1. Manuals
  2. Brands
  3. ADTRAN Manuals
  4. Industrial Electrical
  5. OPTI-6100 LMX
  6. Installation manual

ADTRAN OPTI-6100 Installation Manual

Installation and turn-up practice
Hide thumbs Also See for OPTI-6100:
1
2
3
4
5
6
7
8
Table Of Contents
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
185
186
187
188
189
190
191
192
193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
209
210
211
212
213
214
215
216
217
218
219
220
221
222
223
224
225
226
227
228
229
230
231
232
233
234
235
236
237
238
239
240
241
242
243
244
245
246
247
248
249
250
251
252
253
254
255
256
257
258
259
260
261
262
263
264
265
266
267
268
269
270
271
272
273
274
275
276
277
278
279
280
281
282
283
284
285
286
287
288
289
290
291
292
293
294
295
296
297
298
299
300
301
302
303
304
305
306
307
308
309
310
311
312
313
314
315
316
317
318
319
320
321
322
323
324
325
326
327
328
329
330
331
332
333
334
335
336
337
338
339
340
341
342
343
344
345
346
347
348
349
350
351
352
353
354
355
356
357
358
359
360
361
362
363
364
365
366
367
368
369
370
371
372
373
374
375
376
377
378
379
380
381
382
383
384
385
386
387
388
389
390
391
392
393
394
395
396
397
398
399
400
401
402
403
404
405
406
407
408
409
410
411
412
Table of Contents

Advertisement

Quick Links

®
®
OPTI-6100
Installation and Turn-Up Practice
Document Part Number: 61184500L1-5L
January, 2009

Advertisement

Table of Contents
loading

Related Manuals for ADTRAN OPTI-6100

Summary of Contents for ADTRAN OPTI-6100

  • Page 1 ® ® OPTI-6100 Installation and Turn-Up Practice Document Part Number: 61184500L1-5L January, 2009...
  • Page 2 In no event will ADTRAN be liable for any special, incidental, or consequential damages or for commercial losses even if ADTRAN has been advised thereof as a result of issue of this document.
  • Page 3 Copyrights Copyright 1998 Todd C. Miller © strlcat() is copyright as follows: Copyright © 1998 Todd C. Miller <Todd.Miller@courtesan.com> All rights reserved. Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: 1.
  • Page 4 OPTI-6100 Installation and Turn-Up Practice Copyright 1982, 1985, 1986, 1988, 1993, 1994 The Regents of the University of © California, Copyright 1995, 1996, 1997, and 1998 WIDE Project. © Copyright 1995, 1996, 1997, and 1998 WIDE Project. © All rights reserved.
  • Page 5 June, 2008 61184500L1-5L January, 2009 Reason for Reissue This document has been updated to reflect the functionality of OPTI-6100 System Release 5.2. Release 5.2 adds: New OC-3/OC-12 Optical Multiplexer Module (OMM312V, P/N 1184571G1) ♦ New High-Capacity SMX Fan Assembly (SHFANM, P/N 1184550G2) ♦...
  • Page 6 OPTI-6100 Installation and Turn-Up Practice Conventions The following typographical conventions are used in this document: This font indicates a cross-reference link. indicates screen menus, fields, and parameters. This font indicates keyboard keys ( ). Keys shown with a plus sign (e.g.
  • Page 7 Metric Conversion The OPTI-6100 is designed to fit standard 19-inch and 23-inch racks, occupying 2U or 7U of vertical space. The following metric conversions apply: 19 inches = 482 millimeters ♦ 23 inches = 584 millimeters ♦ 1U (1.75 inches) = 44.5 millimeters ♦...
  • Page 8 OPTI-6100 Installation and Turn-Up Practice Training ADTRAN offers training courses on our products. These courses include overviews on product features and functions while covering applications of ADTRAN’s product lines. ADTRAN provides a variety of training options, including customized training and courses taught at our facilities or at customer sites.

  • Page 9: Table Of Contents

    Contents General ................. . 1 Description.
  • Page 10 OPTI-6100 Installation and Turn-Up Practice Chassis Installation ............... 25 Unpack and Inspect the Chassis .
  • Page 11 Logging in to the OPTI-6100 ........
  • Page 12 OPTI-6100 Installation and Turn-Up Practice Security Options Menu ........... . 139 Access Tech Support Account Screen .
  • Page 13 OMM Module Installation and Turn-Up ............223 OMM3 Module Installation.
  • Page 14 OPTI-6100 Installation and Turn-Up Practice Ethernet Module Installation ............. 287 Three-Port Ethernet Module Installation .
  • Page 15 Verify OPTI-6100 Chassis Wiring to the DSX-1 ........
  • Page 16 ADTRAN Technical Support ........
  • Page 17 OPTI-6100 Main Menu Tree ........
  • Page 18 OPTI-6100 Installation and Turn-Up Practice Figure 45. IP Services and Ports Menu ............95 Figure 46.
  • Page 19 Figures Figure 92. SCA File Save Status Screen ........... 166 Figure 93.
  • Page 20 OPTI-6100 Installation and Turn-Up Practice Figure 139. OMM12VIRE (Left), OMM12 Onboard Fiber Routing (Right) ......229 Figure 140.
  • Page 21 OPTI-6100 Main Menu Options ........
  • Page 22 OPTI-6100 Installation and Turn-Up Practice Table 42. Trusted IP Clients List Menu Hot Key ..........105 Table 43.
  • Page 23 Tables Table 89. System Event Log Entry Detail Screen Fields ........172 Table 90.
  • Page 24 OPTI-6100 Installation and Turn-Up Practice Table 136. Detailed Clock Source Options ..........249 Table 137.
  • Page 25 Tables Table C-13. Buffer Mode Provisioning Options ..........C-14 Table C-14.
  • Page 26 OPTI-6100 Installation and Turn-Up Practice xxvi 61184500L1-5L...

  • Page 27: General

    Figure 2 illustrates the OPTI-6100 system utilizing the SMX chassis (P/N 1184514L1). Figure 3 on page 2 illustrates the OPTI-6100 system utilizing the LMX chassis (P/N 1184555L1). In places where specifications differ between the three chassis, each is referenced individually. OPTI-6100...

  • Page 28: Figure 3. Opti-6100, Lmx Chassis

    OPTI-6100 Installation and Turn-Up Practice DS3M3E DS3M3E DS3M3E DS3M3E DS3M3E MS BLANK DS3M3E DS3M3E DS3M3E DS3M3E DS3M3E ETHM2 1184533L2 1184533L2 1184533L2 1184533L2 1184533L2 1184505L1 OMM48L STATUS 1184533L2 1184533L2 1184533L2 1184533L2 1184533L2 OMM48L 1184510L2 1184563L1 1184563L1 STATUS STATUS STATUS STATUS STATUS...

  • Page 29: Description

    Each chassis requires a System Controller Module (SCM), which is the maintenance and administration module for the system. The OPTI-6100 System offers three chassis and two System Controller Modules, each with differing capacities and features, as detailed in the following topics: “MX Chassis Features”...

  • Page 30: Mx Chassis Features

    OPTI-6100 Installation and Turn-Up Practice MX Chassis Features The basic features of the OPTI-6100 MX chassis are as follows: Dimensions: 3.5 inches (2U) High × 12.0 inches Deep × 17.5 inches Wide ♦ 19-inch or 23-inch rack mountable; flush-mount from rear or mid-mount from front ♦...

  • Page 31: Smx Chassis Features

    General SMX Chassis Features The basic features of the OPTI-6100 SMX chassis are as follows: Dimensions: 3.5 inches (2U) High × 8.5 inches Wide × 10.5 inches Deep ♦ Several available mouning options; Refer to Table 1 ♦ Redundant –48 VDC or ±24 VDC power inputs (A and B feeds) ♦...

  • Page 32: Lmx Chassis Features

    OPTI-6100 Installation and Turn-Up Practice LMX Chassis Features The basic features of the OPTI-6100 LMX chassis are as follows: Dimensions: 12.25 inches (7U) High × 17.0 inches Wide × 10.5 inches Deep ♦ 19-inch or 23-inch rack mountable; flush-mount from rear or mid-mount from front ♦...

  • Page 33: Scm Features

    OMM and tributary modules, and can be configured as a host SCM to daisy-chain up to 16 OPTI-6100 chassis together for management from a single local craft interface. Figure 4 illustrates the SCM (P/N 1184500L1) and the SCM2 (P/N 1184500L2).

  • Page 34: Scm2 Features

    OPTI-6100 Installation and Turn-Up Practice The basic features of the SCM include the following: Communication with other Total Access Systems ♦ Craft serial interface port (SCM front panel and chassis rear panel) ♦ Monitors system status and controls alarm relays ♦...

  • Page 35: Compliance

    1. This device may not cause harmful interference, and 2. This device must accept any interference received, including interference that may cause undesired operation. Changes or modifications not expressly approved by ADTRAN could void the user’s authority to operate this equipment. 61184500L1-5L...
  • Page 36 The OPTI-6100 System is not designed nor intended for ♦ installation as part of an Isolated Bonding Network (IBN). The OPTI-6100 ground wire must be of equal or greater ampacity ♦ than the wire(s) connected to the battery return. Per GR-1089- CORE Section 9, the OPTI-6100 does not have an internal DC connection between battery return and frame ground.

  • Page 37: Preparing For Chassis Installation

    Preparing for Chassis Installation PREPARING FOR CHASSIS INSTALLATION This section provides details for preparation of a site to accept one or more OPTI-6100 chassis. Chassis to be installed in the same rack or in adjacent racks should be engineered together so that they can share common feeds for power, timing, and management interfaces as appro- priate for the application.

