• ********* Replay this ISDN trace sample with Linkbit Simulation Studio **********
  • 17:31:00.708 Tx1 SABME Set async balanced mode ex
    • 00 01 7F
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......0.
      .
      C/R0 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      011.11..
      .
      Modifier function bitsSABME Set async balanced mode ex.
      ...1....
      .
      P/F1 Dec.
      ......11
      .
      Frame typeU-frame.
  • 17:31:00.719 Rx1 SABME Set async balanced mode ex
    • 02 01 7F
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......1.
      .
      C/R1 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      011.11..
      .
      Modifier function bitsSABME Set async balanced mode ex.
      ...1....
      .
      P/F1 Dec.
      ......11
      .
      Frame typeU-frame.
  • 17:31:00.719 Tx1 UA Unnumbered acknowledge
    • 02 01 73
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......1.
      .
      C/R1 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      011.00..
      .
      Modifier function bitsUA Unnumbered acknowledge.
      ...1....
      .
      P/F1 Dec.
      ......11
      .
      Frame typeU-frame.
  • 17:31:00.720 Rx1 UA Unnumbered acknowledge
    • 00 01 73
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......0.
      .
      C/R0 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      011.00..
      .
      Modifier function bitsUA Unnumbered acknowledge.
      ...1....
      .
      P/F1 Dec.
      ......11
      .
      Frame typeU-frame.
  • 17:31:00.734 Rx1 RESTART
    • 02 01 00 01 08 02 00 00 46 79 01 87
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......1.
      .
      C/R1 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000000.
      .
      N(S)0 Dec.
      .......0
      .
      Frame typeI-frame.
      03
      0000000.
      .
      N(R)0 Dec.
      .......1
      .
      P/F1 Dec.
      DSS1.
      04
      00001000
      .
      Protocol discriminatorRecommendation Q.931/I.451 user-network call control messages (8).
      Call reference.
      05
      0000....
      .
      spare0.
      ....0010
      .
      Length of call reference value2.
      06
      0.......
      .
      FlagThe message is sent from the side that originates the call reference (0).
      6-7
      .
      Call reference value0.
      Message type.
      08
      01000110
      .
      Message typeRESTART (70).
      Restart indicator.
      09
      01111001
      .
      Information Element IdentifierRestart indicator IEI (121).
      10
      00000001
      .
      Length indicator1.
      11
      1.......
      .
      Extension indicator1 (last octet).
      .0000...
      .
      spare0.
      .....111
      .
      Class7 (All interfaces).
  • 17:31:00.735 Tx1 RESTART ACKNOWLEDGE
    • 00 01 00 02 08 02 00 00 4E 79 01 87
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......0.
      .
      C/R0 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000000.
      .
      N(S)0 Dec.
      .......0
      .
      Frame typeI-frame.
      03
      0000001.
      .
      N(R)1 Dec.
      .......0
      .
      P/F0 Dec.
      DSS1.
      04
      00001000
      .
      Protocol discriminatorRecommendation Q.931/I.451 user-network call control messages (8).
      Call reference.
      05
      0000....
      .
      spare0.
      ....0010
      .
      Length of call reference value2.
      06
      0.......
      .
      FlagThe message is sent from the side that originates the call reference (0).
      6-7
      .
      Call reference value0.
      Message type.
      08
      01001110
      .
      Message typeRESTART ACKNOWLEDGE (78).
      Restart indicator.
      09
      01111001
      .
      Information Element IdentifierRestart indicator IEI (121).
      10
      00000001
      .
      Length indicator1.
      11
      1.......
      .
      Extension indicator1 (last octet).
      .0000...
      .
      spare0.
      .....111
      .
      Class7 (All interfaces).
  • 17:31:00.740 Tx1 RR (receive ready)
    • 02 01 01 03
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......1.
      .
      C/R1 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000....
      .
      FillerMust be 0000.
      ....00..
      .
      Supervisory function bitsRR (receive ready).
      ......01
      .
      Frame typeS-frame.
      03
      0000001.
      .
      N(R)1 Dec.
      .......1
      .
      P/F1 Dec.
  • 17:31:00.751 Rx1 RR (receive ready)
    • 00 01 01 02
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......0.
      .
      C/R0 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000....
      .
      FillerMust be 0000.
      ....00..
      .
      Supervisory function bitsRR (receive ready).
