DTMF tone speed

Had a look on the forums but couldn't find a solution.

I guess there is no way to speed up the rate at which a DTMF tone is sent after the other?

No, if you press the keys during a call, dtmf tones are added to send it queue all the same, no difference in speed.

Tags: BlackBerry Developers

Similar Questions

  • [CME 9.1] Phone IP 3905 fails to send DTMF tones to the external network.

    Hi all!

    We have three types of SIP phones in our CME 9.1: 3905, 6941 and 8941. All phones except 3905 send DTMF tones successfully through our operator. Here is "debug voice ccapi detail" what "206" (ip phone 3905) extension 93274343 external phone calls and trying to send numbers. Config is to be attached. Also, a part of config here:

    voip phone service

    list of approved IP addresses

    IPv4 10.0.0.0

    h323 connections allow h323

    allow connections h323 to SIP

    allow connections sip h323

    allow sip to sip connections

    service additional h450.12

    no additional service moved temporarily sip

    no service additional sip refer

    Fax protocol t38 ls-redundancy version 0 0 hs-redundancy 0 help none

    H323

    SIP

    Registration Server expires 120 min 60 max

    !

    voice class codec 1

    g711ulaw codec preference 1

    g711alaw preferably 2 codec

    !

    !

    Global voice registry

    FMC of fashion

    source-address 10.10.0.41 port 5060

    3 timeouts interdigit

    Max - dn 100

    Max-pool 80

    load 8961 sip8961.9 - 2 - 2 SR 1-9

    authenticate the registry

    authenticate the defagroup.com Kingdom

    time format 24

    date format D/M/Y

    Flash TFTP-path:

    create the profile synchronization 0001013651736503

    Hi all!

    We have three types of SIP phones in our CME 9.1: 3905, 6941 and 8941. All phones except 3905 send DTMF tones successfully through our operator. Here is "debug voice ccapi detail" what '206' extension 93274343 external phone calls and trying to send numbers. Config is to be attached. Also, a part of config here:

    voip phone service

    list of approved IP addresses

    IPv4 10.0.0.0

    h323 connections allow h323

    allow connections h323 to SIP

    allow connections sip h323

    allow sip to sip connections

    service additional h450.12

    no additional service moved temporarily sip

    no service additional sip refer

    Fax protocol t38 ls-redundancy version 0 0 hs-redundancy 0 help none

    H323

    SIP

    Registration Server expires 120 min 60 max

    !

    voice class codec 1

    g711ulaw codec preference 1

    g711alaw preferably 2 codec

    !

    !

    Global voice registry

    FMC of fashion

    source-address 10.10.0.41 port 5060

    3 timeouts interdigit

    Max - dn 100

    Max-pool 80

    load 8961 sip8961.9 - 2 - 2 SR 1-9

    authenticate the registry

    authenticate the defagroup.com Kingdom

    time format 24

    date format D/M/Y

    Flash TFTP-path:

    create the profile synchronization 0001013651736503

    Register of voice dn 6

    number 204

    call-forward noan 201 timeout 20 b2bua

    Register of voice model 1

    function key 1 Redial

    function key 2 Cfwdall

    function key 3 Hold

    function key 5 Trnsfer

    function key 6 DND

    !

    voice dialing plan registry 1

    type of 7940-7960-others

    model 1...

    2 9810 model *.

    model 3 9...

    Model 4 98...

    Register of voice pool 8

    Mac ID 64D8.14A5.01B4

    type of 3905

    Number 1 dn 8

    numbering plan 1

    DTMF-relay rtp - nte

    codec voice-class 1

    206 206 username password

    No vad

    voice POTS dial-peer 1

    translation-profile out in the city

    destination-model 9 t

    port 0/0/0:15

    Retail ccapi voice 'debug' is here:

    phone #.

    * Dec 27 16:45:22.095: / / 0, xxxxxxxxxxxx, CCAPI, cc_get_call_entry:

    Entry call is not found

    * Dec 27 16:45:22.095: / / 0, xxxxxxxxxxxx, CCAPI, cc_get_call_entry:

    Entry call is not found

    * Dec 27 16:45:22.095: / / 817/xxxxxxxxxxxx/CCAPI/cc_get_call_entry:

    Entry call is not found

    * Dec 27 16:45:22.095: / / 817/xxxxxxxxxxxx/CCAPI/cc_get_call_entry:

    Entry call is not found

    * Dec 27 16:45:22.095: / / 817/xxxxxxxxxxxx/CCAPI/cc_get_call_entry:

    Entry call is not found

    * Dec 27 16:45:22.095: //-1/xxxxxxxxxxxx/CCAPI/cc_api_update_interface_cac_resource:

    Hwidb = GigabitEthernet0/0, bandwidth = 80, Call Id = 817

    * Dec 27 16:45:22.095: //-1/xxxxxxxxxxxx/CCAPI/cc_api_update_interface_cac_resource:

    Call total count = 0, call Voip Count = 0, Count MMoip call = 0 x 0, bandwidth = 80

    * Dec 27 16:45:22.095: / / 817/xxxxxxxxxxxx/CCAPI/cc_get_call_entry:

    Entry call is not found

    * Dec 27 16:45:22.095: / / 817/xxxxxxxxxxxx/CCAPI/cc_get_call_entry:

    Entry call is not found

    * Dec 27 16:45:22.095: //-1/A3B9036582FD/CCAPI/cc_api_call_setup_ind_common:

    Interface type = 0, Protocol = 3

    * Dec 27 16:45:22.095: //-1/A3B9036582FD/CCAPI/ccCheckClipClir:

    Part number is provided by the user

    * Dec 27 16:45:22.095: //-1/A3B9036582FD/CCAPI/cc_api_call_setup_ind_common:

    After checking the number translation:

    Number = 206 (TON = unknown, NPI = unknown, not projected = screening, presentation = authorized),

    Called number = 3 (TONNE = unknown, NPI = unknown)

    * Dec 27 16:45:22.095: / / 817/xxxxxxxxxxxx/CCAPI/cc_insert_call_entry:

    Total Call Count = 0, entry calls (call count On = FAKE incoming call = TRUE)

    * Dec 27 16:45:22.095: / / 817/xxxxxxxxxxxx/CCAPI/cc_insert_call_entry:

    Total Call Count = 1

    * Dec 27 16:45:22.095: / / 817, A3B9036582FD, CCAPI, cc_insert_guid_pod_entry:

    Incoming = TRUE, Call Id = 817

    * Dec 27 16:45:22.095: / / 817, A3B9036582FD, CCAPI, cc_incr_if_call_volume:

    10.10.0.126 = remote IP address, Hwidb = GigabitEthernet0/0

    phone #.

    * Dec 27 16:45:22.095: / / 817, A3B9036582FD, CCAPI, cc_incr_if_call_volume:

    Call count total = 1 call Voip Count = 1, Call MMoip Count = 0

    * Dec 27 16:45:22.099: //-1/xxxxxxxxxxxx/CCAPI/cc_setupind_registration_lookup:

    Corresponding settings; Called number = 3, call transfer Consult Id =

    * Dec 27 16:45:22.099: //-1/xxxxxxxxxxxx/CCAPI/cc_setupind_registration_lookup:

    No matching node

    * Dec 27 16:45:22.099: / / 817, A3B9036582FD, CCAPI, cc_api_set_transfer_info:

    Call transfer Reset

    * Dec 27 16:45:22.443: / / 817, A3B9036582FD, CCAPI, ccCallDisconnect:

    Start calling accounting;

    Call Entry (Incoming = TRUE)

    * Dec 27 16:45:22.443: / / 817, A3B9036582FD, CCAPI, ccCallDisconnect:

    Value = 28, entry calls (disconnect the Cause = 0)

    * Dec 27 16:45:22.443: / / 817, A3B9036582FD, CCAPI, cc_api_update_interface_cac_resource:

    Hwidb = GigabitEthernet0/0, bandwidth =-80, Call Id = 817

    * Dec 27 16:45:22.443: / / 817, A3B9036582FD, CCAPI, cc_api_update_interface_cac_resource:

    Call count total = 1 call Voip Count = 1, Call MMoip Count = 0x0, bandwidth = 0

    * Dec 27 16:45:22.559: / / 817, A3B9036582FD, CCAPI, cc_decr_if_call_volume:

    10.10.0.126 = remote IP address, Hwidb = GigabitEthernet0/0

    * Dec 27 16:45:22.559: / / 817, A3B9036582FD, CCAPI, cc_decr_if_call_volume:

    Call total count = 0, call Voip Count = 0, Call MMoip Count = 0

    * Dec 27 16:45:22.559: / / 817, A3B9036582FD, CCAPI, cc_delete_guid_pod_entry:

    Incoming = TRUE

    * Dec 27 16:45:22.559: / / 817, A3B9036582FD, CCAPI, cc_delete_call_entry:

    Total Call Count = 1, entry calls (call count On = FAKE incoming call = TRUE)

    * Dec 27 16:45:22.559: / / 817, A3B9036582FD, CCAPI, cc_delete_call_entry:

    Total Call Count = 0

    * Dec 27 16:45:22.559: / / 817, A3B9036582FD, CCAPI, cc_delete_call_entry:

    Removal of profileTable [0x336F00D4]

    * Dec 27 16:45:22.559: / / 817, A3B9036582FD, CCAPI, ccCallGetVoipFlag:

    Mask of data bits = 0 x 2, Call Id = 817

    * Dec 27 16:45:22.559: / / 817, A3B9036582FD, CCAPI, ccCallGetVoipFlag:

    Flag = FALSE

    * Dec 27 16:45:22.559: / / 817, A3B9036582FD, CCAPI, ccCallSetVoipFlag:

    telephony #Flag = FALSE, data bits mask = 0 x 2, call Id = 817

    * Dec 27 16:45:22.559: / / 817, A3B9036582FD, CCAPI, ccCallSetVoipFlag:

    Call the entry (Voip AAA Flags = 0x0)

    * Dec 27 16:45:22.559: / / 0, xxxxxxxxxxxx, CCAPI, cc_get_call_entry:

    Entry call is not found

    phone #.

    * Dec 27 16:45:28.995: / / 0, xxxxxxxxxxxx, CCAPI, cc_get_call_entry:

    Entry call is not found

    * Dec 27 16:45:28.995: / / 0, xxxxxxxxxxxx, CCAPI, cc_get_call_entry:

    Entry call is not found

    * Dec 27 16:45:28.995: / / 818/xxxxxxxxxxxx/CCAPI/cc_get_call_entry:

    Entry call is not found

    * Dec 27 16:45:28.995: / / 818/xxxxxxxxxxxx/CCAPI/cc_get_call_entry:

    Entry call is not found

    * Dec 27 16:45:28.995: / / 818/xxxxxxxxxxxx/CCAPI/cc_get_call_entry:

    Entry call is not found

    * Dec 27 16:45:28.995: //-1/xxxxxxxxxxxx/CCAPI/cc_api_update_interface_cac_resource:

    Hwidb = GigabitEthernet0/0, bandwidth = 80, Call Id = 818

    * Dec 27 16:45:28.995: //-1/xxxxxxxxxxxx/CCAPI/cc_api_update_interface_cac_resource:

    Call total count = 0, call Voip Count = 0, Count MMoip call = 0 x 0, bandwidth = 80

    * Dec 27 16:45:28.995: / / 818/xxxxxxxxxxxx/CCAPI/cc_get_call_entry:

    Entry call is not found

    * Dec 27 16:45:28.995: / / 818/xxxxxxxxxxxx/CCAPI/cc_get_call_entry:

    Entry call is not found

    * Dec 27 16:45:28.995: //-1/A7D5DC978303/CCAPI/cc_api_call_setup_ind_common:

    Interface type = 0, Protocol = 3

    * Dec 27 16:45:28.995: //-1/A7D5DC978303/CCAPI/ccCheckClipClir:

    Part number is provided by the user

    * Dec 27 16:45:28.995: //-1/A7D5DC978303/CCAPI/cc_api_call_setup_ind_common:

    After checking the number translation:

    Number = 206 (TON = unknown, NPI = unknown, not projected = screening, presentation = authorized),

    Called number = 9 (TON = unknown, NPI = unknown)

    * Dec 27 16:45:28.995: / / 818/xxxxxxxxxxxx/CCAPI/cc_insert_call_entry:

    Total Call Count = 0, entry calls (call count On = FAKE incoming call = TRUE)

    * Dec 27 16:45:28.995: / / 818/xxxxxxxxxxxx/CCAPI/cc_insert_call_entry:

    Total Call Count = 1

    * Dec 27 16:45:28.995: / / 818/A7D5DC978303/CCAPI/cc_insert_guid_pod_entry:

    Incoming = TRUE, Call Id = 818

    * Dec 27 16:45:28.999: / / 818/A7D5DC978303/CCAPI/cc_incr_if_call_volume:

    10.10.0.126 = remote IP address, Hwidb = GigabitEthernet0/0

    phone #.

    * Dec 27 16:45:28.999: / / 818/A7D5DC978303/CCAPI/cc_incr_if_call_volume:

    Call count total = 1 call Voip Count = 1, Call MMoip Count = 0

    * Dec 27 16:45:28.999: //-1/xxxxxxxxxxxx/CCAPI/cc_setupind_registration_lookup:

    Corresponding settings; Called number = 9, call transfer Consult Id =

    * Dec 27 16:45:28.999: //-1/xxxxxxxxxxxx/CCAPI/cc_setupind_registration_lookup:

    No matching node

    * Dec 27 16:45:28.999: / / 818/A7D5DC978303/CCAPI/cc_api_set_transfer_info:

    Call transfer Reset

    phone #.

    * Dec 27 16:45:34.827: //-1/xxxxxxxxxxxx/CCAPI/cc_validate_mlpp_info:

    VALIDATION MLPP INFO:-ServiceDomain: [no (0)] DomainIdentifier: [000000] PrecedenceLevel: [-1 (PRECEDENCE_LEVEL_NONE)] NormalizedPrecedence: [0 (INTERNAL_PRECEDENCE_0)]

    * Dec 27 16:45:34.827: //-1/xxxxxxxxxxxx/CCAPI/cc_is_precedence_mlpp_info:

    Priority no more than Routine

    * Dec 27 16:45:34.827: //-1/xxxxxxxxxxxx/CCAPI/cc_copy_mlpp_info:

    Before COPYING - CBC MLPP INFO: ServiceDomain: [no (0)] DomainIdentifier: [000000] PrecedenceLevel: [-1 (PRECEDENCE_LEVEL_NONE)] NormalizedPrecedence: [0 (INTERNAL_PRECEDENCE_0)]

    * Dec 27 16:45:34.827: //-1/xxxxxxxxxxxx/CCAPI/cc_copy_mlpp_info:

    DEST MLPP INFO: ServiceDomain: [no (0)] DomainIdentifier: [000000] PrecedenceLevel: [-1 (PRECEDENCE_LEVEL_NONE)] NormalizedPrecedence: [0 (INTERNAL_PRECEDENCE_0)]

    * Dec 27 16:45:34.827: //-1/xxxxxxxxxxxx/CCAPI/cc_copy_mlpp_info:

    AFTER COPY - CBC MLPP INFO: ServiceDomain: [no (0)] DomainIdentifier: [000000] PrecedenceLevel: [-1 (PRECEDENCE_LEVEL_NONE)] NormalizedPrecedence: [0 (INTERNAL_PRECEDENCE_0)] DEST MLPP INFO: ServiceDomain: [no (0)] DomainIdentifier: [000000] PrecedenceLevel: [-1 (PRECEDENCE_LEVEL_NONE)] NormalizedPrecedence: [-1 (PRECEDENCE_LEVEL_NONE)]

    * Dec 27 16:45:34.827: //-1/xxxxxxxxxxxx/CCAPI/cc_copy_mlpp_info:

    Before COPYING - CBC MLPP INFO: ServiceDomain: [no (0)] DomainIdentifier: [000000] PrecedenceLevel: [-1 (PRECEDENCE_LEVEL_NONE)] NormalizedPrecedence: [0 (INTERNAL_PRECEDENCE_0)]

    * Dec 27 16:45:34.827: //-1/xxxxxxxxxxxx/CCAPI/cc_copy_mlpp_info:

    DEST MLPP INFO: ServiceDomain: [no (0)] DomainIdentifier: [000000] PrecedenceLevel: [-1 (PRECEDENCE_LEVEL_NONE)] NormalizedPrecedence: [-1 (PRECEDENCE_LEVEL_NONE)]

    * Dec 27 16:45:34.827: //-1/xxxxxxxxxxxx/CCAPI/cc_copy_mlpp_info:

    AFTER COPY - CBC MLPP INFO: ServiceDomain: [no (0)] DomainIdentifier: [000000] PrecedenceLevel: [-1 (PRECEDENCE_LEVEL_NONE)] NormalizedPrecedence: [0 (INTERNAL_PRECEDENCE_0)] DEST MLPP INFO: ServiceDomain: [no (0)] DomainIdentifier: [000000] PrecedenceLevel: [-1 (PRECEDENCE_LEVEL_NONE)] NormalizedPrecedence: [-1 (PRECEDENCE_LEVEL_NONE)]

    * Dec 27 16:45:34.827: //-1/xxxxxxxxxxxx/CCAPI/cc_validate_mlpp_info:

    VALIDATION MLPP INFO:-ServiceDomain: [no (0)] DomainIdentifier: [000000] PrecedenceLevel: [-1 (PRECEDENCE_LEVEL_NONE)] NormalizedPrecedence: [0 (INTERNAL_PRECEDENCE_0)]

    * Dec 27 16:45:34.827: //-1/xxxxxxxxxxxx/CCAPI/cc_is_precedence_mlpp_info:

    Priority no more than Routine

    * Dec 27 16:45:34.827: //-1/xxxxxxxxxxxx/CCAPI/cc_validate_mlpp_info:

    VALIDATION MLPP INFO:-ServiceDomain: [no (0)] DomainIdentifier: [000000] PrecedenceLevel: [-1 (PRECEDENCE_LEVEL_NONE)] NormalizedPrecedence: [-1 (PRECEDENCE_LEVEL_NONE)]

    * Dec 27 16:45:34.827: //-1/xxxxxxxxxxxx/CCAPI/cc_is_precedence_mlpp_info:

    Priority no more than Routine

    * Dec 27 16:45:34.827: / / 818/A7D5DC978303/CCAPI/ccCheckClipClir:

    Part number is provided by the user

    * Dec 27 16:45:34.827: / / 819/xxxxxxxxxxxx/CCAPI/cc_insert_call_entry:

    Total Call Count = 1, entry calls (call count On = FAKE incoming call = FALSE)

    * Dec 27 16:45:34.827: / / 818/A7D5DC978303/CCAPI/cc_peer_bind:

    Link = TRUE, Id = 818, bound Call Id = 819 Call Binder

    * Dec 27 16:45:34.827: / / 819, A7D5DC978303, CCAPI, cc_insert_guid_pod_entry:

    Incoming = FALSE, Call Id = 819

    phone #.

    * Dec 27 16:45:34.827: / / 819, A7D5DC978303, CCAPI, cc_set_voice_port_value:

    CC_IF_TELEPHONY: Echo = 0, = 0 Playout

    * Dec 27 16:45:34.831: / / 0, xxxxxxxxxxxx, CCAPI, cc_get_call_entry:

    Entry call is not found

    * Dec 27 16:45:34.831: / / 818/A7D5DC978303/CCAPI/ccCallGetContext:

    Context = 0x33C6F520, Id = 818 Call

    * Dec 27 16:45:34.831: //-1/xxxxxxxxxxxx/CCAPI/cc_set_outpulsed_digits:

    set 3274343 = outpulsed_dialstring

    * Dec 27 16:45:35.399: / / 0, xxxxxxxxxxxx, CCAPI, cc_get_call_entry:

    Entry call is not found

    * Dec 27 16:45:35.399: / / 0, xxxxxxxxxxxx, CCAPI, cc_get_call_entry:

    Entry call is not found

    * Dec 27 16:45:35.403: / / 818/A7D5DC978303/CCAPI/cc_peer_bind:

    phone #Bind = TRUE, Binder Call Id = 818, bound Call Id = 819

    * Dec 27 16:45:35.559: / / 818/A7D5DC978303/CCAPI/cc_peer_bind:

    Link = TRUE, Id = 818, bound Call Id = 819 Call Binder

    phone #.

    * 16:45:45.199 Dec 27: % LINEPROTO-5-UPDOWN: Line protocol on Interface Serial0/0/0:14, status changed to

    phone #.

    * Dec 27 16:46:02.215: / / 818/A7D5DC978303/CCAPI/ccCallDisconnect:

    Start calling accounting;

    Call Entry (Incoming = TRUE)

    * Dec 27 16:46:02.215: / / 818/A7D5DC978303/CCAPI/ccCallDisconnect:

    Value = 16, entry calls (disconnect the Cause = 16)

    * Dec 27 16:46:02.215: / / 818/A7D5DC978303/CCAPI/ccCallDisconnect:

    Call the entry (disconnect the Cause = 16)

    * Dec 27 16:46:02.215: / / 819, A7D5DC978303, CCAPI, ccCallDisconnect:

    Start calling accounting;

    Call Entry (Incoming = FALSE)

    * Dec 27 16:46:02.215: / / 819, A7D5DC978303, CCAPI, ccCallDisconnect:

    Value = 16, entry calls (disconnect the Cause = 0)

    * Dec 27 16:46:02.215: / / 818/A7D5DC978303/CCAPI/cc_api_update_interface_cac_resource:

    Hwidb = GigabitEthernet0/0, bandwidth =-80, Call Id = 818

    * Dec 27 16:46:02.215: / / 818/A7D5DC978303/CCAPI/cc_api_update_interface_cac_resource:

    Call count total = 1 call Voip Count = 1, Call MMoip Count = 0x0, bandwidth = 0

    * Dec 27 16:46:02.227: //-1/A7D5DC978303/CCAPI/g113_calculate_impairment:

    (delay = 79 (ms), loss = 0%), Qi = 0 participants Io = 0 = 0 = 2 Ie = - 1 Itot = 1 DLI

    * Dec 27 16:46:02.227: / / 818/A7D5DC978303/CCAPI/cc_decr_if_call_volume:

    10.10.0.126 = remote IP address, Hwidb = GigabitEthernet0/0

    * Dec 27 16:46:02.227: / / 818/A7D5DC978303/CCAPI/cc_decr_if_call_volume:

    Call total count = 0, call Voip Count = 0, Call MMoip Count = 0

    * Dec 27 16:46:02.227: / / 818/A7D5DC978303/CCAPI/cc_delete_guid_pod_entry:

    Incoming = TRUE

    * Dec 27 16:46:02.227: / / 818/A7D5DC978303/CCAPI/cc_delete_call_entry:

    Total Call Count = 1, entry calls (call count On = FAKE incoming call = TRUE)

    * Dec 27 16:46:02.227: / / 818/A7D5DC978303/CCAPI/cc_delete_call_entry:

    Total Call Count = 0

    * Dec 27 16:46:02.227: / / 818/A7D5DC978303/CCAPI/cc_delete_call_entry:

    Removal of profileTable [0x336EFA6C]

    * Dec 27 16:46:02.227: / / 818/A7D5DC978303/CCAPI/ccCallGetVoipFlag:

    Mask of data bits = 0 x 2, Call Id = 818

    * Dec 27 16:46:02.227: / / 818/A7D5DC978303/CCAPI/ccCallGetVoipFlag:

    Flag = FALSE

    * Dec 27 16:46:02.227: / / 818/A7D5DC978303/CCAPI/ccCallSetVoipFlag:

    telephony #Flag = FALSE, data bits mask = 0 x 2, call Id = 818

    * Dec 27 16:46:02.227: / / 818/A7D5DC978303/CCAPI/ccCallSetVoipFlag:

    Call the entry (Voip AAA Flags = 0x0)

    * Dec 27 16:46:02.227: / / 0, xxxxxxxxxxxx, CCAPI, cc_get_call_entry:

    Entry call is not found

    * Dec 27 16:46:02.275: / / 819, A7D5DC978303, CCAPI, cc_delete_guid_pod_entry:

    Incoming = FALSE

    * Dec 27 16:46:02.275: / / 819, A7D5DC978303, CCAPI, cc_delete_call_entry:

    Total Call Count = 0, entry calls (call count On = FAKE incoming call = FALSE)

    * Dec 27 16:46:02.275: / / 819, A7D5DC978303, CCAPI, cc_delete_call_entry:

    Removal of profileTable [0x336E75C4]

    * Dec 27 16:46:02.275: / / 819, A7D5DC978303, CCAPI, ccCallGetVoipFlag:

    Mask of data bits = 0 x 2, Call Id = 819

    * Dec 27 16:46:02.275: / / 819, A7D5DC978303, CCAPI, ccCallGetVoipFlag:

    Flag = FALSE

    * Dec 27 16:46:02.275: / / 819, A7D5DC978303, CCAPI, ccCallSetVoipFlag:

    Flag = FALSE, data bits mask = 0 x 2, Call Id = 819

    * Dec 27 16:46:02.275: / / 819, A7D5DC978303, CCAPI, ccCallSetVoipFlag:

    Call the entry (Voip AAA Flags = 0x0)

    * Dec 27 16:46:02.275: / / 0, xxxxxxxxxxxx, CCAPI, cc_get_call_entry:

    Entry call is not found

    phone #unde all

    The CME version is 9.1

    Version of the IOS is 15.3 (1) T (also tested in 15.2 - the same issue)

    All ip phones have the last firware (9-2-2-0), also I have already spent some of them (9-2-1-0) - the problem persists.

    Hello

    I think the best is to capture a trace of sniffer on the phone directly, we will be able to see if the phone itself sends the numbers.

    You can also enable some debugs:

    Deb voice ccapi inout

    messages ccsip deb

    Media ccsip deb

    That should be enough to isolate the problem

    --
    Jorge Armijo

    Do not forget to rate helpful responses and identify useful or correct answers.

  • When the video parameters SX, MX and CSeries will be a keyboard of DTMF tones on call control page?

    Currently, the page of call control on the web interface of the Cisco video endpoints doesn't have a way to enter DTMF tones remotely.   It doesn't seem to be a keyboard of DTMF tones available to enter these tones remotely.   Does anyone know if Cisco will be adding this soon?

    You can enter DTMF tones using the web interface under Setup > API.

    xCommand DTMFSend CallId: DTMFString:

    • CallId: The CallID returned by operating the xCommand command Dial. During the call, you can run the xStatus calling command to see the CallId.
    • DTMFString: Enter the DTMF string.

    Example: xCommand DTMFSend CallId:2 DTMFString:1234

    Best place to find updates to come or possible would be to contact your Cisco account manager, if nothing is being developed or looked at the current time, they can create a demand for improvement for you.  However, the C series and the earlier boundaries of MX series points are already end of sale, and TC software they are running is in maintenance mode, in order to get the new features added to these devices special is unlikey.  Although there is a chance to get it added to the current range of endpoints SX and MX Series, just need to contact your Cisco AM and see what they can do to make your request.

  • Are other than 0-9 DTMF tones, #, * supported?

    According to the official specifications of DTMF, there are 16 DTMF tones:

    0-9, #, *, A, B, C, D

    Are all supported by BlackBerry when using PhoneCall.sendDTMFTones ()?

    A, B, C, D, are not mentioned in the documentation.

    lol the supported are in the API.

  • Skype sends more of his keyboard DTMF tones

    Yesterday, I noticed that I could access is no longer my daily teleconference as the remote system did not accept the access code I'm punching in Skype keyboard.

    Today, I tried to access a menu system (coincidentally, for the MS customer service). I reinstalled the latest version, but it still does not work.

    The problem occurred from the Click to Call plugin, breaking the last revision of browser Chrome uninstall.

    Is there a known here fault or finally has something broken on my machine?

    (Windows 8, office)

    Thanks for this - by acting on this information, I decided to try to call my own phone and hear the tones, since I'm sure that no dial tone was sent, and not a question of quality (that I don't have from time to time).

    In doing so, I found my camera is not plugged in, so no micro. This must have disabled all sounds, including Skype by sending sound signals.

    Connected to the camera and I'm back in business.

  • Sending DTMF tones

    Hello

    I'm following the steps in the article available here

    http://docs.BlackBerry.com/en/developers/deliverables/17953/Add_single_DTMF_tone_to_send_queue_56555...

    but the Builder

    new PhoneCall()

    There is no

    Indeed, the reference to the api class PhoneCall does not contain this constructor.

    Where I'm wrong?

    Thank you

    the documentation is probably correct.

    initiate a call is not blocking. This means that the following line of code runs before the appeal is made.
    use a http://www.blackberry.com/developers/docs/6.0.0api/net/rim/blackberry/api/phone/PhoneListener.html to detect the connected call.

  • Satellite Pro 6100 Modem does not - No Dial Tone

    Hello

    I'm in terrible trouble. I have a big meeting Friday and discovered that the internal modem on my Satellite Pro 6100 does not work. I downloaded the drivers of software Modem since the support site, and the installation seemed to go OK. There are no conflicts listed in the Device Manager, and when I query the modem to in the properties of the modem (from the control panel), it seems question OK too, but...

    HE DIDN'T THERE WAS NO DIAL TONE!

    I don't know that it is connected to my phone OK. Instead of a tone, I hear a loud hum, with a series of clicks. I can't hear being composed either DTMF tones, even when I disable "wait for dial tone. This behavior is the same if the modem is connected to the phone line.

    I have a big rally Friday and will need this modem to work... any help would be much appreciated...

    Thank you

    Matt.

    Hello
    that doesn't sound so good!

    The measure where I read that your ad you´ve checked your system almost all.

    Right on the thing, have you installed a firewall or other programs to check system that denied access to the modem?

    It is also ok, you should let check your laptop on a faulty Modem.

    Good bye

  • DTMF

    I have an iPhone installed 6 9.2.1

    It seems that my DTMF tones do not work for automated calls. For example, I used to be able to open the door of our neighborhood by pressing '9' on the keyboard of my phone, but in the last two weeks, it no longer works.  Several other neighbors have the same problem and each of us has problems, have iPhone 6 and are all about AT & T service.  This is the case not only with the door, but all automated call where you will need to enter numeric responses.  You wonder if it's a problem of the iPhone or the provider.  I have already checked all my settings and make them pay in accordance with the recommendations of others who have had similar problems (IE... LTE is on and the value data only, point warm is turned off, wifi is on, call wifi is disabled, the top volume, etc...), but none of this solves my problem. I did a hard reset, but do not have reset all settings. I am at a loss.

    Try pressing 9 twice in quick succession.  Some devices answer a brief tone DTMF, but if the tone is repeated quickly.

  • Break DTMF

    I saw in the posts on this forum the two "."  and ',' (period and comma) which means a break in the sending of DTMF tones.  I found no "Official" definition Is this one?

    How I she applied, is the API that is just taking a break?

    PhoneCall.sendDTMFTones does not support pauses (commas or periods).  Your application will need to wait/sleep between tones if you want to have a delay between the tones.

  • TC software for values letter DTMF

    Hello!

    You have a question that I can't find an answer documented for.  On the endpoints running a version of TC software, is it possible to get the endpoint to generate for A, B, C or D DTMF tones?

    My gut feeling is no, if this is because the graphic DTMF key does not have these buttons (only 0-9, *, #).  The reason to ask, that's what a customer trying to call in a bridge of AT & T who has one of these letters in the AXIS.

    Thank you!

    You can do this via the command line:

     xcommand DTMFSend DTMFString: A

    Alternatively, you can send the PIN all at once, IE if the PIN is 1A2B3C4D5 you can:

     xcommand DTMFSend DMTFString: 1A2B3C4D5

    Wayne
    --
    Remember the frequency responses and mark your question as answered as appropriate.

  • iPhone 5 s. dial the recipient "press 1 for... Press 2 for... "does register with called

    When I call a company with a 'telephone tree' which asks me to press 1 for this... 2 for it... 3 for what... my responses are not received by them?

    The iPhone uses standard DTMF tones, so they must work. Are you turn on the keyboard? Nothing happens when you press the button?

  • output signals of the rectangle a PEAK sine wave conversion

    Hello

    I have a question on the treatment of a PIC16F84 output signals. It seems that the simulation of Multisim does not work properly - but before I blame Multisim, I ask the community NOR or software engineers or a solution. Because I'm German, you are invited to continue this thread in German if it is allowed by the rules of the forum. If you need additional information to analyze my problem, I'll be happy to provide.

    The circuit itself has to convert "composition by pulse" signals "tone" (DTMF tones). So you can get old, classic phones work on new devices that do not support the "composition of pulse" more.

    The circuit is powered by the analog telephone line current loop line. The PIC is provided by a rudimentary voltage regulation and count pulse signals (voltage failures / power interruption on the telephone line). After that the captain means the series of impulses in their equal number (e.g. 3 pulses = number 3). The captain gives finally two signals with different frequencies to generate a DTMF tone (e.g. number 3 here is 697 and 1477Hz). As you can see in my PDF file attached, it works very well.

    Now I have to convert the rectangle wave given by the captain to an at least similar to a sine wave form - otherwise the device that receives the DTMF tones won't understand them.

    So I connected a low-pass filter at the output of the PIC. Now, expect the rectangle signal to be smooth in a way as the 'e-function' will (loading / discharging a capacitor through a resistor). But the results are very far from that - as you can see I have very strange curves.

    When I implemented a frequency generator with the same output signal as the PEAK and the low pass filter even I get curves as expected.

    So we can say that the output of the PIC works like a frequency generator in my circuit. But why does the filter not behave as it should?

    I've tried a lot of different values for the parameters of my RC-filter and simulation - this does not solve the problem.

    It would be nice if someone has any idea how to solve this problem.

    Thank you.

    The output impedance of the PEAK may be too high. May be that my car 50 output? Try scaling of impedance of the filter.  Do the 10000 ohms resistance and capacitor 10 nF.

    Lynn

  • 9 number keys

    It simply doesn't get it. I tried testerday for the first time you are trying to communicate with my answering of the carrier service, but... some keys don't seem to meet. Impossible to listen to the messages, then. What is the problem?

    g.

    All the system/standard you call with this function uses the same DTMF tones. It does change from system to System. If it works fine for all other functions are you need to use it, I can't say it's a problem with the phone. And there are no settings for it in the phone itself.

    If you think that the problem is in the phone, I can only suggest that you perform a repair of software on your phone via PC Companion:
    http://support.sonymobile.com/global-en/tools/PC-companion/

    In PC Companion, you press start on the support Zone > begin on updating the software of the phone/Tablet > repair phone/Tablet (the blue clickable link in the message) > proceed without going through your device connected to the computer.

    Follow the instructions that appear in the program and do not connect your device to this guide explains how to connect.

  • Call monitor and auto hang up

    Hi everyone, this is my first post here. I just got a BlackBerry Pearl 8110 in Mexico with a package data unlimited and unlimited calls to 10 numbers from the same company, just as long as they are less than 5 minutes. So, I was looking for an application that could let me know what is the duration of a call, say 04:20 and end the call automatically at 04:50 (configurable of course).

    I could not find such an application (I don't mind paying for it) so I decided to code myself. After a bit of the read API I looked at the PhoneListener interface that would provide the necessary events (callInitiated, callConnected, callDisconnected) and its implementation, the phone class that would allow me to inject a DTMF tone in the current call or at least he says in his description, but I could not find a method to do this injection of DTMF.

    My main question is, how can I develop an application that should start automatically when a call is received? I like to work when a call is initiated by the use, the application looks in its database of numbers to find out if the dialed number is included in the list of 10 numbers. If this is the case, start keeping account of the duration of the call. If the call reaches the soft limit, inject the DTMF tone and when it comes to the hard limit, end the call automatically. Is it possible to have an application daemon-like on the blackberry that listens to the calls began? and if so, where do I find tutorials or documentation?

    Thank you very much!

    Hello!

    Just to answer a few questions:

    1. the request of deamon, I suggest to have the application running all the time and setting to run at startup of the device. To do this, you will need to make some adjustments in the JDE. Do a search on this forum and you will find...

    2. the list of the 10 numbers. You could do an application user interface which maintains these numbers in a list. Then, for each call, you can compare the number called against the list. If so, do an action...

    3. to end a call, you can use injection of the event. Take a look on this forum and good luck!

    BR,

    Isabelle

  • difference between gateways, voice and Porter

    Hello

    Someone might well want explain (or provide a url link) the main difference between the voice gateways and a guard?

    Concerning

    Hello

    Your best source of information is the book of Cisco Press 'Cisco Voice Gateways and guardians (GWGK)' which explains these 2 more in detail. I have included information to help...

    The role of voice gateways:

    In a VoIP environment, voice gateways are the interface between a VoIP network and the public switched telephone network (PSTN), a private branch exchange (PBX) or analog devices such as fax machines. In its form the simplest, a voice gateway has an IP interface and a legacy phone interface, and it manages the many tasks involved in translation between protocols and transmission formats.

    At least one gateway is an essential element of any IP telephony system that interacts with the PSTN or analogue devices. In addition, when the front doors are configured correctly, many can resume when it is inaccessible to a Cisco CallManager.

    The gateway that enables communication between the two networks by performing tasks such as these:

    Interfacing with the PBX and the PSTN or IP network.

    Support IP call control protocols, more than time-division multiplexing (TDM) call control protocols.

    For calls between VoIP and PSTN closing networks and REPETITION of the call media and noting the call setup and teardown artist.

    Providing additional services, like call hold and transfer.

    Relay of DTMF multi-frequency (DTMF) tones.

    Supporting modems and analog fax via the IP network.

    In a Cisco CallManager network, a gateway must also do the following:

    -Support the CallManager redundancy in replacement of spare CallManager.

    -Support survival call when no CallManager is available.

    Gateways communicate with other gateways, guards, their end points or their control agents, such as Cisco CallManager call or a PBX.

    Protocols that use Cisco gateways for voice signaling and media are:

    Media Gateway Control Protocol (MGCP)

    H.323

    Session Initiation Protocol (SIP)

    Skinny Client Control Protocol (SCCP)

    Real-time Transport Protocol (RTP)

    The role of guardians of the voice:

    Access controllers help scale of large VoIP networks. Businesses that are geographically dispersed, networks of voice, or that have become so important that they are difficult to handle, could opt to segment their network. In a network of CallManager, you can create multiple clusters. In this case, you need to configure a full mesh of connections via the WAN IP to connect all segments or clusters. You need to configure the dialing information for each remote location on each bridge and CallManager cluster.

    It is preferable to use the guards. In a network that has doormen, trunks are necessary only for the keeper and the goalkeeper keeps information of remote endpoint.

    When you use access controllers, gateways and CallManager to register with their goalie. Doormen divide the network into 'zones', or groups of devices that fit to a particular access controller.

    When an H.323 gateway receives a call that is intended for a remote phone, he asks the guard for the location of the endpoint.

    If the call is for a different area, you can configure the guardian to allow it only if sufficient bandwidth is available. In more complex networks, you can use a directory gatekeeper to maintain information on all areas.

    You can configure routers Cisco with the Cisco IOS appropriate as guardians H.323.

    Please note the useful messages...

Maybe you are looking for

  • How to detect this problem

    Hello I know that the program is over, but how do I know if I had this problem? Today, I have been unable to connect normally to my mac (I used secure starting to connect). I keep getting these messages: 30/05/16 3:22:45.770 PM WindowServer [506]: co

  • NETGEAR Centria Reset Button does ' t work

    I have a centria netgear router and I lost the password to connect to the router. I tried pressing the button of reset for 10 seconds and I also tried the 30 30 30 reset method, but both of these methods don't reset the router.

  • Compaq 610 - issue processor upgrade

    Hello I have Compaq 610 Notebook PC (p/n: NX540EAxxxx). I would be interested to know if I can improve my current processor, which is an Intel Celeron 560 processor Intel Core 2 Duo T5870? Based on information online; namely the support forums HP and

  • Windows 7 Image Backup - where can I find the previous image after new backup?

    My previous hard drive died, and I replaced it. Good news: I did a backup of the system before the death of completed HDD.  The image is under "WindowsImageBackup" folder on my external drive. Then I replaced the HARD drive, picked up at the factory

  • VPN Client 3.6.3 question

    We use the PIX 515E (ver 6.2 (2)) like a VPN for remote users solution. The PIX uses OF and does not have the license for 3DES. Remote users have no problems to access the PIX using Cisco VPN Client 3.5.2 but cannot access using Cisco VPN Client 3.6.