  • Page 38: Space Considerations

    OPTI-6100. Fitting the Chassis into NEBS Lineups The OPTI-6100 chassis are designed to flush-mount or mid-mount in any standard 23-inch or 19-inch network bay or unequal flange relay rack. All chassis meet the 12-inch NEBS depth profile, and can be mounted in any 12-inch, 18-inch, or 24-inch network lineup. Full cable routing support is provided for power and transmission cables in both flush-mount and mid- mount configurations.

  • Page 39: Electrical Considerations

    Preparing for Chassis Installation Electrical Considerations The OPTI-6100 chassis supports dual-feed power inputs. Power wiring should be run separately, according to the following sections: “Power Considerations: MX Chassis” on page 13 ♦ “Power Considerations: SMX Chassis” on page 15 ♦...

  • Page 40: Power Wiring And Fusing

    OPTI-6100 Installation and Turn-Up Practice Power Wiring and Fusing Wiring and fusing should conform to the following: –48 VDC input and return connections should be provided from the fuse panel using ♦ insulated 14 to 18 AWG wire (16 AWG recommended) for 10 amp fuses.

  • Page 41: Power Considerations: Smx Chassis

    Preparing for Chassis Installation Power Considerations: SMX Chassis Use the following wiring specifications for applications including the SMX chassis. Input RS-485, ENVIR Alarms Power DS-1 Terminations MS3, MS4 A (IN) 1184514L1 UNIT MAY BE POWERED BY MULTIPLE SOURCES, SEC IN CLOCK PRI IN DISCONNECT ALL SOURCES PRIOR TO SERVICING...

  • Page 42: Frame Ground

    OPTI-6100 Installation and Turn-Up Practice Frame Ground Each SMX chassis requires a frame ground connection using 14–16 AWG wire (14 recom- mended) or in accordance with standard company requirements. Run separate ground wires from the rack or grounding bar for each chassis. Wire with green insulation is recommended, to distinguish the frame ground from other power connections.

  • Page 43: Power Considerations: Lmx Chassis

    Preparing for Chassis Installation Power Considerations: LMX Chassis Use the following specifications for applications including the LMX chassis. CAUTION Unlike the MX and SMX chassis, the LMX chassis does not support ±24 VDC power. Only –48 VDC is supported on the LMX. Power Wiring and Fusing Wiring and fusing should conform to the following: –48 VDC input and return connections should be provided from the fuse panel using...

  • Page 44: Figure 7. Lmx Chassis Rear-Panel Connections

    X.25 ADMIN RS-485, ENVIR Alarms DS3 Terminations DS1 Terminations NTWK MGT ADMIN SUBTEND LOOP LOOP LOOP LOOP LOOP LOOP 141-168 113-140 85-112 57-84 29-56 1-28 RS485 CLOCK LOOP LOOP LOOP LOOP LOOP LOOP 309-336 281-308 253-280 225-252 197-224 169-196 OSI-1 OSI-2 ENET-1 MS 23...

  • Page 45: Dsx Considerations

    DSX-3 To deliver DS3 level circuits, connect coaxial cables with BNC connectors to the appropriate connectors on the back panel of the OPTI-6100. The connectors are labeled based on the MS slot pairs/groups capable of delivering this type of circuit: In the MX chassis: 1&2, 5&6, 7&8, and 11&12...

  • Page 46: Mx And Smx)

    Cables designed for this application, with the shield connected to pin 64 of the connector, can be ordered through ADTRAN. Since the chassis provides a ground connection on pin 64 of each connector, plugging these cables into the chassis provides proper grounding of the cable shield.

  • Page 47: Lmx)

    Preparing for Chassis Installation Figure 8 illustrates a champ connector and pinouts. Chassis Ground Unused 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33...

  • Page 48: Clock Considerations

    MDF Considerations Most central office applications of the OPTI-6100 require the chassis to be connected to the Main Distribution Frame (MDF) to provide loop-side cross-connects to customer loops. The exact wiring requirements for MDF connections are determined by the specific system appli- cation of each chassis.

  • Page 49: Fdf Considerations

    Vertical Fiber Routing in the Bay The OPTI-6100 chassis allow for fiber routing using the front tray attached to the chassis. Provisions should be made to route the fiber safely up the vertical run in the bay itself and to allow the fiber to enter the overhead fiber routing trays.

  • Page 50: Capacity Planning

    OPTI-6100 Installation and Turn-Up Practice Capacity Planning Capacity planning for vertical routing of fiber should be performed to ensure that the vertical routing fiber guides are large enough to support all of the optical fibers routed to the chassis. The total number of modules in the chassis that use fiber should be calculated and multiplied by two in order to determine the number of fibers that need to be supported.

  • Page 51: Chassis Installation

    This section provides step-by-step instructions for the installation of one or more OPTI-6100 chassis in a Central Office (CO). Installation procedures include the removal of the OPTI-6100 chassis from shipping containers, mounting chassis in a CO rack, power up, all necessary data and administrative connections, and turn-up.

  • Page 52: Mount The Chassis

    27 lists all possible rear-panel connections to and from the OPTI-6100. Table 3 on page 28 lists all possible front-panel connections to and from the OPTI-6100. Use copies of these pages to record the progress of the installation of the OPTI-6100 system. 61184500L1-5L...

  • Page 53: Table 2. Wiring Summary - Rear Panel Connections

    Table 2. Wiring Summary – Rear Panel Connections Max. Connection Media Runs From Reference A/B Power Power wire Power Strip Rack Fuse Panel “Power Wiring and Fusing” on page 14 Ground Power wire Chassis Rack “Frame Ground” on page 14 BITS Clock In/Out Wire wrap Chassis...

  • Page 54: Table 3. Wiring Summary - Front Panel Connections

    Table 3. Wiring Summary – Front Panel Connections Max. Connection Media Runs From Reference RJ-45 Ethernet Cat 5, shielded SCM2 CO LAN “SCM Installation” on page 52 RJ-45 Ethernet Cat 5, shielded SMX, MS1–4 CO Ethernet “Ethernet Module Installation” on page 287 Distribution MX, MS1–12 “Gigabit Ethernet Module Installation”...

  • Page 55: Fan Assembly Installation

    Chassis Installation Fan Assembly Installation When specified by the site engineer, a fan assembly may be required for system cooling. Also, certain applications or equipment may require additional cooling. The fan installation procedures are grouped by chassis, as follows: “Using a Fan with the MX Chassis” on page 29 ♦...

  • Page 56: Fanm Installation

    19-inch or 23-inch rack. To install a FANM Assembly, complete the following steps: 1. Inspect the FANM. If damaged, file a claim with the carrier and contact ADTRAN Customer Support. For more information, refer to “Appendix D, Warranty”.

  • Page 57: Efanm Installation

    FANM, with the addition of 16 environmental alarm inputs that can be provisioned through the SCM. To install an EFANM Assembly, complete the following steps: 1. Inspect the EFANM. If damaged, file a claim with the carrier and contact ADTRAN Customer Support. For more information, refer to “Appendix D, Warranty”.

  • Page 58: Hfanm Installation

    HFANM. If not, an empty 1U rack space must be provided. To install an HFANM Assembly, complete the following steps: 1. Inspect the HFANM. If damaged, file a claim with the carrier and contact ADTRAN Customer Support. For more information, refer to “Appendix D,...

  • Page 59: Using A Fan With The Smx Chassis

    Chassis Installation Using a Fan with the SMX Chassis There are two fan assemblies available for the SMX chassis: SMX Fan Assembly (SFANM; P/N 1184550L1) ♦ SMX High-Capacity Fan Assembly (SHFANM; P/N 1184550G2) ♦ STATUS SHFANM 1184550G2 Figure 12. SFANM (Top) and SHFANM (Bottom) Both of the SMX fan assemblies install below an SMX chassis and are powered from the rack fuse and alarm panel.

  • Page 60: Smx Fan Assembly Installation

    SFANM or SHFANM can be installed. To rack-mount the SMX chassis with either of these fans, complete the following steps: 1. Inspect the fan assembly. If damaged, file a claim with the carrier and contact ADTRAN Customer Support. For more information, refer to “Appendix D,...

  • Page 61: Smx Dual-Rackmount

    SMX CPE Wallmount Cabinet Installation and Turn-Up Practice (P/N 64184514WMLx-5). SMX Chassis Wallmount Kit: To mount the SFANM or SHFANM with the SMX Chassis ♦ Wallmount Kit, refer to the OPTI-6100 CPE Wallmount Bracket Assembly for SMX Chassis Job Aid (P/N 61184527L1-22). 61184500L1-5L...

  • Page 62: Using A Fan With The Lmx Chassis

    OPTI-6100 Installation and Turn-Up Practice Using a Fan with the LMX Chassis The OPTI-6100 LMX Fan Assembly (LFANM, Figure 14) is an eight-fan, variable-speed unit designed to install inside an LMX chassis in a dedicated fan slot. The LFANM is an included component of the LMX chassis, requiring no additional mounting procedure.

  • Page 63: Connect Chassis Power And Ground

    Chassis Installation Connect Chassis Power and Ground The following sections detail the wiring for the different OPTI-6100 chassis. MX Chassis Connections WARNING Installation must be completed by qualified service personnel only. ♦ All installation procedures must be performed in accordance to ♦...

  • Page 64: Smx Chassis Connections

    CAUTION The Power wire must not be a heavier gauge than the Ground wire. ♦ Power connections can be made with 14–18 AWG wire. ADTRAN ♦ recommends a minimum of 16 AWG. Frame Ground can be connected with at least 14 AWG wire, or in ♦...

