VC-390A
Contents
1. 25 ATM 25 6Mb it s UTP MIC RJ45 IS0 IEC603 7 PVC 2 500 10000 kbit s 100kbit s 1 P28 64 96 128 192 256 384 768 kbit s AAL AAL5 r PCR VP VC 1 V 35 X 1 ITU V 28V 1 TU V 24 ISG02593 34 64 8192 kbit s 64kbit s 56 82. FR supervisor 0 RD supervisor 391 PVC 6 6 00 01 01 00 00 392 PVC 3 3 VPI 1 N393 PVO 4 4 lt VCI x T391 PVC 10 10 lt GMDbit s T ATM 5 5 6Mbit s S AIS R
3. 5F ye ATM TA TA supervisor IA5 3 20 supervisor IA5 8 20 a i 2 24 TEL ia 00 00 YY MO DD HH MM a a VQI 511 3 4 a 500 10000 kbit s 100kbit s 64 96 128 195 256 384 768 kbit s EE 500 10000 kbit s 100kbit s
4. 1PVC 1PVC EE 2 FR supervisor 0 x supervisor 391 PVC 6 6 x a 00 01 01 ii 00 00 392 PVC 3 3 x ONU VPI N393 PVC 4 4 VOI T391 PVC 10 10 xX T2 ATM 5 5 x GMDit s N
5. OB O 13 RR 14
6. OFF OFF O 5 OFF 11
7. De 107 3 ALM 3 1 ON OFF ON OFF ON OFF 5 ON 3
8. FR supervisor 0 supervisor N391 PVO 6 6 OO 01 01 00 00 N392 PVC 3 3 VPI a N393 PVO 4 4 lt VCI x T391 PVC 10 10 lt BK ATM 5 5 x lt AIS RD 0 F4 01 00 CDVT 0 Oms CLF 0 x OFF F4 1 F5 E22
9. 0 12 O
10. 100V SS
11. EMI 1 SW2 1 i I I 12983456 7 8 SW2 4 8 SW2 4 ON 129 AIS AIS AIS 130 4 3 2
12. CLEAR LOGGING Menu PACKET MONITOR MANAGEMENT OAM RM CELL ALARM TERMINAL SIGNAL TEST PVC Input 6Numbers of 0 1 for OPERATION Example 101000 CLEAR PACKET MONITOR amp ALARM LOG 0 NO CLEAR 1 CLEAR Input Command Number gt 111111 ICR 4 Y N Yes Input Y iNo Input N gt Y ICR i CLEAR LOGGING gt 111111 gt I PACKET MONITOR 0 NO CLEAR 1 CLEAR MANAGEMENT OAM RM CELL 0 NO CLEAR 1 CLEAR 1 1 1 ALARM 0 NO CLEAR 1 CLEAR TERMINAL SIGNAL 0 NO CLEAR 1 CLEAR TEST 0 NO CLEAR 1 CLEAR e PVC 0 NO CLEAR 1 CLEAR IFACKET 4 MONITOR 0 NO CLEAR 1 CLEAR MANAGEMENT OAM RM CELL 0 NO CLEAR CLEAR ALARM
13. 0GGING Menu 1 RUN STOP 2 LIST 3 CLEAR 4 MODE 88 REAL TIME LOGGING 99 End Input Command Number gt CR 2 1 CRI RUN STOP LOGGING M
14. PROG STORED PARAMETER Menu 1 LOGIN NAME PASSWORD 2 TIME 3 LINE 4 DTE 5 FR 6 PVC 10 SYSTEM 99 End Input Command Number gt CRI DTE DTE FR FR PVC PVC HDLC AD8700 5 FR 6 PVC 2 1 CR
15. MODE ERROR A IP ADDRESS ERROR Ping Ping Ping IP 255 byte MES es 1 Ping Ping 124 Ping 123 Ping A B C Il Ping IP Il Ping Ping IP Ping P 1
16. ONETIME NG 145 6 88 ICHI REAL TIME LOGGING START MenUu PACKET MONITOR ALARM TERMINAL SIGNAL 0 NO DISPLAY 1 START Input 3Numbers of 0 1 for OPERATION Example 110 REAL TIME LOGGING PACKET MONITOR amp ALARM LOG Input Command Number gt 111 CR 0 ignore PACKET 1 2 PVC No ALL Input PVC Number gt 1 PVC
17. PROG TIME 01 03 01 19 45 Input New TIME gt 01 03 02 18 00ICRI Change TIME 01 03 02 18 00 YYM0 ZDD_HHE MM YY MO 1 64 24 DD HH MM 4 3 CR CO Oo PROG STORED LINE PARAMETER Menu 1 VPI 0 31 VPI 2 9 10 11 0 50 99 Input Command Number gt cRl
18. FR supervisor 0 a supervisor 391 PVO 6 6 CET 00 01 01 WM 00 00 392 PV 3 3 ONU DSU VPI x N393 PVC 4 4 6 VCOI x T391 PVC 10 10 DO MM 8 EK T2 ATM 5 5 O gt a DLCI 17 x VPI 2 VCI 33 5Mbit s FRF 8 AIS RD 0 F4 01 00 CDVT 0 Oms DSU GLP 0 x OFF F4
19. gt AD8700 0 0401 h 1 VCI 1 11 cRI 2 VCI1 511 gt 101 32 CR VCI 101 0 ICRI cR gt gt gt gt i 1 0 31 gt 31 CR VPI 31 2 VCI 1 511 gt 128 VCI 128 3 UPLOAD LINE SPEED 0 64 1000 1 1100 2000 2 2100
20. ER C ER C 1 SW 1 ER C SW 1 ER C OFF ER C ODN ON CS CS 1 SW1 8 CS ER RS ON CS CSG ON 1 S W 1 1 8 3 4 56Z 8 El CS SW1 8 ER C SW1 7 SW1 5 SW1 1 4 47 9 SW2 1 3
21. SW2 1 3 pen SMV ZISWe 9 AC100V IO lt CO O1 TT TT mt oak at s m a tam ps ie X 2 1 X 2 1 V 3 5 V 3 5 IOFF 113 TEST TEST LINE ER C SD T RD R OV SD H AM SR AM TSE MESEER 0 0 22 5 SB 1
22. AIS RDI 0 F4 x 0 1 O00 CDVT 0 Oms x 0 OFF x _ _ F4 1 x AR YA VPI 0 1 F5 IS 2 5 VCI 0 8 VPI x 4 0 0 5Mbit s 6 6Mbit s VCI OFF OFF V 35 AD8700 0401 h x DLCI x 1 4 OFF OFF OFF OFF YY x 2 AD8700 O x 0 x 5 OFF CLP DE 0 x 6 DTE EE
23. 1 INTERWORKING FFP 76 FHR 1 FR FR 20 cR FR PROG STORED FR detail PARAMETER Menu 1 STATUS MESSAGE TO DTE O OFF 1 Single PVC ASYNC Status 1 IA 1 255 N391 PVC 6 UM N392 PVC 3 MM lt N393 PVC 6 5 14 T391 PVC 10 6 ATM LINK TIMER T2 3 15 T2 ATM 10 7 DISPLAYING LED RECEIVED AIS RDI 0 F4 ONLY 1 F4 F5 AIS RDI 0 LED CONTROL 0 OFF 1 ON 0 MM STATUS MAPPING 0 OFF 1 ON 1 0 ALL 50 STORED FR detail PARAMETER RESET
24. 21 Pom LINE AIS RDI TEST ER SD RD C R Panasonic VC 390A Pom LINE AIS RDI TEST ER SD RD C T R Panasonic VC 390A 22 a X 21 esses9 OOOOOOOOO OOOOOOOO QO OOOOOOOO
25. 1 DTE SPEED 0 56 1024 1 1088 2048 2 2112 3072 3 3136 4096 4 4160 5120 5 5184 6144 6 6208 7168 7 7232 8192 kbit s gt 0 CR gt 0 CR 0 56 1024 kbit s 1 56 2 64 3 84 4 112 5 128 6 8 7 192 8 224 9 256 10 320 11 384 12 440 13 448 14 512 15 576 16 616 17 640 18 672 19 704 20 768 21 832 22 896 23 960 24 1024 kbit s gt 1 CR 1 1088 2048 25 1088 26 1152 27 1216 28 1280 29 1344 30 1408 Kbit s 31 1472 32 1536 33 1600 34 1664 35 1728 36 1792 37 1856 38 1920 39 1984 40 2048 kbit s gt 7 CR 121 7232 122 7296 123 7360 124 7424 125 7488 126 7552 127 7616 128 7680 129 7744 130 7808 131 7872 132 7936 133 8000 134 8064 135 8128 136 8192 kbit s 7 7232 8192 kbit s DTE 50 CR
26. PROG LOGIN NAME PASSWORD Input NEW LOGIN NAME gt ATM TA Input OLD PASSWORD gt Input NEW PASSWORD gt lt Input NEW PASSWORD AGAIN gt lt Change LOGIN NAME PASSWORD IA5 3 0 IA5 8 0 IA5 8 20 IA5 8 20 63 3 2 cR
27. ra a OFF ON STORED ACTIVE PARAMETER 1 ETEP er 150 4 7 Ss 40 ICRI HARDWARE RESET Y N Yes Input Y No Input N gt Y cm Y 151 5
28. 2 D 9 D 9 VC CA100 Ee D 9 Windows95 98 55 3 9 6kbit s 8 1 1 4 Enter
29. NN FR f You Stop REAL TIME el Input Enter Key gt 111 lt gt I PACKETMONITOR 0 NO DISPLAY 1 START I I ALARM 0 NO DISPLAY 1 START TERMINAL SIGNAL 0 NO DISPLAY 1 START PACKET 4 MONITOR 0 NO DISPLAY 1 START ALARM S22 0 NO DISPLAY START TERMINAL SIGNAL 0 NO DISPLAY 1 START 1 0O 1 3 PVC PVC 0 jgnore PACKET PVC PVC No PVC ALL PVC 0
30. Enter Ox0d cn Login 56 CR Enter 5 09 a z A Z 9 S gt 2 lt BS gt lt CR gt Ent er lt SP gt lt DEL gt 5G gt Input Error cR CR
31. VPI VOI 4 1 4 1 2 3 4 45 4 5 46 X 2 1 V 35 7 X 1 V 35 OFF
32. 1 F5 1 PVC PVC1 SE RE VPI VQI 32 AD8700 0401 h x DLCI 16 1 VPI O x 1Mbit s 3 2U g VCI 10 0 x AD8700 0 x 0 VCI 1 0 x CLP DE 0 4 0 0 5Mbit s x DTE OFF OFF V 35 5248 FECN EFCI 0 A OFF OFF OFF OFF ON OFF ON ON lt kDit s lt IE 1 WSF EE 1 0 5
33. 15 ALM 16
