Comtech EF Data CIM-550 Specifiche Pagina 119
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- Indice
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Valutato. / 5. Basato su recensioni clienti
CiM-550 IP Enabled Satellite Modem Rev. 2
Forward Error Correction CD/CIM550.IOM
93
A fixed computational clock is used to process input symbols, and to search backwards
and forwards in time to determine the correct decoding path. At lower data rates there are
sufficient number of computational cycles per input symbol to permit the decoding
process to perform optimally. However, as the data rate increases, there are fewer cycles
available, leading to a reduction in coding gain. This is clearly illustrated in the
performance curves which follow. For data rates above ~1 Mbps, Viterbi should be
considered the better alternative.
Table 7-2. Sequential Decoding Summary
FOR AGAINST
Higher coding gain (1 -2 dB) at
lower data rates, compared to
Viterbi.
Pronounced threshold effect - does not
fail gracefully in poor Eb/No conditions.
Higher processing delay than Viterbi
(~4 k bits) - not good for low-rate coded
voice.
Coding gain varies with data rate - favors
lower data rates.
7.4 TURBO PRODUCT CODEC (OPTION)
Turbo coding is an FEC technique developed within the last few years, which delivers
significant performance improvements compared to more traditional techniques. Unlike
the popular method of concatenating a Reed-Solomon codec with a primary FEC codec,
Turbo Coding is an entirely stand-alone method. It does not require the complex
interleaving/de-interleaving of the RS approach, and consequently, decoding delays are
significantly reduced - see below.
Two general classes of Turbo Codes have been developed, Turbo Convolutional Codes
(TCC), and Turbo Product Codes (TPC, a block coding technique). TCC suffers from an
irreducible BER of approximately 1 x 10-7, and consequently, a Reed-Solomon codec
has to be added in order to achieve an acceptably low BER. For delay-sensitive
applications this may be unacceptable, and the implementation complexity of the TCC
approach is high. For these reasons Comtech EF Data has chosen to implement an FEC
codec based on TPC.
A Turbo Product Code is a 2 or 3 dimensional array of block codes. Encoding is
relatively straightforward, but decoding is a very complex process requiring multiple