  • Page 65: Lmx Chassis Connections

    Chassis Installation LMX Chassis Connections WARNING Installation must be completed by qualified service personnel only. ♦ All installation procedures must be performed in accordance to ♦ the information specified in “Compliance” on page 9. To run power to the LMX chassis, complete the following steps: 1.

  • Page 66: Auxiliary Inputs

    The SCM also provides a battery backup real time clock to time-stamp alarms. The OPTI-6100 allows for several alarm in and out connections. Wire wrap connections on the rear panel deliver alarm notification to the fuse and alarm panel or other external display.
  • Page 67 ♦ Critical ♦ The OPTI-6100 chassis provides the following alarm interfaces: VISUAL Alarm Output Contacts: Three alarm contacts are provided for CR, MJ, and MN ♦ VISUAL alarms. For each alarm, two wire wrap terminals are provided. These outputs are derived from metallic relay contacts.

  • Page 68: Alarm Outputs

    The SCM provides front panel LEDs (refer to Table 9 on page 54) to indicate the status of the OPTI-6100 system and Alarm Cut Off ( ) state. Due to design differences between the chassis, contacts with the same functions are not neces- sarily wired in the same manner.

  • Page 69: Mx Chassis Alarm Connectors

    Chassis Installation MX Chassis Alarm Connectors Connect auxiliary alarm inputs to the wire-wrap pins in the lower right of the chassis rear panel (Figure 15). There are three sets of pins labeled (Auxiliary), (Alarm Cut Off), and (Fan Alarm). There is a fourth group of pins for the RS-485 bus. -48V , 5A ..

  • Page 70: Smx Chassis Alarm Connectors

    OPTI-6100 Installation and Turn-Up Practice SMX Chassis Alarm Connectors Connect auxiliary alarm inputs to the wire-wrap pins in the lower right of the chassis rear panel (Figure 16). There are three sets of pins labeled , and . There is a fourth group of pins for the RS-485 bus.

  • Page 71: Lmx Chassis Alarm Connectors

    Chassis Installation LMX Chassis Alarm Connectors If auxiliary alarm inputs are required, they must be connected to the wire-wrap pins in the center of the chassis backplane (Figure 17). There are five sets of pins labeled (Fan Failure), (Audible), (Visual), (Alarm Cut Off), and (Auxiliary).

  • Page 72: Connect Rs-485 Bus

    SCM. Connections should be made from the host to the clients in a daisy chain using the appropriate pins. To daisy-chain several (up to 16) OPTI-6100 chassis through RS-485 connections, connect the to the...

  • Page 73: External Clock

    Chassis Installation External Clock The OPTI-6100 has connections for input and output of clock timing (see Figure 5 on page 13, Figure 6 on page 15 for the SMX, or Figure 7 on page 18 for the LMX). If the building is equipped...

  • Page 74: Chassis Connection Information

    OPTI-6100 Installation and Turn-Up Practice Table 7 lists the provisioning for proper BITS distribution. OMM modules in all chassis should be provisioned as shown. Table 7. OMM Module Provisioning – BITS DS1 Clock for Multiple Chassis Option Setting Clock Source...

  • Page 75: Management Port Connections

    46. X.25/Admin Port The OPTI-6100 can be accessed and managed by the local craft port on the front of the SCM, or by modem. Modem access has the same capabilities as the local craft port; however the OPTI-6100 SCM does not support hardware flow control. In order to connect to the OPTI-6100 by modem, the modem must have the capability to ignore hardware flow control.

  • Page 76: Table 8. Network Management Connector Pinouts

    – Data Terminal Ready-X – Data Terminal Ready-A – – Data Set Ready-A – EXC2 – RXC1 – NOTE Check the pinouts of the X.25 switch to verify compatibility with the RS-232D standard as implemented by the OPTI-6100 chassis. 61184500L1-5L...

  • Page 77: Ethernet Port

    The SCM provides the interface between the chassis and the NMA network. Standard TL1 commands are used to communicate between NMA and the OPTI-6100. TL1 support infor- mation is uploaded to the SCM from each individual module on installation of that module;...

  • Page 78: Scm Installation

    The SCM is the focal point for all management functions carried out by the chassis and has the greatest number of considerations when installing. The individual steps in this practice detail these considerations for a successful and trouble-free OPTI-6100 installation. NOTICE...

  • Page 79: Figure 20. Module Insertion Diagram

    SCM Installation Install the SCM according to Figure 3. Close latch 1. Open latch 2. Align module with guide groove; push firmly until seated Figure 20. Module Insertion Diagram When the SCM first powers up it performs a self-test. All LEDs illuminate red, then yellow, then green.

  • Page 80: Front Panel Leds

    OPTI-6100 Installation and Turn-Up Practice Front Panel LEDs The OPTI-6100 SCM provides front panel LEDs to display status information. Table 9 lists descriptions of the SCM front panel LEDs. Table 9. SCM LEDs Label Status Indication Lack of power or power failure...

  • Page 81: System Management

    System Management SYSTEM MANAGEMENT Once the OPTI-6100 is mounted and powered, and an SCM installed, the system can be configured for communication within a network. The topics in this section are as follows: “Management Interfaces” on page 55 ♦ “User Accounts”...

  • Page 82: Network Access Ports

    The cursor is placed at the Account Name field. 4. Input the Account Name and Password as described in the VT100 login method. On entering the correct password, the OPTI-6100 Main menu is presented on the screen. This indicates a successful login.

  • Page 83: Craft Port

    X.25/ADMIN Port The SCM includes an RS-232 compatible serial interface, accessed via a female DB-25 connector ( ) on the rear panel of the OPTI-6100 chassis, labeled . This port X.25/ADMIN operates as a DTE (Data Terminal Equipment) and is configured for the following settings: 1-way in or 2-way operation ♦...

  • Page 84: Terminal Server Port

    Ethernet Port The SCM provides Telnet and SNMP interfaces through a standard Ethernet 10Base-T RJ-45 connector ( ) located on the backplane of the OPTI-6100 chassis. ENET The SCM2 provides a front-panel Ethernet 10/100Base-T RJ-45 connection ( ). If the ENET2 SCM2 is installed, the rear-panel ENET connection also operates as 10/100Base-T.

  • Page 85: User Accounts

    X.25 TL1 session through Telnet over Ethernet ♦ A menu session is the most common way to access and provision the OPTI-6100 system. These menus are available through a VT100 terminal session, a Telnet session, or by typing menus; during a TL1 session.
  • Page 86 When using the front Craft port, use a serial cable with a male DB-9 connector on the ♦ OPTI-6100 end. 3. Plug the male end of the data cable into the OPTI-6100 chassis. Make the connection to the VT100 terminal as appropriate for the equipment. 4. Press any key to log on to the OPTI-6100.

  • Page 87: Remote Menu Access Through Osi Network

    Figure 21. OPTI-6100 Main Menu Remote Menu Access through OSI Network The menu screens on a remote OPTI-6100 can be accessed from a menu session on a local OPTI-6100. The remote menu access is carried over the OSI network which must be properly provisioned and working.

  • Page 88: User Interface

    OPTI-6100 Installation and Turn-Up Practice USER INTERFACE The SCM provides a menu system for the OPTI-6100. All system-related menus are controlled by the SCM. Each module has its own menu structure supported by the module. This section includes detailed information on the following: “Menu Structure”...

  • Page 89: Menu Navigation

    System Help screen, press the question mark (?) key, and press NTER General Hot Keys Table 14 describes the general hot keys for the OPTI-6100 System. Table 14. General Hot Keys Keyboard Command / Hot Key Description This key deletes the character to left of the cursor.

  • Page 90: Figure 22. Opti-6100 Main Menu Tree

    8. Fan Filter Alarms 2. Restart Service Interval Elapsed Remaining 1. Fan Filter Alarm Description 3. Fan Filter Alarm Input 2. Fan Filter Alarm Level 3. Fan Filter Alarm AID Index 4. Fan Filter Condition Code Figure 22. OPTI-6100 Main Menu Tree...

  • Page 91: Figure 23. Scm Provisioning Menu Tree

    1. 9600 1. Craft & Admin Port Baud Rate 2. 19200 3. 38400 4. 57600 1. Admin Port 5. 115200 1. Management Ports 1. General 1. 9600 1. MENUS 2. Date 2. Admin Port Communications 2. Craft & Admin Port Baud Rate 2.

  • Page 92: Figure 24. Scm Provisioning Menu Tree (Continued)

    1. Users Currently Logged On 1. Lock-Out User on Login Failure 7. Security Administration 1. Change Password/Access Privilege 2. Edit User Accounts 2. Enable Lock-Out Alarm (Select Account) 2. Enable/Disable User Account 3. Create New User Account 3. INDEFINITE LOCK-OUT On Login Failure 3.

  • Page 93: Figure 25. Scm Provisioning Menu Tree (Continued)

    1. Enable 1. Ethernet Interface 1. Ethernet Interface 2. Disable 2. Ethernet2 Interface (SCM2) 2. Ethernet IP Address 1. Enable 1. OSI Tunnel Interface 3. Ethernet Subnet Mask 2. Disable OSI Tunnel IP Address 4. Ethernet Gateway 1. IP Network Interfaces OSI Tunnel Subnet Mask Ethernet Link 1.

  • Page 94: Figure 26. Scm Provisioning Menu Tree (Continued)

    OPTI-6100 Installation and Turn-Up Practice 1. System Controller 1. TFTP (UDP/IP) 1. Y-MODEM Update Software Update 1. Remote File I/O Method 2. FTOT (File Transfer Over TL1) 2. Remote File Update 2. Remote Firmware Host 3. FTP (TCP/IP) 6. System 3.