34. PVC2 DLCI 17 PVC2 5Mbit s PVC1 VPI 1 PVC2 PVC1 VOI 32 VP VC VP VC VC ATM VP VC Sa ONU LCI 16 32 1MDit S FRF8 DSU Q LCI 17 vol 33 5Mbit s 1 6Mbit s FRF 8 VPI
35. OFF n g OFF 1 1 0 5 0 5 0 1 0 1 9 o 108 LINE ER C SD T RD H ER C SD T OFF OFF VPIZVCI VPI VCI PVC PVC VC VC
36. 5 _ 2 IA5 3 20 59 2 3 4 STORED PARAMETER ACTIVE PARAMETER HARDWARE HESET STORED PARAMETEH OFF 5 ON a a 0FFON HARDWARE RESET STORED i me ACTIVE PARAMETER PARAMETER ACTIVE PARAMETER OFF ON PVC
37. 153 VP HDLC LLC SNAP VC PPP 3 HDLC AD8700 VPI VCI CD I DTE 1 12 cR 2 CD OPTION 0 LINE 1 ER DTE 0 gt 1 cH CD ER C 72
38. Na 116 116 115 115 0AM kk 117 OAM 117 ES a 19 kk 18 OAM 118 OAM 118 OAM 117 OAM 117 KRWOOI7IO7Oo0onfYmtmttt eo 156 134 ei 134 PVC kk 143 VG6 EEKKNINNYNNNo0olou 139 146 141 142
39. 7 ATM UTP MIC RJ45 ON OFF P107 23 3 FF YRA YF 1 V 35 X 21 ER C CS YR YF RM TA 24
40. OAM 10 SW 4 li 520 PE 11 RM RM SW 5 RM AD8700 RM RM 18 TA TA 8 SWZ 6 TA
41. Ping Ping 3 Ping 3 1 Ping Ping 55 Ping 121 3 Ping TEST TEST Menu 1 0AM LOOPBACK TEST 2 Ping TEST 99 End Input Command Number gt 2 Ping TEST 0AM O0AM Ping Pi ng Input PVC Number gt PVC _ Input Source IP Number 1 or 2
42. 0 ke ose 4oge byte A 71 CRC oOI6 1 CRHCG OO h FF h OO h FF h Q 1 0 OF h 00 h 1 0 1 CS 1 HDLC 55 AD8700 153 8 VC pVC PVC
43. 3 DTE V 35 DTE 21 RJ45 OFF 2 SW2 1 3 ON TEST 112
44. LLC SNAP RFC2684 1483 50 VC PPP VC PPP RFC2364 PVC FRF5 VC VP FRF 8 FRF 8 RFC1490 IETF 1483 Encapsulation Routed IP PDU AD8700 AD8700 3 1 HDLC PV VC 390MX VC 390MX ONU 1PVC
45. ON POWEHR ON LINE ON OFF TEST ON POWER OFF LINE TEST
46. VCI VCI 10 01 99 0 3 4 VCI 22 OU 5MDit s 1 1 0MDit S 2 0Mbit s 3 3 0Mbit s 4 0Mbit s 5 5 0Mbit s 6 0Mbit s 7 0Mbit s 8 0Mbit s VPI VCI X 21 X 21 V 35 V 35 OFF OFF X 2 1 V 35 7 VHI eGE ANN al OFF OFF OFF OFF 3 4 OFF OFF OFF OFF
47. de END END FLOW CONTROL 0 DISABLE 1 ENABLE gt CR F4 EY SEGMENT FLOW CONTROL 0 DISABLE 1 ENABLE gt CR F5 II END END FLOW CONTROL 0 DISABLE 1 ENABLE gt ICR F5 10 6401 0 CONNECTION CONTROL 0000 FFFF gt R AD8700 MM OPTION O DISABLE 1 ENABLE gt cA AD8700 1 VPI 68 1
48. 75 N393 PVCO T391 PVC T2 ATM ATM PVC 8 1 PVC PVC LMI DTE PVC PVC PVC PVC LMI PVC DTE PVC PVC T2 OAM ALL5 PVC
49. 129 PER 9 110 kk 152 2 2 4 CS ec 47 ER C Li 47 RM 48 TA 48 VC kl 45 MVM a 45 45 S mml ri 48 47 46 kk 46 48 WR ee NN 23 37 AD8700 kk 40 Io 39 5 38 kk 107 23 41 kk 87 DTE ki 90 102 DTE 101 FR 92 106 FR i 105 FR kk 91 103 FR RE 103 PVC 4 i 91 104 PVC
50. OAM RM CELL 0 NOLIST 1 LIST PACKET MONITOR 0 NOLIST 1 LIST 0 NOLIST 1 LIST 0 NOLIST 1 LIST PVC 0 NOLIST 1 LIST 1 0 1 6 ALARM TERMINAL SIGNAL TEST PVC CTLR Z 1ST PACKET MONITOR LOGGING 0 ignore PACKET 1 2 PVC No ALL PVC Input PVC Number gt F H mo dd hh mm ss d R FRAME DTE D FRAME by TA R PACKET ATM D PACKET by TA D PACKET by ATM R RECEIVE D DISCARD 10 01 20 30 00 0
51. RM AD8700 OAM 27 100V 10V 50 60Hz 10W 20VA 0 3mA 0C 40C 20 90 180mm 670mm X 69mm 1 1kg LO0 0374 1 6PVC PVC 6Mbit Ss 28 1 4 8 1 1 1000 UTP EIA TIA568A95 IS0 IEC 11801 UTP MIC RJ45 IS0 IEC603 7 32Mbaud 100ppm 90 m 1000 UTP 3 NRZI
52. CR UP ONLY CR STORED SYSTEM PARAMETER RESET Y N Yes Input Y No Input N gt Y RESET SYSTEM PARAMETER 86 N CANCEL 4 ACTIVE PARAMETER Ea OFF 5 ON 5
53. 1 STATUS MESSAGE TO DTE FR 79 4 FR 50 cR FHR STORED FR detail PARAMETER RESET Y N Yes Input Y No Input N gt Y F R RESET FR detail PARAMETER N CANCEL FR 50 cR FR STORED FR PARAMETER RESET Y N Yes Input Y No Input N gt Y FH N CANCEL RESET FR PARAMETER 80 7 PVC PVC 6 cR PVC PVC
54. Input Command Number 81 PVC 0 31 PVC VPI l gt 51T1 3 4 PVC VCI l6 1023 FR DLCI 500 T1000 kbit s 100kbit s 64 96 128 192 256 384 768 kbit s OFFON 1 ATM CLP FR DE OFF ON 1 1 OFFON 1 ATM EFCI FR FECN OFF ON 1 STATUS OFF ON OFF ON AIS AIS EQN OFF OAM ON OAM 1 82 PVC P VF E
55. 128 4 3 4 3 1 1 VC 1 2 HDLC AD8700 OFF SW 6 4 ON 1
56. 4 VPI VOCI DTE 60 6 2 3 _ 99 4 99 DTE w 6 61 as x x 11 LL LO CO QO 62 1 1 CR
57. 0 NO CLEAR 1 CLEAR TERMINAL SIGNAL 0 NO CLEAR 1 CLEAR TEST 0 NO CLEAR 1 CLEAR PVC PVC 0 NO CLEAR 1 CLEAR 1 0 1 6 144 5 4 ICHI Select LOGGING MODE Menu PACKET MONITOR MANAGEMENT OAM RM CELL ALARM TERMINAL SIGNAL PVC 0 CYCLIC 1 ONE TIME Current Mode 0111 Input 5Numbers of 0 1 for NEXT OPERATION Example 10000 PACKET MONITOR LOG IS ONE TIME OTHERS ARE CYCLIC Input Command Number gt 1111
58. 110 OFF 115 3 OFF 6 SW2 1 3 ON TEST
59. PVC VPI VCI PVC 01 00 MA Vk ha O 7 LTD 2VC VC LMI 0 Q 933A IP Ping 0 X PVC VPI PVC1 DLCI 16 PVC VCI PVC1 1Mbit s PVC PVC1 PVC PVC2 VPI 2 5248kbit s PVC2 VCI 33
60. 5 CS DELAY TIMER 1 50 50ms 1 CS 6 FLAG IN FILL 0 FLAG 1 MARK 0 gt CR 7 MAX FRAME LENGTH 256 4096 4096 NE CRC 0 CRC16 1 CRC32 0 CHRC 9 ADDRESS DATA 00 FF F 9 DATA 00 FF 0 0 11 HEADER OPTION O DISABLE 1 ENABLE 0 1 CONTROL 0 NO ACTION 1 CS FLOW DTE 1 DTE SPEED DTE 1
61. 87 ATM DTE 107 41 OFF ON ALM AC100V In 8 oo ee oo CT a i 1 4 SW1 2 nm bpmana 2 gt 1 2 2 1 VPI 0 9
62. 1 BIT 1 2 3 4 BIT 5 BIT 6 BIT 7 ER C BIT 8 CS 2 BIT 1 2 3 BIT 4 BIT 5 RM BIT 6 TA BIT 7 8 OFF V 35 X 82 DTE SYNC ERROR READY NOT READY ER C LMI OKNG LMI Re 22 PVC Il ONE TIME RUN ONE TIME STOP CYCLIC RUN CYCLIC STOP XXX XXX XXX XXX PVC Ping
63. 2 NT2 NT1 ONU NT 1 858345678 PN oon rolm 29 1 4 3 1 V 35 ooooeeoe 8 89 8 8 8 8 J BB FF LL DID DD YY OO OO OO 6 6 V 35 DTE H 1111114111114111 30 2 X 1 X G1 8 6mm X 1 X 1 DTE 2
64. 111 4 1 3 1 DTE V 35 DTE X 21 RJ45 2 lt 110
65. 3 UPLOAD LINE SPEED 0 64 1000 1 1100 2000 2 2100 3000 3 3100 4000 4 4100 5000 5 5100 6000 6 6100 7000 7 7100 8000 gt 0 ICR 0 gt 0 64 1 64 2 96 3 128 4 192 5 256 6 384 TN 7 500 8 600 9 700 10 768 11 800 12 900 13 1000 kbit s 1 CR 1 1100 14 1100 15 1200 16 1300 17 1400 18 1500 NIR 19 1600 20 1700 21 1800 22 1900 23 2000 kbit s gt 2 CR 2 2100 24 2100 25 2200 26 2300 27 2400 28 2500 3000 kbit S 29 2600 30 2700 31 2800 32 2900 33 3000 kbit s gt 9 ICR 94 9100 95 9200 96 9300 97 9400 98 9500 99 9600 100 9700 101 9800 102 9900 103 10000 kbit s 9 9100 10000 kbit s 50 CR STORED LINE PARAMETER RESET Y N Yes Input Y No Input N gt Y CR RESET LINE PARAMETER
