Nokia 9500 MPR - Figure 668 Core Configuration Screen Example

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Use the Provisioning Tool

894

WebEML User Manual

iii. If autonegotiation is disabled, select a fixed speed and direction pair in the

“Speed - Duplex” area.

iv. If autonegotiation is enabled, Synch-E can be configured: choose

Synchronous and select the operating mode: Master or Slave. The SSM

(Synchronization Status Message) message can also be enabled.

Figure 668 Core Configuration screen example

Note: The Provisioning Tool does not distinguish between MPT-HC or MPT-HC-

HQAM and their -XP variants. For example, to configure an MPT-XP-HQAM

choose MPT-HQAM.

Note: MPT-MC appears in the drop-down menu. The MPT-MC unit is not used in North

America.

Release 7.0.0 3DB 19286 ACAA Issue 01

Main Page

Default Chapter5
- Table of Contents5
Preface41
- Table 1 9500 MPR Documentation41
- Related Documentation43
- Naming Conventions in the Documentation44
- Table 2 9500 MPR Related Documentation44
- Table 3 Naming Conventions44
- Audience45
- Information Symbols45
- Contact Information46
- Documentation Feedback46
- Technical Support46
- MPR Documentation41
1 Safety Awareness47
- Safety EMC-EMF-ESD Norms and Equipment Labeling47
- Safety Rules47
- General Rules47
- Observe Safety Rules47
- Labels Indicating Danger, Forbidding, Command48
  - Safety Awareness48
- Dangerous Electrical Voltages49
- Labeling49
- Figure 1 Dangerous Voltage49
- Figure 2 Ground Protection Warning49
- Safety Instructions50
- Risks of Explosions50
- Labeling50
- Figure 3 Risk of Explosion50
- Moving Mechanical Parts51
- Labeling51
- Safety Instructions51
- Figure 4 Openings Must be Covered51
- Figure 5 Moving Mechanical Parts51
- Equipment Connection to Earth52
- Labeling52
- Safety Instructions52
- Heat-Radiating Mechanical Parts52
- Figure 6 Equipment Connection to Earth52
- Figure 7 Heat-Radiating Mechanical Parts52
- Safety Instructions53
- Microwave Radiations (EMF Norms)53
- Electromagnetic Compatibility (EMC Norms)54
- Figure 8 EMF Emission Warning54
- Figure 9 Compliance Boundaries for 9500 MPR-A Transceivers with 1Ft54
- Cables55
- Figure 10 EMC Norms55
- Equipment Protection against Electrostatic Discharges56
- Figure 11 Electrostatic Sensitive56
- Cautions to Avoid Equipment Damage57
- Electrostatic-Sensitivity57
- Figure 12 Electrostatic-Sensitive Sign57
- Handling Cards58
- Screw Fixing58
- Figure 13 Electrostatic Protection Kit58
- MSS-ODU Cable Disconnection / Connection59
- Fan, Equipment Rack, and Equipment Cabinet Precautions59
- Electrical Precautions59
- Harmful Optical Signals60
- Laser Precautions60
- Figure 14 Class 1 Laser60
High-Level Procedures63
2 High-Level Procedure for E1/DS1 Provisioning65
- Purpose65
- Procedure65
3 High-Level Procedure for E1/DS1 Deprovisioning67
- Purpose67
- Procedure67
4 High-Level Procedure for DS3 Provisioning69
- Purpose69
- Procedure69
5 High-Level Procedure for DS3 Deprovisioning71
- Purpose71
- Procedure71
6 High-Level Procedure for Ethernet Provisioning73
- Purpose73
- Procedure73
7 High-Level Procedure for Ethernet Deprovisioning77
- Purpose77
- Procedure77
8 High-Level Procedure for Ethernet LAG Provisioning81
- Purpose81
- Procedure81
9 High-Level Procedure for SDH Provisioning83
- Purpose83
- Procedure83
10 High-Level Procedure for SDH Deprovisioning85
- Purpose85
- Procedure85
11 High-Level Procedure for Ethernet Ring Protection Management87
- Purpose87
- Procedure87
12 High-Level Procedure for Using Web Server89
- Purpose89
- Procedure89
System Administration91
13 Log in to and out of System93
- Purpose93
- Prerequisite93
- Overview93
- Procedures95
- Figure 15 Webeml Icon96
- Figure 16 Neto Servers Manager Window96
- Figure 17 Neto Overview Window97
- Figure 18 Neto Login Window98
- Figure 19 Acknowledgment of Authorization98
- Figure 20 JUSM/CT 9500 MPR Main Screen MSS-8 Shelf99
- Figure 21 JUSM/CT 9500 MPR Main Screen MSS-4 Shelf100
- Figure 22 JUSM 9500 MPR Main Screen MSS-1 Shelf101
- Figure 23 JUSM 9500 MPR Main Screen MSS-O Shelf102
- Figure 24 Close JUSM 9500 MPR Main Screen102
- Figure 25 Close Neto Servers Manager Window103
- Figure 26 9500 MPR Web Interface Log in Webpage104
- Figure 27 Web Server Main Menu105
14 Administer Community String107
- Purpose107
- Overview107
- Procedures107
- Figure 28 Web Server Community Strings Setting View108
- Figure 29 Neto Community Strings Request Icon109
- Figure 30 Neto Community Strings Request Window109
15 Administer External Alarm Points on an Auxiliary Card111
- Purpose111
- Prerequisites111
- General111
- Procedures112
- Figure 31 External Alarm Input Setting Tab112
- Figure 32 External Alarm Inputs Provisioned113
- Figure 33 External Alarm Output Setting Tab114
- Figure 34 External Alarm Outputs Provisioned115