  • Page 95: Opti-6100 Main Menu

    Main\ Main The OPTI-6100 Main menu (Figure 27) appears after a successful login. This is the access point to all OPTI-6100 functions, as well as functions on all installed modules. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms: MX Chassis:...

  • Page 96: System Controller Menu

    OPTI-6100 Installation and Turn-Up Practice System Controller Menu Main\System Controller\ System Controller Select System Controller from the OPTI-6100 Main menu to access the System Controller menu (Figure 28). The System Controller menu is the access portal to all other operations involving the SCM.

  • Page 97: Controller Configuration Screen

    Ethernet MAC Address This field displays the Ethernet MAC Address for the SCM. System Release This field displays the OPTI-6100 system release, as indicated by the current Auto Upgrade Configuration (.auc) file. If no .auc file has been specified, this field indicates...

  • Page 98: Provisioning Menu

    OPTI-6100 Installation and Turn-Up Practice Provisioning Menu Main\System Controller\Provisioning\ Provisioning Use the Provisioning menu (Figure 30) to set the basic SCM and system functions, including communications ports settings, HS and MS provisioning cross-copying, Ethernet and IP settings, SNMP and TL1 communications, software updates, and security administration.

  • Page 99: Table 19. Scm Provisioning Options

    OPTI-6100 Main Menu Table 19 lists the minimum factory defaults present after installation and self-test. These values provide the minimum configuration for turn-up of the SCM and system functions. Table 19. SCM Provisioning Options Provisioning Option Settings Default Craft & Admin Port Baud Rate 9600;...
  • Page 100 OPTI-6100 Installation and Turn-Up Practice Table 19. SCM Provisioning Options (Continued) Provisioning Option Settings Default Legacy AID Compatibility Enable; Disable Disable Enable Challenge Key Yes; No Enable SNMP Security Account Access Yes; No SNMP ifIndexing (not a provisionable option) Fixed...

  • Page 101: General Menu

    OPTI-6100 Main Menu General Menu Main\System Controller\Provisioning\General\ General The General provisioning menu (Figure 31) controls the basic functions of the SCM. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms: MX Chassis: General Management Ports Date : 11/06/07 Time : 12:28:39...

  • Page 102: Table 20. General Provisioning Menu Options

    Logoff Craft Port If the Data Terminal Ready (DTR) signal from the terminal is When DTR Lost lost, the OPTI-6100 can automatically disable the port connection. Select Enable or Disable (default). Restore Default Provisioning This option resets all SCM provisioning to the original settings.

  • Page 103: Management Ports Menu

    OPTI-6100 Main Menu Management Ports Menu Main\System Controller\Provisioning\General\Management Ports\ Management Ports Use the Management Ports menu (Figure 32) to configure the Admin port, the Interbank Communications Mode (over the RS-485 bus), and the Network Management Port Mode. TID: PHX-JMR OPTI-6100 System...

  • Page 104: Table 21. Management Ports Menu Options

    OPTI-6100 Installation and Turn-Up Practice Table 21 lists the options in the Management Ports menu. Table 21. Management Ports Menu Options Option Description Function Admin Port This option displays the “Admin Port Menu” on page 79. Craft & Admin Port Baud Rate This option displays the Craft &...

  • Page 105: Admin Port Menu

    OPTI-6100 Main Menu Admin Port Menu Main\System Controller\Provisioning\General\Management Ports\Admin Port\ Admin Port The Admin Port menu (Figure 33) controls the settings for the rear-panel Admin port. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms: MX Chassis: Admin Port Craft & Admin Port Baud Rate...

  • Page 106: Table 22. Admin Port Menu Options

    OPTI-6100 Installation and Turn-Up Practice Table 22 lists the options in the Admin Port menu. Table 22. Admin Port Menu Options Option Description Function Craft & Admin Port This option displays the Craft & Admin Port Baud Rate menu. Baud Rate...

  • Page 107: Interbank Comm. Mode Menu

    Option Description Function HOST This option sets the OPTI-6100 as the Host of an RS-485 management daisy chain. When assembling an RS-485 management daisy chain, one SCM must be designated as Host, and all others must be designated as Clients.

  • Page 108: Terminal Auto-Logoff Menu

    This option enables/disables the Auto-Logoff function. Select Enable (default) or Disable. Auto-Logoff Time This option specifies the time the OPTI-6100 maintains an idle menu session before it is disconnected by Auto-Logoff. The valid range is 1–60 minutes, with a default of 30.

  • Page 109: Hs/Ms Module Provisioning Menu

    OPTI-6100 Main Menu HS/MS Module Provisioning Menu Main\System Controller\Provisioning\HS/MS Module Provisioning\ HS/MS Module Provisioning Use the HS/MS Module Provisioning menu (Figure 36) to copy OMM/tributary module provi- sioning settings between modules. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms: MX Chassis:...

  • Page 110: Module Copy Provisioning Screen

    OPTI-6100 Installation and Turn-Up Practice Module Copy Provisioning Screen Main\System Controller\Provisioning\HS/MS Module Provisioning\Module Copy Provisioning\ Module Copy Provisioning Use the Module Copy Provisioning screen (Figure 37) to copy provisioning settings from one module to another, compatible module. To select a source module, enter A or B for an OMM module, or an MS slot number for a tributary module.

  • Page 111: Network Management Menu

    38) contains the options to configure the OPTI-6100 chassis to communicate with an Ethernet network for Telnet, TFTP, or SNMP Management. For a practical look at Network Management features, refer to the OPTI-6100 Maintenance and Troubleshooting Practice (P/N 61184500L1-6). TID: PHX-JMR...

  • Page 112: Table 26. Network Management Menu Options

    OPTI-6100 Installation and Turn-Up Practice Table 26 lists the options in the Network Management menu. Table 26. Network Management Menu Options Option Description Function IP Network Provisioning This option displays the “IP Network Provisioning Menu” page 87. SONET SDCC Provisioning This option displays the “SONET DCC Provisioning Menu”...

  • Page 113: Ip Network Provisioning Menu

    OPTI-6100 Main Menu IP Network Provisioning Menu Main\System Controller\Provisioning\Network Management\IP Network Provisioning\ IP Network Provisioning Use the IP Network Provisioning menu (Figure 39) to configure network interfaces and services that use the Internet Protocol (IP). TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM...

  • Page 114: Ip Network Interfaces Menu

    OPTI-6100 Installation and Turn-Up Practice IP Network Interfaces Menu Main\System Controller\Provisioning\Network Management\IP Network Provisioning\IP Network Interfaces\ IP Network Interfaces Use the IP Network Interfaces menu (Figure 40) to configure the Ethernet, OSI Tunnel, and PPP/DCC0 interfaces. TID: PHX-JMR OPTI-6100 System...

  • Page 115: Table 28. Ip Network Interfaces Menu Options

    OPTI-6100 Main Menu Table 28 lists the options in the IP Network Interfaces menu. Table 28. IP Network Interfaces Menu Options Option Description Function Ethernet Interface This option displays the “Ethernet Interface Menu” on page 90. Ethernet2 Interface* This option displays the Ethernet2 Interface menu, to provision the front-panel port on the SCM2.

  • Page 116: Figure 41. Ethernet Interface Menu

    OPTI-6100 Installation and Turn-Up Practice Ethernet Interface Menu Main\System Controller\Provisioning\Network Management\IP Network Provisioning\IP Network Interfaces\Ethernet Interface\ Ethernet Interface Use the Ethernet Interface menu (Figure 41) to configure the rear-panel port. ENET TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms: MX Chassis:...

  • Page 117: Table 30. Ethernet Interface Menu Options

    OPTI-6100 Main Menu Table 30 lists the options in the Ethernet Interface menu. Table 30. Ethernet Interface Menu Options Option Description Function Ethernet Interface This option enables/disables the Ethernet interface. Select Enable (default) or Disable. Ethernet IP Address This option sets the IP address for the Ethernet interface.

  • Page 118: Figure 42. Osi Tunnel Interface Menu

    OPTI-6100 Installation and Turn-Up Practice OSI Tunnel Interface Menu Main\System Controller\Provisioning\Network Management\IP Network Provisioning\IP Network Interfaces\OSI Tunnel Interface\ OSI Tunnel Interface Use the OSI Tunnel Interface menu (Figure 42) to configure the OSI Tunnel interface. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM...

  • Page 119: Figure 43. Ppp/Dcc0 Interface Menu

    OPTI-6100 Main Menu PPP/DCC0 Interface Menu Main\System Controller\Provisioning\Network Management\IP Network Provisioning\IP Network Interfaces\PPP/DCC0 Interface\ PPP/DCC0 Interface Use the PPP/DCC0 Interface menu (Figure 43) to configure the PPP/DCC0 interface. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms: MX Chassis: PPP/DCC0 Interface...

  • Page 120: Ip Route Table

    OPTI-6100 Installation and Turn-Up Practice IP Route Table Main\System Controller\Provisioning\Network Management\IP Network Provisioning\IP Route Table\ IP Route Table Use the IP Route Table (Figure 44) to keep track of known network IP addresses. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms:...

  • Page 121: Ip Services And Ports Menu

    OPTI-6100 Main Menu IP Services and Ports Menu Main\System Controller\Provisioning\Network Management\IP Network Provisioning\IP Services and Ports\ IP Services and Ports Use the IP Services and Ports menu (Figure 45) to provision additional network management options. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM...