66. D PACKET by ATM PVC 0 Ignore PACKET 139 1ST MANAGEMENT OAM RM CELL LOGGING mo dd hh mm ss d CELL TYPE CELL DATA 09 29 08 15 55 6 AIS CELL TYPE CELL DATA 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 09 29 08 15 55 6 RDI 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 09 29 08 15 50 6 CONTINUITY 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 09 29 08 15 50 6 LOOP BACK 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 09 29 08 15 45 6 OUT OF DEFINITION OAM CELL 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
67. Ping 1 i CR 3 PING REPLY O OFF 0 CR gt 1 Ping 0 1 IP ADDRESS1 XXX XXX XXX XXX 100 123 111 002 gt 100 123 222 003 CR 200 123 222 002 CR PI NG REPLY O OFF 1 REPLY 2 LINE 1 CR IP ADDRESS 1 50 1 REPLY 2 LINE UP ONLY CR IP 1 100 123 222 003 2 IP ADDRESS2 XXX XXX XXX XXX IP Ping
68. V 35 X 1 ER C 152 CC CC 1 4 SW1 5 PP so NM MDD OM OD OCN NT TO OM OD DD NM TATOO OD R00 ON mm mm mmlml ml mlm m
69. 01 00 CLP BIT CONTROL O0 1 CLP 0 OAM F4 END END FLOW CONTROL 0 DISABLE 1 1 OAM F5 SEGMENT FLOW CONTROL 0 DISABLE 1 1 OAM F5 END END FLOW CONTROL 0 DISABLE 1 1 10 MULTI POINT CONNECTION CONTROL 0000 FFFF AD8700 0401 HEADER OPTION O0 DISABLE 1 ENABLE AD8700 0 Input Enter Key gt ICRI CO mM oo WM ENABLE F4 ENABLE F5 ENABLE F5 J CO 99 VHI es VP VCI TOT VC 500 10000 KDit S 100kbit s 64 986 1 8 192 56 384 68 kbit s 500 10000 KDit S 100kbit s 64 96 1 8 192 56 384 768 kbit s HH MM HH MM 0 1
70. 1 J 0 15 158
71. 1 10 1 N392 lt N393 N393 PVC 1 10 1 N392 lt N393 TS391 PVC 52 10 10 5 14 1 ATM 5 ATM 5 3 15 1 AISRD I F4 AIS RD 0 0 F4 F5 F4 AIS RDI F5 1 F4 F5 F4 F5 AIS RDI 0 OFF LINE 1 ON LINE FECN BECN EFCI 0 OFF 1 ON
72. VP VP VC v supervisor 0 2 supervisor N391 PVC 6 6 OO 01 D1 0 FRF5 00 00 N392 PVC 3 3 ONU VPI N393 PVC 4 4 VQI X T391 PVC 10 10 DLcl 1e VCI 32 1Mbit s a 4 1 6Mbit s T5 ATM 5 5 2 6Mbit s DLCI 17 vol 33 5Mbit s 2 AIS RDI 0 F4 VPI 1 6Mbit s 0 1 00 CDVT 0 Oms _ CLF 0 x OFF 2 an
73. 70 DTE SPEED CD OPTION DTE ALL DTE STORED DTE PARAMETER RESET DTE PROG STORED PARAMETER Menu DTE 64 8192 kbit s 64k DTE 56 84 118 168 284 440 1616 672 kbit s CD 0 ON CD CD ON 0 1 CD OFF 1 ER O CD ER C DRH 0 ON DR DR ON _ DR OFF ER DR ER ER C 8 ER C ON OFF ER C ON OFF IS 8 SO HS ON CS ON
74. ERH C SD T RHD R OAM HOM SDRAM SHAM F T G MCC PHY OAIM OAM XxX 118 3 2 1 565 OAM L 4 FF x J 3 CRI OAM LOOPBACK TEST je TEST MenU 1 0AM LOOPBACK TEST 2 Ping TEST 99 End Input Command Number gt ICRI Input PVC Number gt
75. 0 OAM XXX XXX XXX XXX IP 0 255 ro 0 0 0 255 255 255 255 XXX XXX XXX XXX IP 2 0 255 o 0 0 0 255 255 255 255 0 0 a 1 2 1 165 VCCI A VC 390A Am A0101 2092 23 8639 3 1 045 531 1831
76. 2 3 1 FH OFF 2 SW 6 1 3 OAM ON TEST 0AM OAM oh ee ee 3 4 5 6 7 8 gt ww OAM TEST OAM 10 TEST LINE
77. ON 0FF ALM 7 109 4 4 1 4 1 1 3 3 U OAM Ping Ping 4 1 2 1
78. Q O 2 2 N
79. N CANCEL 69 5 DTE DTE 4 CcR DTE tt PROG STORED DTE PARAETER Me Sth OO LINE 1 ER CD I 3 i LINE 1 ER DR 4 TIMER 1 50 50ms ER C 5 OH TIMER 1 50 50ms CS 6 IN FILL O FLAG 1 MARK 0 7 MAX FRAME LENGTH 256 4096 4096 8 ia CRC 0 CRC16 1 CRC32 CRHC 0 9 ADDRESS DATA 00 FF OF 10 CONTROL DATA 00 FF 00 11 HEADER OPTION 0 DISABLE 1 ENABLE 0 12 FLOW CONTROL 0 NO ACTION 1 CS FLOW 0 0 ALL 50 STORED DTE PARAMETER RESET 99 End Input Command Number gt CRI
80. ON 1 FROM RAM 110 2 3 ON POWER TEST
81. 1 1 1 ATM ATM V 35 X 1 1 ATM ATM 25Mbit s V 35 X 21 BMDbit s 512byte packet 3 HDLC PPP FR AAL5 FRH IP VPN 4 VP
82. Tr SN 2 3 2 21 ee 110 kk 49 EE 50 FR ee 5 MG 53 NSR 49 54 lt 49 49 55 56 FR 56 57 27 Ra 157 kk 58 kk 59 NN 59 58 58 SR NL NII 3 32 bb 132 132 132 Kg0K 108 RM 131 131
83. 1 F5 1 2 PVC PVC1 I VPI 0 x F5 1 VPI x 45 4 VCI 10 0 x VOI 32 lt ER MY RS VCI 1 0 x AD8700 0401 h x DLCI 16 4 0 0 5Mbit s x 1Mbit s OFF OFPF V 35 AD8700 0 x 0 1 4 OFF OFF OFF OFF ON OFF ON OFF CLP DE 0 RA YF VE DTE 5 OFF Xx 5248 FECN EFCI 0 6 x kbit s 7 ER C OFF CD 0 ER C ER
84. 1 PVO ME PVC 01 0O x LM 0 x LMI 0 Q 933A x X 159 1VP 2VC
85. EA RT YET VPI 0 x A VCI 10 0 x RA ES VCI 1 0 x 4 0 0 5Mbit s x 0 OFF OFF VSS 1 4 OFF OFF OFF OFF ON ON OFF ON RA YF VREV GR EN 5 OFF x 6 x 7 ER C OFF ER C 8 CS OFF ER 1 8 OFF OFF OFF 4 OFF xX RM OFF x 6 TA OFF ES X PVC VCI DTE V 35 VP VC VC VP VC
86. 1 51 3 4 1 500 10000 kbit s 100kbit s 64 96 128 192 556 384 768 kbit s 500 10000 kbit s 100kbit s 64 96 128 192 2556 384 768 kbit s HH MM CLP 0 01 00 1 NIB F4 0 1 F5 0 1 1 0401 h F5 0 1 AD8700 AAL5 OU000 h FFFF h AD8700 1
87. PVC PVC1 F5 VPI VCI 3 lt AD8700 0401 h x DLCI 16 1Mbit s AD8700 0 x 0 GLP PE 0 DTE VE 5248 FECN EFCI 0 kbit s Ee CD 0 ER C 0 DR 1 ER PVC PVC8 ER C 2 100ms VPI CS 2 100ms VCI 32 0 DLCI 1Z 5Mbit s 4096 byte 0 1 CRC 0 CRC16 CLP DE 0 OF h RV EE 00 h x FECN EFCI 0
88. 0 x YE 0 0 FR 0 AAL5 2 1 PVC 01 00 LM 0 IP LMI 0 Q 933A IP Ping 0 X PVC VPI PVC1 DLCI 16 PVC VCI PVC1 1MDit s PVC PVC1 PVC PVC2 VPI 2 5248kbit s PVC2 VOI 33
89. CLP CIR octet DLCI 16 1023 LM Wg XID Ne ITU T Q 933 Annex A ANSIT1 617 Annex D PVC DTE DCE 3 PVC 2057 RIS 36 1 4 9 AAL5 AAL5 LLC SNAP
90. LLC SNAP VC PPP CATM ATM ONU 1PVC 38 2 FR 2PVC VC 2 VO VC 390MX ATM VC ONU VC AAL5 VP VP VC 390MX ATM ONU NT VP ONU DSU VP2 Q AAL5 39 3 AD8700 PVC ADB8700 AD8700 ON
91. OO TLO LO LO LO LO TLO 1 LO LP Oo co Ly ei i ii i el ooo ol oo oo oo oo oo on oA olo ol lm rt 0 ol ol oo Nm H nl oo oo Oo Nm H no oo om oOo lploleololo lolo oohololooloho oooloolooolor rn ORONO TT TN OO PN OT i ad ME ed el bee lakea bid Meal ed EE bad Red i ed el hd Mel ed WE a ll hd ed ld ed El bd Dl a mIO LO CO OO OI TT T ICO OOO Or NM TH CO 0 1 A CulCu Cu aCeilcilasiki ka cli i i lel Deolo unm ol oo oo oo ol oo oo ed 1CJICOTTT CO TOO IO 1ICJICOTSS OO oo er MHF OO OI El CU M eulculaulculculculculculcu lculeo eo lco lco lco 153 Kbit s Kbit s 6336 6592 6656 6912 7040 7296 7360 7680 7 7 4 4 7808 8064 8 192 Lep CuJ FN 7500 7600 7900 8000 8300 8400 8700 8800 8900 9200 9300 154 kk 107 5 Fn 15 4 24 25 108 Rt 28 uk 29
92. FFFFFFFF h 00000000 h ALL 1B ALL 1B 2 OAM OAM EE lt OAM 1 10 jy20AN 1 FRH OAM 1 117 3 OAM OAM
93. 31 1 4 4 111 11111 1 32 O1001 IO 1 1OITO SOFF 1 4 5 ATM 8 7 6 5 4 3 2 1 GFC 0 GFC 4bit VPI 8bit VPI VC VPI 0 31 VCI 1 Gbit VCI 1 51 1 G 4 OAM 0 PT VCI PT 3bit ON VCI CLP SDU 1 HEC i mem SDU 1 OAM F5 gt OAM F5 48ootet 1 FRH
94. NN 511 VGI UPLOAD LINE SPEED DOWNLOAD LINE SPEED PACKET MONITOR LOGGING INTERVAL hh mm 01 00 CLP BIT CONTROL 0 1 CLPF 0 OAM F4 END END FLOW CONTROL 0 DISABLE 1 ENABLE F4 1 OAM F5 SEGMENT FLOW CONTROL O DISABLE 1 ENABLE F5 1 OAM F5 END END FLOW CONTROL 0 DISABLE 1 ENABLE F5 1 MULTI POINT CONNECTION CONTROL 0000 FFFF AD8700 0401 HEADER 0PTION O DISABLE 1 ENABLE AD8700 0 ALL STORED LINE PARAMETER RESET End STORED LINE PARHAMETER RESET PRHOG STORED PARAMETER Menu 65 VHI 1 0 31 VP VCI 1 1 511 3 4
95. ALARM LOGGING ONE TIME STOP TERMINAL SIGNAL LOGGING CYCLIC STOP PVC LOGGING CYCLIC STOP PVC IP ADDRESS1 100 110 120 1 IP 1 IP ADDRESS2 200 220 120 2 IP PING REPLY O OFF 1 REPLY 2 LINE UP ONLY 1 PING Input Enter Key gt CRI 95 YY MO DD HH MM 24 YY M0 DD HH MM N N YY MQO DD HH MM N N YY MO DD HH MM 0 1 3 3 SWITCH 1 VPI 0 9 0 9 SWITCH 2 3 VOD 00 99 SWITCH 4 0 5Mbit s 1 0MDit s 2 0Mbit s 3 0Mbit s 4 0Mbit s 5 0Mbit s 6 0Mbit s 7 0Mbit s 8 0Mbit s 1 1 8 8 0
96. 0 NN OF F 1 1 1 1 1 OF F AIS OFF J A 18 1 RDI OFF J RD OF F ER C ON ER C OFF OFF xg
97. AD8700 0 0401 h 1 HDLC AD8700 CLF DTE AD8700 DTE 64 8192 kbit s 64k 56 84 11 168 24 440 616 6 7 KDIt 8 1 ER C CD 0 ON CD ON CD OFF 1 ER C CD ER C ER 100ms DR 0 ON DR ON DR OFF ER DR ER ER C ON OF
98. ONE TIME RUN ONE TIME GTOP CYCLIC RUN CYCLICGTOP 2 XXX XXX XXX XXX Ping IP 1 IS XXX XXX XXX XXX Ping IP Ping 98 O OFF 1 HEPL LINE UP ONLY Ping 0 1 1 3 2 cRI 1ST ACTIVE LINE PARAMETER 1 VPI O 31 VPI 0 VCI 1 511 VCI 32 UPLOAD LINE SPEED 4000 kbit s 4 DOWNLOAD LINE SPEED 4000 kbit s PACKET MONITOR LOGGING INTERVAL hh mm
99. PVC2 DLCI 17 PVC2 5Mbit s VPI PVC PVC1 VCI 32 160 VC VC
100. TEST POWER TEST 1 LINE 1 TEST LINE ERH C SD T RD R POWER TEST 1 LINE 1 WOIME 2 SDH AM SR AM F TG MCC H T C PHY D TE Xx ON POWER
101. 1 123456 50 543210 110 20 2 345678 20 2109874A180 10 Input Enter Key gt CR 1 123456 50 543210 110 20 gt PVC D FRAME by TA R PACKET ATM D PACKET by TA D PACKET by ATM 138 PVC i PVC jnore PACKET PVC PVC PVC No PVC PVC ALL PVC 0 mo dd hh mm ss d 100ms 0 PVC PVC 0 ignore PACKET DTE R FRAME DTE NRN ignore D FRAME Dby TA R PACKET ATM V gnore PACKET ai PA D PACKET by TA
102. 4 5 2 1 O 134 4 NN NO Ns 135 1 4 ICR
103. 2PVC PVC 6Mbit s PVC PVC1 PVC 1 CR PVC PVC No 1 MenU VPI 0 31 0 CR VPI 1 0 511 32 gt 33 CR VCI 33 DLCI 16 1023 16 gt 17 CR DLCI 17 PVC SPEED 0 64 1000 1 1100 2000 2 2100 3000 3 4 4100 5000 5 5100 6000 6 6100 7000 7 8 8100 9000 9 9100 10000 kbit s 4000 kbit s gt CR 6 MAPPING 0 OFF 1 ON 2 ALL 1 0 gt CA CLP DE EE MAPPING 0 OFF 1 ON 2 ALL 1 0 gt CR FECN EFCI 0 STATUS MODE O OFF 1 ON 0 gt ICR NETWORK LINE MODE 0 OFF 1 ON PVC 0 EN gt
104. OFF MB 1 4 OFF OFF OFF OFF ON ON OFF OFF FA WTR VP OFF x 6 x 2 ER C OFF ER C 8 CS OFF GE TV 1 0 G 4 0 x 5 RM OFF x 6 TA OFF lt 9 X PVC VPI VCI DTE V 35 2VP VP 162
105. 0 LCI Z 5Mbit s 4096 byte 0 1 ERC 0 CRC16 0 OF h x 00 h x FECN EFCI 0 0 x SW 1 0 0 FR 0 AAL5 2 1 1 PVC 01 0 LM 0 IP 1 LMI 0 Q 933A IP Ping 0 X VPI 1 PVC1 DLCI 16 PVC VOI
106. DTE PVC LM DCE 127 PVC OAM F5 LMI PVC DTE FR DTE LMI ITU 1 Q 933 AnnexA ANSI T1 167 AnnexD 55 FR LM DTE LM P45 LMI LMI PVC N391 PVC FR N392 PVC
107. OFF OFF OFF ON OFF OFF ON OFF LLCZSNAP OFF ON OFF OFF VC PPP ON OFF ON ON VC ON ON OFF OFF VP ON ON ON ON AD8700 OFF OFF X 48 53 ON OFF ER C mm D OFF ER C OFF ER C ON ER C ON ER OFF CS OFF ER ON HS ON CS CG ON lt gt INIS OFF OFF OFF OFF OFF OFF OFF OFF ON OFF ON OFF ON ON OFF OFF OFF ON
108. PROG STORED PVC PARAMETER Menu PVC VPI VCI DLCI SPEED C D F E STATUS LINK 1 1 32 16 2000 ON ON ON ON Pp 2 1 33 17 1000 OFF OFF OFF OFF 50 STORED PVC PARAMETER RESET 99 End Input Command Number gt CRI PVC Input Operation MODE 0 NEW CHANGE 1 DELETE gt CRI Input Command Number PVC P VC STORED PVC PVC PARAMETER RESET End PVC PVC 6MDit S 6GMbps PVC PVC SPEED OVER 2PVC Exist 1PVC Available Max Speed 6MDpS Input Operation MODE PVC PVC
109. Sync Event 2 ON Swe 5 6 7Z 8 1 tama SWe 6 RM SGW2 5 48 SW2 1 3 SM 3 3 1 IA5 3 20 AS G 0 supervisor lsupervisor OO 01 01 6 24 00 00 YY MO DD HH MM VP 0 31 VC
110. DTE STORED DTE PARAMETER RESET Y N Yes Input Y No Input N gt Y DTE RESET DTE PARAMETER N CANCEL 74 6 FR FR 5 CR FH PROG STORED FR PARAMETER Menu 0 ALL 20 FR detail config FR 50 STORED FR PARAMETER RESET 99 End Input Command Number gt 1 1NTERWORKING 0 NETWORK 1 TRANSPARENT 2 TRANSLATION AAL5 1 2 PVC LOGGING INTERVAL hh mm PVC 3 LMI MODE 0 OFF 1 DCE ACTION 2 DTE ACTION LM 1 MM Q 933A 1 ANSI LMI 1 CR INTERWORKING PVC LOGGING LMI MODE LMI
111. DTE 0 cR cR a 1 DTE SPEED 0 56 1024 1 1088 2048 2 2112 3072 3 3136 4096 HH 4160 5120 5 5184 6144 6 6208 7168 7 7232 8192 kbit s gt 0 CR 56 1024 1 56 2 64 3 84 4 112 5 128 6 168 7 192 8 224 9 256 10 320 11 384 12 440 13 448 14 512 15 576 16 616 17 640 18 672 19 704 20 768 21 1 832 22 896 23 960 24 1024 kbit s 1 74 gt 24 CR 1024 kbit s 1 gt 1 CR 1 gt 1 CR gt CR gt CR gt CR gt CR gt CR gt CR gt CR 0 gt CR 2 CD OPTION O LINE 1 ER CD ER C 3 DR OPTION O LINE 1 ER DR ER 4 ER DETECTION TIMER 1 50 50ms 2 ER C
112. FR Flag address DLCI 16 10283 0 EA NM 0 1 FECN EFCI BECN DE CLP Information FCS CRHC16 CRC3 ootet 35 6 BECN 1 FECN 1 EFCI
113. Ping Ping Ping Ping Ping HDLC LLC SNAP FRH AAL5 FRF 8 Ping Ping 2 Ping Ping r Te
114. AD8700 89 DTE 64 8192 kbit s 64kbit s 56 84 112 168 4 440 616 672 kbit s DTE DODANE 0 LINE 1 ER C CD DRH 0 LINE 1 ER DR ER C 1 50 x50ms ER C ON OFF ER C ON OFF CS 1 50 x50ms RS ON CS ON 0 FLAG 1 MARK S56 4096 byte CRC 0 CRC16 1 CRC3 CRC 00 h FF h 00 h FF h NY Da OF h 00 h
115. 6 ON OFF 0FF SD TZ 3 i I 3 1 VPI VCI 10 3 VCI 1 4 UN 1 t f 0 5 0 5 0 1 0 1 3
116. 88 4 2 ee 93 RCCTT77 OCTV 0000O0O00006 00060OOO ON 107 2 5 1 ll 107 5 EO 107 PR 108 3 1 108 32 EKE NINE 108 Ao 109 110 7 110 4 110 qe NN 110 4 1 3 kk 112 4 1 4 TS 4 1 5 0AM 117 A NP ESR LR 121 4 2 PVC tt 125 4 2 1 PVC kk 125 4 5 DTE PVC kk 125 4 2 3 _ PVC kk 127 4 3 kk 129 2 8 1 a 129 4 3 8 RM kk 131 4 4 kk 132 4 5 kk 134 2 OO 134 4 5 134 4 6 kk 149 4 7
117. DTE PVC DTE PVC PVC DTE PVC DTE PVC PVC ER C OFF PVC 15 PVC ER C OFF PVC T391 PVC PVC PVC PVC 126 4 2 3 RR 1 PVC PVC PVC LMI DTE
118. OAM ON OFF ON ON aE 9 OFF OFF ON RM OFF RM OFF ON RM 43 44 OFF TA OFF ON Syno Event ro NIS OFF OFF 2 2 2 1 VPI VPI 1 2 VCI VCI 3 VCI 0 3 4 3 VCI 3 4
119. CR 1A5 3 0 IA5 8 20 supervisor GG3 Login Password LOgIn Password 58 2 COmmand Menu
120. 151 5 152 NN 153 lleeeereie3ioioio 153 2 155 157 SsaisissasiasesanisaianiaadumaiGimaaaniaaiaomaanin 159 ATM TA VC 390A MM 16
121. 23 1 1 114 1 1 1 1 112 60 DTE 71 DTE 70 FR I 78 FR 75 FR 5 PVC 81 PVC lk 82 PVC RI 84 kkk 85 85 kk 66 65 61 64 i 63 63 107 Sa 129 129
122. 3100 4000 7100 8000 VPI PVC lt VP I VCI VPI VCI already used VP VPI DLCI DLCI already used SPEED OVER 2PVC s PVC 6Mbit s Exist 1PVC Available Max SDeed OMDDpSs 83 PVC 0 31 PVC VPI l gt 51T1 3 4 PVC VCI 16 1023 FR DLCI 500 T0000 kbit s 100kbit s 384 768 kbit s 64 96 128 192 256 18 ATM CLP FR DE 0 1
123. Lk 104 i 89 100 kk 99 i 93 88 96 i 94 aa 8 88 aa 93 110 Se 110 1 1 i 1 1 ek 110 111 110 en a ea 149 0 20 21 282 26 kk 129 i 153 kk 30 ARA WY 24 kk 110 23 i 23 ae 108 i 159 kk 18 VP VC 18 2VB V6 LOT OO 18 155
124. UTP 5 3m Xi1 X 2m X 2 1 N xXx x2 X21 M3 0 x2 6 12 kk 16 47 KZ 1 17 1 28 kk 18 1 3 _ Em 20 1 26 ee 26 2 29 1 4 3 ee 30 1 4 4 3 1 4 5 ATM ae 33 1 4 6 ATM ee 34 eC 35 1 4 8 FR 35 24S CR 37 4 1 K KKZ7 E TI IT E EE 41 8 Ef 42 2 2 1 kk 42 45 Le IM Si 49 2 3 1 49 2 3 2 55 2 3 3 0OOFT NM NN 58 2 3 4 ee 60 4 kkk 7 2 4 1
125. cR 1 STATUS MESSAGE TO DTE O OFF 1 Single PVC ASYNC Status 1 gt 0 CR ME NI 255 6 gt 7 CR NM 7 3 LMI N392 1 10 3 gt 4 ICRI N392 PVC 4 NN 10 6 gt CR N393 PVC 8 14 10 gt CR T391 PVC NE SA TIMER T2 3 15 10 gt CR T2 ATM 7 DISPLAYING LED RECEIVED AIS RDI 0 F4 ONLY 1 F4 F5 0 gt ICR AIS RDI 2 LED CONTROL 0 OFF 1 ON 0 gt ICR 9 CONGESTION STATUS MAPPING 0 OFF 1 ON a 1 gt CR
126. BIT 4 0 1 BIT 5 RM 0 1 RM BIT 6 TA 0 1 Sync Event BIT 7 8 OO OFF V 35 X81 DTE OOFF 1 V 35 a SYNC EHROR SYNC ERROR READY NOT READY ER READY ER C ON NOT HEADY ER C OFF OKERROR LMI OK NG 97 PVO ONE TIME RUN ONE TIME STOD CYCLIC RUN CYCLIC GTOP PVC
127. PVC1 1MDbit s GMDbit s PVC1 BMbit s VPI 5248kbit s PVC2 VCI 33 PVC2 DLCI 17 VPI PVC2 5MDit s PVC1 VCI 32 PVC 163 ATM TA VC 390MX
128. ye ATM EFCI FRH FECN WM 0 1 8 1 AIS AIS 84 0 OAM OAM PVC 50 CcR PVC STORED PVC PARAMETER RESET Y N Yes Input Y No Input N gt Y PVC RESET PVC PARAMETER N CANCEL 8 10 CR PHOG STORED SYSTEM PARAMETER Me
129. 146 1S PACKET MONITOR LOGGING mo dd hh mm ss d R FRAME DTE D FRAME by TA R PACKET ATM D PACKET by TA D PACKET by ATM R RECEIVE D DISCARD 10 01 20 30 00 0 123456 50 543210 110 20 f You Stop REAL TIME LOGGING Input Enter Key LIST ALARM LOGGING mo dd hh mm ss d ALARM TYPE 09 29 08 15 55 6 AIS END F4 END END f You Stop REAL TIME LOGGING Input Enter Key ST TERMINAL SIGNAL LOGGING mo dd hh mm ss d SIGNAL DATA 09 29 08 15 45 3 V 35 ER ON RS ON CD ON DR ON CS ON f You Stop REAL TIME LOGGING Input Enter Key LIST PACKET MONITOR 138 LOGGING 141 142 LIST ALARM LOGGING LIST TERMINAL SIGNAL LOGGING 147 1S PACKET MONITOR LOGGING mo dd hh mm ss d R FRAME DTE D FRAME by TA R PACKET
130. CLP 0 1 0 DISABLE 1 ENABLE F4 0 1 0 DISABLE 1 ENABLE F5 0 0 DISABLE 1 ENABLE F5 0 1 AD8700 0000 h FFFF h AD8700 AAL5 AD8700 100 0 1 AD8700 4 DTE 3 CRI DTE 1ST ACTIVE DTE PARAMETER 1 DTE SPEED 4096 kbit s 2 CD OPTION O LINE 1 ER CD i OO LINE 1 ER DR 4 TIMER 1 50 50ms ER C Ei TIMER 1 50 50ms CS 6 IN FILL 0 FLAG 1 MARK UM FRAME LENGT
131. FR 1 4 CR MLN OFF 1 DCE ACTION 2 DTE ACTION 0 R LMI DTE gt 2 FR FR O CR gt 1 CR 2 PVC LOGGING 01 00 gt 02 00 CR INTERVAL hh mm 0 gt CR 4 LMI TYPE O0 Q 933A 1 ANSI 0 gt CR 1 AI NETWORK 1 TRANSPARENT 2 TRANSLATION 0 AAL5 FRF 8 PVC 2 00 3 LMI_MODE 0 OFF 1 DCE ACTION 2 DTE ACTION LMI LMI cR FR
132. RM 1 AD8700 ADB8700 RM AD8700 ADB700 OFF 2 SW 5 RM ON RM
133. 4 CR IESC 1 0 kkk LIST SYSTEM _ TIME 01 02 01 00 00 FIRMWARE VERSION V1 0 01 01 30 15 00 1 ROTARY SWITCHES SWITCH1 SWITCH4 9 9 9 9999 gt SWITCH1 VPIO 9 SWITCH2 3 VCI 00 99 Ses Vol 0o 99 SWITCH4 LINE SPEED ee SG NESNET 0 0 5 1 1 0 2 2 0 3 3 0 4 4 0 5 5 0 6 6 0 7 7 0 8 8 0 9 CONSOLE Mbit s 8 2 7 Input Enter Key gt CR 2 DIP SWITCH 1 BIT1 BIT8 0 0 0 0 0 0 1 0 BIT 1 2 3 4 COMMUNICATION MODE 0 0 0 0 0 0 1 0 gt i 0000 TRANSPARENT BIT1 2 3 4 COMMUNCATON MODE 0 0 0 1 PACKET MONITOR CONTROL FRESERVED 0 0 1 0 LLC SNAP ENCAPSULATION a RONON 0100 VCMULTIPLEXED PPP 1 0 1 1 FR MODE VC Shaping VC MULTIPLEXED 1 1 0 0 FR MODE VP Shaping VP MULTIPLEXED 1 1 1 1 AD8700 MODE BIT 5 DTE SPEED 0 GUARANTEED BANDWIDTH 1 BEST EFFORT BIT
134. FRH DTE LMI ITU 1 Q 933 AnnexA ANSI T1 167 AnnexD 55 FR LM DTE LM 75 LMI LMI PVC N391 PVC 75 IN392 PVC N393 PVC T391 PVC PVC 81 PVO PVO
135. PVC FR Input Command Number OAM O0 AM Pi ng Pi n g 119 OAM LOOPBACK TEST START OAM LOOPBACK TEST OK ja OAM LOOPBACK TEST START OAM LOOPBACK TEST NG TIMEOUT OAM 5 TIMEOUT LINE ERROR COMMAND DENIED MODE ERROR O0AM 120 4 1 6 Ping 1 Ping
136. a AD8700 153 0 CRC16 VC PVO PVC VP 153 HDLC LLC SNAP VC PPP 3 HDLC AD8700 VPI VCI 51 FR AAL5 2 FRF 8 FR AAL5
137. 99 End FR Input Command Number gt CRI STATUS MESSAGE TO DTE FR LMI N391 1 855 ALL FR STORED FR detail FR PARAMETER RESET End FR FR 2 1 55 P VC 0 LMI PVC PVC LMI DCE N392 PVC les 1 N392 N393 N393 PVC gl ah N392 lt N393 TTT PVC il A
138. OFF 0 0 1 ON 000 1 0 LLC SNAP 0 0 0 VC PPP 1 1 VC 0 9 4 5 6 8 9 0 0 0 0 0 0 1 0 DD gt 0 0 VP 1 AD8700 IT 5 0 X 48 53 1 BIT 6 BIT 7 ER C 0 ER O 1 ER O ON BIT 8 CBG 0 ER HS ON CS CS ON 96 FWA YF E 0 0 0 0 1 0 0 0 0 OFF 1 ON 6 9 BIT LL 0 0 1 0 1 OAM 0 1
139. 1 XXX XXX XXX XXX Ping 2 Ping O OFF 1 REPLY LINE UP ONLY Ping 500 10000 KDit S 100kbit s 64 986 1 8 192 56 384 768 kbit s 500 10000 KDit S 100kbit s 64 986 1 8 192 56 384 768 kbit s HH MM HH MM CLP NES NR DISABLE ENABLE F4 2 2 2 DISABLE ENABLE F5 5 DISABLE ENABLE F5 AD8700 UD FFFF f AD8700 AAL5 AD8700 0401 h
140. FR 0 DTE V 35 AAL5 2 0 1VP 2VC VP ps9 lt PVC 01 0O LM 0 IP LMI 0 Q 933A IP Ping 0 X VPI 1 PVC1 DLCI 16 PVC VCI PVC1 1MDit s GMDit g PVC1 6Mbit s VPI 5248kbit s PVC2 VCI 33
141. mm mm 12345 6 7 8 SW1 1 4 Sessionieea SW1 21SW1 31SW1I 4 138 133 4 5 4 5 1 ATM 2 0AM RM D E P V C PVC
142. 0 nta S MH Oms 0 200 0 01ms 0 OFF O LINE OFF 1 ON LINE 1 0 OFF ON 1 ON PVC VPI 10 31 VCI 1 51 1 3 4 DLC 16 188 500 10000 kbit s 100kbit s 64 96 128 192 556 384 768 kDit 8 0 0 1 0 0 A 1 2 1 0 0 1 2 1 0 0 AIS MM 1 AIS 0 le 0 OAM
143. 128345678 RM SW2 5 131 4 4 1 132 ATM DTE HDLC DTE HDLC ATM ATM AAL5 ATM ATM AAL5 ATM AAL5
144. 90 0 NO ACTION 1 CS FLOW FR AAL5 0 NETWORK 1 TRANSPARENT TRANSLATION F H AAL5 PVC HH MM 0 OFF 1 DCE ACTION 2 DTE ACTION PVC LM PVC 0 Q 933A 1 ANSI LMI esS PVC VPI PVC VCI 16 T1023 FR DLCI 500 10000 KDit S 100kbit s 64 96 128 192 S56 384 768 kbit s OP DE YE OFF ON 1 ATM CLP FR DE ON RE OFF ON 1 ATM EFCI FR FECN OFF ON OFFZON ATM PVC ACT INACT ATM PVC DTE PVC ACT INACT DTE PVC 91 FR 0 OFF Single PVC A
145. OFF ER C 0 6 DR 1 ER PVC PVC2 ER OFF ER C 2 100ms VPI ER C CS 100ms VCI SS 8 CS OFF 0 DLGI 4 ER 5Mbit s CRC 0 CRC16 CLP DE 0 4 OFF x OF h x RE 00 h x FECN EFCI 0 5 RM OFF x 0 x 6 TA OFF 0 0 7 8 FR 0 gt SS X
146. 4 ER C OFF a a FECNEFCI 0 X ER C 8 CS OFF 2 CD 0 1 0 x ER lg ER C O x 1 3 OFF OFF OFF DR 1 ER ER C 2 100ms IP 1 x 4 OFF OS8 2 100ms IP x 0 Ping 0 x 5 RM OFF 6 TA OFF 4096 byte 8 0 CRC16 X OF Xx 00 h x VPI 1 0 x VCI 32 6 0 8
147. 6 Input Command Number gt CR Input Command Number gt Login CB Login AAA CR Password cA 1 Password CR Login 1 VPI 0 31 0 gt ICR Y N Y N Yes Input Y No Input N gt CR Y N Yes Input Y No Input N gt 57 3 3 1 lt lt VC 390A Firmware Version VI 0 01 01 30 15 30 gt gt Login supervisor CR PasSsWO rd
148. VC 1 500 10000 KDit 8 100kbit s 64 96 128 192 256 384 768 kbit s NS a 500 T10000 kbit s 100kbit s 64 96 128 192 256 384 768 kbit s al a HH MM HH MM CLP 1 0 1 CLP 0 1 F4 0 1 F4 0 1 01 F5 2 0 1 E 82 0000 h FFFF h AAL5 AD8700 e 1 CLP 66 0 1 AD8700 HDLC AD8700
149. ADJ TE EDC DE SECS E V0 8 O Xx OO XIxX x Ix OO Xx x x OO x x Ol x Ox 114 4 1 4 1 ALM 2
150. CELL CELL DATA 53byte 140 LIST ALARM LOGGING mo dd hh mm ss d ALARM TYPE 09 29 08 15 57 3 AIS END F5 SEGMENT VPI VCI 0 32 09 29 08 15 50 3 AIS START F5 SEGMENT VPI VCI 1 511 ALARM TYPE 09 29 08 15 45 3 RDI END F5 END END VPI VCI 0 32 09 29 08 15 40 3 RDI START F5 END END VPI VCI 1 511 09 29 08 15 38 3 CC ERROR END 09 29 08 15 34 3 CC ERROR START 09 29 08 15 30 3 LINE ERROR END 09 29 08 15 29 3 LINE ERROR START 09 29 08 15 25 3 LMI ERROR END 09 29 08 15 24 3 LMI ERROR START 09 29 08 15 22 3 LOGGING RESTART 09 29 08 15 19 3 LOGGING STOPPED SYSTEM RESOURCE LACK Input Enter Key gt ICR 100ms A 1 5 A 15S mo dd hh imm ss d SoIAHTF5 SEGMENT S END F5 SEGMEN DISTAHT F5END END RD DI ENDF5 END END RD 1 C ERROR START LOC OMDB C ERROR END LOC NE ERROR STAHT NE ERROR
151. PVC PVC VPI 0 31 PVC VOI 51 1 3 4 FR DLCI 16 1023 500 10000 kbit s 100kbit s 64 96 128 192 256 384 768 kbit s ATM CLP FR DE 0 1 1 ATM EFCI FR FECN 0 1 1 0 0 53 0 AIS AIS 0 OAM OAM 1 PVC PVC
152. lt mm 1 SW1 1 4 LLC SNAP VC PPP D L C VC VP AD8700 6 2 8 1 SW1 5 48 53 153 X48 53
153. 0 FRF 5 FRF 5 1 FRF 8 FRF 8 FRF 8 FRF 8 01 00 PVC HH MM 0 LM 0 DCE DTE LMI 0 ITU T Q 933 NM LMI 0 ITU T Q 933 AnnexA 1 ANSI T1 617 AnnexD FR PVC 0 1 LMI PVC PVC LM DCE N391 PVC 1 255 1 N392 PVC
154. ON HS ON CS CS O 0 Ether 0800 h 1 1 8 0 0 1 CS FF FR OFF 0 ER Cu 0 FRF 5 OFF 1 FRF 8 OFP 0AM AS 2 FRF 8 yA ON ON ON 8 FRF 8 FRF 8 4 OFF DFF FRF 8 ON 5 OFF 5 RM OFF GN RM PVC 0 1 00 HH MM OFF 0 6 A OFF ON Syno Event 8 1 DCE OFF OF
155. 00 h 00 h 00 h CPCS PDU Length CRC CHC CPCS PDU CRC 1 4 7 HDLC FIag address Control Information FCS Flag 1 4 8 _ FR 1 FR 8 7 6 5 4 3 2 1 Flag loctet DLCI EA DLCI FECN BECNI DE EA Information 1 4096 ooctet FCS ootet Flag loctet HDLC Flag address 00 h FF h OF h HDLC Control 00 h FF h OO0 h HDLC Information FCS CRHC16 CRC3
156. OAM DAM 0 VP VC 1 F5 3 OAM OAM DAM OAM 5octet 4bit 4bit 45ooctet 6bit 10bit ID ID 1octet 4octet 16octet 16ooctet 8octe 1B h OB h 00000001 h 1
157. POWER ON OFF 84 96 128 195 256 384 768 kbit s LINE 01 00 HH MM 1 1 1 OFF li MM AIS AIS OFF AIS DI HDI DFF HDI CL 10 0 1 a OFF 1 0 1 ER O a F5 a 3 O
158. DTE E ATM Q 136 LE ATM OFF 1 SW1 1 ON
159. OFF ON 3 2 ICRI 1S LOGGING Menu PACKET MONITOR MANAGEMENT OAM RM CELL ALARM TERMINAL SIGNAL TEST PVC 0 NO LIST 1 LIST Input 6Numbers of 0 1 for OPERATION Example 101000 LIST PACKET MONITOR amp ALARM LOG Input Command Number gt 111011 CR gt 1 1 1011 gt PACKET MONITOR 0 NO LIST 1 LIST MANAGEMENT OAM RM CELL 0 NO LIST 1 LIST ALARM 0 NO LIST 1 LIST TERMINAL SIGNAL 0 NO LIST 1 LIST TEST 0 NO LIST 1 LIST e PVC 0 NO LIST 1 LIST 137 0 NOLIST 1 LIST MANAGEMENT
160. 0 STOP 1 RUN MANAGEMENT UDAM AIS DAM OAM RD 0AM MM OAM RM 5 HM 0 STOP 1 RUN A S LOC RD LM i 0 STOP 1 RUN V 3 5 gt ERH RS CD DR CS ON OFF X 2 1 gt C ON 0FF NN 0 STOP UN P V C1 DTE PVC 1 0 1 5 PVC FRH
161. A IP Ping P 1 A Ping P C IP Ping C Ping A Ping P P Ping IP 2 C Ping B Ping PVC 1 IP Ping P 1 A PP 0G 1 124 4 PVC 4 2 1 PVC PVC DTE PVC DTE PVC DTE PVC PVC 4 2 2 DTE PVC
162. OFF ON STORED ACTIVE PARAMETER mm AAVETER 6 DTE PVC FR Cai da 87 4 1 YYM0 DD HH MM YY MO DD HH MM 2 N N YY MO DD HH MM N N YY M0 DD HH MM 4202 2 220202 2 0 1 9 9 0 9 0 0 0 0 0 0 1 0 0 OFF 1 ON 0 0 0 0 0 0 0 0 0 OFF 1 ON SWITCH 1 VPD SWITCH 2 3 VCD SWITCH 4
163. PH 1 SD 1 eo 1 V5 23 30 2 RE 3 3 1 1 9
164. N392 PVC LM N393 1 10 N3983 PVC 5 14 T391 PVC JATM LINK TIMER T2 3 15 T2 ATM iuie LED RECEIVED AIS RDI 0 F4 ONLY 1 F4 F5 AIS RD DISCARD LED CONTROL 0 OFF 1 ON 0 CONGESTION STATUS MAPPING 0 OFF 1 ON 1 Input Enter Key gt CRI 105 FR 0 OFF Single PVC ASYNC status PVC 0 LMI PVC 1 55 1 10 1 10 5 14 I 3 15 ATM ATM 0
165. SWW2g 9 1SW8a 3 MM ON ON TEST TEST LINE ER C SD T RD R LINE RG SD T R ROM SDRAM SR AM FT G MG CO YW Xx Olxlx x x O a O IOIX XX X x O1O X Xx x x O Ix Ox 116 4 1 5 OAM 1
166. 1 DTE PVC DTE PVC LM DTE DCE DTE PVC DTE PVC DTE DTE PVC LMI 1 ry PVC gt sm 25 Dy KM ek Dy mk K MM mk MG VCLAIS DTE PVC VCLAIS PVC 125 2 DTE PVC
167. 1 PROG STORED PARAMETER 2 LIST ACTIVE PARAMETER 3 TEST 4 LO0GGING 30 ALL PARAMETER RESET 40 HARDWARE RESET 99 Logout Input Command Number gt CR 6 6 3 99 CR cR CR lt lt VC 390A Firmware Version VI 0 01 01 30 15 30 gt gt Login supervisor CA
168. 30 30 30 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 Input Enter Key LIST TEST LOGGING d TEST RESULT 0 SELF TEST OK ALARHM TYPE 0 SELF TEST NG INTERNAL LOOPBACK ATM ERROR 0 SELF TEST NG INTERNAL LOOPBACK HDLC ERROR 0 SELF TEST NG RTC RESET ERROR 0 SELF TEST NG RTC TEST ERROR 0 SELF TEST NG FTG ERROR 0 EXTERNAL LOOP TEST NG LO0PBACK V 35 SD RD ERROR 0 EXTERNAL LOOP TEST NG LOOPBACK X 21 T R ERROR 0 EXTERNAL LOOP TEST NG LO0PBACK V 35 ER DR ERROR 0 EXTERNAL LOOP TEST NG LOOPBACK X 21 C ERROR 0 EXTERNAL LOOP TEST NG LO0PBACK V 35 RS CS ERROR 0 EXTERNAL TEST NG EXTERNAL LOOPBACK ATM ERROR 0 OAM CELL LOOP TEST NG LINE ERROR VPI VCI 0 32 0 OAM CELL LOOP TEST NG TIMEOUT VPI VCI 0 32 0 OAM CELL LOOP TEST NG COMMAND DENIED VPI VCI 0 32 0 OAM CELL LOOP TEST Ne MODE ERROR VPI VCI 0 32 mo dd hh mmrss d 100ms ELF TEST LF TEST NG INTERNALLOOPBACK ATM ERROR LF TEST NG INTERNAL LOOPBACK HDLC ERROR LF TEST NG RTC RESET ERROR LF TEST NG FTG ER
169. 86 128 19 56 OFFON 1 ATM CLP FR DE OFF ON 1 N OFF ON 1 YE ATM EFCI FRH FECN OFF ON 1 0FF ON OFF ON OFFZON OFF ON ACT INACT ATM LMI AGH INACT ACT INACT DTE LM ACT INACT 7 FR 6 CR FHR LIST ACTIVE FR detail PARAMETER ww OO MN OO PR oO MN STATUS MESSAGE TO DTE 0 OFF 1 Single PVC ASYNC Status 1 LMI_N391 1 255 N391 PVC WIT N392 1 10
170. PVC2 DLCI 17 PVC1 VPI 1 PVC2 5Mbit s PVC1 VCI 32 PVC 161 VP VP p FRF 8 ONU DSU Gi 16 VPI 1 VCI 32 1Mbit s MM G 2 DLCI 17 LCI 17 VPI 2 VCI 32 5Mbit s FRF8 2 fg VPI 0 x RA WE VCI 10 0 IV AS VCI 1 0 x 4 0 0 5Mbit s x RD NR MY OFF
171. VC VP VC 5 6 19 VP VGC 2VP VC 17 1 2 1 VP VC VC 390A VC 390A ATM VC 390A 2 2VP VC VC 390A VC 390A 1 3 1 HH Pom LINE AIS RDI TEST ER SD RD WOW C WW Panasonic VC
172. 3000 3 3100 4000 4 4100 5000 5 5100 6000 6 6100 7000 7 7100 8000 8100 9000 9 9100 10000 kbit s 1 cH 1 100 G000 14 1100 15 1200 16 1300 17 1400 18 1500 19 1600 20 1700 21 1800 22 1900 23 2000 kbit s 18 CR 1500 kbit s 1 69 4 DOWNLOAD LINE SPEED 0 64 1000 1 1100 2000 2 2100 3000 3 3100 4000 4 4100 5000 5 5100 6000 6 6100 7000 7 7100 8000 8100 9000 9 9100 10000 kbit s gt 2 CR G100 3000 24 2100 25 2200 26 2300 27 2400 28 2500 29 2600 30 2700 31 2800 32 2900 33 3000 kbit s gt 33 3O00 kbit s 1 69 5 PACKET MONITOR LOGGING INTERVAL hh mm 01 00 CR Rt CONTROL 0 1 0 CR CLP
173. 390A 20 VPI VCI 5 POWER ON OFF 1 2 1 0 109 1 1 OFF AIS OFF AIS AIS 1 RDI 0FF RDI OFF 1 2 ER C
174. 6Mbit Ss 0 Ping IP 1 XXX XXX XXX XXX 0 55 0 0 0 0 255 255 255 255 Ping IP XXX XXX XXX XXX 0 255 0 0 0 0 255 255 255 255 Ping Ping 0 1 1 54 3 2 1 VPI VCI 4 mia Mbit s Mbit s Mbit s Mbit s Mbit s Mbit S Mbit s Mbit s Mbit s
175. END ERROR START LM I LMI ERROR END LM LOGGING HESTART LOGGING STOPPED SYSITEM HESOURCE LACK 141 Input Enter Key gt ICR 1S TERMINAL SIGNAL LOGGING mo dd hh mm ss d SIGNAL DATA 09 29 08 15 45 3 V 35 ER ON RS ON CD ON DR ON CS ON 09 29 08 15 42 3 V 35 ER ON RS OFF CD ON DR ON CS OFF SIGNAL DATA 09 29 08 15 38 3 21 C ON OFF 09 29 08 15 42 3 21 C 0FF I OFF mo dd hh mm ss d 100ms V 35 X 28 1 V 3 5 ER RS CD DR CS ON 0FF X 2 1 C 1 ON0FF mo dd 12 28 12 22 12 28 12 21 12 28 12 28 12 20 12 19 12 18 12 19 12 18 12 17 12 16 12 16 12 16 12 16 142 hh 06 06 06 06 06 06 06 06 06 06 06 06 06 06 06 06 mm SS 30 30 30 30 30 30 30 30 30 30 30 30 30
176. F4 ONLY 1 F4 F5 AISRD 0 F4 1 F4 F5 0 OFF 1 ON OOFF 1 ON 0 OFF 1 ON ye 106 FECN BECNFFCI 0 OFF 1 ON 5 5 1 V 35 i X 21 iL 000000000 dq oo0000000 OOOOOOOOO OOOOOOOQ AC100V O80 ATM _ je UTP 5 2 3 g 2 8 2 be 4 1 0
177. TYPE FR ALL FR FR detail COnfig FR STORED FR PARAME ER FR RESET End FR 1 FR AAL5 0 FRF 5 PRF 5 AAL5 1 FRF 8 a 2 FRF 8 FRF 8 FRF 8 PVC HH MM PVC HH MM 75 LM 0 DCE DTE LMI 0 ITU T Q 933 AnnexA 1 ANSI T1 617 AnnexD LMI
178. gt 1 P Input IP Address gt 1P P VC Pi n g PVC 1 6 TPing P 2 Ping P 2 0 255 0 0 0 0 a55 2855 82565 855 Ping 124 XXX XXX XXX XXX 122 Ping START Ping Reply OK ek Ping START kk Ping Reply NG TIMEOUT 4 Ping 5 LINE ERROR COMMAND DENIED 0 AM HDLC IE li P FH AALB FRHF 8
179. 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 09 29 08 15 02 6 CONGESTION CHECK RM CELL 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 09 29 08 15 01 6 OUT OF DEFINITION RM CELL 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 09 29 08 15 00 0 OUT OF DEFINITION CELL 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 Input Enter Key gt CR mo dd hhimm ss d AIS OAM A1S RDI OAM RHD CONTINUITY OAM OAM PE 0 AM OUT OF DEFINITION 0 AM OAM CELL CONGESTION CHECK RM RM CELL OUT OF DEFINITION RM RM CELL OUT OF DEFINITION
180. 1 CR Change MODE 1 gt 11111 gt 1 1 I PACKET MONITOR 0 CYCLIC 1 ONE TIME 1 e MANAGEMENT OAM RM CELL 0 CYCLIC 1 ONE TIME 1 1 1 1 1 1 i 1 ALARM 0 CYCLIC 1 ONE TIME TERMINAL SIGNAL 0 CYCLIC 1 ONE TIME PVC 0 CYCLIC 1 ONE TIME PACKET MONITOR 0 CYCLIC 1 ONE TIME MANAGEMENT OAM RM CELL 0 CYCLIC 1 ONE TIME ALARM 0 CYCLIC 1 ONE TIME TERMINAL SIGNAL 0O CYCLIC 1T ONE TIME PVC PVC PVC 0 CYCLIC 1 ONE TIME 1 0 1 5 OIDS
181. 4 112 168 224 440 616 67 kbit s HDLC FR PPP ITU T 102 103 104 105 106 107 108 2 109 114 115 TU V 1 1 TU X 2 1 JIG X5102 15 64 8192 kbit s 64kbit s 56 84 112 168 224 440 616 672 kbit s HDLC FR PPP TT R C 1 8 HDLC AAL5 ILLC SNAP RFC2684 1 483 SO VC PPP RFC23624 AD8700 FRF 5 FRAAL5 FRF 8 FRF 8 IP PDU 26 PVC
182. 6 1 CRC32 OOh FF h CRC 0 CRC16 1 CRC3 OO h FF h 0 1 102 0 NO ACTION 1 CS FLOW 0 TOS 5 FR 4 CRI FR 1ST ACTIVE FR PARAMETER 1 1NTERWORKING 0 NETWORK 1 TRANSPARENT 2 TRANSLATION ma 1 2 PVC LOGGING INTERVAL hh mm PVC 01 00 3 LMI MODE 0 OFF 1 DCE ACTION 2 DTE ACTION LM 1 4 LMI TYPE 0 Q 933A 1 ANSI LMI 1 Input Enter Key gt CRI FR 0 NETWORK 1 TRANSPARENT TRANSLATI
183. 6 RESERVED BIT 7 ER OPTION 0 DISABLE 1 ENABLE BIT 8 CS OPTION 0 ER 1 RS Input Enter Key gt ICRI 94 3 DIP SWITCH 2 BIT1 BIT8 0 0 0 0 1 0 0 0 a SL Si BIT 1 2 3 STARTUP MODE 0 0 NORMAL AUTO PHASE LOCKED CLOCK RESERVED RESERVED LOCAL AND REMOTE LOOPBACK TEST EXTERNAL LOOPBACK TEST 1 0 1 0 l LOOPBACK OAM TEST Ot TV RIE 0 RESERVED CDO 1 FIRMWARE VERSION UP E N N L N NTINUITY CHECK BIT1 2 3 STARTUP MODE 0 SUPPORT 1 SUPPORT i CBITS RMCELCONTROL L CONTROL BIT7 8 iCONSOLESPEED OSCONTROSSN CONGESTION RM CELL RECEIVE SUPPORT BIT 6 Sync_Event CONTROL 0 NOT SEND 1 SEND BIT 7 8 RESERVED CR BIT 4 o 0 1 1 0 0 1 1 T BIT 5 CE Input Enter Key gt 4 DATA PORT INTERFACE 0 OFF 1 V 35 2 X 21 1 LINE STATUS SYNC DTE STATUS READY LMI STATUS OK LMI PACKET MONITOR LOGGING ONE TIME RUN MANAGEMENT 0AM RM CELL LOGGING CYCLIC RUN
184. ATM D PACKET by TA D PACKET by ATM R RECEIVE D DISCARD 10 01 20 30 00 0 123456 50 543210 110 20 f You Stop REAL TIME LOGGING Input Enter Key 1S TERMINAL SIGNAL LOGGING mo dd hh mm ss d SIGNAL DATA 09 29 08 15 45 3 V 35 ER ON RS ON CD ON DR ON CS ON i You Stop REAL TIME LOGGING Input Enter Key 4 148 4 6 1
185. C 0 8 CS OFF DR 1 ER PVC PVC8 ER ER C 2 100ms VPI x lt FAYT 1 3 OFF OFF OFF CS 100ms VCI 33 0 DLCI 1Z 4 OFF X 5Mbit s 4096 byte 0 1 a RM OFF x GRE 0 CRC16 CEP BE 0 6 TA OFF OF h x 8 00 h x FECN EFCI 0 n YZ Da 0 2 _ X 0 NE 5 PVC VCI
186. DI 0 F4 01 00 CDVT 0 Oms CLP 0 x OFF F4 1 F5 2 PVC PVC1 aE NE VPI x VCI 32 AD8700 0401 h x DLCI 16 1Mbit s AD8700 0 x 0 lt CLP DE 0 DTE 5248 FECN EFCI 0 kbit S GD 1 0 a ER C 0 DR 1 ER PVC PVC5 ER C 2 100ms VPI x CS 100ms VCI 33
187. F DTE 164 0 1 0 ITU T Q 933 AnnexA LMI ITU T Q 933 AnnexA 1 ANSIT1 617 AnnexD FR gt 0 10 1 LM PVC PVC A LMI DCE N391 PVOC 6 nta 0 N392 PVC 3 3 NM 1 N393 PVC 4 4 JO 1 T39 PVC 10 8 10 5 14 1 ATM 5 ai 5 3 15 1 0 F4 AIS RD O F4 AISRDI F4 1 F4 F5 F4 F5 AIS RDI
188. F ER C ON OFF 1 lt 50 xX50ms CS 100ms RS ON CS ON 1 50 X50ms 50 0 1 4096byte 56 4096 byte CRGC 0 CRHC16 1 CRCG OF 00h FF h 00h O00O h FF h 0 0 OF h 00 h 1 0 0 1 CS
189. FECN CLP FR DE CLP 0 1 33 1 4 6 ATM ATM AAL JT I363 AAL 5 1 ATM CS AAL5 CPCS SAR ATM AAL ATM Adaptation Layer Cs Convergence Sub Layer SSCS Service Specific Convergence Sub Layer CPCS Common Part Convergence Sub Layer SAR Segmentation And Reassembly Sub Layer 2 AAL5 CPCS PDU SSCS 1 19 1 octet PAD OO h 0 47octet CPCS UU O00 h Toctet CPI O00 h loctet Length goctet CRCS2 4octet 34 PAD CPCS PDU 48octet CPCS UU CPCS 00 h CPI
190. FF OFF 1 10 1 1 10 1 0401 0000 h FFFF h 1 VPI 0 0 9 AD8700 DI gt MG 9 0199 0 3 4 D 0 0401 1 a 0 0 5Mbit s 1 1 0Mbit s DTE nM 2 0Mbit s 3 3 0Mbit s 64 8192 kbit s 64k 4 10 NMM 9 SMe RE 56 84 112 168 224 440 616 672 kbit s 0 It S IT S 8 8 0Mbit s 9 0 ON a X21 X 21 CD ON OFF V 35 V 35 CD 1 ER C CD OFF OFF OFF 1 ER C NN 1 2 9 4 ER C
191. H 256 4096 0 CRC16 1 CRC32 CRC 6 DATA 00 FF 1 DATA 00 FF 0 OPTION 0 DISABLE 1 ENABLE ow 1 0 12 FLOW CONTROL 0 NO ACTION 1 CS FLOW 0 Input Enter Key gt ICRI 101 DTE 64 8192 kbit s 64kbit s 56 84 112 168 224 440 616 672 kbit s DTE CD 0 LINE 1 ER C CD 0 ON 1 ER C DRH 0 LINE 1 ER DR 0 ON ER ER 1 50 x50ms ER C ON OFF ER C ON OFF CS 1 50 x50ms RS ON CS ON 0 FLAG 1 MARK 2 1 256 4096 byte 0 CRCIT
192. I 0 3 4 3 3 ALM ATM POWER LINE 0FF ALM ALM ALM
193. IST ACTIVE PARAMETER Menu 1 SYSTEM 2 LINE 3 DTE 4 FR 5 PVC 6 FR detail 99 End Input Command Number gt ICRI DTE DTE FR FR PVC PVC R FR FR IS HDLC AD8700 4 FRH 5 PVC 6 FR detail 93 2 1 cR
194. LMD Q 933 AnnexA ANSIT1 617 AnnexD LM DTE DCE LM 1g PVC DLCI Tl6 1023 FECN BECN 1 wy DE CLP FECN EFCI S an F5 OAM VC AIS IT V 28 EIA TIA 574 9 9 6 kbit s DC3OV 1A DC 30W 4m s 75mQ 1 2 AWG16 1 25mms AWG16 0 4 1 2 AWG26 16 0 3mm 1 25mm AWG22 16 11mm VC VP AIS VC VP RDI
195. O OOOOOOOO AC100V ALM 98 0FF X 1 15 V35 V 35 34 9 DTE X 21 V 35 MPW26E OFF
196. OFF ON 149 565 MI 1 Na NE 30 ICRI ALL PARAMETER RESET Y N Yes Input Y No Input N gt Y CA Input Enter Key gt CR CR STORED PARAMETER
197. OFF OFF OFF OFF 0 ON OFF OFF OFF ON DR ON 0 DR 1 ER i DR OFF NN EE Rn 1 ER 1 1 4 OFF EP ON EE ea DH ER OFF ON OFFON ON VC ER C 12 100ms 1 50 X50ms 3 OFF ON ON OFF OFF VP CS 2 100ms 1 50 x50ms TAY I ON ON OFF ON VPiVC 1 1 ON ON ON ON ADB700 0 5 OFF 9 x 48 5S 4096byte 256 4096 byte OFF ON CRC 0 CRC16 0 CHC16 1 CRC32 OFF OF h 00 FF IER C ER OFF ER C 100 h 00 h FF h OFF ON ER 0 0 IER OFF ER OF h 00 h
198. ON a FR AAL5 0 FRF 5 1 FRE 8 8 FRF 8 PVG HH MM PVC HH MM 0 OFF 1 DCE ACTION 2 DTE ACTION LMI LMI 0 1 DCE DTE 0 Q 933A 1 ANSI LMI 0 ITU T Q 933 AnnexA 1 ANSI T1 617 AnnexD 103 6 PVC 5 cR PVC 1 OH LIST ACTIVE PVC PARAMETER VPI VCI DLCI SPEED C D F E 1 0 32 16 2000 ON ON 2 1 33 17 1000 OFF OFF PVC OFF Input Enter Key gt STATUS LINK ATM ST DTE ST ON ON OFF CR INACT INACT ACT INACT Me PVC VPI T5111 PVC VCI I6 TO2S3 FR DLCI 500 10000 KDit S 100kbit s 384 68 KDIt S 64
199. Panasonic ATM TA ATM VC 390A ATM TA ATM 2GVP VC V 35 X 81 ATM 5Mbit s ATM
200. ROR LF TEST NG RTC TEST ERROR EXTER G LOOPBACK V 35 SD RD ERROR G LOOPBACK X21 T R ERROR X2 EXTER EXTER EXTER EXTER EXTER OAM C G LOOPBACK V 35 ER DR ERROR G LOOPBACK X21C ERROR LLOOP TEST NG LOOPBACK V 35 HS CS ERROR LTESTNG EXIEHNAL LOOPBACK ATM ERROR LL LOOP TEST NG LINE ERROR OAM CELL LOOP TEST NG TIMEOUT OAM CELL LOOP TEST NG COMMAND DENIED OAM CELL LOOP TEST NG MODE ERROR OAM CELL LOOP TEST NG PVC ERROR PVC 1ST PVC LOGGING mo dd hh mm ss d ATM NETWORK PVC STATUS DTE DTE PVC STATUS 09 29 08 16 01 3 1 2 ATM AC IN PVC DTE AC IN nim Dp 0O AM Input Enter Key gt CR mo dd hh mm ss d 100ms ATM NETWORK NF MGM PVC STATUS AC IN AG LN DTE P VC AC N DTE DTE PVC STATUS 143 4 3 CRI
201. SYNC StatUS PVC N391 PVC AN N39g8 PVC 02 5 1 255 1 10 N393 PVC 22 1 10 SN PVC 5 14 ATM 200 5 3 15 ATM AIS RDI 0 F4 ONLY 1 F4 F5 AIS RDI 0 OFF 1 ON MM 2 92 0 OFF 1 ON FECN BECN EFCI 4 2 1 2 CRI L
202. TM 2220 ATM AIS RDI 0 1 AISRDI 0 F4 F4 AIS RDI F4 F5 F4 F5 AIS RDI F4 F5 F5 0 OFF LINE 1 ON LINE 78 FECN BECN EFCI 1 EE 1 ON N391 PVC FR 1 9 cR FR N391 1 255 6 gt 10 CA N391 PVC 10 3 FR 0
203. U DSU ONU 1PVC 40 1 1 3 432 49 2 I2ja 9 64 65 DTE ON RS AO a RE 85 AD8700 X X X Plplxlxlblplb ele olB X
204. enu PACKET MONITOR MANAGEMENT OAM RM CELL ALARM TERMINAL SIGNAL PVC 0 STOP 1 RUN fo110 6101 Input 5Numbers of 0 1 for NEXT OPERATION Example 10000 PACKET MONITOR LOG WILL RUN OTHERS WILL STOP Input Command Number gt 11101 ICR 4 Change RUN STOP LELTTTT gt 11101 gt e PACKET MONITOR 0 STOP 1 RUN ALARM 0 STOP 1 RUN TERMINAL SIGNAL 0 STOP 1 RUN MANAGEMENT OAM RM CELL 0 STOP 1 RUN 1 PVC 0 STOP 1 RUN 1 136 0 STOP 1 HUN DN HDLC DTE IMONITOR AAL 5 A TM
205. kk 14 140 138 146 136 145 135 144 137 Ei 136 AAL5 CPCS PDU 34 AAES 26 AISS DLN AM 23 27 109 ATM 34 ATM 39 1 27 YR 35 2 NKKNNNNN li 35 NE a21 Eo 121 1 123 Ping 124 Ping kk 121 Ping 121 Ping kk 121 Ping i 121 POMWER a21 PVC kk 125 DTE PVC RR RIR RTE RRR 5 PVC kk 155 PVC RE RR 27 MR a21 1
206. nu 1 IP ADDRESS1 XXX XXX XXX XXX 100 123 111 001 2 IP_ADDRESS2 XXX XXX XXX XXX 0 i 200 123 222 002 3 PING REPLY 0 OFF 1 REPLY 2 LINE UP ONLY 1 0 ALL 50 STORED SYSTEM PARAMETER RESET 99 End IP ADDRHESS 1 IP ADDHESS PING HEPLY ALL STORED SYSTEM PARHAMETER HESET End IP XXX XXX XXX XXX Ping IP 1 0 55 0 0 0 0 255 255 255 255 XXX XXX XXX XXX Ping IP 0 55 0 0 0 0 255 255 255 255 0 1 Ping Ping 0 1 1 Ping 124 85 PP ZR
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