- Figure 35 External Alarm Output Provisioned on116
16 Administer External Alarm Points on an MSS-1 or117
Enhanced Fan Card117
- Purpose117
- Prerequisites117
- Overview117
- Procedure118
- Figure 36 External Alarm Input Setting Tab119
- Figure 37 External Alarm Inputs Provisioned120
17 Administer In-Band TMN VLAN Port121
- Purpose121
- Overview121
- Procedures124
- Figure 38 9500 MPR Equipment Tab: Core-E Card Selected124
- Figure 39 TMN In-Band Settings Tab125
- Figure 40 TMN In-Band Port Enabled127
- Figure 41 TMN In-Band Port Disabled128
18 Administer Network Configuration129
- Purpose129
- Overview129
- OSPF Area130
- Procedures132
- Figure 42 Local Configuration Main Menu Bar Path132
- Figure 43 Local Configuration (IP Address) Window133
- Figure 44 9500 MPR Equipment Tab: Core-E Card Selected134
- Figure 45 TMN Ethernet Interface: Settings Tab135
- Figure 46 Port#4 TMN Ethernet Interface: Settings Tab137
- Figure 47 IP Static Routing Configuration Main Menu Bar Path138
- 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 Path141
- Figure 51 OSPF Area Configuration Window (Ipv4)142
- Figure 52 Ospfv3 Area Configuration Window (Ipv6)142
- Figure 53 Activate Ipv6 Stack Main Menu Bar Path143
- Figure 54 Activate Ipv6 Stack Warning144
- Figure 55 Routing Information Main Menu Bar Path144
- Figure 56 IP Routing Information Window145
19 Administer Qos Configuration147
- Purpose147
- Overview147
- Procedures148
- Figure 57 Qos Configuration Icon148
- Figure 58 Qos Configuration Tool149
- Figure 59 Provision Queue Scheduler Algorithm150
- Figure 60 Provisioned Queue Scheduler Algorithm150
- Figure 61 Restore Queue Scheduler Algorithm Default Values151
- Figure 62 Provisioned Queue Scheduler Algorithm151
- Figure 63 Queue Size Configuration Tab152
- Figure 64 Provision Queue Size153
- Figure 65 Provisioned Queue Size153
- Figure 66 Copied Radio Direction Queue Sizes154
- Figure 67 Restore Queue Size Default Values155
- Figure 68 Qos Classification Tab156
- Figure 69 Select Qos Classification Criterion156
- Figure 70 Provisioned Qos Classification Criterion157
- Figure 71 Provision 802.1P PCP to Internal Forwarding Class Mapping157
- Figure 72 Provisioned 802.1P PCP to Internal Forwarding Class Mapping158
- Figure 73 Provision Diffserv DSCP to Internal Forwarding Class Mapping159
- Figure 74 Provisioned Diffserv DSCP to Internal Forwarding Class Mapping159
20 Administer Software License161
- Purpose161
- General161
- Procedures162
21 Administer System Date and Time165
- Purpose165
- General165
- Procedures166
22 Administer System Settings173
- Purpose173
- General173
- Tributary Port Configuration (ETSI Market Only)173
- DHCP Server Support173
- Ethernet LOS Criteria174
- Static LAG Criteria174
- System Priority Parameter174
- AIS Insertion for LOF Detection on DS1 (ANSI Market Only)175
- Event and Alarm Log175
- NE MAC Address/Bridge Address176
- SNMP Mode176
- Latitude and Longitude177
- Procedures177
23 Administer VLAN Configuration185
- Purpose185
- Overview185
- D (MAC Address Bridge)185
- Q (Virtual Bridge)185
- Ad (Provider Bridge)186
- Ethernet Frames Processing187
- Cross-Connected Flows Processing187
- Procedures188
24 Local Access Control Management199
- Purpose199
- Overview199
- Procedures199
25 MIB Database Management (Backup and Restore)201
- Purpose201
- Overview201
- Procedure202
26 Use the Ethernet Features Shell209
- Purpose209
- Introduction209
- Procedure209
27 Perform a Software Reset211
- Purpose211
- Procedure211
28 Configure EFM OAM213
- Purpose213
- Overview213
- Procedures213
- Figure 109 ETH OAM Window214
User Administration217
- Administer User Profiles217
29 Administer NE List219
- Purpose219
- Prerequisite219
- General219
- Procedures219
- Figure 110 New Icon220
- Figure 111 Network Elements List Window220
- Figure 112 NE List Save Window221
- Figure 113 Network Elements List Window221
- Figure 114 Network Elements List Window: Current NE Added222
- Figure 115 Network Elements List Window223
- Figure 116 Open Icon224
- Figure 117 Open Window224
- Figure 118 Network Element List Window225
- Figure 119 Neto Overview Window225
- Figure 120 JUSM/CT 9500 MPR Main Screen226
- Figure 121 Favorite Icon227
- Figure 122 Neto Overview Window227
- Figure 123 JUSM/CT 9500 MPR Main Screen228
30 Administer User Profiles229
- Purpose229
- General229
- Table 4 Default User Account Profiles230
- Procedures231
- Figure 124 User Management Main Menu Bar Path231
- Figure 125 Profile Management Window232
- Figure 126 Create User Window232
- Figure 127 Profile Management Window - with Added User233
- Figure 128 USM User Management Main Menu Bar Path234
- Figure 129 USM Users Management Window234
- Figure 130 USM User Cloning Panel235
- Figure 131 USM Users Management Window - with Added User236
- Figure 132 Profile Management Window237
- Figure 133 Delete User Window237
- Figure 134 Profile Management Window - with User Deleted238
- Figure 135 Profile Management Window239
- Figure 136 Change User Password Window240
- Figure 137 USM User Change Password Panel241
31 Change Password243
- Purpose243
- General243
- Procedure244
- Figure 138 Change Password Main Menu Bar Path244
- Figure 139 Changing Password Window244
System Information247
- Perform Debug Functions Using the Web Server247
32 View Alarms249
- Purpose249
- General249
- Alarm Manager249
- Web Server251
- Procedures252
- Figure 140 NE Alarms Main Menu Bar Path252
- Figure 141 Alarm Monitor Window253
- Figure 142 Alarm Manager: Current Alarms Major Tab254
- Figure 143 Alarm Manager New Filter Window254
- Figure 144 Alarm Manager Delete Filters Window256
- Figure 145 Alarm Manager Save Filters as Window257
- Figure 146 Alarm Manager Load Filters from Window258
- Figure 147 Web Server Active Alarms Webpage259
33 View Abnormal Condition List261
- Purpose261
- General261
- Procedure261
34 View NE Inventory Data263
- Purpose263
- General263
- Procedures264
35 Download I&C Parameter Data277
- Purpose277
- General277
- Procedures277
36 View Remote Inventory279
- Purpose279
- General279
- Procedure279
37 View Event Log281
- Purpose281
- General281
- Procedures281
38 Perform Debug Functions Using the Web Server285
- Purpose285
- General285
- Table 5 Association of the Gexx in the Command Output and the NE Port286
- Procedure287
39 Retrieve RSL Information Using the Web Server289
- Purpose289
- General289
- Procedure289
Equipment Provisioning and Deprovisioning291
40 Administer Ethernet Ring Protection (ERP)293
- Purpose293
- General293
- Modify ERP Provisioning293
- Delete Ring Topology295
- Delete ERP Instance295
- Procedures295
41 Administer L1/L2 Radio and L2 Ethernet LAG Ports305
- Purpose305
- General305
- Provider Bridge Parameters305
- Procedures307
- Figure 181 L1 Radio LAG Configuration330
42 Administer Synchronization333
- Purpose333
- Procedures333
- 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 Tab335
- Figure 185 1588 Tab336
- Figure 186 Sync Ports with Sync-In/Out SFP339
- Figure 187 Synchronization - Master / Revertive340
- Figure 188 Synchronization - Slave / Revertive343
- Figure 189 SSM Summary Table344
- Figure 190 MPT-HL Radio Channel Additional Settings Tab345
43 Provision Cross Connections347
- Purpose347
- General347
- Figure 191 MSS-4/8 Cross-Connections Screen348
- PDH to Radio349
- Prerequisites349
- Figure 192 MSS-1 Cross-Connections Screen349
- SDH to Radio350
- Prerequisites350
- SDH to Ring351
- Prerequisites351
- SDH to LAG352
- Prerequisites352
- PDH to Ethernet352
- Prerequisites353
- Ethernet to Radio353
- Radio to Radio354
- Prerequisites354
- PDH to Ring355
- Prerequisites355
- Radio to Ring356
- Prerequisites356
- Ethernet to Ring356
- Prerequisites357
- Ring to Ring357
- Icon Shapes358
- Icon Colors358
- Figure 193 Cross-Connection Port Icons358
- Line Colors359
- Figure 194 Cross Connection: Line Color Detail359
- Mouse Operation360
- Single Right-Click Icon360
- Double-Click on the Line360
- Figure 195 Cross Connection: Single Right-Click Icon Detail360
- Double Right-Click on the Line361
- Figure 196 Cross Connection: Double Left-Click Line Detail361
- Figure 197 Cross Connection: Double Right-Click Line Detail361
- Procedures362
- Figure 198 Configuration Cross Connection Window363
- Figure 199 PDH-RADIO Cross Connection364
- Figure 200 PDH to Ethernet Cross Connection365
- Figure 201 SDH-RADIO Cross Connection367
- Figure 202 SDH-RING Cross Connection368
- Figure 203 SDH to LAG Configuration Dialog369
- Figure 204 Completed SDH to LAG Cross-Connection370
- Figure 205 Ethernet to Radio Cross Connection371
- Figure 206 Radio (P8ETH) to Radio (P8ETH) Cross Connection373
- Figure 207 Radio (P8ETH) to Radio (MPTACC) Cross Connection374
- Figure 208 PDH to RING Cross Connection376
- Figure 209 Radio to Ring Cross Connection377
- Figure 210 Ethernet to Ring Cross Connection379
- Figure 211 Ring to Ring Cross Connection381
44 Deprovision Cross Connections383
- Purpose383
- General383
- Procedures383
- Figure 212 Cross Connection Window384
- Figure 213 PDH-RADIO Cross Connection384
- Figure 214 PDH to Ethernet Cross Connection385
- Figure 215 STM-1(OC-3)-RADIO Cross Connection386
- Figure 216 Ethernet to Radio Cross Connection387
- Figure 217 Radio to Radio Cross Connection388
- Figure 218 PDH to RING Cross Connection389
- Figure 219 Radio to Ring Cross Connection390
- Figure 220 Ethernet to Ring Cross Connection391
- Figure 221 Ring to Ring Cross Connection392
74 Upgrade and Downgrade Radio Profile393
45 Provision Port Segregation/Connectivity393
- Purpose393
- General393
- Figure 222 Port Segregation Dialog Box, P8ETH Port 3.5395
- Figure 223 Port Segregation Provisioned on Parallel P8ETH MPT-HL/MPT-HLC Radio Ports396
- Figure 224 Port Segregation Dialog Box, Core-E Port 1.5396
- Figure 225 Port Segregation Provisioned on Parallel Core-EMPT-HL/MPT-HLC Radio Ports397
- Figure 226 Port Segregation Provisioned on Parallel MPTACC MPT-HC/HC- HQAM/XP/XP-HQAM Radio Ports397
- Procedure398
- Figure 227 Segregated Ports Icon398
- Figure 228 Segregated Ports Window398
- Figure 229 Segregated Port - Port Provisioning Pop-Up399
- Figure 230 Segregated Port - Slot Provisioning Dialog Box399
- Figure 231 Segregated Port Window W/Slot 3 Port 2 Segregated from Slot400
- Figure 232 Segregated Port Window W/Slot 4 Segregated from Core-E Port401
75 Upgrade MPT-HL to MPT-HL L1 LAG Port403
46 Configure AUX Cross Connections (ETSI Market Only)403
- Purpose403
- General403
- Service Channels Cross-Connection in Pass-Through403
- Procedures403
- Figure 233 Auxiliary Cross Connections Menu404
- Figure 234 New AUX Cross Connection405
- Figure 235 Delete an AUX Cross Connection405
76 Upgrade MPT ODU to MPT ODU L1 LAG Port407
47 Provision Ethernet Ports407
- Purpose407
- General407
- User Electrical Ethernet Ports407
- User Optical Ethernet Ports408
- Provider Bridge Parameters408
- Procedures409
- Figure 236 9500 MPR Equipment Tab: Core-E Card Selected411
- 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 Port413
- Figure 239 Provision Core/Eas/Mss-O Ethernet Physical Interface414
- Figure 240 Provision Core/Eas/Mss-O Ethernet Port VLAN Configuration Parameters415
- Figure 241 Provision Core/Eas/Mss-O Synchronous Ethernet Operation Mode416
- Figure 242 Provision the Hold off Parameter417
- Figure 243 Provision Provider Bridge418
- Figure 244 Provisioned UNI (VLAN-Based) Port419
- Figure 245 Provision Core/Eas Rate Limiting by Port420
- Figure 246 Provision Core/Eas/Mss-O Ethernet Port Storm Control421
- Figure 247 Provision Ingress Rate Limiting by VLAN422
- Figure 248 Provision Per-VLAN Per-Cos Rate Limiting423
- Figure 249 Delete Per-VLAN Per-Cos Rate Limiting424
48 Provision Ethernet Features427
- Overview427
49 Provision Equipment Port429
- Purpose429
- General429
- Prerequisites430
- Procedures430
- Figure 250 Resource List Area: Core-E SFP Slot Selected431
- Figure 251 Provision Core-E SFP Port432
- Figure 252 Provisioned Core-E SFP Port433
- Figure 253 Resource List Area: Corevo SFP Slot Selected434
- Figure 254 Provision Corevo Sync-In/Out SFP Port435
- Figure 255 Resource List Area: MSS-1 Selected436
- Figure 256 Provision MSS-1 Sync-In/Out SFP Port437
- Figure 257 Resource List Area: P8ETH Selected438
- Figure 258 Provision P8ETH SFP Ports439
- Figure 259 Provision Easv2 SFP Ports439
- Figure 260 Provisioned P8ETH SFP Port440
- Figure 261 PDH Main View (ETSI Market)441
- Figure 262 Resource List Area: P32E1DS1 Selected443
- Figure 263 Provision P32E1DS1 Port444
- Figure 264 Provisioned P32E1DS1 TDM2TDM DS1 Port445
- Figure 265 Provisioned P32E1DS1 DS1 TDM2ETH Port446
- Figure 266 Resource List Area: P2E3DS3 Selected447
- Figure 267 Provision P2E3DS3 DS3 Port448
- Figure 268 Provisioned P2E3DS3 TDM2TDM DS3 Port449
- Figure 269 Provisioned P2E3DS3 TDM2ETH DS3 Port450
- Figure 270 Resource List Area: SDHACC Selected451
- Figure 271 Provisioned SDHACC SFP Port452
- Figure 272 Provision SDHACC OC-3 Port453
- Figure 273 Provisioned SDHACC Optical OC-3 Port455
- Figure 274 Provisioned SDHACC Electrical OC-3 Port456
- Figure 275 SDHCHANN Main View457
50 Deprovision Equipment Ports459
- Purpose459
- Prerequisites459
- Procedures459
- Figure 276 Resource List Area: Core-E SFP Slot Selected460
- Figure 277 Provisioned Core-E SFP Port #5461
- Figure 278 Deprovisioned Core-E SFP Port#5462
- Figure 279 Resource List Area: P8ETH Selected463
- Figure 280 Provisioned P8ETH Ports464
- Figure 281 Provisioned Easv2 Ports464
- Figure 282 Deprovisioned P8ETH SFP Port465
- Figure 283 Resource List Area: P32E1DS1 Selected466
- Figure 284 Provisioned P32E1DS1 DS1467
- Figure 285 Deprovision P32E1DS1 DS1 Port468
- Figure 286 Deprovisioned P32E1DS1 DS1 Port469
- Figure 287 Resource List Area: P2E3DS3 Selected470
- Figure 288 Provisioned P2E3DS3471
- Figure 289 Deprovision P2E3DS3 Port472
- Figure 290 Deprovisioned P2E3DS3 Ports473
- Figure 291 Resource List Area: SDHACC Selected474
- Figure 292 Provisioned SDHACC475
- Figure 293 Deprovisioned SDHACC Ports476
51 Enable Equipment477
- Purpose477
- Prerequisites477
- Procedures477
- Figure 294 Select Slot 2 to Enable Spare Core-E478
- Figure 295 Select Spare Core-E Equipment Type479
- Figure 296 Spare Core-E Enabled480
- Figure 297 Select Slot to Enable P8ETH481
- Figure 298 Select P8ETH Equipment Type482
- Figure 299 P8ETH Enabled483
- Figure 300 Select Slot to Enable Easv2484
- Figure 301 Select Easv2 Equipment Type485
- Figure 302 Easv2 Enabled486
- Figure 303 Select Slot Associated with MPT-HL/MPT-HLC Transceiver to487
- Figure 304 Select MPT-HL/MPT-HLC Equipment Type488
- Figure 305 Enabled MPT-HL/MPT-HLC Transceiver489
- Figure 306 Resource List Area: Core-E Selected490
- Figure 307 Provision Core-E MPT-HL/MPT-HLC Ports491
- Figure 308 Enabled MPT-HL/MPT-HLC on Core-E492
- Figure 309 Select Slot to Enable P32E1DS1493
- Figure 310 Select P32EDS1 Equipment Type494
- Figure 311 P32E1DS1 Enabled495
- Figure 312 Select Slot to Enable P2E3DS3496
- Figure 313 Select P2E3DS3 Equipment Type497
- Figure 314 P2E3DS3 Enabled498
- Figure 315 Select Slot to Enable SDHACC or SDHCHANN499
- Figure 316 Select SDHACC Equipment Type500
- Figure 317 SDHACC Enabled501
- Figure 318 Select Slot to Enable MPTACC502
- Figure 319 Select MPTACC Equipment Type503
- Figure 320 MPTACC Enabled504
- Figure 321 Resource List Area: MPTACC Selected505
- Figure 322 Provision MPTACC Port506
- Figure 323 Enabled MPT-HC ODU on MPTACC507
- Figure 324 Resource List Area: Core-E Selected508
- Figure 325 Provision Core-E MPT-HC/XP Optical SFP Ethernet Port509
- Figure 326 Enabled MPT-HC ODU on Core-E Optical SFP Ethernet Port510
- Figure 327 Provision Core-E MPT-HC Electrical Ethernet Port511
- Figure 328 Enabled MPT-HC ODU on Core-E Electrical Ethernet Port512
- Figure 329 Resource List Area: P8ETH Selected513
- Figure 330 Enabled MPT-HC ODU on P8ETH Optical Ethernet Port514
- Figure 331 Select Slot#8 to Enable Auxiliary Card515
- Figure 332 Select AUX Equipment Type516
- Figure 333 Auxiliary Card Enabled517
- Figure 334 Enable the Subrack for an MPT-HLS Radio518
- Figure 335 Enable the MPT-HLS Radio519
- Figure 336 Enable the MPT-HLS Fan520
- Figure 337 Enabling Fan Unit521
52 Disable Equipment523
- Purpose523
- Prerequisite523
- Procedures523
- Figure 338 Enabled Spare Core-E524
- Figure 339 Disable Spare Core-E525
- Figure 340 Spare Core-E Disabled526
- Figure 341 Enabled MPT-HL or MPT-HLC Transceiver527
- Figure 342 Disable MPT-HL or MPT-HLC Transceiver528
- Figure 343 Disabled MPT-HL or MPT-HLC Transceiver529
- Figure 344 Enabled MPT-HL or MPT-HLC Transceiver530
- Figure 345 Disable MPT-HL or MPT-HLC Transceiver531
- Figure 346 Disabled MPT-HL or MPT-HLC Transceiver532
- Figure 347 Enabled P8ETH533
- Figure 348 Disable P8ETH534
- Figure 349 P8ETH Disabled535
- Figure 350 Enabled Easv2536
- Figure 351 Disable Easv2537
- Figure 352 Easv2 Disabled538
- Figure 353 Enabled P32E1DS1539
- Figure 354 Disable P32E1DS1540
- Figure 355 Disabled P32E1DS1541
- Figure 356 Enabled P2E3DS3542
- Figure 357 Disable P2E3DS3543
- Figure 358 Disabled P2E3DS3544
- Figure 359 Enabled SDHACC545
- Figure 360 Disable SDHACC546
- Figure 361 Disabled SDHACC547
- Figure 362 Enabled MPT-HC ODU548
- Figure 363 Disable MPT-HC ODU549
- Figure 364 Disabled MPT-HC ODU550
- Figure 365 Enabled MPT-HC ODU on Core-E551
- Figure 366 Disable MPT-HC ODU from Core-E Optical SFP Ethernet Port552
- Figure 367 Disabled MPT-HC ODU from Core-E Optical SFP Ethernet Port553
- Figure 368 Deprovision MPT-HC from Core-E Electrical Ethernet Port554
- Figure 369 Disabled MPT-HC ODU from Core-E Electrical Ethernet Port555
- Figure 370 Enabled MPT-HC ODU on P8ETH556
- Figure 371 Disable MPT-HC ODU on P8ETH557
- Figure 372 Disabled MPT ODU from P8ETH558
- Figure 373 Enabled MPTACC559
- Figure 374 Disable MPTACC560
- Figure 375 Disabled MPTACC561
- Figure 376 Enabled Auxiliary Card562
- Figure 377 Disable Auxiliary Card563
- Figure 378 Disabled Auxiliary Card564
53 Provision Ethernet Ring Protection (ERP)565
- Purpose565
- Prerequisites565
- General566
- Procedures566
- Figure 379 Ethernet Ring Configuration View Icon567
- Figure 380 Ethernet Protection Ring Configuration View567
- Figure 381 ERP Topology Creation569
- Figure 382 ERP Topology Created569
- Figure 383 ERP Instance Creation571
- Figure 384 ERP Instance Created571
- Figure 385 Two ERP Instances Created572
- Figure 386 Add PDH VLAN Ids to ERP Instance574
- Figure 387 OAM Switching Criteria577
54 Upgrade a Ring to R5.1.0 Software579
- Purpose579
- General579
- Figure 388 Ring Example for Upgrade579
- Procedure580
77 Perform Tx Diversity Antenna Operations589
- Provision Cross Connections in a Mixed Fiber/Microwave Ring589
- General589
- Purpose589
55 Provision Cross Connections in a Mixed590
- Figure 397 Sample Mixed Fiber/Microwave Ring590
- Procedures590
- Figure 398 Cross-Connection between Node J and Node K591
- Figure 399 Node J to Node K: Pass-Through Cross-Connection on Node a592
- Figure 400 Node J to Node K: Pass-Through Cross-Connection on Node B593
- Figure 401 Node J to Node K: Pass-Through Cross-Connection on Node C594
- Figure 402 Node J to Node K: Pass-Through Cross-Connection on Node D595
- Figure 403 Cross-Connection between Node J and Node D596
- Figure 404 Node J to Node D: Pass-Through Cross-Connection on Node a596
- Figure 405 Node J to Node D: Pass-Through Cross-Connection on Node B597
- Figure 406 Node J to Node D: Pass-Through Cross-Connection on Node C598
- Figure 407 Node J to Node D: Radio-Ring Cross-Connection on Node D599
- Figure 408 Node J to Node D: PDH-Ring Cross-Connection on Node D600
- 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 a601
- Figure 411 Node J to Node D (Protected): Pass-Through Cross-Connection on Node B602
- Figure 412 Node J to Node D (Protected): Pass-Through Cross-Connection on Node C603
- Figure 413 Node J to Node D (Protected): Radio-Ring Cross-Connection on Node D604
- Figure 414 Node J to Node D (Protected): PDH-Ring Cross-Connection on Node D605
- Figure 415 Cross-Connection between Node K and Node B606
- Figure 416 Node K to Node B: Radio-Ring Cross-Connection on Node B606
- Figure 417 Node K to Node B: PDH-Ring Cross-Connection on Node B607
- Figure 418 Node K to Node B: Pass-Through Cross-Connection on Node a608
- Figure 419 Node K to Node B: Pass-Through Cross-Connection on Node C609
- Figure 420 Node K to Node B: Pass-Through Cross-Connection on Node D610
- 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 B612
- Figure 423 Node K to Node B (Protected): PDH-Ring Cross-Connection on Node B613
- Figure 424 Node K to Node B (Protected): Pass-Through Cross-Connection on Node a614
- Figure 425 Node K to Node B (Protected): Pass-Through Cross-Connection on Node C615
- Figure 426 Node K to Node B (Protected): Pass-Through Cross-Connection on Node D616
- Figure 427 Cross-Connection between Node I and NE G617
- Figure 428 Node I to NE G: Ethernet-Radio Cross-Connection on NE G618
- Figure 429 Node I to NE G: Ethernet-PDH Cross-Connection on NE G619
- Figure 430 Node I to NE G: Ethernet-Ring Cross-Connection on Node C620
- Figure 431 Node I to NE G: Pass-Through Cross-Connection on Node a621
- Figure 432 Node I to NE G: Pass-Through Cross-Connection on Node B622
- Figure 433 Node I to NE G: Pass-Through Cross-Connection on Node D623
- Figure 434 Cross-Connection between Node I and NE G (Protected)624
- Figure 435 Node I to NE G (Protected): Ethernet-Radio Cross-Connection on625
- Figure 436 Node I to NE G: Ethernet-PDH Cross-Connection on NE G626
- Figure 437 Node I to NE G (Protected): Ethernet-Ring Cross-Connection on Node C627
- Figure 438 Node I to NE G (Protected): Pass-Through Cross-Connection on Node a628
- Figure 439 Node I to NE G (Protected): Pass-Through Cross-Connection on Node B629
- Figure 440 Node I to NE G (Protected): Pass-Through Cross-Connection on Node D630
- Figure 441 Cross-Connection between Node I and NE E631
- Figure 442 Node I to NE E: Ethernet-Radio Cross-Connection on NE E632
- Figure 443 Node I to NE E: Ethernet-PDH Cross-Connection on NE E633
- Figure 444 Node I to NE E: Ethernet-Ring Cross-Connection on Node a634
- Figure 445 Node I to NE E: Pass-Through Cross-Connection on Node B635
- Figure 446 Node I to NE E: Pass-Through Cross-Connection on Node C636
- Figure 447 Node I to NE E: Pass-Through Cross-Connection on Node D637
- Figure 448 Cross-Connection between Node I and NE E (Protected)638
- Figure 449 Node I to NE E (Protected): Ethernet-Radio Cross-Connection on639
- Figure 450 Node I to NE E (Protected): Ethernet-PDH Cross-Connection on NE E640
- Figure 451 Node I to NE E: Ethernet-Ring Cross-Connection on Node a641
- Figure 452 Node I to NE E (Protected): Pass-Through Cross-Connection on Node B642
- Figure 453 Node I to NE E (Protected): Pass-Through Cross-Connection on Node C643
- Figure 454 Node I to NE E (Protected): Pass-Through Cross-Connection on Node D644
- Figure 455 Cross-Connection between Node a and Node D645
- Figure 456 Node a to Node D: Radio-Ring Cross-Connection on Node a645
- Figure 457 Node a to Node D: PDH-Ring Cross-Connection on Node a646
- Figure 458 Node a to Node D: Pass-Through Cross-Connection on Node B647
- Figure 459 Node a to Node D: Pass-Through Cross-Connection on Node C648
- Figure 460 Node a to Node D: Radio-Ring Cross-Connection on Node D649
- Figure 461 Node a to Node D: PDH-Ring Cross-Connection on Node D650
- 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 a651
- Figure 464 Node a to Node D (Protected): PDH-Ring Cross-Connection on Node a652
- Figure 465 Node a to Node D (Protected): Pass-Through Cross-Connection on Node B653
- Figure 466 Node a to Node D (Protected): Pass-Through Cross-Connection on Node C654
- Figure 467 Node a to Node D (Protected): Radio-Ring Cross-Connection on Node D655
- Figure 468 Node a to Node D (Protected): PDH-Ring Cross-Connection on Node D656
- 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 a657
- Figure 471 Node a (Protected) to Node D (Protected): PDH-Ring Cross-Connection on Node a658
- Figure 472 Node a (Protected) to Node D (Protected): Pass-Through Cross-Connection on Node B659
- Figure 473 Node a (Protected) to Node D (Protected): Pass-Through Cross-Connection on Node C660
- Figure 474 Node a (Protected) to Node D (Protected): Radio-Ring Cross-Connection on Node D661
- Figure 475 Node a (Protected) to Node D (Protected): PDH-Ring Cross-Connection on Node D662
- Figure 476 Cross-Connection between Node a and Node C663
- Figure 477 Node a to Node C: Radio-Ring Cross-Connection on Node a663
- Figure 478 Node a to Node C: PDH-Ring Cross-Connection on Node a664
- Figure 479 Node a to Node C: Pass-Through Cross-Connection on Node B665
- Figure 480 Node a to Node C: Radio-Ring Cross-Connection on Node C666
- Figure 481 Node a to Node C: PDH-Ring Cross-Connection on Node C667
- Figure 482 Node a to Node C: Pass-Through Cross-Connection on Node D668
- 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 a669
- Figure 485 Node a to Node C (Protected): PDH-Ring Cross-Connection on Node a670
- Figure 486 Node a to Node C: Pass-Through Cross-Connection on Node B671
- Figure 487 Node a to Node C (Protected): Radio-Ring Cross-Connection on Node C672
- Figure 488 Node a to Node C (Protected): PDH-Ring Cross-Connection on Node C673
- Figure 489 Node a to Node C (Protected): Pass-Through Cross-Connection on Node D674
- Figure 490 Cross-Connection between Node B and Node C675
- Figure 491 Node B to Node C: Radio-Ring Cross-Connection on Node B676
- Figure 492 Node B to Node C: PDH-Ring Cross-Connection on Node B677
- Figure 493 Node B to Node C: Radio-Ring Cross-Connection on Node C678
- Figure 494 Node B to Node C: PDH-Ring Cross-Connection on Node C679
- Figure 495 Node B to Node C: Pass-Through Cross-Connection on Node a680
- Figure 496 Node B to Node C: Pass-Through Cross-Connection on Node D681
- Figure 497 Cross-Connection between NE E and Node D682
- Figure 498 NE E to Node D: Ethernet-Radio Cross-Connection on NE E683
- Figure 499 NE E to Node D: Ethernet-PDH Cross-Connection on NE G684
- Figure 500 NE E to Node D: Ethernet-Ring Cross-Connection on Node a685
- Figure 501 NE E to Node D: Pass-Through Cross-Connection on Node a686
- Figure 502 NE E to Node D: Pass-Through Cross-Connection on Node C687
- Figure 503 NE E to Node D: Radio-Ring Cross-Connection on Node D688
- Figure 504 NE E to Node D: PDH-Ring Cross-Connection on Node D689
- Figure 505 Cross-Connection between NE E and Node C690
- Figure 506 NE E to Node C: Ethernet-Radio Cross-Connection on NE E691
- Figure 507 NE E to Node C: Ethernet-PDH Cross-Connection on NE E692
- Figure 508 NE E to Node C: Ethernet-Ring Cross-Connection on Node a693
- Figure 509 NE E to Node C: Pass-Through Cross-Connection on Node B694
- Figure 510 NE E to Node C: Radio-Ring Cross-Connection on Node C695
- Figure 511 NE E to Node C: PDH-Ring Cross-Connection on Node C696
- Figure 512 NE E to Node C: Pass-Through Cross-Connection on Node D697
- Figure 513 Cross-Connection between NE F and Node C698
- Figure 514 NE F to Node C: Ethernet-Radio Cross-Connection on NE F699
- Figure 515 NE F to Node C: Ethernet-PDH Cross-Connection on NE F700
- Figure 516 NE F to Node C: Ethernet-Ring Cross-Connection on Node B701
- Figure 517 NE F to Node C: Radio-Ring Cross-Connection on Node C702
- Figure 518 NE F to Node C: PDH-Ring Cross-Connection on Node C703
- Figure 519 NE F to Node C: Pass-Through Cross-Connection on Node a704
- Figure 520 NE F to Node C: Pass-Through Cross-Connection on Node D705
- Figure 521 Cross-Connection between NE F and Node C (Protected)706
- Figure 522 NE F to Node C (Protected): Ethernet-Radio Cross-Connection on707
- Figure 523 NE F to Node C (Protected): Ethernet-PDH Cross-Connection on NE F708
- Figure 524 NE F to Node C (Protected): Ethernet-Ring Cross-Connection on Node B709
- Figure 525 NE F to Node C (Protected): Radio-Ring Cross-Connection on Node C710
- Figure 526 NE F to Node C (Protected): PDH-Ring Cross-Connection on Node C711
- Figure 527 NE F to Node C (Protected): Pass-Through Cross-Connection on Node a712
- Figure 528 NE F to Node C (Protected): Pass-Through Cross-Connection on Node D713
- 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 F715
- Figure 531 NE F (Protected) to Node C (Protected): Ethernet-PDH Cross716
- Figure 532 NE F (Protected) to Node C (Protected): Ethernet-Ring Cross-Connection on Node B717
- Figure 533 NE F (Protected) to Node C (Protected): Radio-Ring Cross-Connection on Node C718
- Figure 534 NE F (Protected) to Node C (Protected): PDH-Ring Cross-Connection on Node C719
- Figure 535 NE F (Protected) to Node C (Protected): Pass-Through Cross720
- Figure 536 NE F (Protected) to Node C (Protected): Pass-Through Cross-Connection on Node D721
- Figure 537 Cross-Connection between NE E and NE H722
- Figure 538 NE E to NE H: Ethernet-Radio Cross-Connection on NE E723
- Figure 539 NE E to NE H: Ethernet-PDH Cross-Connection on NE E724
- Figure 540 NE E to NE H: Ethernet-Radio Cross-Connection on NE E725
- Figure 541 NE E to NE H: Ethernet-PDH Cross-Connection on NE E726
- Figure 542 NE E to NE H: Ethernet-Radio Cross-Connection on NE H727
- Figure 543 NE E to NE H: Ethernet-PDH Cross-Connection on NE H728
- Figure 544 NE E to NE H: Ethernet-Ring Cross-Connection on Node a729
- Figure 545 NE E to NE H: Pass-Through Cross-Connection on Node B730
- Figure 546 NE E to NE H: Pass-Through Cross-Connection on Node C731
- Figure 547 NE to NE H: Ethernet-Ring Cross-Connection on Node D732
- Figure 548 Cross-Connection between NE E and NE G733
- Figure 549 NE E to NE G: Ethernet-Radio Cross-Connection on NE E734
- Figure 550 NE E to NE G: Ethernet-PDH Cross-Connection on NE E735
- Figure 551 NE E to NE G: Ethernet-Radio Cross-Connection on NE G736
- Figure 552 NE E to NE G: Ethernet-PDH Cross-Connection on NE G737
- Figure 553 NE E to NE G: Ethernet-Ring Cross-Connection on Node a738
- Figure 554 NE E to NE G: Pass-Through Cross-Connection on Node B739
- Figure 555 NE E to NE G: Ethernet-Ring Cross-Connection on Node C740
- Figure 556 NE E to NE G: Pass-Through Cross-Connection on Node D741
- Figure 557 Cross-Connection between NE F and NE G742
- Figure 558 NE F to NE G: Ethernet-Radio Cross-Connection on NE F743
- Figure 559 NE F to NE G: Ethernet-PDH Cross-Connection on NE F744
- Figure 560 NE F to NE G: Ethernet-Radio Cross-Connection on NE G745
- Figure 561 NE F to NE G: Ethernet-PDH Cross-Connection on NE G746
- Figure 562 NE F to NE G: Ethernet-Ring Cross-Connection on Node B747
- Figure 563 NE F to NE G: Ethernet-Ring Cross-Connection on Node C748
- Figure 564 NE F to NE G: Pass-Through Cross-Connection on Node a749
- Figure 565 NE F to NE G: Pass-Through Cross-Connection on Node D750
56 Provision Ring Cross-Connections Using the Aided Cross-Connection Tool751
- Purpose751
57 Provision Protection Scheme Parameters764
58 Provision Protection Type773
59 Configure Radio Parameters788
60 Perform Ipv6 Pre-Provisioning884
61 Use the Provisioning Tool891
62 Apply a Configuration Using the Web Server946
63 Core Facing PDH/SDH Tributary Loopback952
64 Digital Core Facing Loopback962
65 Line Facing PDH/SDH Tributary Loopback966
66 OAM Remote Loopback976
67 Open and Run Performance Monitoring980
- Table 7 Command Priority List1002
68 Perform Protection Switching1004
- Figure 749 Protection Schemes Tab1004
- Figure 750 Forced Switch Main Core-E to Spare Core-E1005
- Figure 751 Lockout Spare Core-E Card1006
- Figure 752 Release Switch Core-E1007
- Figure 753 Forced Equipment Switch Main to Spare1008
- Figure 754 Manual Equipment Switch: Main to Spare1009
- Figure 755 Manual Equipment Switch: Spare to Main1010
- Figure 756 Lockout Equipment Switch: Lockout Switch to Spare1011
- Figure 757 Release EPS Switch1012
- Figure 758 Forced HSB Switch Main Radio Channel1013
- Figure 759 Manual HSB Switch: Main Radio Channel to Spare Radio Channel1014
- Figure 760 Manual HSB Switch: Spare Radio Channel to Main Radio Channel1015
- Figure 761 Lockout HSB Switch: Lockout Spare Radio Channel1016
- Figure 762 Release HSB Switch1017
- Figure 763 Forced Rx Radio Switch: Main Radio Channel1018
- Figure 764 Manual Rx Radio Switch: Main Radio Channel to Spare Radio Channel1019
- Figure 765 Manual Rx Radio Switch: Spare Radio Channel to Main Radio Channel1020
- Figure 766 Lockout Rx Radio Switch Spare Radio Channel1021
- Figure 767 Release Rx Radio Switch1022
69 Perform Radio Power Measurements1024
- Figure 768 Radio Power Measurement Window1024
- Figure 769 Radio Power Measurement Window for MPT-HLC1025
- Figure 770 Radio Power Measurement: Graphical View1026
- Figure 771 Radio Power Measurement: Tabular View1026
70 Radio Facing Circuit Loopback1030
- Figure 772 Main Equipment Window: Radio Icon Highlighted1030
- Figure 773 Radio Maintenance Tab1031
71 RF Core Facing Loopback1035
- Figure 774 RF Filter Port Detail1035
- Figure 775 Main Equipment Window: Radio Icon Highlighted1036
- Figure 776 Maintenance Tab (MPT-HLC Shown)1037
- Figure 777 Radio Maintenance Tab1041
72 Administer SDH LAG1044
- Figure 778 SDH LAG Screen1044
- Table 8 MPT-HL L1 LAG Bandwidth Per Service Type1062
- Figure 779 MPT-HL to L1 LAG Information Message1065
- Figure 780 MPT-HL to L1 LAG Warning Message1065
- Figure 781 Tx Diversity Antenna Webpage1072
- Figure 782 Tx Diversity Antenna Enabled1072
- Figure 783 Tx Diversity Antenna Disabled1073
- Figure 784 Tx Diversity Antenna Status1073
- Figure 785 Tx Diversity: Force Main1074
- Figure 786 Tx Diversity: Clear Force1075

Nokia 9500 MPR - Figure 668 Core Configuration Screen Example

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