  • Page 122: Figure 46. Terminal Server Provisioning Menu

    OPTI-6100 Installation and Turn-Up Practice Terminal Server Provisioning Menu Main\System Controller\Provisioning\Network Management\IP Network Provisioning\IP Services and Ports\Terminal Server Provisioning\ Terminal Server Provisioning Use the Terminal Server Provisioning (Figure 46) menu to provision the rear-panel X.25/ADMIN port. TID: PHX-JMR OPTI-6100 System...

  • Page 123: Table 35. Terminal Server Provisioning Menu Options

    OPTI-6100 Main Menu Table 35 lists the options in the Terminal Server Provisioning menu. Table 35. Terminal Server Provisioning Menu Options Option Description Function Network Management Port This option sets the baud rate for the rear-panel X.25 PAD. Baud Rate...

  • Page 124: Figure 47. Ip (Telnet) Service Ports Menu

    OPTI-6100 Installation and Turn-Up Practice IP (Telnet) Service Ports Menu Main\System Controller\Provisioning\Network Management\IP Network Provisioning\IP Services and Ports\IP (Telnet) Service Ports\ IP (Telnet) Service Ports Use the IP (Telnet) Service Ports menu (Figure 47) to provision Telnet port numbers. TID: PHX-JMR...

  • Page 125: Table 36. Ip (Telnet) Service Ports Menu Options

    OPTI-6100 Main Menu Table 36 lists the options in the IP (Telnet) Service Ports menu. Table 36. IP (Telnet) Service Ports Menu Options Option Description Function TL1 Telnet Port This option sets the number for the TL1 Telnet port. The valid range is 1024-65535, with a default of 2000.

  • Page 126: Figure 48. Domain Name System (Dns) Menu

    DNS Lookup System This option enables/disables the DNS Lookup System, which allows the OPTI-6100 to cooperate with a network DNS. If enabled, various options that require IP addresses also accept server names. These names are checked against a DNS routing table on the DNS servers (below).

  • Page 127: Figure 49. Remote File Host Provisioning Menu

    Event Log Export Host. General File Export Host This option specifies the IP address of the host device for any other OPTI-6100 export files. General File Log Path This option specifies the location of the export file directory on the General File Export Host.

  • Page 128: Network Ping Screen

    OPTI-6100 Installation and Turn-Up Practice Network Ping Screen Main\System Controller\Provisioning\Network Management\IP Network Provisioning\Ping Utility\ Ping Utility The Network Ping screen (Figure 50) is used to transmit a “ping” to a designated IP address, to verify the device in question is operational, and that a valid connection exists between that device and the OPTI-6100.

  • Page 129: Table 40. Ping Utility Hot Keys

    OPTI-6100 Main Menu Table 40 lists the hot keys available on the Network Ping screen. Table 40. Ping Utility Hot Keys Hot Key Description Function Continuous (1/sec) This hot key initiates a continuous transmission of pings, at a rate of one ping per second.

  • Page 130: Trusted Ip Client Access Control Menu

    Provisioning\Trusted IP Client Access Control\ Trusted IP Client Access Control Use the Trusted IP Client Access Control menu (Figure 51) to specify other IP addresses permitted to access the OPTI-6100 through remote login. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms:...

  • Page 131: Figure 52. Trusted Ip Clients List Menu

    OPTI-6100 Main Menu Trusted IP Clients List Main\System Controller\Provisioning\Network Management\IP Network Provisioning\Trusted IP Client Access Control\Trusted Clients List\ Trusted Clients List The Trusted IP Clients List menu (Figure 52) provides a list of clients who have access to the system through remote login.

  • Page 132: Figure 53. Edit Trusted Client Screen - Create New Trusted Ip Client

    OPTI-6100 Installation and Turn-Up Practice Edit Trusted Client Screen – Create New Client Main\System Controller\Provisioning\Network Management\IP Network Provisioning\Trusted IP Client Access Control\ Create New Trusted IP Client Trusted IP Clients List\Create New Trusted IP Client\ Use the Edit Trusted Client screen (Figure 53) to create new clients and edit existing clients.

  • Page 133: Figure 54. Edit Trusted Client Menu

    OPTI-6100 Main Menu Edit Trusted Client Menu Main\System Controller\Provisioning\Network Management\IP Network Provisioning\Trusted IP Client Access Control\ [Select Client] Trusted IP Clients List\[Select Client]\ Use the Edit Trusted Client menu (Figure 54) by selecting an existing client to set the client resource access and the client number of netmask bits.

  • Page 134: Table 44. Trusted Ip Clients List Menu Hot Key

    OPTI-6100 Installation and Turn-Up Practice Table 44 lists the hot key in the Edit Trusted Client menu. Table 44. Trusted IP Clients List Menu Hot Key Hot Key Description Function Delete Trusted IP Client This option deletes the trusted IP client from the list.

  • Page 135: Ip Service Ports Access Control Menu

    OPTI-6100 Main Menu IP Service Ports Access Control Menu Main\System Controller\Provisioning\Network Management\IP Network Provisioning\IP Service Ports Access Control\ IP Service Ports Access Control Use the IP Service Ports Access Control menu (Figure 55) to enable/disable IP access on various network ports.

  • Page 136: Table 45. Ip Service Ports Access Control Menu Options

    OPTI-6100 Installation and Turn-Up Practice Table 45 lists the options in the IP Service Ports Access Control menu. Table 45. IP Service Ports Access Control Menu Options Option Description Function SNMP IP Access Ports This option enables/disables SNMP IP access. The...

  • Page 137: Sonet Dcc Provisioning Menu

    112. DCC Interface Provisioning This option displays the “DCC Interfaces Screen” page 115. For a practical application of these menus, plus step-by-step instructions for provisioning SONET SDCC, refer to the OPTI-6100 Maintenance and Troubleshooting Practice (P/N 61184500L1-6). 61184500L1-5L...

  • Page 138: Sonet Dcc Upper Layers Provisioning Menu

    OPTI-6100 Installation and Turn-Up Practice SONET DCC Upper Layers Provisioning Menu Main\System Controller\Provisioning\Network Management\SONET SDCC Provisioning\Upper Layers Provisioning\ Upper Layers Provisioning Use the SONET DCC Upper Layers Provisioning menu (Figure 57) to provision the NSAP Area Address. TID: HSV00001 OPTI-6100 System...

  • Page 139: Figure 58. Nsap Area Address Menu

    OPTI-6100 Main Menu NSAP Area Address Menu Main\System Controller\Provisioning\Network Management\SONET SDCC Provisioning\Upper Layers Provisioning\NSAP Area Address\ NSAP Area Address Use the NSAP Area Address menu (Figure 58) to provision the NSAP Area Address and format. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm...

  • Page 140: Table 49. Nsap Area Address Menu Options

    OPTI-6100 Installation and Turn-Up Practice Table 49 lists the options in the NSAP Area Address menu. Table 49. NSAP Area Address Menu Options Option Description Function Format This specifies the NSAP Area Address format, determined by the equipment type at the other end of the DCC link.

  • Page 141: Dcc Interfaces Screen

    OPTI-6100 Main Menu DCC Interfaces Screen Main\System Controller\Provisioning\Network Management\SONET SDCC Provisioning\DCC Interface Provisioning\ DCC Interface Provisioning Use the DCC Interfaces screen (Figure 59) to create and provision DCC Interfaces. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms: MX Chassis: DCC Interfaces...

  • Page 142: Figure 60. Available Dcc Facilities Menu

    OPTI-6100 Installation and Turn-Up Practice Available DCC Facilities Menu — Create a New DCC Interface Main\System Controller\Provisioning\Network Management\SONET SDCC Provisioning\Create a New DCC Interface\ Create a New DCC Interface Use the Available DCC Facilities menu (Figure 60) to select the facility to support the new DCC Interface.

  • Page 143: Figure 61. Dcc Interface Menu For High Speed 1

    OPTI-6100 Main Menu DCC Interface Menu — Create a New DCC Interface Main\System Controller\Provisioning\Network Management\SONET SDCC Provisioning\Create a New DCC Interface\[Select a Facility]\ [Select a Facility] Use the DCC Interface menu (Figure 61) to provision a new or existing DCC interface.

  • Page 144: Table 52. Sts-1 Dcc Menu Options

    OPTI-6100 Installation and Turn-Up Practice Table 52 lists the options in the STS-1 DCC menu. Table 52. STS-1 DCC Menu Options Option Description Function Name This option specifies the name of the DCC interface. The default is the slot type/number, followed by a facility number (when applicable).

  • Page 145: Get Provs From Hs (Mnps) Menu

    OPTI-6100 Main Menu Get Provs From HS (MNPS) Menu Main\System Controller\Provisioning\Network Management\Get Provs From HS (MNPS)\ Get Provs From HS (MNPS) Use the Get Provs From HS (MNPS) menu (Figure 62) to enable/disable MNPS (MUX Network Provisioning Storage). MNPS automatically stores SCM provisioning on the OMM modules. If the SCM is replaced, the stored provisioning is automatically loaded to the new SCM.

  • Page 146: Snmp Menu

    OPTI-6100 Installation and Turn-Up Practice SNMP Menu Main\System Controller\Provisioning\SNMP\ SNMP Use the SNMP menu (Figure 63) to configure communication to the OPTI-6100 using the Simple Network Managment Protocol (SNMP). TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms: MX Chassis: SNMP Trap Host 1 IP : 0.0.0.0...

  • Page 147: Table 54. Snmp Menu Options

    OPTI-6100 Main Menu Table 54 lists the options in the SNMP menu. Table 54. SNMP Menu Options Option Description Function Trap Host 1 IP This option sets the IP address for SNMP trap host 1. Trap Host 2 IP This option sets the IP address for SNMP trap host 2.

