expiration, the box will perform a TFTP GET of its # configuration file at the earliest possible time -- when the # box is idle. CfgInterval can be set to some random value to # achieve random contact interval from individual ATA box to the # TFTP server. # # Default: 3600 seconds CfgInterval:3600 # ----------------------------------------------------------------------------- # Parameter: EncryptKey # Access Code: 320 # Value Type: Hexadecimal character string (8 Hex characters maximum) # # Description: Key that ATA will use to decrypt its configuration profile # # Options: *0 = no encryption was made on the incoming profile from # the TFTP server. # # non-zero = profile from TFTP server is encrypted with this # key using the RC4 encryption algorithm. # # Note: The cfgfmt.exe program will automatically encrypt the binary # file when this parameter value is non-zero. EncryptKey:0 # ----------------------------------------------------------------------------- # Parameter: EncryptKeyEx # Access Code: N/A # Value Type: Hexadecimal character string (64 Hex characters maximum) # # Description: Stronger encryption key that ATA will use to decrypt its # configuration profile. When this parameter is set to non-zero # value, ATA will ignore EncryptKey parameter, and use this # parameter instead. ATA will also look for ata.x file # instead of ata file for its configuration profile. # # Options: *0 = EncryptKey parameter value is used, and ATA will look # for ata file. # # non-zero = profile from TFTP server is encrypted with this # key using the stronger RC4 encryption algorithm. # This profile is ata.x. # # Note: The cfgfmt.exe (version 2.1) program will generate # ata.x file in addition to ata file if this # parameter is specified. #EncryptKeyEx:0 # ----------------------------------------------------------------------------- # Parameter: ToConfig (Not used for SCCP) # Access Code: 80001 # Value Type: Boolean # # Description: Indicate whether ATA has a valid operating configuration # # Options: *1 = ATA is fresh from the factory and it has no valid # operating configuration # 0 = ATA has a valid operating configuration # # Note: The parameter value should be set to 0 once the ATA has a # valid operating configuration to prevent unnecessary contacts # with the TFTP server, if it is enabled. ToConfig:0 # ====================== Firmware Upgrade Parameters ========================== # ----------------------------------------------------------------------------- # Parameters: upgradecode (Not used for SCCP unless for cross protocol) # # Access Code: N/A # # Description: Special parameter to provide information on how to upgrade # firmware code or language image. The upgrade parameter values # should be derived from the corresponding syntax below. # # Syntax: Upgradecode:3,0x301,0x0400,0x0200,tftp_ip_addr,69,image_id,image_filename # Upgradelang:3,0x301,0x0400,0x0200,tftp_ip_addr,69,image_id,language_filename # # Options: tftp_ip_addr # - TFTP server IP address where the image_filename or # language_filename is located # # image_id # - A unique 32-bit integer value different from upgrade to # upgrade. A simple way to derive this 32-bit integer value # is to use the build date on the image file name and # prepending it with "0x" (e.g. if the image_filename is # ata18x-v2-15-ms-021115a, then the build date is 021115a # and image_id is 0x021115a) # # image_filename # - Firmware upgrade image file name. The file name has the # following syntax: # # ata18x-v{M}-{N}-ms-{yymmdd}{a-f}.{ext} # # M - Major version number # N - Minor version number # (always expressed as 2 digits) # yymmdd - 2 digit year, 2 digit month, 2 digit day # a-f - Build letter: a, b, c, d, e or f # ext - File extension name ".zup" or ".kxz" # NOTE: The file extension MUST be ".kxz" to # upgrade from version 2.11 and below, # and can be ".zup" for upgrading from # version 2.12 and up for the ATA186, # but it MUST be ".zup" for upgrading # an ATA188. # # language_filename # - Language upgrade image file name. The file name has the # following syntax: # # ata18x-v{M}-{N}-ms-{yymmdd}{a-f}-elang.kup # # # Example for Upgrading Software # ------------------------------ # upgradecode:3,0x301,0x0400,0x0200,192.168.2.170,69,0x020514a,ata186-v2-14-ms-020514a.zup # # NOTE: The default values listed below will not trigger any upgrade. upgradecode:0,0x301,0x0400,0x0200,0.0.0.0,69,0,none # ===================== Network Configuration Parameters ====================== # ----------------------------------------------------------------------------- # Parameter: Dhcp # IVR Code: 20 # Value Type: Boolean # # Description: Enable or disable use of DHCP server for network settings # # Options: *1 = Use DHCP to obtain IP, route, netmask, DNS, NTP, TFTP, etc. # 0 = Don't use DHCP, instead use hard coded parameter values for # IP, route, netmask, DNS, NTP, TFTP, etc. dhcp:1 # ----------------------------------------------------------------------------- # Parameters: staticIp # staticRoute # staticSubNetMask # # Access Code: 1 StaticIp # 2 StaticRoute # 10 StaticNetMask # # Value Type: IP address # # Description: If Dhcp parameter is set to 0, use these parameters to # assign a static IP address, route IP address, and subnet mask # StaticIp:0 StaticRoute:0 StaticNetMask:0 # ----------------------------------------------------------------------------- # Parameters: DNS1IP # DNS2IP # # Access Code: 916 DNS1IP (Primary DNS Server) # 917 DNS2IP (Secondary DNS Server) # # Value Type: IP address # # Description: Primary and secondary DNS server IP addresses # # If the DHCP server does not provide them or "Dhcp" parameter # is set to 0, you must provide at least the primary DNS server # IP address; otherwise, domain names cannot be resolved. DNS1IP:0.0.0.0 DNS2IP:0.0.0.0 # ----------------------------------------------------------------------------- # Parameter: VLANSetting # Access Code: 324 # Value Type: Bitmap # # Description: Control various VLAN settings # # Options: Bit Values # ----- -------------------------------------------------------- # 0-2 Specify CoS bit value (802.1P priority) for Signaling # IP packets # 3-5 Specify CoS bit value (802.1P priority) for Voice # IP packets # 6-17 RESERVED # 18-29 Specify static 802.1Q VLAN ID # 30-31 RESERVED VLANSetting:0x0000002b # ----------------------------------------------------------------------------- # Parameter: CA0OrCM0 (old, change to CallManager0) # CA1orCM1 (old, change to CallManager1) # # Access code: 5 CA0OrCM0 (Primary Call Manager) # 6 CA1OrCM1 (Secondary Call Manager) # # Value Type: Alphanumeric string (31 characters maximum) # # Description: Primary and secondary CallManager IP addresses or URLs. # # The parameter value can be an IP address with or without a port # parameter such as 123.123.110.45 or 123.123.110.45:2728, and it # can also be a URL such as cs.cisco.com:2727. # # # Syntax: [:] CA0orCM0:0 CA1orCM1:0 # ----------------------------------------------------------------------------- # Parameter: CA0UID (Not used for SCCP) # CA1UID # # Access Code: 3 CA0UID (Primary Call Agent ID String) # 13 CA1UID (Secondary Call Agent ID String) # # Value Type: Alphanumeric string (31 characters maximum) # # Description: Primary and secondary Call Agent User ID strings CA0UID:0 CA1UID:0 # ----------------------------------------------------------------------------- # Parameters: EPID0orSID0 # EPID1orSID1 # # Access Code: 46 EPID0orSID0 (Line 1 ID) # 47 EPID1orSID1 (Line 2 ID) # # Value Type: Alphanumeric string (51 characters maximum) # # Description: Enable/Disable Line 1 and 2 FXS ports and CallManager # registrations # 0 - FXS port is disabled and no CallManager registration will # be attempted # *. - FXS port is enabled and CallManager registration will be # attempted # EPID0orSID0:. EPID1orSID1:. # ----------------------------------------------------------------------------- # Parameter: PrfCodec (Not used for SCCP) # Access Code: 36 # Value Type: Integer (0 - 3) # Description: Preferred audio codec. # # The ATA's preferred codec is used only in the case when the # Call Agent does not provide a list of preferred codecs in the # Local Connection Options 'a' parameter and the remote party # does not include a codec preference in its SDP. # # Options: 0 = G.723.1 (can be selected only if LBRCodec is set to 0) # 1 = G.711a # 2 = G.711u # *3 = G.729a (can be selected only if LBRCodec is set to 3) PrfCodec:1 # ----------------------------------------------------------------------------- # Parameter: LBRCodec # Access Code: 300 # Value Type: Integer (0 or 3) # Description: Low bit rate codec that can be used during codec negotiation. # # Options: 0 = Select g723.1 as the low bit rate codec # 3 = Select g729 as the low bit rate codec # LBRCodec:3 # ----------------------------------------------------------------------------- # Parameter: MediaPort # Access Code: 202 # Value Type: Integer (1 - 65535) # Description: Base port for receiving RTP media. # Note: A value of 0 sets the default port to 16384. MediaPort:16384 # ----------------------------------------------------------------------------- # Parameter: Domain # Access Code: 931 # Value Type: Alphanumeric string (31 characters maximum) # # Description: Specifies the domain name used for DNS search if the supplied # CallManager URL or TftpURL does not contain a fully qualified # domain name. For example, if cml is specified in CA0orCM0 (or # by tftp configuration profile) as the CallManager URL, and # cisco.com is specified in Domain, then cml@cisco.com will be # used for the DNS search # Domain:0 # ----------------------------------------------------------------------------- # Parameter: PortsSetting # Access Code: 73876787 # Value Type: Integer # # Description: For setting switch ports # Use this parameter to set up Uplink and PC-port speed and duplex # Bit0 - bit 3 : PC-port # Bit4 - bit 7 : Uplink port # # Options: Value Description # ----- -------------------------------------------------------- # 0 10M, HALF duplex # 1 10M, FULL duplex # 2 100M, HALF duplex # 3 100M, FULL duplex # 4 AUTO detect # # others invalid # # Note: 1. If PC-port value is set to higher speed and duplex than that of # Uplink port, software will automatically set it to the maximum # speed and duplex allowed by the Uplink port. # 2. This parameter is only valid on ATA Halmahera. Switch ports can # NOT be set on earlier version of ATA 188. # PortsSetting:0x00000044 # ----------------------------------------------------------------------------- # Parameter: L2KeepAlive # Access Code: 52525483 # Value Type: Integer # # Description: For setting the interval of layer 2 keep alive packet. # Default is 0, which means no layer 2 keep alive packets are # sent. Set this parameter to non-zero value only if # the switch port ATA is connected to require some traffic # generated from ATA to keep the port open (you do not # normally need this feature). The value represent time # in second and valid value are in the range of 0 to # 21474836 (behaviour of value outside the range is undefined). L2KeepAlive:0 # ======================= Audio Configuration Parameters ====================== # ----------------------------------------------------------------------------- # Parameter: AudioMode # Access Code: 312 # Value Type: Bitmap # # Description: Control or fine-tune certain audio features. # # Note: Lower 16-bit controls line 1 and upper 16-bit controls line 2 # # Options: Lines # 1 2 # Bits Bits Values # ----- ----- ------------------------------------------------- # 0 16 G.711 Silence Suppression (Not used for SCCP) # 0 = Disable # *1 = Enable # # 1 17 Codec Availability For All Calls # *0 = G.711 and selected low bit rate codec # 1 = G.711 only # # 2 18 FAX CED Tone Detection # 0 = Disable # *1 = Enable # # 3 19 RESERVED # # 4-5 20-21 DTMF Transmission Method (Not used for SCCP) # 0 = Always in-band # 1 = By negotiation # 2 = Always out-of-band # *3 = Disabled. No DTMF is sent. # # 6-15 22-31 RESERVED AudioMode:0x00350035 # ----------------------------------------------------------------------------- # Parameter: NumTxFrames (Not used for SCCP) # Access Code: 35 # Value Type: Integer (1 - 6) # # Description: Transmit frames per packet. # # The frame size for each G.711 and G.729 data packet is 10 ms. # The frame size for each G.723 data packet is 30 ms. # # Examples: To obtain 60 ms of G.723 audio, set the value to 2 (=60/30). # To obtain 120 ms of G.723 audio, set the value to 4 (=120/30). # To obtain 20 ms of G.711 audio, set the value to 2 (=20/10). # # Note: Cisco recommends using the default value of 2. NumTxFrames:2 # ========================= OPERATIONAL PARAMETERS ============================ # ----------------------------------------------------------------------------- # Parameter: CallerIdMethod # Access Code: 316 # Value Type: Bitmap # # Description: Setup Caller ID signaling method and transmission format. # # Options: Bit Values # ----- -------------------------------------------------------- # 0-1 Caller ID (CID) Signaling Standard # *0 = Bellcore # 1 = DTMF # 2 = ETSI # 3 = RESERVED # # ---------------------------------------------------------------- # (0) Bellcore CID Signaling Bit Definitions # ---------------------------------------------------------------- # # 2 RESERVED # # 3-8 Maximum number of digits in a phone number # Range: 1-20 Default: 12 # # 9-14 Maximum number of characters in a name # Range: 1-20 Default: 15 # # 15 Send 'O' (out of area) to CID device if number is unknown # 0 = Disable # *1 = Enable # # 16 Send 'P' (private) to CID device if number is restricted # 0 = Disable # *1 = Enable # # 17-27 RESERVED # # 28 No Call Waiting Caller ID on line 0 # 29 No Call Waiting Caller ID on line 1 # # ---------------------------------------------------------------- # (1) DTMF CID Signaling Bit Definitions # ---------------------------------------------------------------- # # 2 RESERVED # # 3-6 Start digit for known numbers # 12 = 'A' 14 = 'C' # 13 = 'B' 15 = 'D' # # 7-10 End digit for known numbers # 11 = '#' 14 = 'C' # 12 = 'A' 15 = 'D' # 13 = 'B' # # 11 Polarity reversal before and after CID signal # 0 = Disable # 1 = Enable # # 12-16 Maximum number of digits in a phone number # Range: 1-32 Default: 15 # # 17-19 Start digit for unknown/restricted numbers # 4 = 'A' 6 = 'C' # 5 = 'B' 7 = 'D' # # 20-22 End digit for unknown/restricted numbers # 3 = '#' 6 = 'C' # 4 = 'A' 7 = 'D' # 5 = 'B' # # 23-24 Code to send to CID device if number is unknown # 0 = '00' # 1 = '0000000000' # 2 = '3' # 3 = RESERVED. Do not use! # # 25-26 Code to send to CID device if number is restricted # 0 = '10' # 1 = '1' # 2 = RESERVED. Do not use! # 3 = RESERVED. Do not use! # # 27 RESERVED # # 28 No Call Waiting Caller ID on line 0 # 29 No Call Waiting Caller ID on line 1 # # 30-31 DTMF VMWI interface # 0 = disable # 1 = TeleDanmark MWI, TDK-TS 900 301-5 # 2-3 = RESERVED # # ---------------------------------------------------------------- # (2) ETSI CID Signaling Bit Definitions # ---------------------------------------------------------------- # # 2 0 = data transmission prior ringing using RP-AS # (Ring Pulse Alerting Signal) # 1 = data transmission after 1st ring # # 3-8 Maximum number of digits in a phone number # Range: 1-20 Default: 12 # # 9-14 Maximum number of characters in a name # Range: 1-20 Default: 15 # # 15 Send 'O' (out of area) to CID device if number is # unknown # 0 = Disable # *1 = Enable # # 16 Send 'P' (private) to CID device if number is restricted # 0 = Disable # *1 = Enable # # 17-27 RESERVED # # --------------------------------------------------------------- # # 28 No Call Waiting Caller ID on line 0 # 29 No Call Waiting Caller ID on line 1 # # Note: Cisco recommends the following settings: # # USA = 0x00019e60 # Sweden = 0x0000ff61 or 0x006aff61 # Denmark = 0x0000fde1 or 0x033efde1 # 0x4000fde1 or 0x433efde1 (VMWI enabled) # Germany = 0x00019e62 # Austria = 0x00019e66 # CallerIdMethod:0x00019e60 # ----------------------------------------------------------------------------- # Parameter: Polarity # Access Code: 304 # Value Type: Bitmap # # Description: Control the FXS ports connect and disconnect polarity # # Options: Bit Values # ----- -------------------------------------------------------- # 0 CALLER_CONNECT_POLARITY # Polarity to use when ATA is the caller and the call # is connected. # # *0 = Use forward polarity # 1 = Use reverse polarity # # 1 CALLER_DISCONNECT_POLARITY # Polarity to use when ATA is the caller and the call # is disconnected. # # *0 = Use forward polarity # 1 = Use reverse polarity # # 2 CALLEE_CONNECT_POLARITY # Polarity to use when ATA is the callee and the call # is connected. # # *0 = Use forward polarity # 1 = Use reverse polarity # # 3 CALLEE_DISCONNECT_POLARITY # Polarity to use when ATA is the callee and the call # is disconnected. # # *0 = Use forward polarity # 1 = Use reverse polarity # # 4-31 RESERVED # Polarity:0 # ----------------------------------------------------------------------------- # Parameter: FXSInputLevel # Access Code: 370 # Value Type: Integer (-9 - 2) # # Description: Input level (A/D) level control of the FXS ports FXSInputLevel:-1 # ----------------------------------------------------------------------------- # Parameter: FXSOutputLevel # Access Code: 371 # Value Type: Integer (-9 - 2) # # Description: Output level (D/A) level control of the FXS ports FXSOutputLevel:-4 # ----------------------------------------------------------------------------- # Parameter: ConnectMode # Access Code: 311 # Value Type: Bitmap # # Description: SCCP Connection mode related parameters # # Note: Bits 2 and 8-15 are for FAX passthrough configuration # # Options: Bit Values # ----- -------------------------------------------------------- # 0 Call progress tones configuration method # *0 = Use CallManager Network Locale Feature # (for 3.3(3) CallManager using Locale Installer) # 1 = Use ATA Tone parameters # # 1 RESERVED # 2 G.711 Payload Type Number To Use In Fax Passthrough Mode # *0 = Use 126 for G.711U and 127 for G.711A # 1 = Use 0 for G.711U and 8 for G.711A # # 3-6 RESERVED # # 7 Fax Passthrough Redundancy # *0 = Disable # 1 = Enable # # 8-12 NSE Payload Type Number - The value is the offset to # payload type 96 (valid range 0-23) # Default: 4 (= NSE Payload Type 100) # # 13 FAX Passthrough Codec # *0 = G.711U # 1 = G.711A # # 14-15 FAX Passthrough Mode # *0 = Enable # 1 = Disable # Others = RESERVED # # 16-20 RESERVED # # 21 G.729 Line Allocation # *0 = Enable G.729 on line 0 # 1 = Enable G.729 on line 1 # # 22-24 RESERVED # # 25 *0 = use * as the first digit for the pre-call service # access code # 1 = use # as the first digit for the pre-call service # access code # # bits 26-31 reserved for SCCP configuration # 26: Disable Resume softkey # *0 to enable Auto Resume Softkey in call waiting state. # 1 to disable Auto Resume Softkey in call waiting state for TAPI & soft phone, see detail in CSCdy43324 & CSCea73129 # # 27: Registration mode # *0 to diable ATA to register as 7960. # 1 to enable ATA to register as 7960. (available in 2.16ms) # # 28-29 SCCP Mid-call Service Style # *0 - ATA Mid-call Style # 1 - Bellcore Mid-call Style # 2 - VG248 Mid-call Style # # 30 Cisco IOS Telephony Solution (ITS) Support # *0 - Disable ITS support (CallManager support) # 1 - Enable ITS support # # 31 XML configuration profile support # 0 - Disable XML configuration profile support (should # be used for CallManager version 3.0) # *1 - Enable XML configuration profile support (should # be used for CallManager version 3.1 or later) # # Defaults are marked with *. ConnectMode:0x90000400 # ----------------------------------------------------------------------------- # Parameter: SigTimer # Access Code: 318 # Value Type: Bitmap # # Description: Timeout values to start/stop the certain signaling events # # Options: Bit Values # ----- -------------------------------------------------------- # 0-7 CALL WAITING PERIOD (Not used for SCCP) # Period between each burst of call waiting tone # # Range: 0 - 255 # Factor: 0.1 second increment # Note: 0 defaults to 100 (or 10 sec) # Default: 100 (0x64 = 10 sec) # # 8-21 RESERVED # # 22-25 REORDER DELAY/PSTN-LIKE BEHAVIOR: (SCCP ONLY) # In a PSTN-like environment, when far-end disconnects # first, there is always a period of silence heard # on the line before the reorder (fast busy) tone is # played. The same reorder delay can be duplicated # on the ATA by configuring these bits in the SigTimer # field according to the guildine specified here: # # Valid Range: 0 - 15 # # Value(s): 0 = wait 4 sec before playing reorder # 1 - 14 = wait exactly n number of seconds # before starting reorder tone # (e.g. value of 2 means wait 2 sec) # 15 = never play reorder # # Default: 0 (wait 4 sec before playing reorder) # # 26-27 MINIMUM FLASH-HOOK TIME # Minimum on-hook time required for flash-hook event # # *0 = 60 ms 2 = 200 ms # 1 = 100 ms 3 = 300 ms # # 28-31 MAXIMUM FLASH-HOOK TIME # Maximum on-hook time allowed for flash-hook event # # *0 = 1000 ms 8 = 800 ms # 1 = 100 ms 9 = 900 ms # 2 = 200 ms 10 = 1000 ms # 3 = 300 ms 11 = 1100 ms # 4 = 400 ms 12 = 1200 ms # 5 = 500 ms 13 = 1300 ms # 6 = 600 ms 14 = 1400 ms # 7 = 700 ms 15 = 1500 ms SigTimer:0x00000064 # ----------------------------------------------------------------------------- # Parameter: OpFlags # Access code: 323 # Value Type: Bitmap # # Description: Turn ON/OFF various operational features # # Options: Bit Values # ----- -------------------------------------------------------- # 0 TFTP Configuration Filename # *0 = Use DHCP provided TFTP filename, if available; # otherwise, use the internal default TFTP # configuration filename # 1 = Always use the internal default TFTP # configuration filename # # 1 Network Probing on Power Up # 0 = Probe the static network router when power up # *1 = Do not perform static network router probing at # power up # # 2 RESERVED # # 3 DHCP Option 150 # *0 = Ask for DHCP option 150 in DHCP DISCOVERY message # 1 = Do not ask for DHCP