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Nokia 9500 MPR Manuals
Manuals and User Guides for Nokia 9500 MPR. We have
1
Nokia 9500 MPR manual available for free PDF download: User Manual
Nokia 9500 MPR User Manual (1078 pages)
Microwave Packet Radio, WebEML
Brand:
Nokia
| Category:
Radio
| Size: 31.77 MB
Table of Contents
Table of Contents
5
Preface
41
Table 1 9500 MPR Documentation
41
Related Documentation
43
Naming Conventions in the Documentation
44
Table 2 9500 MPR Related Documentation
44
Table 3 Naming Conventions
44
Audience
45
Information Symbols
45
Contact Information
46
Documentation Feedback
46
Technical Support
46
MPR Documentation
41
1 Safety Awareness
47
Safety EMC-EMF-ESD Norms and Equipment Labeling
47
Safety Rules
47
General Rules
47
Observe Safety Rules
47
Labels Indicating Danger, Forbidding, Command
48
Safety Awareness
48
Dangerous Electrical Voltages
49
Labeling
49
Figure 1 Dangerous Voltage
49
Figure 2 Ground Protection Warning
49
Safety Instructions
50
Risks of Explosions
50
Labeling
50
Figure 3 Risk of Explosion
50
Moving Mechanical Parts
51
Labeling
51
Safety Instructions
51
Figure 4 Openings Must be Covered
51
Figure 5 Moving Mechanical Parts
51
Equipment Connection to Earth
52
Labeling
52
Safety Instructions
52
Heat-Radiating Mechanical Parts
52
Figure 6 Equipment Connection to Earth
52
Figure 7 Heat-Radiating Mechanical Parts
52
Safety Instructions
53
Microwave Radiations (EMF Norms)
53
Electromagnetic Compatibility (EMC Norms)
54
Figure 8 EMF Emission Warning
54
Figure 9 Compliance Boundaries for 9500 MPR-A Transceivers with 1Ft
54
Cables
55
Figure 10 EMC Norms
55
Equipment Protection against Electrostatic Discharges
56
Figure 11 Electrostatic Sensitive
56
Cautions to Avoid Equipment Damage
57
Electrostatic-Sensitivity
57
Figure 12 Electrostatic-Sensitive Sign
57
Handling Cards
58
Screw Fixing
58
Figure 13 Electrostatic Protection Kit
58
MSS-ODU Cable Disconnection / Connection
59
Fan, Equipment Rack, and Equipment Cabinet Precautions
59
Electrical Precautions
59
Harmful Optical Signals
60
Laser Precautions
60
Figure 14 Class 1 Laser
60
High-Level Procedures
63
2 High-Level Procedure for E1/DS1 Provisioning
65
Purpose
65
Procedure
65
3 High-Level Procedure for E1/DS1 Deprovisioning
67
Purpose
67
Procedure
67
4 High-Level Procedure for DS3 Provisioning
69
Purpose
69
Procedure
69
5 High-Level Procedure for DS3 Deprovisioning
71
Purpose
71
Procedure
71
6 High-Level Procedure for Ethernet Provisioning
73
Purpose
73
Procedure
73
7 High-Level Procedure for Ethernet Deprovisioning
77
Purpose
77
Procedure
77
8 High-Level Procedure for Ethernet LAG Provisioning
81
Purpose
81
Procedure
81
9 High-Level Procedure for SDH Provisioning
83
Purpose
83
Procedure
83
10 High-Level Procedure for SDH Deprovisioning
85
Purpose
85
Procedure
85
11 High-Level Procedure for Ethernet Ring Protection Management
87
Purpose
87
Procedure
87
12 High-Level Procedure for Using Web Server
89
Purpose
89
Procedure
89
System Administration
91
13 Log in to and out of System
93
Purpose
93
Prerequisite
93
Overview
93
Procedures
95
Figure 15 Webeml Icon
96
Figure 16 Neto Servers Manager Window
96
Figure 17 Neto Overview Window
97
Figure 18 Neto Login Window
98
Figure 19 Acknowledgment of Authorization
98
Figure 20 JUSM/CT 9500 MPR Main Screen MSS-8 Shelf
99
Figure 21 JUSM/CT 9500 MPR Main Screen MSS-4 Shelf
100
Figure 22 JUSM 9500 MPR Main Screen MSS-1 Shelf
101
Figure 23 JUSM 9500 MPR Main Screen MSS-O Shelf
102
Figure 24 Close JUSM 9500 MPR Main Screen
102
Figure 25 Close Neto Servers Manager Window
103
Figure 26 9500 MPR Web Interface Log in Webpage
104
Figure 27 Web Server Main Menu
105
14 Administer Community String
107
Purpose
107
Overview
107
Procedures
107
Figure 28 Web Server Community Strings Setting View
108
Figure 29 Neto Community Strings Request Icon
109
Figure 30 Neto Community Strings Request Window
109
15 Administer External Alarm Points on an Auxiliary Card
111
Purpose
111
Prerequisites
111
General
111
Procedures
112
Figure 31 External Alarm Input Setting Tab
112
Figure 32 External Alarm Inputs Provisioned
113
Figure 33 External Alarm Output Setting Tab
114
Figure 34 External Alarm Outputs Provisioned
115
Figure 35 External Alarm Output Provisioned on
116
16 Administer External Alarm Points on an MSS-1 or
117
Enhanced Fan Card
117
Purpose
117
Prerequisites
117
Overview
117
Procedure
118
Figure 36 External Alarm Input Setting Tab
119
Figure 37 External Alarm Inputs Provisioned
120
17 Administer In-Band TMN VLAN Port
121
Purpose
121
Overview
121
Procedures
124
Figure 38 9500 MPR Equipment Tab: Core-E Card Selected
124
Figure 39 TMN In-Band Settings Tab
125
Figure 40 TMN In-Band Port Enabled
127
Figure 41 TMN In-Band Port Disabled
128
18 Administer Network Configuration
129
Purpose
129
Overview
129
OSPF Area
130
Procedures
132
Figure 42 Local Configuration Main Menu Bar Path
132
Figure 43 Local Configuration (IP Address) Window
133
Figure 44 9500 MPR Equipment Tab: Core-E Card Selected
134
Figure 45 TMN Ethernet Interface: Settings Tab
135
Figure 46 Port#4 TMN Ethernet Interface: Settings Tab
137
Figure 47 IP Static Routing Configuration Main Menu Bar Path
138
Figure 48 IP Static Routing Configuration Window (Ipv4)
139
Figure 49 IP Static Routing Configuration Window (Ipv6)
140
Figure 50 OSPF Area Configuration Main Menu Bar Path
141
Figure 51 OSPF Area Configuration Window (Ipv4)
142
Figure 52 Ospfv3 Area Configuration Window (Ipv6)
142
Figure 53 Activate Ipv6 Stack Main Menu Bar Path
143
Figure 54 Activate Ipv6 Stack Warning
144
Figure 55 Routing Information Main Menu Bar Path
144
Figure 56 IP Routing Information Window
145
19 Administer Qos Configuration
147
Purpose
147
Overview
147
Procedures
148
Figure 57 Qos Configuration Icon
148
Figure 58 Qos Configuration Tool
149
Figure 59 Provision Queue Scheduler Algorithm
150
Figure 60 Provisioned Queue Scheduler Algorithm
150
Figure 61 Restore Queue Scheduler Algorithm Default Values
151
Figure 62 Provisioned Queue Scheduler Algorithm
151
Figure 63 Queue Size Configuration Tab
152
Figure 64 Provision Queue Size
153
Figure 65 Provisioned Queue Size
153
Figure 66 Copied Radio Direction Queue Sizes
154
Figure 67 Restore Queue Size Default Values
155
Figure 68 Qos Classification Tab
156
Figure 69 Select Qos Classification Criterion
156
Figure 70 Provisioned Qos Classification Criterion
157
Figure 71 Provision 802.1P PCP to Internal Forwarding Class Mapping
157
Figure 72 Provisioned 802.1P PCP to Internal Forwarding Class Mapping
158
Figure 73 Provision Diffserv DSCP to Internal Forwarding Class Mapping
159
Figure 74 Provisioned Diffserv DSCP to Internal Forwarding Class Mapping
159
20 Administer Software License
161
Purpose
161
General
161
Procedures
162
21 Administer System Date and Time
165
Purpose
165
General
165
Procedures
166
22 Administer System Settings
173
Purpose
173
General
173
Tributary Port Configuration (ETSI Market Only)
173
DHCP Server Support
173
Ethernet LOS Criteria
174
Static LAG Criteria
174
System Priority Parameter
174
AIS Insertion for LOF Detection on DS1 (ANSI Market Only)
175
Event and Alarm Log
175
NE MAC Address/Bridge Address
176
SNMP Mode
176
Latitude and Longitude
177
Procedures
177
23 Administer VLAN Configuration
185
Purpose
185
Overview
185
D (MAC Address Bridge)
185
Q (Virtual Bridge)
185
Ad (Provider Bridge)
186
Ethernet Frames Processing
187
Cross-Connected Flows Processing
187
Procedures
188
24 Local Access Control Management
199
Purpose
199
Overview
199
Procedures
199
25 MIB Database Management (Backup and Restore)
201
Purpose
201
Overview
201
Procedure
202
26 Use the Ethernet Features Shell
209
Purpose
209
Introduction
209
Procedure
209
27 Perform a Software Reset
211
Purpose
211
Procedure
211
28 Configure EFM OAM
213
Purpose
213
Overview
213
Procedures
213
Figure 109 ETH OAM Window
214
User Administration
217
Administer User Profiles
217
29 Administer NE List
219
Purpose
219
Prerequisite
219
General
219
Procedures
219
Figure 110 New Icon
220
Figure 111 Network Elements List Window
220
Figure 112 NE List Save Window
221
Figure 113 Network Elements List Window
221
Figure 114 Network Elements List Window: Current NE Added
222
Figure 115 Network Elements List Window
223
Figure 116 Open Icon
224
Figure 117 Open Window
224
Figure 118 Network Element List Window
225
Figure 119 Neto Overview Window
225
Figure 120 JUSM/CT 9500 MPR Main Screen
226
Figure 121 Favorite Icon
227
Figure 122 Neto Overview Window
227
Figure 123 JUSM/CT 9500 MPR Main Screen
228
30 Administer User Profiles
229
Purpose
229
General
229
Table 4 Default User Account Profiles
230
Procedures
231
Figure 124 User Management Main Menu Bar Path
231
Figure 125 Profile Management Window
232
Figure 126 Create User Window
232
Figure 127 Profile Management Window - with Added User
233
Figure 128 USM User Management Main Menu Bar Path
234
Figure 129 USM Users Management Window
234
Figure 130 USM User Cloning Panel
235
Figure 131 USM Users Management Window - with Added User
236
Figure 132 Profile Management Window
237
Figure 133 Delete User Window
237
Figure 134 Profile Management Window - with User Deleted
238
Figure 135 Profile Management Window
239
Figure 136 Change User Password Window
240
Figure 137 USM User Change Password Panel
241
31 Change Password
243
Purpose
243
General
243
Procedure
244
Figure 138 Change Password Main Menu Bar Path
244
Figure 139 Changing Password Window
244
System Information
247
Perform Debug Functions Using the Web Server
247
32 View Alarms
249
Purpose
249
General
249
Alarm Manager
249
Web Server
251
Procedures
252
Figure 140 NE Alarms Main Menu Bar Path
252
Figure 141 Alarm Monitor Window
253
Figure 142 Alarm Manager: Current Alarms Major Tab
254
Figure 143 Alarm Manager New Filter Window
254
Figure 144 Alarm Manager Delete Filters Window
256
Figure 145 Alarm Manager Save Filters as Window
257
Figure 146 Alarm Manager Load Filters from Window
258
Figure 147 Web Server Active Alarms Webpage
259
33 View Abnormal Condition List
261
Purpose
261
General
261
Procedure
261
34 View NE Inventory Data
263
Purpose
263
General
263
Procedures
264
35 Download I&C Parameter Data
277
Purpose
277
General
277
Procedures
277
36 View Remote Inventory
279
Purpose
279
General
279
Procedure
279
37 View Event Log
281
Purpose
281
General
281
Procedures
281
38 Perform Debug Functions Using the Web Server
285
Purpose
285
General
285
Table 5 Association of the Gexx in the Command Output and the NE Port
286
Procedure
287
39 Retrieve RSL Information Using the Web Server
289
Purpose
289
General
289
Procedure
289
Equipment Provisioning and Deprovisioning
291
40 Administer Ethernet Ring Protection (ERP)
293
Purpose
293
General
293
Modify ERP Provisioning
293
Delete Ring Topology
295
Delete ERP Instance
295
Procedures
295
41 Administer L1/L2 Radio and L2 Ethernet LAG Ports
305
Purpose
305
General
305
Provider Bridge Parameters
305
Procedures
307
Figure 181 L1 Radio LAG Configuration
330
42 Administer Synchronization
333
Purpose
333
Procedures
333
Figure 182 Synchronization Settings Tab with Core-E (1588TC License Present)
334
Figure 183 Synchronization Settings Tab with Corevo (1588TC License and Sync In/Out SFP Not Present)
334
Figure 184 Synchronization Protection Tab
335
Figure 185 1588 Tab
336
Figure 186 Sync Ports with Sync-In/Out SFP
339
Figure 187 Synchronization - Master / Revertive
340
Figure 188 Synchronization - Slave / Revertive
343
Figure 189 SSM Summary Table
344
Figure 190 MPT-HL Radio Channel Additional Settings Tab
345
43 Provision Cross Connections
347
Purpose
347
General
347
Figure 191 MSS-4/8 Cross-Connections Screen
348
PDH to Radio
349
Prerequisites
349
Figure 192 MSS-1 Cross-Connections Screen
349
SDH to Radio
350
Prerequisites
350
SDH to Ring
351
Prerequisites
351
SDH to LAG
352
Prerequisites
352
PDH to Ethernet
352
Prerequisites
353
Ethernet to Radio
353
Radio to Radio
354
Prerequisites
354
PDH to Ring
355
Prerequisites
355
Radio to Ring
356
Prerequisites
356
Ethernet to Ring
356
Prerequisites
357
Ring to Ring
357
Icon Shapes
358
Icon Colors
358
Figure 193 Cross-Connection Port Icons
358
Line Colors
359
Figure 194 Cross Connection: Line Color Detail
359
Mouse Operation
360
Single Right-Click Icon
360
Double-Click on the Line
360
Figure 195 Cross Connection: Single Right-Click Icon Detail
360
Double Right-Click on the Line
361
Figure 196 Cross Connection: Double Left-Click Line Detail
361
Figure 197 Cross Connection: Double Right-Click Line Detail
361
Procedures
362
Figure 198 Configuration Cross Connection Window
363
Figure 199 PDH-RADIO Cross Connection
364
Figure 200 PDH to Ethernet Cross Connection
365
Figure 201 SDH-RADIO Cross Connection
367
Figure 202 SDH-RING Cross Connection
368
Figure 203 SDH to LAG Configuration Dialog
369
Figure 204 Completed SDH to LAG Cross-Connection
370
Figure 205 Ethernet to Radio Cross Connection
371
Figure 206 Radio (P8ETH) to Radio (P8ETH) Cross Connection
373
Figure 207 Radio (P8ETH) to Radio (MPTACC) Cross Connection
374
Figure 208 PDH to RING Cross Connection
376
Figure 209 Radio to Ring Cross Connection
377
Figure 210 Ethernet to Ring Cross Connection
379
Figure 211 Ring to Ring Cross Connection
381
44 Deprovision Cross Connections
383
Purpose
383
General
383
Procedures
383
Figure 212 Cross Connection Window
384
Figure 213 PDH-RADIO Cross Connection
384
Figure 214 PDH to Ethernet Cross Connection
385
Figure 215 STM-1(OC-3)-RADIO Cross Connection
386
Figure 216 Ethernet to Radio Cross Connection
387
Figure 217 Radio to Radio Cross Connection
388
Figure 218 PDH to RING Cross Connection
389
Figure 219 Radio to Ring Cross Connection
390
Figure 220 Ethernet to Ring Cross Connection
391
Figure 221 Ring to Ring Cross Connection
392
74 Upgrade and Downgrade Radio Profile
393
45 Provision Port Segregation/Connectivity
393
Purpose
393
General
393
Figure 222 Port Segregation Dialog Box, P8ETH Port 3.5
395
Figure 223 Port Segregation Provisioned on Parallel P8ETH MPT-HL/MPT-HLC Radio Ports
396
Figure 224 Port Segregation Dialog Box, Core-E Port 1.5
396
Figure 225 Port Segregation Provisioned on Parallel Core-EMPT-HL/MPT-HLC Radio Ports
397
Figure 226 Port Segregation Provisioned on Parallel MPTACC MPT-HC/HC- HQAM/XP/XP-HQAM Radio Ports
397
Procedure
398
Figure 227 Segregated Ports Icon
398
Figure 228 Segregated Ports Window
398
Figure 229 Segregated Port - Port Provisioning Pop-Up
399
Figure 230 Segregated Port - Slot Provisioning Dialog Box
399
Figure 231 Segregated Port Window W/Slot 3 Port 2 Segregated from Slot
400
Figure 232 Segregated Port Window W/Slot 4 Segregated from Core-E Port
401
75 Upgrade MPT-HL to MPT-HL L1 LAG Port
403
46 Configure AUX Cross Connections (ETSI Market Only)
403
Purpose
403
General
403
Service Channels Cross-Connection in Pass-Through
403
Procedures
403
Figure 233 Auxiliary Cross Connections Menu
404
Figure 234 New AUX Cross Connection
405
Figure 235 Delete an AUX Cross Connection
405
76 Upgrade MPT ODU to MPT ODU L1 LAG Port
407
47 Provision Ethernet Ports
407
Purpose
407
General
407
User Electrical Ethernet Ports
407
User Optical Ethernet Ports
408
Provider Bridge Parameters
408
Procedures
409
Figure 236 9500 MPR Equipment Tab: Core-E Card Selected
411
Figure 237 Core-E Main View: Ethernet Physical Interface Settings Tab (Ports 1 to 4)
412
Figure 238 Enable/Disable Core-E/P8Eth/Easv2/Mss-O Ethernet Port
413
Figure 239 Provision Core/Eas/Mss-O Ethernet Physical Interface
414
Figure 240 Provision Core/Eas/Mss-O Ethernet Port VLAN Configuration Parameters
415
Figure 241 Provision Core/Eas/Mss-O Synchronous Ethernet Operation Mode
416
Figure 242 Provision the Hold off Parameter
417
Figure 243 Provision Provider Bridge
418
Figure 244 Provisioned UNI (VLAN-Based) Port
419
Figure 245 Provision Core/Eas Rate Limiting by Port
420
Figure 246 Provision Core/Eas/Mss-O Ethernet Port Storm Control
421
Figure 247 Provision Ingress Rate Limiting by VLAN
422
Figure 248 Provision Per-VLAN Per-Cos Rate Limiting
423
Figure 249 Delete Per-VLAN Per-Cos Rate Limiting
424
48 Provision Ethernet Features
427
Overview
427
Access Control List
427
Out of Range VLAN Swap
427
VLAN Remarking
427
VLAN Swap
428
49 Provision Equipment Port
429
Purpose
429
General
429
Prerequisites
430
Procedures
430
Figure 250 Resource List Area: Core-E SFP Slot Selected
431
Figure 251 Provision Core-E SFP Port
432
Figure 252 Provisioned Core-E SFP Port
433
Figure 253 Resource List Area: Corevo SFP Slot Selected
434
Figure 254 Provision Corevo Sync-In/Out SFP Port
435
Figure 255 Resource List Area: MSS-1 Selected
436
Figure 256 Provision MSS-1 Sync-In/Out SFP Port
437
Figure 257 Resource List Area: P8ETH Selected
438
Figure 258 Provision P8ETH SFP Ports
439
Figure 259 Provision Easv2 SFP Ports
439
Figure 260 Provisioned P8ETH SFP Port
440
Figure 261 PDH Main View (ETSI Market)
441
Figure 262 Resource List Area: P32E1DS1 Selected
443
Figure 263 Provision P32E1DS1 Port
444
Figure 264 Provisioned P32E1DS1 TDM2TDM DS1 Port
445
Figure 265 Provisioned P32E1DS1 DS1 TDM2ETH Port
446
Figure 266 Resource List Area: P2E3DS3 Selected
447
Figure 267 Provision P2E3DS3 DS3 Port
448
Figure 268 Provisioned P2E3DS3 TDM2TDM DS3 Port
449
Figure 269 Provisioned P2E3DS3 TDM2ETH DS3 Port
450
Figure 270 Resource List Area: SDHACC Selected
451
Figure 271 Provisioned SDHACC SFP Port
452
Figure 272 Provision SDHACC OC-3 Port
453
Figure 273 Provisioned SDHACC Optical OC-3 Port
455
Figure 274 Provisioned SDHACC Electrical OC-3 Port
456
Figure 275 SDHCHANN Main View
457
50 Deprovision Equipment Ports
459
Purpose
459
Prerequisites
459
Procedures
459
Figure 276 Resource List Area: Core-E SFP Slot Selected
460
Figure 277 Provisioned Core-E SFP Port #5
461
Figure 278 Deprovisioned Core-E SFP Port#5
462
Figure 279 Resource List Area: P8ETH Selected
463
Figure 280 Provisioned P8ETH Ports
464
Figure 281 Provisioned Easv2 Ports
464
Figure 282 Deprovisioned P8ETH SFP Port
465
Figure 283 Resource List Area: P32E1DS1 Selected
466
Figure 284 Provisioned P32E1DS1 DS1
467
Figure 285 Deprovision P32E1DS1 DS1 Port
468
Figure 286 Deprovisioned P32E1DS1 DS1 Port
469
Figure 287 Resource List Area: P2E3DS3 Selected
470
Figure 288 Provisioned P2E3DS3
471
Figure 289 Deprovision P2E3DS3 Port
472
Figure 290 Deprovisioned P2E3DS3 Ports
473
Figure 291 Resource List Area: SDHACC Selected
474
Figure 292 Provisioned SDHACC
475
Figure 293 Deprovisioned SDHACC Ports
476
51 Enable Equipment
477
Purpose
477
Prerequisites
477
Procedures
477
Figure 294 Select Slot 2 to Enable Spare Core-E
478
Figure 295 Select Spare Core-E Equipment Type
479
Figure 296 Spare Core-E Enabled
480
Figure 297 Select Slot to Enable P8ETH
481
Figure 298 Select P8ETH Equipment Type
482
Figure 299 P8ETH Enabled
483
Figure 300 Select Slot to Enable Easv2
484
Figure 301 Select Easv2 Equipment Type
485
Figure 302 Easv2 Enabled
486
Figure 303 Select Slot Associated with MPT-HL/MPT-HLC Transceiver to
487
Figure 304 Select MPT-HL/MPT-HLC Equipment Type
488
Figure 305 Enabled MPT-HL/MPT-HLC Transceiver
489
Figure 306 Resource List Area: Core-E Selected
490
Figure 307 Provision Core-E MPT-HL/MPT-HLC Ports
491
Figure 308 Enabled MPT-HL/MPT-HLC on Core-E
492
Figure 309 Select Slot to Enable P32E1DS1
493
Figure 310 Select P32EDS1 Equipment Type
494
Figure 311 P32E1DS1 Enabled
495
Figure 312 Select Slot to Enable P2E3DS3
496
Figure 313 Select P2E3DS3 Equipment Type
497
Figure 314 P2E3DS3 Enabled
498
Figure 315 Select Slot to Enable SDHACC or SDHCHANN
499
Figure 316 Select SDHACC Equipment Type
500
Figure 317 SDHACC Enabled
501
Figure 318 Select Slot to Enable MPTACC
502
Figure 319 Select MPTACC Equipment Type
503
Figure 320 MPTACC Enabled
504
Figure 321 Resource List Area: MPTACC Selected
505
Figure 322 Provision MPTACC Port
506
Figure 323 Enabled MPT-HC ODU on MPTACC
507
Figure 324 Resource List Area: Core-E Selected
508
Figure 325 Provision Core-E MPT-HC/XP Optical SFP Ethernet Port
509
Figure 326 Enabled MPT-HC ODU on Core-E Optical SFP Ethernet Port
510
Figure 327 Provision Core-E MPT-HC Electrical Ethernet Port
511
Figure 328 Enabled MPT-HC ODU on Core-E Electrical Ethernet Port
512
Figure 329 Resource List Area: P8ETH Selected
513
Figure 330 Enabled MPT-HC ODU on P8ETH Optical Ethernet Port
514
Figure 331 Select Slot#8 to Enable Auxiliary Card
515
Figure 332 Select AUX Equipment Type
516
Figure 333 Auxiliary Card Enabled
517
Figure 334 Enable the Subrack for an MPT-HLS Radio
518
Figure 335 Enable the MPT-HLS Radio
519
Figure 336 Enable the MPT-HLS Fan
520
Figure 337 Enabling Fan Unit
521
52 Disable Equipment
523
Purpose
523
Prerequisite
523
Procedures
523
Figure 338 Enabled Spare Core-E
524
Figure 339 Disable Spare Core-E
525
Figure 340 Spare Core-E Disabled
526
Figure 341 Enabled MPT-HL or MPT-HLC Transceiver
527
Figure 342 Disable MPT-HL or MPT-HLC Transceiver
528
Figure 343 Disabled MPT-HL or MPT-HLC Transceiver
529
Figure 344 Enabled MPT-HL or MPT-HLC Transceiver
530
Figure 345 Disable MPT-HL or MPT-HLC Transceiver
531
Figure 346 Disabled MPT-HL or MPT-HLC Transceiver
532
Figure 347 Enabled P8ETH
533
Figure 348 Disable P8ETH
534
Figure 349 P8ETH Disabled
535
Figure 350 Enabled Easv2
536
Figure 351 Disable Easv2
537
Figure 352 Easv2 Disabled
538
Figure 353 Enabled P32E1DS1
539
Figure 354 Disable P32E1DS1
540
Figure 355 Disabled P32E1DS1
541
Figure 356 Enabled P2E3DS3
542
Figure 357 Disable P2E3DS3
543
Figure 358 Disabled P2E3DS3
544
Figure 359 Enabled SDHACC
545
Figure 360 Disable SDHACC
546
Figure 361 Disabled SDHACC
547
Figure 362 Enabled MPT-HC ODU
548
Figure 363 Disable MPT-HC ODU
549
Figure 364 Disabled MPT-HC ODU
550
Figure 365 Enabled MPT-HC ODU on Core-E
551
Figure 366 Disable MPT-HC ODU from Core-E Optical SFP Ethernet Port
552
Figure 367 Disabled MPT-HC ODU from Core-E Optical SFP Ethernet Port
553
Figure 368 Deprovision MPT-HC from Core-E Electrical Ethernet Port
554
Figure 369 Disabled MPT-HC ODU from Core-E Electrical Ethernet Port
555
Figure 370 Enabled MPT-HC ODU on P8ETH
556
Figure 371 Disable MPT-HC ODU on P8ETH
557
Figure 372 Disabled MPT ODU from P8ETH
558
Figure 373 Enabled MPTACC
559
Figure 374 Disable MPTACC
560
Figure 375 Disabled MPTACC
561
Figure 376 Enabled Auxiliary Card
562
Figure 377 Disable Auxiliary Card
563
Figure 378 Disabled Auxiliary Card
564
53 Provision Ethernet Ring Protection (ERP)
565
Purpose
565
Prerequisites
565
General
566
Procedures
566
Figure 379 Ethernet Ring Configuration View Icon
567
Figure 380 Ethernet Protection Ring Configuration View
567
Figure 381 ERP Topology Creation
569
Figure 382 ERP Topology Created
569
Figure 383 ERP Instance Creation
571
Figure 384 ERP Instance Created
571
Figure 385 Two ERP Instances Created
572
Figure 386 Add PDH VLAN Ids to ERP Instance
574
Figure 387 OAM Switching Criteria
577
54 Upgrade a Ring to R5.1.0 Software
579
Purpose
579
General
579
Figure 388 Ring Example for Upgrade
579
Procedure
580
Figure 389 Activate Tx Mute to Node C
580
Figure 390 Activate Software on Node B
581
Figure 391 Remove Tx Mute to Node C
582
Figure 392 Activate Tx Mute and Activate SW on Node C
583
Figure 393 Remove Tx Mute to Node D
584
Figure 394 Activate Tx Mute and Activate SW on Node D
585
Figure 395 Remove Tx Mute to Node a
586
Figure 396 Remove Tx Mute to Node a
587
77 Perform Tx Diversity Antenna Operations
589
Provision Cross Connections in a Mixed Fiber/Microwave Ring
589
General
589
Purpose
589
55 Provision Cross Connections in a Mixed
590
Figure 397 Sample Mixed Fiber/Microwave Ring
590
Procedures
590
Figure 398 Cross-Connection between Node J and Node K
591
Figure 399 Node J to Node K: Pass-Through Cross-Connection on Node a
592
Figure 400 Node J to Node K: Pass-Through Cross-Connection on Node B
593
Figure 401 Node J to Node K: Pass-Through Cross-Connection on Node C
594
Figure 402 Node J to Node K: Pass-Through Cross-Connection on Node D
595
Figure 403 Cross-Connection between Node J and Node D
596
Figure 404 Node J to Node D: Pass-Through Cross-Connection on Node a
596
Figure 405 Node J to Node D: Pass-Through Cross-Connection on Node B
597
Figure 406 Node J to Node D: Pass-Through Cross-Connection on Node C
598
Figure 407 Node J to Node D: Radio-Ring Cross-Connection on Node D
599
Figure 408 Node J to Node D: PDH-Ring Cross-Connection on Node D
600
Figure 409 Cross-Connection between Node J and Node D (Protected)
601
Figure 410 Node J to Node D (Protected): Pass-Through Cross-Connection on Node a
601
Figure 411 Node J to Node D (Protected): Pass-Through Cross-Connection on Node B
602
Figure 412 Node J to Node D (Protected): Pass-Through Cross-Connection on Node C
603
Figure 413 Node J to Node D (Protected): Radio-Ring Cross-Connection on Node D
604
Figure 414 Node J to Node D (Protected): PDH-Ring Cross-Connection on Node D
605
Figure 415 Cross-Connection between Node K and Node B
606
Figure 416 Node K to Node B: Radio-Ring Cross-Connection on Node B
606
Figure 417 Node K to Node B: PDH-Ring Cross-Connection on Node B
607
Figure 418 Node K to Node B: Pass-Through Cross-Connection on Node a
608
Figure 419 Node K to Node B: Pass-Through Cross-Connection on Node C
609
Figure 420 Node K to Node B: Pass-Through Cross-Connection on Node D
610
Figure 421 Cross-Connection between Node K and Node B (Protected)
611
Figure 422 Node K to Node B (Protected): Radio-Ring Cross-Connection on Node B
612
Figure 423 Node K to Node B (Protected): PDH-Ring Cross-Connection on Node B
613
Figure 424 Node K to Node B (Protected): Pass-Through Cross-Connection on Node a
614
Figure 425 Node K to Node B (Protected): Pass-Through Cross-Connection on Node C
615
Figure 426 Node K to Node B (Protected): Pass-Through Cross-Connection on Node D
616
Figure 427 Cross-Connection between Node I and NE G
617
Figure 428 Node I to NE G: Ethernet-Radio Cross-Connection on NE G
618
Figure 429 Node I to NE G: Ethernet-PDH Cross-Connection on NE G
619
Figure 430 Node I to NE G: Ethernet-Ring Cross-Connection on Node C
620
Figure 431 Node I to NE G: Pass-Through Cross-Connection on Node a
621
Figure 432 Node I to NE G: Pass-Through Cross-Connection on Node B
622
Figure 433 Node I to NE G: Pass-Through Cross-Connection on Node D
623
Figure 434 Cross-Connection between Node I and NE G (Protected)
624
Figure 435 Node I to NE G (Protected): Ethernet-Radio Cross-Connection on
625
Figure 436 Node I to NE G: Ethernet-PDH Cross-Connection on NE G
626
Figure 437 Node I to NE G (Protected): Ethernet-Ring Cross-Connection on Node C
627
Figure 438 Node I to NE G (Protected): Pass-Through Cross-Connection on Node a
628
Figure 439 Node I to NE G (Protected): Pass-Through Cross-Connection on Node B
629
Figure 440 Node I to NE G (Protected): Pass-Through Cross-Connection on Node D
630
Figure 441 Cross-Connection between Node I and NE E
631
Figure 442 Node I to NE E: Ethernet-Radio Cross-Connection on NE E
632
Figure 443 Node I to NE E: Ethernet-PDH Cross-Connection on NE E
633
Figure 444 Node I to NE E: Ethernet-Ring Cross-Connection on Node a
634
Figure 445 Node I to NE E: Pass-Through Cross-Connection on Node B
635
Figure 446 Node I to NE E: Pass-Through Cross-Connection on Node C
636
Figure 447 Node I to NE E: Pass-Through Cross-Connection on Node D
637
Figure 448 Cross-Connection between Node I and NE E (Protected)
638
Figure 449 Node I to NE E (Protected): Ethernet-Radio Cross-Connection on
639
Figure 450 Node I to NE E (Protected): Ethernet-PDH Cross-Connection on NE E
640
Figure 451 Node I to NE E: Ethernet-Ring Cross-Connection on Node a
641
Figure 452 Node I to NE E (Protected): Pass-Through Cross-Connection on Node B
642
Figure 453 Node I to NE E (Protected): Pass-Through Cross-Connection on Node C
643
Figure 454 Node I to NE E (Protected): Pass-Through Cross-Connection on Node D
644
Figure 455 Cross-Connection between Node a and Node D
645
Figure 456 Node a to Node D: Radio-Ring Cross-Connection on Node a
645
Figure 457 Node a to Node D: PDH-Ring Cross-Connection on Node a
646
Figure 458 Node a to Node D: Pass-Through Cross-Connection on Node B
647
Figure 459 Node a to Node D: Pass-Through Cross-Connection on Node C
648
Figure 460 Node a to Node D: Radio-Ring Cross-Connection on Node D
649
Figure 461 Node a to Node D: PDH-Ring Cross-Connection on Node D
650
Figure 462 Cross-Connection between Node a and Node D (Protected)
651
Figure 463 Node a to Node D (Protected): Radio-Ring Cross-Connection on Node a
651
Figure 464 Node a to Node D (Protected): PDH-Ring Cross-Connection on Node a
652
Figure 465 Node a to Node D (Protected): Pass-Through Cross-Connection on Node B
653
Figure 466 Node a to Node D (Protected): Pass-Through Cross-Connection on Node C
654
Figure 467 Node a to Node D (Protected): Radio-Ring Cross-Connection on Node D
655
Figure 468 Node a to Node D (Protected): PDH-Ring Cross-Connection on Node D
656
Figure 469 Cross-Connection between Node a (Protected) and Node D (Protected)
657
Figure 470 Node a (Protected) to Node D (Protected): Radio-Ring Cross-Connection on Node a
657
Figure 471 Node a (Protected) to Node D (Protected): PDH-Ring Cross-Connection on Node a
658
Figure 472 Node a (Protected) to Node D (Protected): Pass-Through Cross-Connection on Node B
659
Figure 473 Node a (Protected) to Node D (Protected): Pass-Through Cross-Connection on Node C
660
Figure 474 Node a (Protected) to Node D (Protected): Radio-Ring Cross-Connection on Node D
661
Figure 475 Node a (Protected) to Node D (Protected): PDH-Ring Cross-Connection on Node D
662
Figure 476 Cross-Connection between Node a and Node C
663
Figure 477 Node a to Node C: Radio-Ring Cross-Connection on Node a
663
Figure 478 Node a to Node C: PDH-Ring Cross-Connection on Node a
664
Figure 479 Node a to Node C: Pass-Through Cross-Connection on Node B
665
Figure 480 Node a to Node C: Radio-Ring Cross-Connection on Node C
666
Figure 481 Node a to Node C: PDH-Ring Cross-Connection on Node C
667
Figure 482 Node a to Node C: Pass-Through Cross-Connection on Node D
668
Figure 483 Cross-Connection between Node a and Node C (Protected)
669
Figure 484 Node a to Node C (Protected): Radio-Ring Cross-Connection on Node a
669
Figure 485 Node a to Node C (Protected): PDH-Ring Cross-Connection on Node a
670
Figure 486 Node a to Node C: Pass-Through Cross-Connection on Node B
671
Figure 487 Node a to Node C (Protected): Radio-Ring Cross-Connection on Node C
672
Figure 488 Node a to Node C (Protected): PDH-Ring Cross-Connection on Node C
673
Figure 489 Node a to Node C (Protected): Pass-Through Cross-Connection on Node D
674
Figure 490 Cross-Connection between Node B and Node C
675
Figure 491 Node B to Node C: Radio-Ring Cross-Connection on Node B
676
Figure 492 Node B to Node C: PDH-Ring Cross-Connection on Node B
677
Figure 493 Node B to Node C: Radio-Ring Cross-Connection on Node C
678
Figure 494 Node B to Node C: PDH-Ring Cross-Connection on Node C
679
Figure 495 Node B to Node C: Pass-Through Cross-Connection on Node a
680
Figure 496 Node B to Node C: Pass-Through Cross-Connection on Node D
681
Figure 497 Cross-Connection between NE E and Node D
682
Figure 498 NE E to Node D: Ethernet-Radio Cross-Connection on NE E
683
Figure 499 NE E to Node D: Ethernet-PDH Cross-Connection on NE G
684
Figure 500 NE E to Node D: Ethernet-Ring Cross-Connection on Node a
685
Figure 501 NE E to Node D: Pass-Through Cross-Connection on Node a
686
Figure 502 NE E to Node D: Pass-Through Cross-Connection on Node C
687
Figure 503 NE E to Node D: Radio-Ring Cross-Connection on Node D
688
Figure 504 NE E to Node D: PDH-Ring Cross-Connection on Node D
689
Figure 505 Cross-Connection between NE E and Node C
690
Figure 506 NE E to Node C: Ethernet-Radio Cross-Connection on NE E
691
Figure 507 NE E to Node C: Ethernet-PDH Cross-Connection on NE E
692
Figure 508 NE E to Node C: Ethernet-Ring Cross-Connection on Node a
693
Figure 509 NE E to Node C: Pass-Through Cross-Connection on Node B
694
Figure 510 NE E to Node C: Radio-Ring Cross-Connection on Node C
695
Figure 511 NE E to Node C: PDH-Ring Cross-Connection on Node C
696
Figure 512 NE E to Node C: Pass-Through Cross-Connection on Node D
697
Figure 513 Cross-Connection between NE F and Node C
698
Figure 514 NE F to Node C: Ethernet-Radio Cross-Connection on NE F
699
Figure 515 NE F to Node C: Ethernet-PDH Cross-Connection on NE F
700
Figure 516 NE F to Node C: Ethernet-Ring Cross-Connection on Node B
701
Figure 517 NE F to Node C: Radio-Ring Cross-Connection on Node C
702
Figure 518 NE F to Node C: PDH-Ring Cross-Connection on Node C
703
Figure 519 NE F to Node C: Pass-Through Cross-Connection on Node a
704
Figure 520 NE F to Node C: Pass-Through Cross-Connection on Node D
705
Figure 521 Cross-Connection between NE F and Node C (Protected)
706
Figure 522 NE F to Node C (Protected): Ethernet-Radio Cross-Connection on
707
Figure 523 NE F to Node C (Protected): Ethernet-PDH Cross-Connection on NE F
708
Figure 524 NE F to Node C (Protected): Ethernet-Ring Cross-Connection on Node B
709
Figure 525 NE F to Node C (Protected): Radio-Ring Cross-Connection on Node C
710
Figure 526 NE F to Node C (Protected): PDH-Ring Cross-Connection on Node C
711
Figure 527 NE F to Node C (Protected): Pass-Through Cross-Connection on Node a
712
Figure 528 NE F to Node C (Protected): Pass-Through Cross-Connection on Node D
713
Figure 529 Cross-Connection between NE F (Protected) and Node C (Protected)
714
Figure 530 NE F (Protected) to Node C (Protected): Ethernet-Radio Cross-Connection on NE F
715
Figure 531 NE F (Protected) to Node C (Protected): Ethernet-PDH Cross
716
Figure 532 NE F (Protected) to Node C (Protected): Ethernet-Ring Cross-Connection on Node B
717
Figure 533 NE F (Protected) to Node C (Protected): Radio-Ring Cross-Connection on Node C
718
Figure 534 NE F (Protected) to Node C (Protected): PDH-Ring Cross-Connection on Node C
719
Figure 535 NE F (Protected) to Node C (Protected): Pass-Through Cross
720
Figure 536 NE F (Protected) to Node C (Protected): Pass-Through Cross-Connection on Node D
721
Figure 537 Cross-Connection between NE E and NE H
722
Figure 538 NE E to NE H: Ethernet-Radio Cross-Connection on NE E
723
Figure 539 NE E to NE H: Ethernet-PDH Cross-Connection on NE E
724
Figure 540 NE E to NE H: Ethernet-Radio Cross-Connection on NE E
725
Figure 541 NE E to NE H: Ethernet-PDH Cross-Connection on NE E
726
Figure 542 NE E to NE H: Ethernet-Radio Cross-Connection on NE H
727
Figure 543 NE E to NE H: Ethernet-PDH Cross-Connection on NE H
728
Figure 544 NE E to NE H: Ethernet-Ring Cross-Connection on Node a
729
Figure 545 NE E to NE H: Pass-Through Cross-Connection on Node B
730
Figure 546 NE E to NE H: Pass-Through Cross-Connection on Node C
731
Figure 547 NE to NE H: Ethernet-Ring Cross-Connection on Node D
732
Figure 548 Cross-Connection between NE E and NE G
733
Figure 549 NE E to NE G: Ethernet-Radio Cross-Connection on NE E
734
Figure 550 NE E to NE G: Ethernet-PDH Cross-Connection on NE E
735
Figure 551 NE E to NE G: Ethernet-Radio Cross-Connection on NE G
736
Figure 552 NE E to NE G: Ethernet-PDH Cross-Connection on NE G
737
Figure 553 NE E to NE G: Ethernet-Ring Cross-Connection on Node a
738
Figure 554 NE E to NE G: Pass-Through Cross-Connection on Node B
739
Figure 555 NE E to NE G: Ethernet-Ring Cross-Connection on Node C
740
Figure 556 NE E to NE G: Pass-Through Cross-Connection on Node D
741
Figure 557 Cross-Connection between NE F and NE G
742
Figure 558 NE F to NE G: Ethernet-Radio Cross-Connection on NE F
743
Figure 559 NE F to NE G: Ethernet-PDH Cross-Connection on NE F
744
Figure 560 NE F to NE G: Ethernet-Radio Cross-Connection on NE G
745
Figure 561 NE F to NE G: Ethernet-PDH Cross-Connection on NE G
746
Figure 562 NE F to NE G: Ethernet-Ring Cross-Connection on Node B
747
Figure 563 NE F to NE G: Ethernet-Ring Cross-Connection on Node C
748
Figure 564 NE F to NE G: Pass-Through Cross-Connection on Node a
749
Figure 565 NE F to NE G: Pass-Through Cross-Connection on Node D
750
56 Provision Ring Cross-Connections Using the Aided Cross-Connection Tool
751
Purpose
751
Figure 566 Sample Mixed Fiber/Microwave Ring
752
Figure 567 Ring's Fiber Chain Description
754
Figure 568 Ring's Fiber Chain for Aided Cross-Connections Window
755
Figure 569 Add&Drop Cross-Connection: Other End Point Is Outside the Fiber Chain
756
Figure 570 Add&Drop Cross-Connection: Other End Point Is Inside the Fiber Chain
757
Figure 571 Pass-Through Cross-Connection: both End Points Are Inside the Fiber Chain (1)
758
Figure 572 Pass-Through Cross-Connection: both End Points Are Inside the Fiber Chain (2)
759
Figure 573 Pass-Through Cross-Connection: One End Point Is Inside the Fiber Chain (1)
760
Figure 574 Pass-Through Cross-Connection: One End Point Is Inside the Fiber Chain (2)
761
Figure 575 Pass-Through Cross-Connection: both End Points Are Outside the Fiber Chain
762
Figure 576 Protection Schemes Resource Tree Expanded
764
Figure 577 Core-E Protection Scheme Parameter Tab
765
Figure 578 Synchronization Protection Scheme Parameter Tab
766
Figure 579 Radio Channel Protection Scheme Parameter Tab
767
Figure 580 Equipment Protection Scheme Parameter Tab
768
Figure 581 HSB Protection Scheme Parameter Tab
769
Figure 582 Rx Radio Protection Scheme Parameter Tab
770
Figure 583 Physical Cable Warning Example
770
Figure 584 MPT-HL or MPT-HLC Transceiver Settings Tab
773
Figure 585 MPT-HL or MPT-HLC Protection Type Provisioned
774
Figure 586 Provision P32E1DS1 Protection Type
775
Figure 587 P32E1DS1 Protection Type Provisioned
776
Figure 588 Provision P2E3DS3 Protection Type
777
Figure 589 P2E3DS3 Protection Type Provisioned
778
Figure 590 Provision SDH Protection Type
779
Figure 591 SDH Protection Type Provisioned
780
Figure 592 Provision MPT ODU Protection Type
782
Figure 593 MPT ODU Protection Type Selection
783
Figure 594 MPT ODU Protection Type Provisioned
784
Configure Radio Parameters
785
Table 6 Configurations in Monodirectional Links
786
Figure 595 MPT-HC Radio Selected
788
Figure 596 MPT ODU Radio Main View Settings Tab
789
Figure 597 MPT-HL Transceiver Protection Type Provisioning
791
Figure 598 MPT-HL Settings Tab for Fixed Modulation
792
Figure 599 MPT-HL Settings Tab for Adaptive Modulation
794
Figure 600 MPT-HL 1+1 Settings Tab
796
Figure 601 MPT-HL Settings with ATPC
798
Figure 602 MPT-HL Transceiver Protection Criteria Provisioning
799
Figure 603 MPT-HL Additional Settings Tab
801
Figure 604 XPIC Icon
804
Figure 605 XPIC Configuration Window
804
Figure 606 Provision MPT-HLC Co-Channel XPIC Association
805
Figure 607 Provisioned MPT-HLC 1+0 Horizontal XPIC Radio Channel
806
Figure 608 Provisioned MPT-HLC 1+0 Horizontal XPIC Radio Channel
807
Figure 609 Provisioned MPT-HLC 1+1 Horizontal XPIC Radio Channel
808
Figure 610 Provision MPT-HLC 1+1 XPIC Association
809
Figure 611 Provisioned MPT-HLC 1+1 Horizontal XPIC Radio Channel
810
Figure 612 Provisioned MPT-HLC 1+1 Vertical XPIC Radio Channel
811
Figure 613 MPT-HLC Transceiver Protection Type Provisioning
812
Figure 614 MPT-HLC Settings Tab for Fixed Modulation
813
Figure 615 MPT-HLC Settings Tab for Adaptive Modulation
815
Figure 616 MPT-HLC 1+1 Settings Tab
817
Figure 617 MPT-HLC Settings with ATPC
819
Figure 618 MPT-HLC Transceiver Protection Criteria Provisioning
820
Figure 619 MPT-HLC Additional Settings Tab
822
Figure 620 MPT-HLC Maintenance Tab
825
Figure 621 Measurements Tab for MPT-HLC
826
Figure 622 Provisioned MPT-HLS 1+0 Horizontal XPIC Radio Channel
829
Figure 623 Provisioned MPT-HLS 1+1 Horizontal XPIC Radio Channel
830
Figure 624 Provision MPT-HLS 1+1 XPIC Association
832
Figure 625 Provisioned MPT-HLS 1+1 Vertical XPIC Radio Channel
833
Figure 626 MPT-HLS Transceiver Protection Type Provisioning
834
Figure 627 MPT-HLS Settings Tab for Fixed Modulation
835
Figure 628 MPT-HLS Settings Tab for Adaptive Modulation
837
Figure 629 MPT-HLS 1+1 Settings Tab
839
Figure 630 MPT-HLS Settings with ATPC
841
Figure 631 ATPC Warning
841
Figure 632 MPT-HLS Transceiver Protection Criteria Provisioning
843
Figure 633 MPT-HLS Additional Settings Tab
844
Figure 634 MPT-HLS Maintenance Tab
847
Figure 635 MPT ODU Power Source Settings Tab (MPTACC Card)
850
Figure 636 XPIC Icon
851
Figure 637 XPIC Configuration Window
852
Figure 638 Provision MPT ODU Co-Channel XPIC Association
853
Figure 639 Provisioned MPT ODU 1+0 Horizontal XPIC Radio Channel
854
Figure 640 Provisioned MPT ODU 1+0 Horizontal XPIC Radio Channel
855
Figure 641 Provisioned MPT ODU 1+1 Horizontal XPIC Radio Channel
856
Figure 642 Provision MPT ODU 1+1 XPIC Association
857
Figure 643 Provisioned MPT ODU 1+1 Horizontal XPIC Radio Channel
858
Figure 644 Provisioned MPT ODU 1+1 Vertical XPIC Radio Channel
859
Figure 645 MPT ODU Transceiver Protection Type Provisioning
860
Figure 646 Dialog Box with Virtual Cable and HQAM
861
Figure 647 MPT ODU Protection Scheme Parameters RPS Cable Configuration
861
Figure 648 MPT-HC Settings Tab for Fixed Modulation
862
Figure 649 MPT-HQAM Settings Tab for Fixed Modulation
863
Figure 650 MPT-HC Settings Tab for Adaptive Modulation
865
Figure 651 MPT-HQAM Settings Tab for Adaptive Modulation
866
Figure 652 MPT-HC 1+1 Settings Tab
868
Figure 653 MPT-HC Settings Tab with ATPC
870
Figure 654 MPT ODU Transceiver Protection Criteria Provisioning
871
Figure 655 MPT ODU Protection Restoration Criteria Provisioning Rx Radio
873
Figure 656 MPT-HC Additional Settings Tab
874
Figure 657 MPT-HQAM Maintenance Tab
876
Figure 658 MPT ODU Maintenance Tab
880
Figure 659 MPT ODU Maintenance Tab
881
Figure 660 Ipv6 Pre-Provisioning Main Menu Bar Path
884
Figure 661 Ipv6 Pre-Provisioning Setting Step 1 of 3 Window
884
Figure 662 Ipv6 Pre-Provisioning Setting Step 2 of 3 Window
885
Figure 663 Create Ipv6 Static Route Window
886
Figure 664 Ipv6 Pre-Provisioning Setting Step 3 of 3 Window
887
Figure 665 Provisioning Tool Screen
891
Figure 666 Report Panel for Opened Configuration File
892
Figure 667 MSS Configuration Screen Example
893
Figure 668 Core Configuration Screen Example
894
Figure 669 MPTACC Configuration with Two Units in the Row
895
Figure 670 1+1 Configuration with MPTACC Units
896
Figure 671 XPIC Polarization Selection
898
Figure 672 MPT Configuration Showing MPT-HQAM
899
Figure 673 Data Help Window for Profile Area (Fixed Modulation)
900
Figure 674 MPT Configuration Screen (1+0 with Adaptive Modulation)
901
Figure 675 Data Help Window for Profile Area (Adaptive Modulation)
902
Figure 676 Data Help Window for the Channel Area
903
Figure 677 1+1 HSB Configuration
904
Figure 678 1+1 FD Configuration
905
Figure 679 DS1 Configuration Screen
906
Figure 680 E1 Configuration
908
Figure 681 SDHACC Configuration Screen
910
Figure 682 SDHCHAN Configuration Screen
911
Figure 683 Easv2 Configuration Screen: Electrical Ports
914
Figure 684 Easv2 Configuration Screen: Optical Ports
915
Figure 685 Easv2 Protection Configuration
916
Figure 686 Easv2 Protection
917
Figure 687 LAG Configuration Screen
918
Figure 688 LAG Creation Window
918
Figure 689 Created L1 Radio LAG
919
Figure 690 Available Ports
920
Figure 691 Lowest Index Port Selected
920
Figure 692 to Configure 1+0 XPIC
922
Figure 693 1+0 XPIC
923
Figure 694 to Configure 1+1 XPIC
924
Figure 695 1+1 XPIC
925
Figure 696 Synchronization Configuration Screen
926
Figure 697 Scheduler Configuration Screen
928
Figure 698 Queue Size Configuration Screen
929
Figure 699 Qos Classification Screen
930
Figure 700 IEEE 802.1P
931
Figure 701 Diffserv
932
Figure 702 Read-Only Table
933
Figure 703 802.1D VLAN Management
934
Figure 704 802.1Q VLAN Management (Default VLAN Only)
935
Figure 705 Example of Created Vlans
937
Figure 706 Port VLAN Configuration - Core-E Ports
938
Figure 707 Port VLAN Configuration - Easv2 Ports
939
Figure 708 Network Configuration Screen
940
Figure 709 Trusted Managers Screen
942
Figure 710 Configuration Report
943
Figure 711 Configuration Settings Screen
946
Figure 712 Configuration Setting Confirmation Summary
947
Figure 713 Core Facing PDH Tributary Loopback Block Diagram
952
Figure 714 Core Facing SDH Tributary Loopback Block Diagram
952
Figure 715 Main Equipment Window: PDH E1/DS1 Transponder Card Highlighted
953
Figure 716 Main Equipment Window: PDH DS3 Transponder Card Highlighted
954
Figure 717 Main Equipment Window: PDH OC-3 Transponder Card Highlighted
955
Figure 718 PDH Main View, Loopback Tab DS1 Port Selected
956
Figure 719 SDH Main View, Loopback Tab OC-3 Port#3.1 Selected
957
Figure 720 Core Facing PDH DS1 Tributary Loopback Active
958
Figure 721 Core Facing SDH Tributary Loopback Active
959
Figure 722 Main Equipment Window: Radio Icon Highlighted
962
Figure 723 Radio Maintenance Tab
963
Figure 724 Line Facing PDH Tributary Loopback Block Diagram
966
Figure 725 Line Facing SDH Tributary Loopback Block Diagram
966
Figure 726 Main Equipment Window: PDH E1/DS1 Transponder Card Highlighted
967
Figure 727 Main Equipment Window: PDH DS3 Transponder Card Highlighted
968
Figure 728 Main Equipment Window: SDH Transponder Card Highlighted
969
Figure 729 PDH Main View, Loopback Tab DS1 Port Selected
970
Figure 730 SDH Main View, Loopback Tab DS1 Port#07 Selected
971
Figure 731 Line Facing PDH DS1 Tributary Loopback Active
972
Figure 732 Line Facing SDH Tributary Loopback Active
973
Figure 733 ETH OAM Configuration Window with Operational Link
976
Figure 734 ETH OAM Configuration Window with OAM Remote Loopback
977
Figure 735 PM Tool Icon
980
Figure 736 Acknowledgement of Authorization Dialog Box
981
Figure 737 Performance Monitoring Tool Window
981
Figure 738 Ethernet Port PM
982
Figure 739 Compression Gain Statistics PM
983
Figure 740 Radio Qos Ethernet Port PM
984
Figure 741 Configure Ethernet Counters for L1 Radio LAG PM with Easv2
987
Figure 742 Radio Port PM
988
Figure 743 Adaptive Modulation PM
990
Figure 744 PDH Port PM
991
Figure 745 SDH Port PM
992
Figure 746 RSL History PM
993
Figure 747 Threshold Editor Window
994
Figure 748 Assign PM Threshold Configuration Window
997
Perform Protection Switching
999
57 Provision Protection Scheme Parameters
764
58 Provision Protection Type
773
59 Configure Radio Parameters
788
60 Perform Ipv6 Pre-Provisioning
884
61 Use the Provisioning Tool
891
62 Apply a Configuration Using the Web Server
946
63 Core Facing PDH/SDH Tributary Loopback
952
64 Digital Core Facing Loopback
962
65 Line Facing PDH/SDH Tributary Loopback
966
66 OAM Remote Loopback
976
67 Open and Run Performance Monitoring
980
Table 7 Command Priority List
1002
68 Perform Protection Switching
1004
Figure 749 Protection Schemes Tab
1004
Figure 750 Forced Switch Main Core-E to Spare Core-E
1005
Figure 751 Lockout Spare Core-E Card
1006
Figure 752 Release Switch Core-E
1007
Figure 753 Forced Equipment Switch Main to Spare
1008
Figure 754 Manual Equipment Switch: Main to Spare
1009
Figure 755 Manual Equipment Switch: Spare to Main
1010
Figure 756 Lockout Equipment Switch: Lockout Switch to Spare
1011
Figure 757 Release EPS Switch
1012
Figure 758 Forced HSB Switch Main Radio Channel
1013
Figure 759 Manual HSB Switch: Main Radio Channel to Spare Radio Channel
1014
Figure 760 Manual HSB Switch: Spare Radio Channel to Main Radio Channel
1015
Figure 761 Lockout HSB Switch: Lockout Spare Radio Channel
1016
Figure 762 Release HSB Switch
1017
Figure 763 Forced Rx Radio Switch: Main Radio Channel
1018
Figure 764 Manual Rx Radio Switch: Main Radio Channel to Spare Radio Channel
1019
Figure 765 Manual Rx Radio Switch: Spare Radio Channel to Main Radio Channel
1020
Figure 766 Lockout Rx Radio Switch Spare Radio Channel
1021
Figure 767 Release Rx Radio Switch
1022
69 Perform Radio Power Measurements
1024
Figure 768 Radio Power Measurement Window
1024
Figure 769 Radio Power Measurement Window for MPT-HLC
1025
Figure 770 Radio Power Measurement: Graphical View
1026
Figure 771 Radio Power Measurement: Tabular View
1026
70 Radio Facing Circuit Loopback
1030
Figure 772 Main Equipment Window: Radio Icon Highlighted
1030
Figure 773 Radio Maintenance Tab
1031
71 RF Core Facing Loopback
1035
Figure 774 RF Filter Port Detail
1035
Figure 775 Main Equipment Window: Radio Icon Highlighted
1036
Figure 776 Maintenance Tab (MPT-HLC Shown)
1037
Figure 777 Radio Maintenance Tab
1041
72 Administer SDH LAG
1044
Figure 778 SDH LAG Screen
1044
Table 8 MPT-HL L1 LAG Bandwidth Per Service Type
1062
Figure 779 MPT-HL to L1 LAG Information Message
1065
Figure 780 MPT-HL to L1 LAG Warning Message
1065
Figure 781 Tx Diversity Antenna Webpage
1072
Figure 782 Tx Diversity Antenna Enabled
1072
Figure 783 Tx Diversity Antenna Disabled
1073
Figure 784 Tx Diversity Antenna Status
1073
Figure 785 Tx Diversity: Force Main
1074
Figure 786 Tx Diversity: Clear Force
1075
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Nokia 93i-5
Nokia 9101
Nokia 920C
Nokia MEDIAMASTER 9470 S
Nokia 9201597R001
Nokia 9207219
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