  • Page 148: Tl1 Menu

    OPTI-6100 Installation and Turn-Up Practice TL1 Menu Main\System Controller\Provisioning\TL1\ Use the TL1 menu (Figure 64) to configure communication to the OPTI-6100 using the Trans- action Language-1 (TL1) protocol. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms: MX Chassis: Chassis : PHX-JMR...

  • Page 149: Table 55. Tl1 Menu Options

    Registration of the TID and Chassis Number with the management system may be required before it can manage the OPTI-6100. This is recommended for any configuration in which multiple chassis are daisy-chained through the RS-485 bus for management through a Host SCM.

  • Page 150: Client Shelf Management Menu

    Intelligent NE This selection defines a chassis managed by an NMA under a unique TID. An OPTI-6100 in this mode can be used as a stand-alone chassis or as a Client on an RS-485 daisy-chain. This mode requires a unique TID (see previous page), but all chassis have a Chassis Number of 1.

  • Page 151: Tl1 Log Menu

    Controller\Provisioning\TL1\TL1 Log\ TL1 Log Use the TL1 Command Message Log menu (Figure 66) to access the TL1 Command Message Log, which maintains a history of commands executed on the OPTI-6100, in TL1 format. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms:...

  • Page 152: Browse Tl1 Log Screen

    OPTI-6100 Installation and Turn-Up Practice Browse TL1 Log Screen Main\System Controller\Provisioning\TL1\TL1 Log\Browse TL1 Log\ Browse TL1 Log Use Browse TL1 Log (Figure 67) to display a history of commands in TL1 format, one command at a time. Browse TL1 Log TL1 Log Entry: 1 SOURCE:IP IP:(172.20.18.147) ACCOUNT(ADMIN)

  • Page 153: System Administration Menu

    Controller\Provisioning\System Administration\ System Administration This section describes the system administration functions of the OPTI-6100, including the System Configuration Archive which stores provisioning information, the System Event Log, which stores SNMP and menu events, and Auto Upgrade for system firmware upgrades.

  • Page 154: System Controller Software Update Menu

    OPTI-6100 Installation and Turn-Up Practice System Controller Software Update Menu Main\System Controller\Provisioning\System Administration\System Controller Software Update\ System Controller Software Update Use the System Controller Software Update menu (Figure 69) to upgrade the SCM firmware. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM...

  • Page 155: Remote File Update Menu

    OPTI-6100 Main Menu Remote File Update Menu Main\System Controller\Provisioning\System Administration\System Controller Software Update\Remote File Update\ Remote File Update Use the Remote File Update menu (Figure 70) to configure and initiate a remote file update of the SCM firmware. TID: PHX-JMR...

  • Page 156: Table 61. Remote File Update Menu Options

    This option specifies the filename of the upgrade file. Local File Cache Expire (Min) This option specifies how long the OPTI-6100 keeps the upgrade file to use on other modules of the same type. The valid range is 60–1440 minutes (1–24 hours), with a default of 480 minutes (8 hours).

  • Page 157: Security Administration Menu

    Table 64 on page 135 explains each level. A full list of access privileges, by option, can be found in the OPTI-6100 Maintenance and Troubleshooting Practice (P/N 61184500L1-6). TID: HSV00001 OPTI-6100 System...

  • Page 158: Table 62. Security Administration Menu Options

    OPTI-6100 Installation and Turn-Up Practice Table 62 lists the options in the Security Administration menu. Table 62. Security Administration Menu Options Option Description Function Users Currently Logged On This option displays the “Users Currently Logged On Screen” on page 133.

  • Page 159: Users Currently Logged On Screen

    Users Currently Logged On Use the Users Currently Logged On screen (Figure 72) to review current sessions on the OPTI-6100, and the method/time of access. To terminate a session, type the number of the session, and press NTER TID: HSV00001...

  • Page 160: Edit User Accounts Menu

    OPTI-6100 Installation and Turn-Up Practice Edit User Accounts Menu Main\System Controller\Provisioning\System Administration\Security Administration\Edit User Accounts\ Edit User Accounts The Edit User Accounts menu (Figure 73) lists all current user accounts. Select an account to edit to display the “Edit User Account Menu”...

  • Page 161: Table 64. Access Privileges By Level

    OPTI-6100 Main Menu Table 64 lists the access privilege levels, and explains the basic functions of each. For more details, refer to the OPTI-6100 Maintenance and Troubleshooting Practice (P/N 61184500L1-6). Table 64. Access Privileges by Level Level Privileges ADMIN An ADMIN-level account possesses full access to applicable system menus, other than menus reserved for ADTRAN Technical Support.

  • Page 162: Figure 74. Edit User Account Menu

    OPTI-6100 Installation and Turn-Up Practice Edit User Account Menu Main\System Controller\Provisioning\System Administration\Security Administration\Edit User Accounts\Edit User Account\ Edit User Account Use the Edit User Account menu (Figure 74) to change account privileges and passwords, or to enable, disable, or delete the account. The menu header indicates the selected account, and whether the account is currently enabled or disabled.

  • Page 163: Table 65. Edit User Account Menu Options

    OPTI-6100 Main Menu Table 65 lists the options in the Edit User Account menu. Table 65. Edit User Account Menu Options Option Description Function Change Password/ This option specifies a new password or privilege level for Access Privilege this account.

  • Page 164: Create User Account Menu

    OPTI-6100 Installation and Turn-Up Practice Create User Account Menu Main\System Controller\Provisioning\System Administration\Security Administration\Create New User Account\ Create New User Account Use the Create User Account menu (Figure 75) to create and configure new accounts on the OPTI-6100 System. TID: HSV00001...

  • Page 165: Security Options Menu

    Main\System Controller\Provisioning\System Administration\Security Administration\Security Options\ Security Options Use the Security Options menu (Figure 76) to configure security settings for the OPTI-6100 Systems. Security settings are global, and do not change between privilege levels. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms:...

  • Page 166: Table 68. Security Options

    OPTI-6100 Installation and Turn-Up Practice Table 68 lists the options in the Security Options menu. Table 68. Security Options Option Description Function Enable Challenge Key (EEP) This option toggles the Tech Support Challenge Key. Yes: The Challenge Key is Enabled (default).

  • Page 167: Figure 77. Account Lock-Out Options Menu

    OPTI-6100 Main Menu Account Lock-Out Options Menu Main\System Controller\Provisioning\System Administration\Security Administration\Security Options\Account Lock-Out Options\ Account Lock-Out Options The Account Lock-Out Options menu (Figure 77) specifies the system response to a failed login. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms:...

  • Page 168: Figure 78. Security Advisory Warning Screen (Default Message)

    OPTI-6100 Installation and Turn-Up Practice Security Advisory Warning Screen Main\System Controller\Provisioning\System Administration\Security Administration\Security Options\Security Advisory Warning\ Security Advisory Warning Use the Security Advisory Warning screen (Figure 78) to set a warning for unauthorized users of possible repercussions. The Security Advisory Warning is two editable lines of text. The cursor is placed at the begining of the first line of text when the screen opens.

  • Page 169: Figure 79. Password Options Menu

    Password Options Menu Main\System Controller\Provisioning\System Administration\Security Administration\Security Options\Password Options\ Password Options Use the Password Options menu (Figure 79) to set global requirements for all account passwords on the OPTI-6100 System. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms: MX Chassis: Password Options...

  • Page 170: Table 71. Password Options

    OPTI-6100 Installation and Turn-Up Practice Table 71 lists the options in the Password Options menu. Table 71. Password Options Option Description Function Activate Password This option toggles Password Complexity on/off. Complexity Yes: Options 2–6 in this menu are active. ♦...

  • Page 171: Figure 80. Account Expiration Properties Menu

    OPTI-6100 Main Menu Account Expiration Properties Menu Main\System Controller\Provisioning\System Administration\Security Administration\Security Options\Account Expiration\ Account Expiration Use the Account Expiration Properties menu (Figure 80) to limit how long an account is valid. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms: MX Chassis:...

  • Page 172: Table 72. Account Expiration Properties

    OPTI-6100 Installation and Turn-Up Practice Table 72 lists the options in the Account Expiration Properties menu. Table 72. Account Expiration Properties Option Description Function Enable Account This option toggles Account Expiration on/off. Expiration Enable: Options 2–10 in this menu are active.

  • Page 173: Figure 81. Password Aging Properties Menu

    OPTI-6100 Main Menu Password Aging Properties Menu Main\System Controller\Provisioning\System Administration\Security Administration\Security Options\Password Aging\ Password Aging Use the Password Aging Properties menu (Figure 81) to limit the time passwords remain valid. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms: MX Chassis:...

  • Page 174: Table 73. Password Aging Properties

    OPTI-6100 Installation and Turn-Up Practice Table 73 lists the options in the Password Aging Properties menu. Table 73. Password Aging Properties Option Description Function Enable Password Aging This option toggles Password Expiration on/off. Enable: Options 2–10 in this menu are active.

  • Page 175: Access Tech Support Account Screen

    The Technical Support account is used by ADTRAN Technical Support to help troubleshoot issues with the OPTI-6100. This account has higher access privileges than the ADMIN account. Only ADTRAN Technical Support can provide the key to unlock the Technical Support account, when provided with the Emergency Entry Port (EEP) Challenge Key, issued by the OPTI-6100.

  • Page 176: Radius Remote Authentication Configuration Menu

    Main\System Controller\Provisioning\System Administration\Security Administration\Radius Remote Authentication Configuration\ Radius Remote Authentication Configuration For a practical application of RADIUS Remote Authentication Configuration, refer to the OPTI-6100 Maintenance and Troubleshooting Practice (P/N 61184500L1-6). Figure 83 illustrates the Radius Remote Authentication Configuration menu. TID: HSV00001...

