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E1 PPL Component Information (0x0001)
Events
The events listed below are specific to the E1 PPL component.
Events 0-15 are Receive Line Signaling Events. They require an Event Data value for the Timer Filter. The data value is an index into the Generic Protocol Timer list that is configurable using the PPL Timer Configure message.
The default value for timers 1-45 are shown below in 10 millisecond units. Timers 46-100 are not used. See the default E1 PPL DSD for the default timers used for each event.
Table 4-1 E1 Events
0 |
RCV LINE SIG 0000 |
Receive CAS line signaling bits of a = 0, b = 0, c = 0, d=0. |
Event Data: Index Into Generic Protocol Timer List for Filter Value |
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1 |
RCV LINE SIG 0001 |
Receive CAS line signaling bits of a = 0, b = 0, c = 0, d=1. |
Event Data: Index Into Generic Protocol Timer List for Filter Value |
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2 |
RCV LINE SIG 0010 |
Receive CAS line signaling bits of a = 0, b = 0, c = 1, d=0. |
Event Data: Index Into Generic Protocol Timer List for Filter Value |
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3 |
RCV LINE SIG 0011 |
Receive CAS line signaling bits of a = 0, b = 0, c = 1, d=1. |
Event Data: Index Into Generic Protocol Timer List for Filter Value |
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4 |
RCV LINE SIG 0100 |
Receive CAS line signaling bits of a = 0, b = 1, c = 0, d=0. |
Event Data: Index Into Generic Protocol Timer List for Filter Value |
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5 |
RCV LINE SIG 0101 |
Receive CAS line signaling bits of a = 0, b = 1, c = 0, d=1. |
Event Data: Index Into Generic Protocol Timer List for Filter Value |
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6 |
RCV LINE SIG 0110 |
Receive CAS line signaling bits of a = 0, b = 1, c = 1, d=0. |
Event Data: Index Into Generic Protocol Timer List for Filter Value |
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7 |
RCV LINE SIG 0111 |
Receive CAS line signaling bits of a = 0, b = 1, c = 1, d=1. |
Event Data: Index Into Generic Protocol Timer List for Filter Value |
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8 |
RCV LINE SIG 1000 |
Receive CAS line signaling bits of a = 1, b = 0, c = 0, d=0. |
Event Data: Index Into Generic Protocol Timer List for Filter Value |
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9 |
RCV LINE SIG 1001 |
Receive CAS line signaling bits of a = 1, b = 0, c = 0, d=1. |
Event Data: Index Into Generic Protocol Timer List for Filter Value |
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10 |
RCV LINE SIG 1010 |
Receive CAS line signaling bits of a = 1, b = 0, c = 1, d=0. |
Event Data: Index Into Generic Protocol Timer List for Filter Value |
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11 |
RCV LINE SIG 1011 |
Receive CAS line signaling bits of a = 1, b = 0, c = 1, d=1. |
Event Data: Index Into Generic Protocol Timer List for Filter Value |
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12 |
RCV LINE SIG 1100 |
Receive CAS line signaling bits of a = 1, b = 1, c = 0, d=0. |
Event Data: Index Into Generic Protocol Timer List for Filter Value |
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13 |
RCV LINE SIG 1101 |
Receive CAS line signaling bits of a = 1, b = 1, c = 0, d=1. |
Event Data: Index Into Generic Protocol Timer List for Filter Value |
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14 |