      ......01
      .
      Frame typeS-frame.
      03
      0000001.
      .
      N(R)1 Dec.
      .......0
      .
      P/F0 Dec.
  • 17:31:10.751 Tx1 RR (receive ready)
    • 00 01 01 03
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......0.
      .
      C/R0 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000....
      .
      FillerMust be 0000.
      ....00..
      .
      Supervisory function bitsRR (receive ready).
      ......01
      .
      Frame typeS-frame.
      03
      0000001.
      .
      N(R)1 Dec.
      .......1
      .
      P/F1 Dec.
  • 17:31:10.752 Rx1 RR (receive ready)
    • 02 01 01 03
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......1.
      .
      C/R1 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000....
      .
      FillerMust be 0000.
      ....00..
      .
      Supervisory function bitsRR (receive ready).
      ......01
      .
      Frame typeS-frame.
      03
      0000001.
      .
      N(R)1 Dec.
      .......1
      .
      P/F1 Dec.
  • 17:31:10.752 Tx1 RR (receive ready)
    • 02 01 01 03
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......1.
      .
      C/R1 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000....
      .
      FillerMust be 0000.
      ....00..
      .
      Supervisory function bitsRR (receive ready).
      ......01
      .
      Frame typeS-frame.
      03
      0000001.
      .
      N(R)1 Dec.
      .......1
      .
      P/F1 Dec.
  • 17:31:10.763 Rx1 RR (receive ready)
    • 00 01 01 03
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......0.
      .
      C/R0 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000....
      .
      FillerMust be 0000.
      ....00..
      .
      Supervisory function bitsRR (receive ready).
      ......01
      .
      Frame typeS-frame.
      03
      0000001.
      .
      N(R)1 Dec.
      .......1
      .
      P/F1 Dec.
  • 17:31:16.731 Tx1 TS 05 SETUP (2222205->1111105)
    • 00 01 02 02 08 02 00 32 05 04 03 80 90 A3 18 03 A9 83 85 1E 02 81 88 6C 09 21 80 32 32 32 32 32
      30 35 70 08 A1 31 31 31 31 31 30 35 A1
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......0.
      .
      C/R0 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000001.
      .
      N(S)1 Dec.
      .......0
      .
      Frame typeI-frame.
      03
      0000001.
      .
      N(R)1 Dec.
      .......0
      .
      P/F0 Dec.
      DSS1.
      04
      00001000
      .
      Protocol discriminatorRecommendation Q.931/I.451 user-network call control messages (8).
      Call reference.
      05
      0000....
      .
      spare0.
      ....0010
      .
      Length of call reference value2.
      06
      0.......
      .
      FlagThe message is sent from the side that originates the call reference (0).
      6-7
      .
      Call reference value50.
      Message type.
      08
      00000101
      .
      Message typeSETUP (5).
      Bearer capability.
      9-13
      Bearer capability[0]see below.
      09
      00000100
      .
      Information Element IdentifierBearer capability IEI (4).
      10
      00000011
      .
      Length indicator3.
      11
      1.......
      .
      Extension indicator1 (last octet).
      .00.....
      .
      Coding standard0 (ITU-T).
      ...00000
      .
      Information transfer capability0 (Speech).
      12
      1.......
      .
      Extension indicator 21 (last octet).
      .00.....
      .
      Transfer mode0 (Circuit mode).
      ...10000
      .
      Information transfer rate16 (64 kbps).
      13
      10100011
      Layer 1 Informationsee below.
      1.......
      .
      Extension indicator1 (last octet).
      .01.....
      .
      Layer 1 identifier1.
      ...00011
      .
      User information layer 1 protocol3 (A-law).
      Channel identification.
      14-18
      Channel identification[0]see below.
      14
      00011000
      .
      Information Element IdentifierChannel identification IEI (24).
      15
      00000011
      .
      Length indicator3.
      16
      1.......
      .
      Extension indicator1 (last octet).
      .0......
      .
      Interface identifier present0 (Interface implicitly identified).
      ..1.....
      .
      Interface type1 (Other interface).
      ...0....
      .
      spare0.
      ....1...
      .
      Preferred/Exclusive1 (Exclusive; only the indicated channel is acceptable).
      .....0..
      .
      D-channel indicator0 (The channel identified is not the D-channel).
      ......01
      .
      Information channel selection1 (B1 channel).
      17
      1.......
      .
      Extension indicator 31 (last octet).
      .00.....
      .
      Coding standard0 (ITU-T standardized coding).
      ...0....
      .
      Number/Map0 (Channel is indicated by the number in the following octet).
      ....0011
      .
      Channel type/Map element type3 (B-channel units).
      18
      10000101
      Channel number1 Elements.
      10000101
      Channel number[0]see below.
      1.......
      .
      Extension indicator1 (last octet).
      .00.....
      .
      spare0.
      ...00101
      .
      Timeslot number5.
      Progress indicator.
      19-22
      Progress indicator[0]see below.
      19
      00011110
      .
      Information Element IdentifierProgress indicator IEI (30).
      20
      00000010
      .
      Length indicator2.
      21
      1.......
      .
      Extension indicator1 (last octet).
      .00.....
      .
      Coding standard0 (ITU-T standardized coding).
      ...0....
      .
      spare0.
      ....0001
      .
      Location1 (Private network serving the local user).
      22
      1.......
      .
      Extension indicator 21 (last octet).
      .0001000
      .
      Progress description8 (Information available).
      Calling party number.
      23
      01101100
      .
      Information Element IdentifierCalling party number IEI (108).
      24
      00001001
      .
      Length indicator9.
      25
      0.......
      .
      Extension indicator0 (information continues in the next octet).
      .010....
      .
      Type of number2 (National number type).
      ....0001
      .
      Numbering plan identification1 (ISDN/telephony numbering plan).
      26
      1.......
      .
      Extension indicator 21 (last octet).
      .00.....
      .
      Presentation indicator0 (Presentation allowed).
      ...000..
      .
      spare0.
      ......00
      .
      Screening indicator0 (User-provided not screened).
      27-33
      .
      Number digits7 Chars: "2222205".
      Called party number.
      34
      01110000
      .
      Information Element IdentifierCalled party number IEI (112).
      35
      00001000
      .
      Length indicator8.
      36
      1.......
      .
      Extension indicator1 (last octet).
      .010....
      .
      Type of number2 (National number type).
      ....0001
      .
      Numbering plan identification1 (ISDN/telephony numbering plan).
      37-43
      .
      Number digits7 Chars: "1111105".
      Sending complete.
      44
      10100001
      .
      Information Element IdentifierSending complete IEI (161).
  • 17:31:16.749 Rx1 RR (receive ready)
    • 00 01 01 04
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......0.
      .
      C/R0 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000....
      .
      FillerMust be 0000.
      ....00..
      .
      Supervisory function bitsRR (receive ready).
      ......01
      .
      Frame typeS-frame.
      03
      0000010.
      .
      N(R)2 Dec.
      .......0
      .
      P/F0 Dec.
  • 17:31:16.774 Rx1 TS 05 CALL PROCEEDING
    • 02 01 02 04 08 02 80 32 02 18 03 A9 83 85
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......1.
      .
      C/R1 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000001.
      .
      N(S)1 Dec.
      .......0
      .
      Frame typeI-frame.
      03
      0000010.
      .
      N(R)2 Dec.
      .......0
      .
      P/F0 Dec.
      DSS1.
      04
      00001000
      .
      Protocol discriminatorRecommendation Q.931/I.451 user-network call control messages (8).
      Call reference.
      05
      0000....
      .
      spare0.
      ....0010
      .
      Length of call reference value2.
      06
      1.......
      .
      FlagThe message is sent to the side that originates the call reference (1).
      6-7
      .
      Call reference value50.
      Message type.
      08
      00000010
      .
      Message typeCALL PROCEEDING (2).
      Channel identification.
      9-13
      Channel identification[0]see below.
      09
      00011000
      .
      Information Element IdentifierChannel identification IEI (24).
      10
      00000011
      .
      Length indicator3.
      11
      1.......
      .
      Extension indicator1 (last octet).
      .0......
      .
      Interface identifier present0 (Interface implicitly identified).
      ..1.....
      .
      Interface type1 (Other interface).
      ...0....
      .
      spare0.
      ....1...
      .
      Preferred/Exclusive1 (Exclusive; only the indicated channel is acceptable).
      .....0..
      .
      D-channel indicator0 (The channel identified is not the D-channel).
      ......01
      .
      Information channel selection1 (B1 channel).
      12
      1.......
      .
      Extension indicator 31 (last octet).
      .00.....
      .
      Coding standard0 (ITU-T standardized coding).
      ...0....
      .
      Number/Map0 (Channel is indicated by the number in the following octet).
      ....0011
      .
      Channel type/Map element type3 (B-channel units).
      13
      10000101
      Channel number1 Elements.
      10000101
      Channel number[0]see below.
      1.......
      .
      Extension indicator1 (last octet).
      .00.....
      .
      spare0.
      ...00101
      .
      Timeslot number5.
  • 17:31:16.774 Tx1 RR (receive ready)
    • 02 01 01 04
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......1.
      .
      C/R1 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000....
      .
      FillerMust be 0000.
      ....00..
      .
      Supervisory function bitsRR (receive ready).
      ......01
      .
      Frame typeS-frame.
      03
      0000010.
      .
      N(R)2 Dec.
      .......0
      .
      P/F0 Dec.
  • 17:31:16.802 Rx1 TS 05 ALERTING
    • 02 01 04 04 08 02 80 32 01 18 03 A9 83 85
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......1.
      .
      C/R1 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000010.
      .
      N(S)2 Dec.
      .......0
      .
      Frame typeI-frame.
      03
      0000010.
      .
      N(R)2 Dec.
      .......0
      .
      P/F0 Dec.
      DSS1.
      04
      00001000
      .
      Protocol discriminatorRecommendation Q.931/I.451 user-network call control messages (8).
      Call reference.
      05
      0000....
      .
      spare0.
      ....0010
      .
      Length of call reference value2.
      06
      1.......
      .
      FlagThe message is sent to the side that originates the call reference (1).
      6-7
      .
      Call reference value50.
      Message type.
      08
      00000001
      .
      Message typeALERTING (1).
      Channel identification.
      9-13
      Channel identification[0]see below.
      09
      00011000
      .
      Information Element IdentifierChannel identification IEI (24).
      10
      00000011
      .
      Length indicator3.
      11
      1.......
      .
      Extension indicator1 (last octet).
      .0......
      .
      Interface identifier present0 (Interface implicitly identified).
      ..1.....
      .
      Interface type1 (Other interface).
      ...0....
      .
      spare0.
      ....1...
      .
      Preferred/Exclusive1 (Exclusive; only the indicated channel is acceptable).
      .....0..
      .
      D-channel indicator0 (The channel identified is not the D-channel).
      ......01
      .
      Information channel selection1 (B1 channel).
      12
      1.......
      .
      Extension indicator 31 (last octet).
      .00.....
      .
      Coding standard0 (ITU-T standardized coding).
      ...0....
      .
      Number/Map0 (Channel is indicated by the number in the following octet).
      ....0011
      .
      Channel type/Map element type3 (B-channel units).
      13
      10000101
      Channel number1 Elements.
      10000101
      Channel number[0]see below.
      1.......
      .
      Extension indicator1 (last octet).
      .00.....
      .
      spare0.
      ...00101
      .
      Timeslot number5.
  • 17:31:16.802 Tx1 RR (receive ready)
    • 02 01 01 06
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......1.
      .
      C/R1 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000....
      .
      FillerMust be 0000.
      ....00..
      .
      Supervisory function bitsRR (receive ready).
      ......01
      .
      Frame typeS-frame.
      03
      0000011.
      .
      N(R)3 Dec.
      .......0
      .
      P/F0 Dec.
  • 17:31:16.863 Rx1 TS 05 CONNECT
    • 02 01 06 05 08 02 80 32 07
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......1.
      .
      C/R1 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000011.
      .
      N(S)3 Dec.
      .......0
      .
      Frame typeI-frame.
      03
      0000010.
      .
      N(R)2 Dec.
      .......1
      .
      P/F1 Dec.
      DSS1.
      04
      00001000
      .
      Protocol discriminatorRecommendation Q.931/I.451 user-network call control messages (8).
      Call reference.
      05
      0000....
      .
      spare0.
      ....0010
      .
      Length of call reference value2.
      06
      1.......
      .
      FlagThe message is sent to the side that originates the call reference (1).
      6-7
      .
      Call reference value50.
      Message type.
      08
      00000111
      .
      Message typeCONNECT (7).
  • 17:31:16.863 Tx1 TS 05 CONNECT ACKNOWLEDGE
    • 00 01 04 08 08 02 00 32 0F
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......0.
      .
      C/R0 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000010.
      .
      N(S)2 Dec.
      .......0
      .
      Frame typeI-frame.
      03
      0000100.
      .
      N(R)4 Dec.
      .......0
      .
      P/F0 Dec.
      DSS1.
      04
      00001000
      .
      Protocol discriminatorRecommendation Q.931/I.451 user-network call control messages (8).
      Call reference.
      05
      0000....
      .
      spare0.
      ....0010
      .
      Length of call reference value2.
      06
      0.......
      .
      FlagThe message is sent from the side that originates the call reference (0).
      6-7
      .
      Call reference value50.
      Message type.
      08
      00001111
      .
      Message typeCONNECT ACKNOWLEDGE (15).
  • 17:31:16.877 Rx1 RR (receive ready)
    • 00 01 01 06
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......0.
      .
      C/R0 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000....
      .
      FillerMust be 0000.
      ....00..
      .
      Supervisory function bitsRR (receive ready).
      ......01
      .
      Frame typeS-frame.
      03
      0000011.
      .
      N(R)3 Dec.
      .......0
      .
      P/F0 Dec.
  • 17:31:26.875 Rx1 RR (receive ready)
    • 02 01 01 07
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......1.
      .
      C/R1 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000....
      .
      FillerMust be 0000.
      ....00..
      .
      Supervisory function bitsRR (receive ready).
      ......01
      .
      Frame typeS-frame.
      03
      0000011.
      .
      N(R)3 Dec.
      .......1
      .
      P/F1 Dec.
  • 17:31:26.875 Tx1 RR (receive ready)
    • 02 01 01 09
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......1.
      .
      C/R1 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000....
      .
      FillerMust be 0000.
      ....00..
      .
      Supervisory function bitsRR (receive ready).
      ......01
      .
      Frame typeS-frame.
      03
      0000100.
      .
      N(R)4 Dec.
      .......1
      .
      P/F1 Dec.
  • 17:31:26.907 Tx1 TS 05 DISCONNECT (Cause=16 : Normal call clearing)
    • 00 01 06 08 08 02 00 32 45 08 02 80 90
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......0.
      .
      C/R0 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000011.
      .
      N(S)3 Dec.
      .......0
      .
      Frame typeI-frame.
      03
      0000100.
      .
      N(R)4 Dec.
      .......0
      .
      P/F0 Dec.
      DSS1.
      04
      00001000
      .
      Protocol discriminatorRecommendation Q.931/I.451 user-network call control messages (8).
      Call reference.
      05
      0000....
      .
      spare0.
      ....0010
      .
      Length of call reference value2.
      06
      0.......
      .
      FlagThe message is sent from the side that originates the call reference (0).
      6-7
      .
      Call reference value50.
      Message type.
      08
      01000101
      .
      Message typeDISCONNECT (69).
      Cause.
      9-12
      Cause[0]see below.
      09
      00001000
      .
      Information Element IdentifierCause IEI (8).
      10
      00000010
      .
      Length indicator2.
      11
      1.......
      .
      Extension indicator1 (last octet).
      .00.....
      .
      Coding standard0 (CCITT standardized coding).
      ...0....
      .
      spare0.
      ....0000
      .
      Location0 (user).
      12
      1.......
      .
      Extension indicator 21 (last octet).
      .0010000
      .
      Cause value16 (Normal call clearing).
  • 17:31:26.920 Rx1 RR (receive ready)
    • 00 01 01 08
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......0.
      .
      C/R0 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000....
      .
      FillerMust be 0000.
      ....00..
      .
      Supervisory function bitsRR (receive ready).
      ......01
      .
      Frame typeS-frame.
      03
      0000100.
      .
      N(R)4 Dec.
      .......0
      .
      P/F0 Dec.
  • 17:31:26.943 Rx1 TS 05 RELEASE (Cause=16 : Normal call clearing)
    • 02 01 08 09 08 02 80 32 4D 08 02 80 90
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......1.
      .
      C/R1 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000100.
      .
      N(S)4 Dec.
      .......0
      .
      Frame typeI-frame.
      03
      0000100.
      .
      N(R)4 Dec.
      .......1
      .
      P/F1 Dec.
      DSS1.
      04
      00001000
      .
      Protocol discriminatorRecommendation Q.931/I.451 user-network call control messages (8).
      Call reference.
      05
      0000....
      .
      spare0.
      ....0010
      .
      Length of call reference value2.
      06
      1.......
      .
      FlagThe message is sent to the side that originates the call reference (1).
      6-7
      .
      Call reference value50.
      Message type.
      08
      01001101
      .
      Message typeRELEASE (77).
      Cause.
      9-12
      Cause[0]see below.
      09
      00001000
      .
      Information Element IdentifierCause IEI (8).
      10
      00000010
      .
      Length indicator2.
      11
      1.......
      .
      Extension indicator1 (last octet).
      .00.....
      .
      Coding standard0 (CCITT standardized coding).
      ...0....
      .
      spare0.
      ....0000
      .
      Location0 (user).
      12
      1.......
      .
      Extension indicator 21 (last octet).
      .0010000
      .
      Cause value16 (Normal call clearing).
  • 17:31:26.944 Tx1 TS 05 RELEASE COMPLETE (Cause=16 : Normal call clearing)
    • 00 01 08 0A 08 02 00 32 5A 08 02 80 90
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......0.
      .
      C/R0 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000100.
      .
      N(S)4 Dec.
      .......0
      .
      Frame typeI-frame.
      03
      0000101.
      .
      N(R)5 Dec.
      .......0
      .
      P/F0 Dec.
      DSS1.
      04
      00001000
      .
      Protocol discriminatorRecommendation Q.931/I.451 user-network call control messages (8).
      Call reference.
      05
      0000....
      .
      spare0.
      ....0010
      .
      Length of call reference value2.
      06
      0.......
      .
      FlagThe message is sent from the side that originates the call reference (0).
      6-7
      .
      Call reference value50.
      Message type.
      08
      01011010
      .
      Message typeRELEASE COMPLETE (90).
      Cause.
      9-12
      Cause[0]see below.
      09
      00001000
      .
      Information Element IdentifierCause IEI (8).
      10
      00000010
      .
      Length indicator2.
      11
      1.......
      .
      Extension indicator1 (last octet).
      .00.....
      .
      Coding standard0 (CCITT standardized coding).
      ...0....
      .
      spare0.
      ....0000
      .
      Location0 (user).
      12
      1.......
      .
      Extension indicator 21 (last octet).
      .0010000
      .
      Cause value16 (Normal call clearing).
  • 17:31:26.944 Tx1 RR (receive ready)
    • 02 01 01 0B
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......1.
      .
      C/R1 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000....
      .
      FillerMust be 0000.
      ....00..
      .
      Supervisory function bitsRR (receive ready).
      ......01
      .
      Frame typeS-frame.
      03
      0000101.
      .
      N(R)5 Dec.
      .......1
      .
      P/F1 Dec.
  • 17:31:26.957 Rx1 RR (receive ready)
    • 00 01 01 0A
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......0.
      .
      C/R0 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000....
      .
      FillerMust be 0000.
      ....00..
      .
      Supervisory function bitsRR (receive ready).
      ......01
      .
      Frame typeS-frame.
      03
      0000101.
      .
      N(R)5 Dec.
      .......0
      .
      P/F0 Dec.
  • 17:31:36.958 Rx1 RR (receive ready)
    • 02 01 01 0B
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......1.
      .
      C/R1 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000....
      .
      FillerMust be 0000.
      ....00..
      .
      Supervisory function bitsRR (receive ready).
      ......01
      .
      Frame typeS-frame.
      03
      0000101.
      .
      N(R)5 Dec.
      .......1
      .
      P/F1 Dec.
  • 17:31:36.958 Tx1 RR (receive ready)
    • 02 01 01 0B
      
      POS
      BINARY
      NAME
      VALUE
      LAYER 2.
      00
      000000..
      .
      SAPICall control procedure.
      ......1.
      .
      C/R1 Dec.
      .......0
      .
      EAContinuation.
      01
      0000000.
      .
      TEI0 Hex.
      .......1
      .
      EALast octet.
      02
      0000....
      .
      FillerMust be 0000.
      ....00..
      .
      Supervisory function bitsRR (receive ready).
      ......01
      .
      Frame typeS-frame.
      03
      0000101.
      .
      N(R)5 Dec.
      .......1
      .
      P/F1 Dec.
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