  • Page 177: Table 74. Radius Remote Authentication Configuration Menu Options

    3. READ_WRITE 4. TEST 5. CONFIG 6. ADMIN For Adtran-IAD-Telnet-Level attribute values, refer to “RADIUS Remote Authentication Configuration” in the OPTI-6100 Maintenance and Troubleshooting Practice (P/N 61184500L1-6). * = This menu is identical to the Primary RADIUS Server Authentication Settings menu.

  • Page 178: Figure 84. Primary Radius Server Authentication Settings Menu

    OPTI-6100 makes before advancing to the next RADIUS Server. The valid range is 0–255, with a default of 3. Time Out This option sets the length of time the OPTI-6100 waits for a response from the RADIUS Server (specified in milliseconds) before re- transmitting a request.

  • Page 179: Ssh Configuration Menu

    OPTI-6100 Main Menu SSH Configuration Menu Main\System Controller\Provisioning\System Administration\Security Administration\SSH Configuration\ SSH Configuration Use the SSH Configuration menu (Figure 85) to configure Secure Shell access to the OPTI-6100. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms: MX Chassis: SSH Configuration...

  • Page 180: System Configuration Archive (Sca) Menu

    OPTI-6100 Installation and Turn-Up Practice System Configuration Archive (SCA) Menu Main\System Controller\Provisioning\System Administration\System Configuration Archive (SCA)\ System Configuration Archive (SCA) Use the System Configuration Archive (SCA) menu (Figure 86) to: Manually or automatically save provisioning information for all installed modules to a ♦...

  • Page 181: Table 78. System Administration Archive (Sca) Menu Options

    OPTI-6100 Main Menu Table 78 lists the options in the System Configuration Archive (SCA) menu. Table 78. System Administration Archive (SCA) Menu Options Option Description Function SCA Autosave Provisioning This option displays the “SCA Autosave Provisioning Menu” on page 156.

  • Page 182: Sca Autosave Provisioning Menu

    Menus and SNMP systems allow automatic or manual Saves and Restores of SCA information to a TFTP server. Automatic save operations can be scheduled for a specific time of day, so installations with multiple OPTI-6100 chassis can reduce simultaneous SCA network traffic. TID: HSV00001...

  • Page 183: Table 79. Sca Autosave Provisioning Menu Options

    Example: AutoSave Time (Hour) is 3, and (Minute) is 15. The AutoSave operation begins shortly after 03:15 A.M. The default is 00:00 (midnight). Configure customer OPTI-6100 systems to AutoSave at different times, to prevent network congestion. AutoSave Retries This option specifies the number of retries the system performs following a failed AutoSave operation.

  • Page 184: Sca Scm Restore Provisioning Menu

    OPTI-6100 Installation and Turn-Up Practice SCA SCM Restore Provisioning Menu Main\System Controller\Provisioning\System Administration\System Configuration Archive (SCA)\SCA Controller Restore Provisioning\ SCA Controller Restore Provisioning Use the SCA SCM Restore Provisioning menu (Figure 88) to display and configure provisions related to SCA Restore of SCM provisions.

  • Page 185: Table 80. Sca Scm Restore Provisioning Menu Options

    OPTI-6100 Main Menu Table 80 lists the options in the SCA SCM Restore Provisioning menu. Table 80. SCA SCM Restore Provisioning Menu Options Option Description Function Restore Provisions to Controller This option is a global override to enable/disable the SCA Restore for all SCM provisioning settings, to protect the current SCM settings.

  • Page 186: Sca Module Restore Provisioning Menu

    OPTI-6100 Installation and Turn-Up Practice SCA Module Restore Provisioning Menu Main\System Controller\Provisioning\System Administration\System Configuration Archive (SCA)\SCA Restore Provisioning\ SCA Restore Provisioning Use the SCA Module Restore Provisioning menu (Figure 89) to provision SCA Restore opera- tions for tributary and OMM modules.

  • Page 187: Table 81. Sca Module Restore Provisioning Menu Options

    OPTI-6100 Main Menu Table 81 lists the options in the SCA Module Restore Provisioning menu. Table 81. SCA Module Restore Provisioning Menu Options Option Description Function MS1–MS4 (SMX chassis) Enter the number of any MS slot to toggle the SCA Restore ♦...

  • Page 188: Sca Operations Menu

    OPTI-6100 Installation and Turn-Up Practice SCA Operations Menu Main\System Controller\Provisioning\System Administration\System Configuration Archive (SCA)\SCA Operations\ SCA Operations Use the SCA Operations menu (Figure 90) to configure the SCA I/O method and host server, initiate manual SCA Save and Restore operations, and observe SCA operational status.

  • Page 189: Table 83. Sca Operations

    OPTI-6100 Main Menu Table 83 lists the options in the SCA Operations menu. Table 83. SCA Operations Option Description Function Remote File I/O Method This option specifies the remote file transfer protocol. The available options are as follows: TFTP (UDP/IP) ♦...

  • Page 190: Figure 91. Sca Autosave Status Screen

    OPTI-6100 Installation and Turn-Up Practice SCA Autosave Status Menu Main\System Controller\Provisioning\System Administration\System Configuration Archive (SCA)\SCA Operations\SCA Autosave Status\ SCA Autosave Status Use the SCA Autosave Status screen (Figure 91) to review the status of the SCA AutoSave system. There are no user-editable fields on this screen. Many of these fields reflect settings present on the SCA AutoSave Provisioning screen.

  • Page 191: Table 84. Sca Autosave Status Fields

    OPTI-6100 Main Menu Table 84 lists the fields in the SCA Autosave Status screen. Table 84. SCA Autosave Status Fields Field Description Autosave Filename Prefix and Suffix Refer to “SCA Autosave Provisioning Menu” on page 156. Current/Next Autosave Instance This field displays the current number of attempts for the AutoSave operation.

  • Page 192: Figure 92. Sca File Save Status Screen

    OPTI-6100 Installation and Turn-Up Practice SCA File Save Status Screen Main\System Controller\Provisioning\System Administration\System Configuration Archive (SCA)\SCA Operations\SCA Save Status\ SCA Save Status Use the SCA File Save Status screen (Figure 92) to view a summary of a current manual SCA Save.

  • Page 193: Figure 93. Sca File Restore Status Screen

    OPTI-6100 Main Menu SCA File Restore Status Screen Main\System Controller\Provisioning\System Administration\System Configuration Archive (SCA)\SCA Operations\SCA Restore Status\ SCA Restore Status Use the SCA File Restore Status screen (Figure 93) to view a summary of a current SCA Restore. TID: HSV00001...

  • Page 194: Table 86. Sca File Restore Status Fields

    OPTI-6100 Installation and Turn-Up Practice Table 86 lists the fields in the SCA File Restore Status screen. Table 86. SCA File Restore Status Fields Field Description SCA Remote Filename This field displays the file that SCA Restore is retrieving. Cards in Shelf This field displays the number of modules, and the slots where installed.

  • Page 195: System Event Logs Menu

    System Event Log becomes 90% full they system sends the SNMP trap adTAeSCMSystemLogFull For lists of System Controller menu events and SNMP events that are stored in a System Event Log, refer to the OPTI-6100 Maintenance and Troubleshooting Practice (P/N 61184500L1-6). Figure 94 illustrates the System Event Logs menu.

  • Page 196: Table 87. System Event Logs Menu Options

    OPTI-6100 Installation and Turn-Up Practice Table 87 lists the options in the System Event Logs menu. Table 87. System Event Logs Menu Options Option Description Function System and Controller Events This option displays the “System Event Log” on page 171, as relates to the Controller Module.

  • Page 197: System Event Log

    OPTI-6100 Main Menu System Event Log Main\System Controller\Provisioning\System Administration\System Event Logs\System and Controller Events\ System and Controller Events The System Event Log (Figure 95) keeps a history of actions performed on the SCM. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms: None...

  • Page 198: Figure 96. System Event Log Entry Detail Screen

    OPTI-6100 Installation and Turn-Up Practice System Event Log Entry Detail Screen Main\System Controller\Provisioning\System Administration\System Event Logs\System Event Log\[Select Event]\ [Select Event] Use the System Event Log Entry Detail screen (Figure 96) to review additional data about an event in a System Event Log.

  • Page 199: System Event Log File Export Provisioning Screen

    OPTI-6100 Main Menu System Event Log File Export Provisioning Screen Main\System Controller\Provisioning\System Administration\System Event Logs\File Export Provisioning\ File Export Provisioning Use the System Event Log File Export Provisioning menu (Figure 97) to configure settings for automatic and manual saves of the System Event Log.

  • Page 200: Table 90. System Event Log File Export Provisioning Menu Options

    OPTI-6100 Installation and Turn-Up Practice Table 90 lists the options in the System Event Log File Export Provisioning menu. Table 90. System Event Log File Export Provisioning Menu Options Option Description Function Auto Export Mode This option specifies the condition that triggers an automatic export of the System Event Log.

  • Page 201: System Event Log File Export Operations Menu

    OPTI-6100 Main Menu System Event Log File Export Operations Menu Main\System Controller\Provisioning\System Administration\System Event Logs\File Export Operations\ File Export Operations Use the System Event Log File Export Operations menu (Figure 98) to manually save the System Event Log to the host and path specified in the System Event Log File Export Provi- sioning menu (refer to “System Event Log File Export Provisioning Screen”...

  • Page 202: Auto Upgrade Status Menu

    Auto Upgrade Status Use the Auto Upgrade Status menu (Figure 99) to manually or automatically upgrade the flash firmware for the SCM, and OMM and Tributary modules installed in the OPTI-6100 system. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms:...