RCV LINE SIG 1110 |
Receive CAS line signaling bits of a = 1, b = 1, c = 1, d=0. |
Event Data: Index Into Generic Protocol Timer List for Filter Value |
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15 |
RCV LINE SIG 1111 |
Receive CAS line signaling bits of a = 1, b = 1, c = 1, d=1. |
Event Data: Index Into Generic Protocol Timer List for Filter Value |
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16 |
FWD R2 SIG1 |
Receive multifrequency forward R2 signal 1. |
17 |
FWD R2 SIG2 |
Receive multifrequency forward R2 signal 2. |
18 |
FWD R2 SIG3 |
Receive multifrequency forward R2 signal 3. |
19 |
FWD R2 SIG4 |
Receive multifrequency forward R2 signal 4. |
20 |
FWD R2 SIG5 |
Receive multifrequency forward R2 signal 5. |
21 |
FWD R2 SIG6 |
Receive multifrequency forward R2 signal 6. |
22 |
FWD R2 SIG7 |
Receive multifrequency forward R2 signal 7. |
23 |
FWD R2 SIG8 |
Receive multifrequency forward R2 signal 8. |
24 |
FWD R2 SIG9 |
Receive multifrequency forward R2 signal 9. |
25 |
FWD R2 SIG10 |
Receive multifrequency forward R2 signal 10. |
26 |
FWD R2 SIG11 |
Receive multifrequency forward R2 signal 11. |
27 |
FWD R2 SIG12 |
Receive multifrequency forward R2 signal 12. |
28 |
FWD R2 SIG13 |
Receive multifrequency forward R2 signal 13. |
29 |
FWD R2 SIG14 |
Receive multifrequency forward R2 signal 14. |
30 |
FWD R2 SIG15 |
Receive multifrequency forward R2 signal 15. |
31 |
BWD R2 SIG1 |
Receive multifrequency backward R2 signal 1. |
32 |
BWD R2 SIG2 |
Receive multifrequency backward R2 signal 2. |
33 |
BWD R2 SIG3 |
Receive multifrequency backward R2 signal 3. |
34 |
BWD R2 SIG4 |
Receive multifrequency backward R2 signal 4. |
35 |
BWD R2 SIG5 |
Receive multifrequency backward R2 signal 5. |
36 |
BWD R2 SIG6 |
Receive multifrequency backward R2 signal 6. |
37 |
BWD R2 SIG7 |
Receive multifrequency backward R2 signal 7. |
38 |
BWD R2 SIG8 |
Receive multifrequency backward R2 signal 8. |
39 |
BWD R2 SIG9 |
Receive multifrequency backward R2 signal 9. |
40 |
BWD R2 SIG10 |
Receive multifrequency backward R2 signal 10. |
41 |
BWD R2 SIG11 |
Receive multifrequency backward R2 signal 11. |
42 |
BWD R2 SIG12 |
Receive multifrequency backward R2 signal 12. |
43 |
BWD R2 SIG 13 |
Receive multifrequency backward R2 signal 13. |
44 |
BWD R2 SIG 14 |
Receive multifrequency backward R2 signal 14. |
45 |
BWD R2 SIG 15 |
Receive multifrequency backward R2 signal 15. |
46 |
R2 COMP CYCLE COMPLETE |
Generated upon R2 cycle completion when indicated by the Generate Call Processing Event of BWD R2 Compelled Signal with Cycle Completion. |
50 |
L5 BUSY OUT |
L4-initiated Busy Out event. |
51 |
L5 BUSY OUT RELEASE |
L4-initiated Release Busy Out event. |
55 |
L4 CALL REQ |
Outgoing call request generated by L4 when a Connect message is sent from L5 and the B party is in the idle state. |
56 |
L4 ALERTING |
L4 indication sent to the PPL on an incoming call when the destination is being rung. |
57 |
L4 CONNECT |
L4 indication sent to the PPL on an incoming call when the destination has answered. |
58 |
L4 CLEAR REQ |
L4 indication to release the call or L4 ACK to a L3 "Disconnect". |
59 |
L4 BUSY OUT ACK |
L4 ACK to L3 "Busy Out" message. |
60 |
L4 PURGE |
L4-initiated purge event. |
61 |
L4 OUTSEIZE CONTROL |
L4 Outseize Control message event. |
62 |
L4 INSEIZE CONTROL |
L4 Inseize Control message event. |
66 |
DSP RESULT DIGITS |
Generated upon detection of DTMF digits. |
67 |
DSP RESULT FIRST-DIGIT TIMEOUT |
Generated upon failure to detect DTMF digit. |
68 |
DSP RESULT INTER-DIGIT TIMEOUT |
Generated upon detecting DTMF inter-digit timeout. |
69 |
DSP RESULT DIGITS COMPLETE TIMEOUT |
Generated upon failure to detect a complete set of DTMF digits. |
70 |
DSP RESULT OUTPULSE COMPLETE |
Generated upon DTMF digit outpulsing completion. |
71 |
L3PPLevDSP_RESULT_CP_RESUL. |
Generated when DSP reports a call progress analysis result. |
72 |
DSP Result Dialtone Detected |
Generated upon detection of dial tone. |
80 |
DSP Announcement Start |
Generated by the beginning of a recorded announcement. |
81 |
DSP Announcement Complete |
Generated by the completion of a recorded announcement. |
Table 4-2 E1 PPL Timers
Timer Number |
Description |
Default Value (in 10 ms units) |
---|---|---|
1 |
(S19) Incoming Layer 4 busy out Acknowledge wait |
400 |
2 |
(S2) Incoming Stage 1 FWD digit receive wait |
2,000 |
3 |
(S3) Incoming Stage 2 FWD digit receive wait |
2,000 |
4 |
(S4) Incoming Stage 3 FWD digit receive wait |
2,000 |
5 |
(S5) Incoming Stage 4 FWD digit receive wait |
2,000 |
6 |
(S13) Layer 4 Connect wait |
24,000 |
7 |
(S14) Layer 4 Clear wait |
400 |
8 |
(S21) Clear Forward (idle line signal) wait |
1,500 |
9 |
(S3) Incoming Stage 2 Initial FWD digit receive wait |
2,000 |
10 |
(S2) Incoming Stage 1 Initial FWD digit receive wait |
2,000 |
11 |
(S5) Incoming Stage 4 Initial FWD digital receive wait |
2,000 |
12 |
(S4) Incoming Stage 3 Initial FWD digit receive wait |
2,000 |
13 |
(S15) Layer 3 Circuit Release wait |
10 |
14 |
(S18) Layer 3 Circuit Release wait |
10 |
15 |
(S6) Host Control wait |
6,000 |
16 |
(S13) Layer 4 Connect wait |
24,000 |
17 |
(S29) Seize Acknowledge wait |
400 |
18 |
(S31) After detecting glare time to wait before transmitting idle signal |
10 |
19 |
(S32) Time to wait before looking for idle line signal after transmitting idle signal when glare detected |
10 |
20 |
(S39) Outgoing Stage 1 BWD R2 signal wait |
1,500 |
21 |
(S39) Outgoing Stage 1 Initial BWD R2 signal wait |
1,500 |
22 |
(S41) Outgoing Stage 2 BWD R2 signal wait |
1,500 |
23 |
(S41) Outgoing Stage 2 Initial BWD R2 signal wait |
1,500 |
24 |
(S43) Outgoing Stage 3 BWD R2 signal wait |
1,500 |
25 |
(S43) Outgoing Stage 3 Initial BWD R2 signal wait |
1,500 |
26 |
(S45) Outgoing Stage 4 BWD R2 signal wait |
1,500 |
27 |
(S45) Outgoing Stage 4 Initial BWD R2 signal wait |
1,500 |
28 |
(S46) Outgoing Host Control wait |
24,000 |
29 |
(S50) Outgoing Layer 4 Clear wait |
400 |
30 |
(S49) Outgoing idle line signal wait |
12,000 |
31 |
(S50) Outgoing idle line signal wait (after glare detected) |
12,000 |
32 |
(S24) Host Control wait |
24,000 |
33 |
(S33) Time to wait for Clear Forward after glare detected |
1,000 |
34 |
Receive line signaling filter |
4 |
35 |
Not Used |
N/A |
36 |
(S6, S24) Incoming BWD R2 Cycle Complete Event wait |
400 |
37 |
Not Used |
N/A |
38 |
(S10) Time to wait for idle line signaling after invalid line signal detected while receiving FWD R2 digits |
2,000 |
39 |
(S22) Layer 3 Clear Forward wait |
300 |
40 |
(S39) Outgoing Stage 1 BWD A signal wait after sending all of stage 1 FWD digits |
2,000 |
41 |
(S2, S3, S4, S5) FWD R2 digit receive wait when String Collection Data field in Inpulsing Parameters Configure is set to 0xFF |
144 |
42 |
Not Used |
N/A |
43 |
R2 Cycle Complete Event wait |
200 |
44 |
Time to wait for Call Progress Analysis Result |
1,500 |
45 |
(S43) Time to wait for next BWD R2 signal when stage 3 digits have been outpulsed |
2,000 |