iterations of processing for maximum performance to be achieved.
- CiM-550 1
- Errata A 3
- Errata B 4
- CUSTOMER SUPPORT 6
- Table of Contents 7
- Figures 19
- CAUTIONS AND WARNINGS 22
- EMC COMPLIANCE 23
- SAFETY COMPLIANCE 23
- EN 60950 23
- WARRANTY POLICY 24
- EXCLUSIVE REMEDIES 25
- DISCLAIMER 25
- Chapter 1. Introduction 27
- 1.2 MAJOR ASSEMBLIES 28
- 1.3 STANDARD FEATURES 28
- 1.3.2 SOFTWARE 29
- 1.3.3 VERIFICATION 29
- 1.3.4 DATA INTERFACES 29
- 1.3.5 CDM-550 EMULATION MODE 29
- 1.4 OPTIONS 30
- Introduction CD/CIM550.IOM 31
- 1.5 SPECIFICATIONS 32
- 1.6 DIMENSIONAL ENVELOPE 37
- Chapter 2. Installation 39
- 2.3 CONFIGURATION 40
- 2.4 SELECT INTERNAL IF LOOP 40
- 2.5 CONNECT EXTERNAL CABLES 40
- 2.6 CONNECTOR DESCRIPTION 40
- Installation CD/CIM550.IOM 41
- Chapter 3. Operation 43
- 3.1.1 FRONT PANEL OPERATION 44
- 3.1.4 TELNET OPERATIONS 44
- 3.1.5 WEB SERVER OPERATION 45
- 3.1.6 SNMP OPERATIONS 45
- Operation CD/CIM550.IOM 46
- Chapter 4. Front Panel Menus 47
- 4.1.3 LED INDICATORS 49
- 4.1.4 MENU TREE 49
- COMTECH CIM-550 MODEM 50
- SN 700000007 VER 1.22 50
- SELECT: CONFIG TEST INFO 50
- MONIT STORE/LD UTIL ODU 50
- 4.1.5 MENU SCREENS 53
- 4.1.5.1 O 53
- 4.1.5.2 SELECT 53
- 4.1.5.2.1 SELECT\CONFIG 54
- SELECT\CONFIG\TX 54
- SELECT\CONFIG\TX\DATA RATE 55
- SELECT\CONFIG\TX\FEC TYPE 55
- IMPORTANT 56
- SELECT\CONFIG\TX\PWR 57
- 4.1.5.2.2 SELECT\CONFIG\RX 59
- SELECT\CONFIG\RX\MOD 59
- SELECT\CONFIG\RX\FRQ 59
- SELECT\CONFIG\RX\DATA 60
- SELECT\CONFIG\RX/FEC 60
- SELECT\CONFIG\RX\ACQ 61
- SELECT\CONFIG\RX\DESCRAM 61
- SELECT\CONFIG\RX\CLK 61
- SELECT\CONFIG\RX\BUF 62
- SELECT\CONFIG\RX\RSI 62
- SELECT\CONFIG\RX\Eb/No 62
- SELECT\CONFIG\FRAMED 63
- SELECT\CONFIG\REMCONT\REMOTE 65
- 4.1.5.2.6 SELECT\CONFIG\MASK 66
- SELECT\CONFIG\MASK\AGC 66
- SELECT\CONFIG\MASK\Eb/No 66
- SELECT\CONFIG\MASK\RX-AIS 66
- SELECT\CONFIG\MASK\BUF-SLIP 67
- SELECT\CONFIG\MASK\TX-AIS 67
- 4.1.5.3 SELECT\TEST 67
- Figure 4-4. Loopback Modes 69
- 4.1.6 SELECT\INFO 70
- 4.1.6.1 SELECT\INFO\TX 70
- 4.1.6.2 SELECT\INFO\RX 71
- 4.1.6.3 SELECT\INFO\BUFF 71
- 4.1.6.4 SELECT\INFO\MASK 72
- 4.1.6.5 SELECT\INFO\EDMAC 72
- 4.1.6.6 SELECTINFO\ID 72
- 4.1.6.7 SELECTINFO\FW 72
- 4.1.6.8 SELECT\INFO\MISC 73
- 4.1.7 SELECT\MONIT 73
- 4.1.7.1 SELECT\MONIT\ALARMS 73
- 4.1.7.4 SELECT\MONIT\STATS 76
- 4.1.7.5 SELECT\MONITOR\AUPC 77
- 4.1.8 SELECT\STORE\LD 78
- 4.1.9 SELECT\UTIL 79
- 4.1.9.1 SELECT\UTIL\ \RTC 79
- 4.1.9.2 SELECT\UTIL\VFD 79
- 4.1.9.3 SELECT\UTIL\MAN-1:1 79
- 4.1.9.5 SELECT\UTIL\ID 80
- 4.1.10 SELECT\ODU 80
- 5.1 INTRODUCTION 81
- 5.2 EIA-485 81
- 5.3 EIA-232 82
- 5.4 BASIC PROTOCOL 82
- 5.5 PACKET STRUCTURE 83
- 5.5.3 INSTRUCTION CODE 84
- 5.5.5 MESSAGE ARGUMENTS 86
- 5.5.6 END OF PACKET 86
- N/A 5 bytes 103
- Chapter 6 107
- Theory of Operation 107
- 6.2 OFFSET QPSK OPERATION 108
- 6.3 EIA-232 OPERATION 109
- RANSMIT CLOCKING 110
- ECEIVE CLOCKING 111
- OOP TIMING WITH SYNC EIA-232 111
- RANSMIT AND RECEIVE CLOCKING 112
- BUFFER DISABLE CLOCK MODE 113
- BUFFER ENABLE 113
- TX=RX CLOCK MODE 113
- TX<>RX CLOCK MODE 113
- ETTING AUPC PARAMETERS 114
- 6.4.1.1 TARGET EB/NO 115
- 6.4.1.2 MAX RANGE 115
- 6.4.1.3 ALARM 115
- 6.4.1.4 DEMOD UNLOCK 115
- 6.4.2 COMPENSATION RATE 116
- 6.4.3 MONITORING 116
- Chapter 7 117
- 7.3 SEQUENTIAL 118
- URBO PRODUCT CODEC (OPTION) 119
- NCODED OPERATION (NO FEC) 122
- Decoding 124
- Sequential 125
- 1024 kbps 126
- 2048 kbps 127
- Comtech Turbo 128
- Product Codec 128
- Rate 3/4 QPSK 128
- Rate 21/44 BPSK 128
- Rate 5/16 BPSK 128
- Differential 129
- Encoding 129
- Chapter 8. EDMAC CHANNEL 131
- 8.1.2 ON THE RECEIVE SIDE 132
- 8.2 M&C CONNECTION 133
- 8.3 SETUP SUMMARY 134
- Chapter 9. Eb/No Measurement 135
- Eb/No CD/CIM550.IOM 136
- Chapter 10 137
- Connector Pinouts 137
- 10.5 ASYNC-SERIAL CONSOLE 140
- Chapter 11 141
- CLI and Telnet Interface 141
- 11.2 MAIN MENU PAGE 142
- 11.2.1 ADMINISTRATION PAGE 144
- 11.2.1.2 146
- 11.2.1.3 ACCESS LISTS PAGE 147
- EATURE CONFIGURATION PAGE 148
- NCRYPT CONFIGURATION PAGE 151
- 11.2.1.6 SMTP 153
- 11.2.1.7 SNMP 154
- NTERFACE CONFIGURATION PAGE 156
- ECEIVER HDLC ADDRESSES PAGE 160
- ROTOCOL CONFIGURATION PAGE 168
- NFORMATION PAGE 169
- ABLE UTILITIES PAGE 172
- 11.2.5 MODEM PARAMETERS PAGE 174
- ODEM CONFIGURATION PAGE 179
- ODEM UTILITIES PAGE 182
- 11.2.5.7 MODEM EVENTS PAGE 183
- EDUNDANCY CONFIGURATION PAGE 184
- 11.2.7.1 UNIT INFORMATION 189
- 11.2.7.2 STATISTICS PAGE 190
- 11.2.7.4 DIAGNOSTICS PAGE 196
- Maintenance page 198
- ELNET - LOGOUT OPTION 199
- Chapter 12 201
- Web Server Pages 201
- 12.3 WEB SERVER PAGES 204
- 12.3.2 LOGOFF 205
- 12.3.3 CONTACT INFORMATION 206
- 12.3.4 SUPPORT 207
- 12.3.5 ADMINISTRATION 208
- Field Description 209
- CiM system 209
- 12.3.6 CONFIGURATION SUMMARY 210
- NTERFACE CONFIGURATION 211
- OUTES CONFIGURATION 214
- 12.3.6.6 IGMP CONFIGURATION 218
- NCRYPTION CONFIGURATION 219
- EDUNDANCY CONFIGURATION 220
- 12.3.6.9 MODEM CONFIGURATION 221
- 12.3.6.10 MODEM UTILITIES 222
- 12.3.6.11 ODU CONFIGURATION 223
- 12.3.6.12 ODU UTILITIES 224
- ONITORING AND REPORTS 225
- 12.3.7.1 IP TX STATISTICS 226
- OUTING STATISTICS 227
- 12.3.7.3 MODEM STATUS 228
- 12.3.7.4 MODEM LOGS 229
- 12.3.7.5 ODU STATUS 232
- 12.3.8 MAINTENANCE 233
- 12.3.8.1 U 233
- INFORMATION 233
- 12.3.8.2 FLASH SAVE 234
- 12.3.8.3 RESET 235
- Chapter 13 237
- SNMP Interface 237
- 13.2.1 SYSTEM GROUP 238
- 13.2.2 INTERFACE GROUP 240
- 13.2.2.2 AT GROUP 242
- 13.2.2.4 IP GROUP 242
- HE IP ADDRESS TABLE 244
- HE IP ROUTING TABLE 245
- HE ADDRESS TRANSLATION TABLE 246
- DDITIONAL IP OBJECTS 246
- 13.2.3 ICMP GROUP 247
- 13.2.4 TCP GROUP 248
- 13.2.5 UDP GROUP 249
- HE UDP LISTENER TABLE 250
- 13.2.6 EGP GROUP 251
- 13.2.7 TRANSMISSION GROUP 251
- 13.2.8 SNMP GROUP 251
- RIVATE MIB IMPLEMENTATIONS 253
- ONTROLLER PRIVATE MIB 253
- IM ACCESS LISTS SUBGROUP 254
- 13.4.1.4 FEATURES SUBGROUP 256
- 13.4.1.5 ENCRYPTION SUBGROUP 257
- 13.4.1.6 CIM SMTP 257
- IM SNMP COMMUNITY NAMES 258
- 13.4.1.8 CIM SNMP TRAPS 259
- IM SNMP TRAP CONFIGURATION 260
- 13.4.2 INTERFACE GROUP 261
- ATELLITE INTERFACE SUBGROUP 262
- 13.4.2.3 ROUTE TABLE GROUP 263
- 13.4.2.4 PROTOCOLS GROUP 265
- 13.4.2.5 REDUNDANCY GROUP 268
- 13.5 CIM 550 PRIVATE MIB 273
- 13.5.1.3 RX PARAMETERS 275
- 13.5.1.5 UTILITY PARAMETERS 276
- HE “”AUPC PARAMETERS 278
- 13.5.1.7 STATUS PARAMETERS 279
- 13.5.1.8 LOGS 281
- 13.5.1.9 ODU OBJECTS 282
- NIT PARAMETERS 283
- 13.5.1.12 ODU TX PARAMETERS 284
- 13.5.1.13 ODU RX PARAMETERS 285
- 13.5.1.14 ODU UNIT STATUS 286
- 13.5.1.15 ODU LOGS 287
- IM IP CONTROLLER MIB TREE: 288
- 13.7 CIM IP CONTROLLER MIB 294
- 13.7.4 CIMMIBVERSION 295
- 13.7.5 CIMNAMEPASSWORDCONFIG 295
- 13.7.6 CIMADMINNAME 296
- 13.7.7 CIMADMINPASSWORD 296
- 13.7.8 CIMREADWRITENAME 297
- 13.7.9 CIMREADWRITEPASSWORD 297
- 13.7.10 CIMREADONLYNAME 298
- 13.7.11 CIMREADONLYPASSWORD 298
- 13.7.12 CIMACCESSLISTS 299
- 13.7.13 CIMACCESSIPADDRESS1 299
- 13.7.15 CIMACCESSIPADDRESS2 300
- 13.7.17 CIMACCESSIPADDRESS3 301
- 13.7.19 CIMACCESSIPADDRESS4 302
- 13.7.20 CIMACCESSSUBNETMASK4 303
- CIMFEATURESAVAILABILITY 304
- CIMDATAGRAMCOMPRESSIONOPTION 304
- 13.7.24 CIMNAPTOPTION 305
- 13.7.25 CIMQOSOPTION 305
- CIMTCPACCELERATIONOPTION 306
- CIMTRANSPARENTBRIDGEOPTION 306
- 13.7.28 CIMENCRYPTIONOPTION 307
- 13.7.29 CIMIGMPOPTION 307
- 13.7.31 CIMFEATURESCONFIG 308
- 13.7.32 CIMMIDASFEATURE 308
- 13.7.33 CIMTELNETFEATURE 309
- CIMDATAGRAMCOMPRESSIONOPT 310
- 13.7.37 CIMNAPTOPT 311
- 13.7.38 CIMQOSOPT 311
- CIMTCPACCELERATIONOPT 312
- CIMTRANSPARENETBRIDGEOPT 312
- CIMTRANSMITDESENCRYPTIONOPT 313
- CIMRECEIVEDESENCRYPTIONOPT 313
- 13.7.43 CIMIGMPOPT 314
- 13.7.45 CIMDESENCRYPTCONFIG 315
- 13.7.48 CIMTRANSMITKEY1 316
- 13.7.49 CIMTRANSMITKEY2 317
- 13.7.50 CIMRECEIVEKEY1 317
- 13.7.51 CIMRECEIVEKEY2 318
- 13.7.52 CIMSMTP 318
- 13.7.54 CIMSMTPDOMAIN 319
- 13.7.56 CIMSNMP 320
- 13.7.58 CIMSNMPTRAPCOMMUNITY 321
- 13.7.59 CIMSNMPTRAPVERSION 322
- 13.7.62 CIMINTERFACES 323
- 13.7.63 CIMETHERNETINTERFACE 323
- 13.7.65 CIMETHERNETSPEED 324
- 13.7.66 CIMETHERNETIPADDRESS 325
- CIMSATELLITEINTERFACE 326
- CIMSATELLITEIPADDRESS 326
- CIMSATELLITESUBNETPREFIXLEN 327
- CIMSATELLITERECEIVEENABLE 327
- CIMSATELLITETRANSMITENABLE 328
- CIMSATELLITEHDLCADDRESS1 328
- CIMSATELLITEHDLCADDRESS2 329
- CIMSATELLITEHDLCADDRESS3 329
- 13.7.77 CIMROUTETABLE 330
- 13.7.78 CIMGLOBALQOSENABLE 331
- 13.7.79 CIMIPROUTETABLE 331
- 13.7.80 CIMIPROUTEENTRY 332
- 13.7.81 CIMIPROUTEINDEX 333
- 13.7.82 CIMIPROUTENAME 333
- CIMIPROUTEDESTADDRESS 334
- CIMIPROUTEDESTMASKLEN 334
- CIMIPROUTENEXTHOPADDRESS 335
- CIMIPROUTEMULTICASTOPTIONS 335
- CIMIPROUTEMINQOSBANDWIDTH 336
- CIMIPROUTEMAXQOSBANDWIDTH 336
- 13.7.89 CIMIPROUTEDESKEY 337
- 13.7.90 CIMIPROUTEROWSTATUS 338
- 13.7.91 CIMIPROUTEPRIORITY 339
- 13.7.92 CIMPROTOCOLS 339
- 13.7.93 CIMIGMPCONFIG 339
- 13.7.94 CIMIGMPTABLE 340
- 13.7.95 CIMIGMPENTRY 340
- 13.7.96 CIMIGMPINDEX 341
- 13.7.97 CIMIGMPTTL 341
- 13.7.98 CIMIGMPCLIENTSTATE 342
- 13.7.99 CIMIGMPSRC 342
- 13.7.101 CIMIGMPRECEIVER 343
- 13.7.102 CIMIGMPENABLE 344
- 13.7.103 CIMIGMPQUERYPERIOD 344
- 13.7.104 CIMIGMPMAXRESPTIME 345
- 13.7.106 CIMIGMPTRANSMITER 346
- CIMIGMPFORCEALERTOPTION 347
- 13.7.111 CIMARPCONFIG 348
- 13.7.112 CIMFLUSHARPTABLE 349
- 13.7.113 CIMARPTABLE 349
- 13.7.114 CIMARPENTRY 350
- 13.7.115 CIMARPINDEX 350
- 13.7.116 CIMARPIPADDRESS 351
- 13.7.117 CIMARPPHYSADDRESS 351
- 13.7.118 CIMARPPHYSTYPE 352
- 13.7.119 CIMARPROWSTATUS 353
- 13.7.120 CIMREDUNDANCY 354
- CIMREDUNDANTTRAFFICIPADDRESS 356
- 13.7.126 CIMFORCEUNITOFFLINE 357
- 13.7.127 CIMOPERMAINT 357
- 13.7.128 CIMAPPVERSION 358
- 13.7.130 CIMRESET 359
- CIMREMOTEPORTBDEVICEADDRESS 360
- CIMREMOTEPORTBBAUDRATE 360
- CIMREMOTEPORTBFORMAT 361
- CIMREMOTEPORTBINTERFACE 361
- 13.7.136 CIMSTATISTICS 362
- CIMSATELLITETRANSMITENTRY 363
- CIMSATELLITETRANSMITINDEX 364
- CIMIPROUTINGSTATISTICS 367
- CIMPACKETSFROMSATELLITE 371
- CIMTOTALIPPACKETSTOSATELLITE 371
- 13.7.158 CIM 372
- POPTIONPACKETSRECEIVED 373
- CIMDROPPEDPACKETSTOTAL 373
- CIMDROPPEDPACKETSTTLEXPIRED 374
- CIMDROPPEDPACKETSBADIPHEADER 374
- CIMDROPPEDPACKETSNOROUTE 375
- CIMDROPPEDPACKETSFILTERED 376
- CIMDROPPEDPACKETSNOARPENTRY 377
- CIMDROPPEDPACKETSQOS 379
- CIMDROPPEDPACKETSQOSBUFFERS 379
- 13.7.174 CIMRESETCOUNTERS 380
- 13.8 CIM-550 MIB TREE 381
- 13.9 CIM-550 MIB 385
- 13.9.4 CIM550EQUIPMENTID 386
- 13.9.7 CIM550DEVICETIME 387
- 13.9.8 CIM550DEVICEDATE 388
- 13.9.9 CIM550CIRCUITID 388
- 13.9.11 CIM550TXPARAMETERS 389
- 13.9.12 CIM550TXFREQUENCY 390
- 13.9.13 CIM550TXDATARATE 390
- 13.9.14 CIM550TXMODTYPE 391
- 13.9.15 CIM550TXFECTYPE 392
- 13.9.16 CIM550TXFECCODERATE 393
- 13.9.17 CIM550TXSPECINV 393
- 13.9.18 CIM550TXSCRAMBLER 394
- 13.9.19 CIM550TXCLOCKSOURCE 394
- 13.9.20 CIM550TXPOWERLEVEL 395
- 13.9.21 CIM550TXCARRIERSTATE 395
- 13.9.22 CIM550RXPARAMETERS 396
- 13.9.23 CIM550RXFREQUENCY 396
- 13.9.24 CIM550RXDATARATE 397
- 13.9.25 CIM550RXDEMODTYPE 397
- 13.9.26 CIM550RXFECTYPE 398
- 13.9.27 CIM550RXFECCODERATE 399
- 13.9.28 CIM550RXSPECINV 399
- 13.9.29 CIM550RXDESCRAMBLER 400
- 13.9.30 CIM550RXCLOCKMODE 400
- 13.9.31 CIM550RXBUFFERSIZE 401
- CIM550RXEBNOALARMPOINT 402
- CIM550INTERFACEPARAMETERS 402
- 13.9.35 CIM550IFIMPEDANCE 403
- 13.9.36 CIM550INTERFACETYPE 403
- CIM550UTILITYPARAMETERS 404
- CIM550UNITFRAMINGMODE 404
- 13.9.39 CIM550EDMACADDRESS 405
- 13.9.40 CIM550UNITTESTMODE 405
- 13.9.41 CIM550RECENTERBUFFER 406
- 13.9.43 CIM550UNITALARMMASK 407
- 13.9.45 CIM550UNITCONFIGLOAD 408
- 13.9.46 CIM550ODUCOMMENABLE 408
- 13.9.47 CIM550AUPCPARAMETERS 409
- 13.9.48 CIM550AUPCENABLE 409
- 13.9.50 CIM550REMOTEEBNO 410
- CIM550TXPOWERLEVELINCREASE 411
- CIM550STATUSPARAMETERS 411
- 13.9.53 CIM550RXEBNO 412
- 13.9.54 CIM550RXCOARSEAGC 412
- CIM550RXFREQUENCYOFFSET 413
- CIM550BUFFERFILLSTATE 413
- 13.9.57 CIM550RXBER 414
- CIM550MODEMUNITFAULTS 415
- CIM550MODEMTXTRAFFICFAULTS 415
- 13.9.62 CIM550LOGS 416
- 13.9.63 CIM550CLEAREVENTSLOG 417
- CIM550RETRIEVENEXT5EVENTS 418
- CIM550SETSTATISTICINTERVAL 418
- CIM550CLEARSTATISTICSLOG 419
- CIM550NUMBERUNREADSTATISTICS 419
- 13.9.70 CIM550NOTIFICATIONS 420
- 13.9.75 ODUOBJECTS 422
- 13.9.76 ODUSELECT 422
- 13.9.77 ODUSYSTEMINFO 422
- 13.9.79 ODUUNITSERIALNUMBER 423
- 13.9.80 ODUDEVICETIME 424
- 13.9.81 ODUDEVICEDATE 424
- 13.9.82 ODUCIRCUITID 425
- 13.9.83 ODUUNITPARAMETERS 425
- 13.9.84 ODUUNITMUTEMODE 426
- 13.9.85 ODUUNITCOLDSTART 426
- ODUUNITAUTOFAULTRECOVERY 427
- ODUUNITEXTREFFAULTLOGIC 427
- 13.9.88 ODUUNITREFOSCADJUST 428
- ODUUNITLNACURRENTWINDOW 429
- 13.9.91 ODUUNITLNAFAULTLOGIC 430
- 13.9.94 ODUTXPARAMETERS 431
- 13.9.95 ODUTXFREQUENCY 432
- 13.9.96 ODUTXATTENUATION 432
- 13.9.97 ODUTXAMPLIFIER 433
- 13.9.98 ODUTXMUTE 433
- 13.9.99 ODUTXSLOPEMODE 434
- 13.9.100 ODUTXSLOPEVALUE 434
- 13.9.101 ODUTXGAINOFFSET 435
- 13.9.102 ODURXPARAMETERS 435
- 13.9.103 ODURXFREQUENCY 436
- 13.9.104 ODURXATTENUATION 436
- 13.9.105 ODURXMUTE 437
- 13.9.106 ODURXSLOPEMODE 437
- 13.9.107 ODURXSLOPEVALUE 438
- 13.9.108 ODURXGAINOFFSET 438
- 13.9.109 ODUUNITSTATUS 439
- 13.9.110 ODUONLINESTATE 439
- 13.9.112 ODUUNITFAULTS 440
- 13.9.113 ODULOGS 441
- 13.9.114 ODUCLEAREVENTSLOG 441
- ODUNUMBERUNREADEVENTS 442
- ODURETRIEVENEXT5EVENTS 442
- 13.9.117 ODUNOTIFICATIONS 443
- Chapter 14 445
- CiM IP Module Checkout and 445
- Fault Isolation 445
- 14.2.1 EQUIPMENT LIST 446
- 14.2.1 EQUIPMENT SETUP 446
- 14.2.2 PC CONIGURATION 446
- ASIC IP CONFIGURATION 447
- 14.2.5 MAIN MENU 448
- 14.2.7 CIM 1 CONFIGURATION 448
- 14.2.1.2 ROUTE TABLE 449
- 14.2.1.3 SAVE CONFIGURATION 449
- 14.2.8 CIM 2 CONFIGURATION 450
- 14.2.8.2 ROUTE TABLE 450
- 14.2.8.3 SAVE CONFIGURATION 450
- 14.2.9 VERIFICATION 450
- ROUBLESHOOTING IP MODULE 451
- CiM-550 Satellite Modems 453
- CiM IP Module Firmware 455
- Index CD/CIM550.IOM 458
- METRIC CONVERSIONS 459
- 480 • 333 • 2200 PHONE 460
- 480 • 333 • 2161 460
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AEG Electrolux S72380-KA manuels
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