  • Page 203: Table 91. Auto Upgrade Status Menu Options

    OPTI-6100 Main Menu Table 91 lists the options in the Auto Upgrade Status menu. Table 91. Auto Upgrade Status Menu Options Option Description Function Local File Cache Expire (Min) This option specifies how long a flash file is retained on the SCM after it is retrieved from the server.

  • Page 204: Table 92. Auto Upgrade Status Fields

    OPTI-6100 Installation and Turn-Up Practice Table 92 lists the status fields in the Auto Upgrade Status menu. Table 92. Auto Upgrade Status Fields Field Description Upgrades This field displays the number of completed module upgrades. Errors This field displays the number of errors that have occurred since Auto Upgrade began.

  • Page 205: Table 93. Auto Upgrade Status Menu Hot Heys

    OPTI-6100 Main Menu Table 93 lists the hot keys in the Auto Upgrade Status menu. Table 93. Auto Upgrade Status Menu Hot Heys Hot Key Description Function First Slot This hot key displays the first slot requiring an upgrade during an active Auto Upgrade process.

  • Page 206: Sntp Provisioning Menu

    Administration\SNTP Provisioning\ SNTP Provisioning Use the SNTP menu (Figure 100) to provision the Simple Network Time Protocol (SNTP). SNTP sets a global Date and Time for multiple OPTI-6100 chassis across a network. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms:...

  • Page 207: Table 94. Sntp Provisioning Menu Options

    OPTI-6100 Main Menu Table 94 lists the options in the SNTP Provisioning Menu. Table 94. SNTP Provisioning Menu Options Option Description Function SNTP Host This option sets the IP address of the system providing Date and Time. Refresh Period This option specifies how often the SNTP Host is queried to ensure Date and Time remain accurate.

  • Page 208: System Release Manager (Srm) Menu

    OPTI-6100 Installation and Turn-Up Practice System Release Manager (SRM) Menu Main\System Controller\Provisioning\System Administration\System Release Manager (SRM)\ System Release Manager (SRM) The System Release Manager ( manages two full system releases, storing them on the SRM) SCM2. Use the System Release Manager menu (Figure 101) to configure the SRM.

  • Page 209: Table 96. System Release Manager Menu Options

    OPTI-6100 Main Menu Table 96 lists the options in the System Release Manager menu. Table 96. System Release Manager Menu Options Option Description Function This option enables/disables SRM control over Auto Upgrade. Select Enable or Disable (default). SRM Download Basepath This option specifies the download basepath and directory.

  • Page 210: Table 97. System Release Manager Menu Hot Keys

    OPTI-6100 Installation and Turn-Up Practice Table 97 lists the hot keys in the System Release Manager menu. Table 97. System Release Manager Menu Hot Keys Hot Key Description Function Active Release This hot key displays the “Active System Release Files Screen”...

  • Page 211: Active System Release Files Screen

    OPTI-6100 Main Menu Active System Release Files Screen Main\System Controller\Provisioning\System Administration\System Release Manager (SRM)\Active Release\ Active Release Use the Active System Release Files screen (Figure 102) to view all files in the Active Release. TID: OPTI-6100 OPTI-6100 System 01/04/00 21:34...

  • Page 212: Table 98. System Release Files Screen Fields

    OPTI-6100 Installation and Turn-Up Practice Table 98 describes the columns and fields in the System Release Files screen. Table 98. System Release Files Screen Fields Field Description Filename This field lists firmware or release configuration filenames. Duplicate, indented filenames indicate when different modules use the same firmware file.

  • Page 213: Srm More Detailed Status Screen

    OPTI-6100 Main Menu SRM More Detailed Status Screen Main\System Controller\Provisioning\System Administration\System Release Manager (SRM)\More Details\ More Details Use the SRM More Detailed Status screen (Figure 103) to view additional information. TID: OPTI-6100 OPTI-6100 System MM/DD/YY hh:mm:ss Unacknowledged Alarms: MX Chassis:...

  • Page 214: Status Menu

    This option displays the “Shelf Status Menu” on page 189. DCC Interface Status This option displays the “DCC Interfaces Screen” on page 190. Refer to the OPTI-6100 Maintenance and Troubleshooting Practice (P/N 61184500L1-6) for additional information on the Status screens. 61184500L1-5L...

  • Page 215: Shelf Status Menu

    OPTI-6100 Main Menu Shelf Status Menu Main\System Controller\Status\Shelf Status\ Shelf Status Use the Shelf Status screen (Figure 105) to view status information for the OPTI-6100 hardware and alarms. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms: None MX Chassis: Status...

  • Page 216: Dcc Interfaces Screen

    OPTI-6100 Installation and Turn-Up Practice DCC Interfaces Screen Main\System Controller\Status\DCC Interface Status\ DCC Interface Status Use the DCC Interfaces screen (Figure 106) to view the status of the DCC interfaces on the OPTI-6100. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms: None...

  • Page 217: Test Menu

    OPTI-6100 Main Menu Test Menu Main\System Controller\Test\ Test Use the Test menu (Figure 107) to test the alarm contacts on the OPTI-6100 and reboot the SCM. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms: None MX Chassis: Test Test Alarm Relays...

  • Page 218: Alarm Relay Tests Screen

    OPTI-6100 Installation and Turn-Up Practice Alarm Relay Tests Screen Main\System Controller\Test\Test Alarm Relays\ Test Alarm Relays The Alarm Relay Tests Screen (Figure 108) toggles alarm contacts by type, or all at once, to verify operation without creating alarm conditions. Even if an alarm is not provisioned, a distinct click can be heard when the contacts open and close.

  • Page 219: Controller Report Menu

    OPTI-6100 Main Menu Controller Report Menu Main\System Controller\Controller Report\ Controller Report Use the Controller Report menu (Figure 109) to review various SCM history reports. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms: None MX Chassis: Controller Report Master Alarm Log Report...

  • Page 220: Scratch Pad Screen

    OPTI-6100 Installation and Turn-Up Practice Scratch Pad Screen Main\System Controller\Scratch Pad\ Scratch Pad Use the Scratch Pad (Figure 110) to record text notes about the SCM. Each of the ten fields can store and display up to 66 characters. TID: PHX-JMR...

  • Page 221: Hs 1 / Hs 2 Menu

    OPTI-6100 Main Menu HS 1 / HS 2 Menu Main\HS 1 / 2\ HS 1 / 2 Use the HS 1 and HS 2 menus to provision the OMM modules. The headers for these menus indicate the type of module installed in the slot.

  • Page 222: Ms Modules Menus

    OPTI-6100 Installation and Turn-Up Practice MS Modules Menus Main\MS Modules\ MS Modules Use the MS Module Menus (Figure 112) to enter the menu system for a tributary module. NOTE In the example below, the ETHM8 module installed to MS11 blocks access to MS12.

  • Page 223: System Alarms Menu

    OPTI-6100 Main Menu System Alarms Menu Main\System Alarms\ System Alarms Use the System Alarms menu (Figure 113) to review and provision alarms. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms: None MX Chassis: System Alarms Shelf Alarm Status Alarm Logs...

  • Page 224: Table 105. System Alarms Menu Options

    OPTI-6100 Installation and Turn-Up Practice Table 105 lists the options in the System Alarms menu. Table 105. System Alarms Menu Options Option Description Function Shelf Alarm Status This option displays the “Shelf Alarm Status Screen” page 199. Alarm Logs This option displays the “Alarm Log Screen”...

  • Page 225: Shelf Alarm Status Screen

    Alarms\Shelf Alarm Status\ Shelf Alarm Status The Shelf Alarm Status screen (Figure 114) indicates the current alarm levels present on the SCM, OMM modules, and tributary modules on the OPTI-6100 system. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms: None...

  • Page 226: Alarm Log Screen

    Alarm Log Screen Main\System Alarms\Alarm Logs\ Alarm Logs The Alarm Log screen (Figure 115) displays a history of alarms on the OPTI-6100. The Stat column indicates whether the alarm is Active or Cleared. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms:...

  • Page 227: User-Definable Alarms Menu

    OPTI-6100 Main Menu User-Definable Alarms Menu Main\System Alarms\User-Definable Alarms\ User-Definable Alarms Use the User-Definable Alarms menu (Figure 116) to provision the alarms that permit custom alarm levels. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms: None MX Chassis: User-Definable Alarms...

  • Page 228: Table 108. User-Definable Alarms Menu Options

    ♦ Minor ♦ Major Critical (default) ♦ Craft Login Alarm Level This option sets the alarm level reported when the OPTI-6100 is accessed from the local Craft port. The available options are as follows: Info (default) ♦ Alert ♦ ♦...

  • Page 229: Environmental Alarms Menu

    OPTI-6100 Main Menu Environmental Alarms Menu Main\System Alarms\User-Definable Alarms\Environmental Alarms\ Environmental Alarms Use the Environmental Alarms menu (Figure 117) to provision environmental alarms. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms: None MX Chassis: Environmental Alarms Environmental Alarm Summary Auxiliary #1 Input...

  • Page 230: Environmental Alarm Summary Menu

    OPTI-6100 Installation and Turn-Up Practice Environmental Alarm Summary Menu Main\System Alarms\User-Definable Alarms\Environmental Alarms\Environmental Alarm Summary\ Environmental Alarm Summary The Environmental Alarm Summary menu (Figure 118) gathers the most critical environmental alarm provisioning options into a single menu. Each of the submenus is available in other locations, but this menu conveniently co-locates them for quick access, along with a quick reference of the TL1 Condition Codes, AIDs, and provisioned Levels.

  • