Posts Tagged tenor
Tenor A400 sample configuration (1)
Posted by Victor Tong in Uncategorized on July 4th, 2009
Tenor A400 sample configuration (1)
Unit ---- Unit: 1 IP Address = 192.168.0.96 External IP Address = 0.0.0.0 Name = a400 Voip = Sip(1) Online = 1 Relay ResetTime = 240 Relay Reset Number = 2 TcpKeepAlive = Disabled(0) System ------ Country Value = 15 Country Code = 852 Area Code = 732 Minimum DN = 7 Maximum DN = 7 International Prefix: 1: 011 Long Distance Prefix = 1 Carrier Selection Prefix: Intercom Used = yes(1) Intercom Prefix = None Centrex Prefix = None Pstn Route Prefix = 0 Ip Route Prefix = 7 Multipath Prefix = 9 Private DN Used = yes(1) Private DN Length = 4 Interdigit Timeout = 4 sec. Contact = Location = IP Address : of Snmp Trap Server 1 = 0.0.0.0 IP Address : of Snmp Trap Server 2 = 0.0.0.0 IP Address : of Snmp Trap Server 3 = 0.0.0.0 IP Address : Port # of Syslog Server 1 = 0.0.0.0 : 514 IP Address : Port # of Syslog Server 2 = 0.0.0.0 : 514 IP Address : Port # of Syslog Server 3 = 0.0.0.0 : 514 Syslog Facility = 16 IP Address : Port # of Cdr Server 1 = 0.0.0.0 : 0 IP Address : Port # of Cdr Server 2 = 0.0.0.0 : 0 Cdr Password: Cdr Format: 0 Ring Frequency = 20 Hz(0) PSTN Ring Sensitivity = Normal(0) Primary Time Server: IP Address = 210.0.235.14 Secondary Time Server: IP Address = 0.0.0.0 UTC Offset: Unknown Disc Tone Frequency: 480 Hz (min) : 620 Hz (max) Disconnect On/Off Time: 250 mSec(on) : 250 mSec(off) Call Indication Tone = None(0) Dialplan -------- User Programmable DP = No Dialplan table: index:Pattern DpType min max nprefix System LAN ---------- Subnet Mask = 255.255.255.0 Default Gateway = 192.168.0.254 PSTN Trunk Group ---------------- PSTN Trunk Group: 1 Name = PstnPassThrough1 Pass Through = yes(1) PT Trunk ID = 0 Provide Call Progress Tone = no(0) Busyout = no(0) Hunt Algorithm = ascending(0) Modem Bypass = no(0) Direction = both(2) DN Used = public End Of Dial = yes(1) End Of Dial Digit = # Add End of Dial Digit = no(0) Ivr Type = None External Routing Request = no(0) Auto Switch Enable = no(0) Forced IP Routing # = none Trunk ID(Account Code) = none Trunk ID Delivery = none 2 Stage Dial = No IP Extension = no(0) Maximum LAM Calls Allowed = 4 LAM: Index Pattern Replacement NumberType Cas Signaling Type = loop start(1) Cas Orientation = user(0) Dial Tone Detect = yes(1) Dial Delay Timeout = 1000 Answer Delay Timeout = 0 Flash-Hook Signaling = no(0) Supervision = none(0) Caller Id Detection = no(0) dtmf-ontime = 100 dtmf-offtime = 100 Channel: PBX Trunk Group --------------- PBX Trunk Group: 1 Name = pbxtg1 Pass Through = yes(1) PT Trunk ID = 0 Provide Call Progress Tone = yes(1) Multipath = yes(1) Hunt Algorithm = ascending(0) Modem Bypass = no(0) Direction = both(2) DN Used = public End Of Dial = yes(1) End Of Dial Digit = # Add End of Dial Digit = no(0) Ivr Type = None Partial TG = no(0) External Routing Request = no(0) Auto Switch Enable = no(0) Forced IP Routing # = none Trunk ID(Account Code) = none Trunk ID Delivery = none 2 Stage Dial = No IP Extension = no(0) Public Number of Digits = 7 Private Number of Digits = 4 Public Hunt Ldn's: Private Hunt Ldn's: 1: 1001 BDN: Index Bdn Cas Signaling Type = loop start(1) Cas Orientation = net(2) Flash-Hook Signaling = yes(1) Flash-Hook Min = 200 Flash-Hook Max = 700 Supervision = none(0) Caller Id Generation = yes(1) dtmf-ontime = 100 dtmf-offtime = 100 Channel: unit# 1 line# 1: 1 PBX Trunk Group: 2 Name = pbxtg2 Pass Through = yes(1) PT Trunk ID = 1 Provide Call Progress Tone = yes(1) Multipath = yes(1) Hunt Algorithm = ascending(0) Modem Bypass = no(0) Direction = both(2) DN Used = public End Of Dial = yes(1) End Of Dial Digit = # Add End of Dial Digit = no(0) Ivr Type = None Partial TG = no(0) External Routing Request = no(0) Auto Switch Enable = no(0) Forced IP Routing # = none Trunk ID(Account Code) = none Trunk ID Delivery = none 2 Stage Dial = No IP Extension = no(0) Public Number of Digits = 7 Private Number of Digits = 4 Public Hunt Ldn's: Private Hunt Ldn's: 1: 1002 2: 2002 BDN: Index Bdn Cas Signaling Type = loop start(1) Cas Orientation = net(2) Flash-Hook Signaling = yes(1) Flash-Hook Min = 200 Flash-Hook Max = 700 Supervision = none(0) Caller Id Generation = yes(1) dtmf-ontime = 100 dtmf-offtime = 100 Channel: unit# 1 line# 1: 2 PBX Trunk Group: 5 Name = pbxtg5 Pass Through = yes(1) PT Trunk ID = 4 Provide Call Progress Tone = yes(1) Multipath = yes(1) Hunt Algorithm = ascending(0) Modem Bypass = no(0) Direction = both(2) DN Used = public End Of Dial = yes(1) End Of Dial Digit = # Add End of Dial Digit = no(0) Ivr Type = None Partial TG = no(0) External Routing Request = no(0) Auto Switch Enable = no(0) Forced IP Routing # = none Trunk ID(Account Code) = none Trunk ID Delivery = none 2 Stage Dial = No IP Extension = no(0) Public Number of Digits = 7 Private Number of Digits = 4 Public Hunt Ldn's: Private Hunt Ldn's: BDN: Index Bdn Cas Signaling Type = loop start(1) Cas Orientation = net(2) Flash-Hook Signaling = yes(1) Flash-Hook Min = 200 Flash-Hook Max = 700 Supervision = none(0) Caller Id Generation = yes(1) dtmf-ontime = 100 dtmf-offtime = 100 Channel: IP Trunk Group --------------- Incoming IP call delete digits = 0 Incoming IP call prefix = Outgoing IP call delete digits = 0 Outgoing IP call prefix = Prefix Trunk ID = no(0) Default Trunk = No External Routing Request = no(0) Display Information ID = Tenor-Gateway Line ---- Line: 1 Law = uLaw(0) Rx Gain = -4dB Tx Gain = -2dB Line: 2 Law = uLaw(0) Rx Gain = 0dB Tx Gain = 0dB Guard Time = 0mS DAA Start Up = Enabled Bandwidth Management -------------------- Time of Day Maximum Bandwidth: Day = 0(Sunday) Hour = 00 * * * * * * Hour = 06 * * * * * * Hour = 12 * * * * * * Hour = 18 * * * * * * Day = 1(Monday) Hour = 00 * * * * * * Hour = 06 * * * * * * Hour = 12 * * * * * * Hour = 18 * * * * * * Day = 2(Tuesday) Hour = 00 * * * * * * Hour = 06 * * * * * * Hour = 12 * * * * * * Hour = 18 * * * * * * Day = 3(Wednesday) Hour = 00 * * * * * * Hour = 06 * * * * * * Hour = 12 * * * * * * Hour = 18 * * * * * * Day = 4(Thursday) Hour = 00 * * * * * * Hour = 06 * * * * * * Hour = 12 * * * * * * Hour = 18 * * * * * * Day = 5(Friday) Hour = 00 * * * * * * Hour = 06 * * * * * * Hour = 12 * * * * * * Hour = 18 * * * * * * Day = 6(Saturday) Hour = 00 * * * * * * Hour = 06 * * * * * * Hour = 12 * * * * * * Hour = 18 * * * * * * Gatekeeper Administration ------------------------- Endpoint Authorization Type = 0 (None) Allowed Endpoints IP Mask No Allowed Endpoints Configured Barred Endpoints IP Mask No Barred Endpoints Configured Gatekeeper System ----------------- Zone Name = Border Element IP Address(prim) = 0.0.0.0 Border Element IP Address(sec) = 0.0.0.0 Discovery IP Address = 0.0.0.0 Gatekeeper Password = LRQ returns all candidates(0) Maximum LRQ Hops = 0 WAN Call Limit = 0 (disabled) LCF/LRJ V3plus = 1 Gatekeeper Option Flags: Use IP Header Address = no(0) Ridgeway ARQ = no(0) Border Element ----------------- Static Routing No Static Routes configured DSP --- Voice Coding algorithm = 8 Voice Information Field size = 1280 bits Silence Suppression = Enable(1) Minimum Jitter buffer = 60 msec Maximum Jitter buffer = 150 msec Receive Gain (PCM -> IP) = -2 dB Transmit Gain (IP -> PCM) = -4 dB Digit Relay = 0 Fax Relay Type = 0 Fax Maximum Rate = 144 Fax Playout FIFO nominal delay = 600 Fax Coding = 0 Idle Time = 0 Answer Supervision Options = 0 AutoSwitch ---------- Auto Threshold = 50 H323 Gateway ----------------- Primary GK Address = 0.0.0.0 Primary Auto Discovery = 1 Secondary GK Address = 0.0.0.0 Secondary Auto Discovery = 0 H.323 ID = Register DN = Register as GW Prefixes(1) Ignore Bandwidth in ACF = no(0) Default H245 Tunneling = yes(1) Round Trip Delay = 0 One Stage Dialing = 0 RRQ Interval = 0 H323 Interop Flags: H225 GW Protocol = h323(0) Do BRQ = 0 SlaveSessionId0 = 0 AllowFastStartOnly = No(0) RRQv3plus= No(0) ProgressInd Alert= No(0) StartH245Flag= No(0) Automatic Ext IP Update= No(0) Do Lightweight RRQ = no(0) Radius User ----------- host p 0.0.0.0 authenticationport p 1812 accountingport p 1813 host s 0.0.0.0 authenticationport s 1812 accountingport s 1813 retry = 3 timeout = 5 accountingtype = 0 billingvendor 0 sharedsecret IVR ------ Primary File Server: IP Address = 0.0.0.0 Secondary File Server: IP Address = 0.0.0.0 timeout: 5 Enabled Languages: None Radius Endpoint --------------- host p 0.0.0.0 authenticationport p 1812 accountingport p 1813 host s 0.0.0.0 authenticationport s 1812 accountingport s 1813 retry = 3 timeout = 5 idtype = 0 passwordtype = 0 sharedsecret Sip --------------- Primary Registrar = 0.0.0.0:0000 Primary Registrar User Name= a400 Primary Registrar Pwd= a400 Primary Proxy = 0.0.0.0:0000 Primary Proxy User Name= a400 Primary Proxy Pwd= a400 Secondary Registrar = 0.0.0.0:0000 Secondary Registrar User Name= Secondary Registrar Pwd= Secondary Proxy = 0.0.0.0:0000 Secpndary Proxy User Name= Secondary Proxy Pwd= User Agent port = 5060 Time to Live = 0 Product Name: Tenor Analog A400 Multipath Switch - 4 ports (Rev. B) Gatekeeper Status: Mini GK Calls Allowed: 4 Feature Bit Status: -PS/+RB/-ER Languages allowed: 1 Serial Number: A002-008663 Ethernet Address: 00-30-E1-00-86-63 IP Address: 192.168.0.96 Subnet Mask: 255.255.255.0 Default Gateway: 192.168.0.254 System Software Version: P5-2-1(LEC) (1678285/0xFF74) Boot Software Version: P4-1-3 (180592/0xE814) Database Version: 2.08 09-13-2000 (278376)Total views: 18,024 views
Tenor A400 DTMF inband with Asterisk
Posted by Victor Tong in Uncategorized on July 4th, 2009
Tenor A400 DTMF inband with Asterisk
When you are using A400 to access Voicemail provided by Asterisk, you may not be able to submit the “digit” or “key” to it.
If you are facing this case, you can consider to do the following configuration.
1. In Asterisk sip.conf,
Configure
dtmfmode=inband
2. In A400,
Configure
dsp digitrelay 1
digitrelay
digitrelay
Description: Digit Relay. Used to set how the Tenor sends DTMF tones during a VoIP call. Sending DTMF tones in-band (the same path as the voice) over IP is extremely unreliable. It is not uncommon for these tones to be misinterpreted as a different digit than what was entered. Therefore, the Tenor, by default, will regenerate the tones in that, when a Tenor senses that a user has pushed digits during a call, the Tenor will translate the tones to the literal digit, send that information over IP to the destination Tenor. The destination Tenor will convert the digit back to a tone and insert it on to the correct voice path. This provides a high degree of accuracy when sending DTMF tones. However, some devices, such as Microsoft’s NetMeeting, do not support this method and can only send the digits in-band. This command allows you to choose the DTMF method.
Cmd Type: Command.
Prompt Level: config dsp#
Syntax: digitrelay or digit {0 | 1}
Arguments:
0 H.245 regenerate dtmf tones and send out-of-band.
1 Allow DTMF tones to be sent in-band of the voice call.
Default: 0 – out-of-band DTMF.
Availability: All Tenor releases.
Examples:
config dsp# digitrelay 1
Sets the Tenor to send and receive DTMF tones in-band on the voice call.
Total views: 19,906 views
Comments