option 150 in DHCP DISCOVERY # message (some DHCP server will not respond if # option 150 is requested) # # 4 VLAN Network Operation # *0 = Do not use the static VLAN ID # 1 = Use the static VLAN ID specified in VLANSetting, # (see VLANSetting parameter) # # 5 VLAN Encapsulation # *0 = Use VLAN IP encapsulation # 1 = Do not use VLAN IP encapsulation, i.e. force # turning OFF VLAN tagging # # 6 Cisco Discovery Protocol (CDP) # *0 = Use CDP discovery # 1 = Do not perform CDP discovery # # 7 Web Configuration Access (as of 2.14.020514) # *0 = Allow web configuration # 1 = Do not allow web configuration # # 8 TFTP Refresh Access (Not used for SCCP) # *0 = Allow force profile update via http://ip/refresh # 1 = Do not allow http://ip/refresh # # 9 Remote Reset Access (Not used for SCCP) # *0 = Allow reset of ATA via http://ip/reset # 1 = Do not allow reset of ATA via http://ip/reset # # 10 HOSTNAME of Device # *0 = Request device's HOSTNAME from DHCP server # 1 = In device's DHCP packets, use device's name # as device's HOSTNAME (DHCP option 12) # # 11 RESERVED # # 12 RESERVED # # 13 DNS Servers For Name Resolution # *0 = Use statically configured DNS servers, if # available; otherwise, use DHCP provided DNS IPs # 1 = Use both statically configured (DNS1IP & DNS2IP) # and DHCP provided DNS IPs (up to 2) # (This configuration bit gives precedence # to DHCP provided DNS IPs over statically # provided DNS IPs). # (Not available in version prior to 2.16) # # 14 DNS Servers For Name Resolution 2 # *0 = Use statically configured DNS IPs (DNS1IP & # DNS2IP), if available; otherwise, use DHCP # provided DNS IPs # 1 = Use both statically configured (DNS1IP & DNS2IP) # and DHCP provided DNS IPs (up to 2). # (This configuration bit gives precedence # to statically provided DNS IPs over DHCP # provided DNS IPs. When set, it also overwrites # configuration bit 13 in OpFlags parameter). # (Not available in version prior to 2.16) # # 15 Disable UDP checksum generation # (Not availabe in version prior to 2.16.2 031006) # *0 = generate UDP checksum in outgoing UDP packets. # 1 = disable generation of of UDP checksum in # outgoing UDP packets. # # # 16-27 RESERVED # # 28-31 If set to 6, FactReset (322873738#) # and Local Upgrade (100#) options will be protected # by UIPassword also. OpFlags:0x00000002 # ----------------------------------------------------------------------------- # Parameter: TOS # Access Code: 255 # Value Type: Bitmap # # Description: ToS (Type of Service) bits. This bitmap value specifies the # precedence and delay of Audio and Signaling IP packets. # # Options: Bit Values # ----- -------------------------------------------------------- # 0-7 ToS Value For Voice Data Packets # Range: 0-255 Default: 184 # # 8-15 ToS Value For Signaling Data Packets # Range: 0-255 Default: 96 # # 16-31 RESERVED TOS:0x000060B8 # ======================== Tone Configuration Parameters ====================== # ----------------------------------------------------------------------------- # Parameters: DialTone # DialTone2 # BusyTone # ReorderTone # RingBackTone # CallWaitTone # AlertTone # # Access Code: 920 DialTone # 927 DialTone2 # 921 BusyTone # 922 ReorderTone # 923 RingBackTone # 924 CallWaitTone # 925 AlertTone # # Note: When using ATA with CallManager 3.3(3) that has installed ATA # Network Locale option using locale installer, one should specify # the call progress tones using the Network Locale option on the # CallManager configuration page. Only if the desired locale does # not exist, then one should use the ATA tone parameters for # configurating call progess tones. To do so, ConnectMode Bit 0 has # to be set to 1 to disable CallManager network locale setting. # Otherwise, CallManager default configuration (US tone) will # overwrite the ATA tone setting. # # Value Type: # Tones can be specified using either Basic Format or Extended Format # # Basic Format: # For all tones: # Array of 9 comma-separated short integers # # Extended Format: # (a) For DialTone, DialTone2, BusyTone, RingbackTone, CallWaitTone, # AlertTone: # Array of 11 comma-separated short integers # (b) For ReorderTone: # Array of 17 comma-separated short integers # # NOTE: Basic Format has the same physical number of fields as the # extended format, so it is recommended that when specifying in # basic format, the unused extended fields are padded with Zeroes # (not doing so will not have any detrimental effect but just # those unused extended fields may be displayed as random value # in the web page interface). # # Description: Call progress tone specifications # # Basic Format: # NumOfFreqs,Tfreq1,Tfreq2,Tamp1,Tamp2,Steady,OnTime,OffTime, # TotalToneTime # # # Options: NumOfFreqs: number of frequencies in the tone (1 or 2) # # Tfreq1, Tfreq2: the transformed frequencies of the first and # second frequencies, respectively. Calculated as follows, where # F is the desired frequency in Hz: # # 32767 * cos(2*pi*F/8000) # # Tamp1, Tamp2: the transformed amplitude of the first and second # frequencies, respectively. Calculated as follows, where F is # desired frequency in Hz, k is the desired volume in dBm, n # is the number of frequencies: # # 32767 * A * sin(2*pi*F/8000) # A = 0.5 * 10^((k+10-(n-1)*3)/20) # # # Steady: 0, if a tone with on-off cadence. # 1, if a steady tone. # # OnTime: the length of time the sound is played # OffTime: the length of time the silence is played # OnTime and OffTime are specified as number of samples with # the sampling rate of 8kHz, valid range 1-0xffff # For examples, for a lenght of 0.3 seconds, set a value to 2400 # # TotalToneTime: the total length of time the tone plays. If # this value is 0, the tone will play until another event stops # the tone. For DialTone, DialTone2, BusyTone, ReorderTone, and # RingbackTone, the unit is 10 ms (specifying 100 = 1 second). # For others, the unit is sample with 8 kHz sampling rate # (specifying 8000 = 1 second). # # # Extended Format: # a) NumOfFreqs,Tfreq1,Tamp1,Tfreq2,Tamp2,NumOfOnOffPairs,OnTime1,OffTime1, # OnTime2,OffTime2,TotalToneTime # # Options: NumOfFreqs: 100 + number of frequencies in the tone (specify # 101 for one frequency, 102 for two frequencies) # # Tfreq1, Tfreq2: the transformed frequencies of the first and # second frequencies, respectively. Calculated as follows, where # F is the desired frequency in Hz: # # 32767 * cos(2*pi*F/8000) # # Tamp1, Tamp2: the transformed amplitude of the first and second # frequencies, respectively. Calculated as follows, where F is # desired frequency in Hz, k is the desired volume in dBm, n # is the number of frequencies: # # 32767 * A * sin(2*pi*F/8000) # A = 0.5 * 10^((k+10-(n-1)*3)/20) # # # NumOfOnOffPairs: the number of on-off pairs in the cadence of # the tone (0, 1, or 2). For a steady tone, use 0. # # OnTime1, OnTime2: the length of time the sound is played for # the first and second on-off pairs of a cadence, respectively. # # OffTime1, OffTime2: the length of time the silence is played # for the first and second on-off pairs of a cadence, # respectively # # OnTime1, OnTime2, Offtime1, and OffTime2 are specified as # number of samples with the sampling rate of 8kHz, valid # range 1-0xffff # For examples, for a lenght of 300 ms, set a value to 2400 # # TotalToneTime: the total length of time the tone plays. If # this value is 0, the tone will play until another event stops # the tone. For DialTone, DialTone2, BusyTone, ReorderTone, and # RingbackTone, the unit is 10 ms (specifying 100 = 1 second). # For others, the unit is sample with 8 kHz sampling rate # (specifying 8000 = 1 second). # # # b) Sequential,NumOfFreqs,Tfreq1,Tamp1,Tfreq2,Tamp2,Tfreq3,Tamp3, # NumOfOnOffPairs,OnTime1,OffTime1,OnTime2,OffTime2,OnTime2,OffTime3 # NumOfRepeat,TotalToneTime # # # Options: Sequential: specifies whether multiple frequencies in a tone # play simultaneously (100) or sequentially (101). Set to 100 # for a tone with one frequency. If Sequential is 101, # the number of frequencies (NumOfFreqs) has to be the same value # as the number of on-off pairs in a cadence (NumOfOnOffPairs) # # NumOfFreqs: number of frequencies in the tone (1, 2, or 3) # # Tfreq1, Tfreq2, Tfreq3: the transformed frequencies of the # first, second, and third frequencies, respectively. Calculated # as follows, where F is the desired frequency in Hz: # # 32767 * cos(2*pi*F/8000) # # Tamp1, Tamp2, Tamp3: the transformed amplitude of the first, # second, and third frequencies, respectively. Calculated as # follows, where F is desired frequency in Hz, k is the desired # volume in dBm, n is the number of frequencies (If Sequential # is set to 101, n is equal to 1): # # 32767 * A * sin(2*pi*F/8000) # A = 0.5 * 10^((k+10-(n-1)*3)/20) # # # NumOfOnOffPairs: the number of on-off pairs in the cadence of # the tone (0, 1, 2, 3). For a steady tone, use 0. # # OnTime1, OnTime2, OnTime3: the length of time the sound is # played for the first, second, and third on-off pairs of a # cadence, respectively. # # OffTime1, OffTime2, OffTime3: the length of time the silence # is played for the first, second and third on-off pairs of a # cadence, respectively. # # OnTime1, OnTime2, OnTime3, Offtime1, OffTime2, and OffTime3 # are specified as number of samples with the sampling rate of # 8kHz, valid range 1-0xffff # For examples, for a lenght of 300 ms, set a value to 2400 # # NumOfRepeats: number of times that the first on-off pair of # the cadence (specified by OnTime1, OffTime1) repeats before # the second on-off pair (specified by OnTime2, OffTime2) plays # # For example, if NumOfRepeats is 2, the first on-off pair will # play three times (it will play once and then repeat two times) # then the scond on-off pair will play # # TotalToneTime: the total length of time the tone plays. If # this value is 0, the tone will play until another event stops # the tone. For DialTone, DialTone2, BusyTone, ReorderTone, and # RingbackTone the unit is 10 ms (specifying 100 = 1 second). # For others, the unit is sample with 8 kHz sampling rate # (specifying 8000 = 1 second). # # DialTone:2,31538,30831,1380,1740,1,0,0,1000,0,0 DialTone2:2,29780,30743,1252,1384,1,0,0,1000,0,0 BusyTone:2,30467,28959,1191,1513,0,4000,4000,0,0,0 ReorderTone:2,30467,28959,1191,1513,0,2000,2000,0,0,0,0,0,0,0,0,0 RingBackTone:2,30831,30467,1943,2111,0,16000,32000,0,0,0 CallWaitTone:1,30831,0,5493,0,0,2400,2400,4800,0,0 AlertTone:1,30467,0,5970,0,0,480,480,1920,0,0 # ----------------------------------------------------------------------------- # Parameter: RingCadence (Not used for SCCP) # Access Code: 929 # Value Type: Array of three comma-separated, short integers # Description: Control phone ring characteristic. # # Note: Cisco recommends the following settings: # # USA = 2,4,25 # Sweden = 1,5,25 RingCadence:2,4,25 # ============================ Diagnostic Parameters ========================== # ----------------------------------------------------------------------------- # Parameter: NPrintf # Access Code: 81 # Value Type: Extended IP # # Description: FOR DIANOSTIC USE. Use this parameter to specify the IP # address and port number where the Cisco 7905 will send its # debug output information. # # The program "prserv.exe", which is included in all software # upgrade package, is needed to capture the debug information. # For example, to send message to the host at 192.168.2.170 and # port number 9001, execute "prserv 9001" on a PC and specify # "192.168.2.170.9001" as the value of this parameter. # # Syntax: . NPrintf:0 # ----------------------------------------------------------------------------- # Parameter: TraceFlags # Access Code: 313 # Value Type: Bitmap # # Description: FOR DIAGNOSTIC USE. Use this parameter to turn ON specific a # specific trace. # # Options: Bit Values # ----- -------------------------------------------------------- # 0-6 RESERVED # 7 0: simplified SCCP message log # 1: detailed SCCP message log # 8-31 RESERVED TraceFlags:0x00000000 # ----------------------------------------------------------------------------- # Parameter: SyslogIP # Access Code: 7975640 # Value Type: Extended IP # # Description: FOR DIANOSTIC USE. Use this parameter to specify the IP # address and port number where the Cisco ATA 186/188 will send # its syslog output information. # # The program "prserv.exe", which is included in all software # upgrade package, is needed to capture the syslog information. # For example, to send message to the host at 192.168.2.170 and # port number 514, execute "prserv 514" on a PC and specify # "192.168.2.170.514" as the value of this parameter. # # Syntax: . SyslogIP:0.0.0.0.514 # ----------------------------------------------------------------------------- # Parameter: SyslogCtrl # Access Code: 7975641 # Value Type: Bitmap # # Description: FOR DIAGNOSTIC USE. # Use this parameter to turn ON specific syslog traces. All # traces are sent to the syslog server specified in 'SyslogIP'. # # # Options: Bit Values # ----- -------------------------------------------------------- # 0 ARP messages # 1 DHCP messages # 2 TFTP messages # 3 ATA configuration update messages # 4 system reboot messages # # 9 ATA event messages # 10 FAX event messages # # 16 RTP STATISTICS messages # # others RESERVED SyslogCtrl:0x00000000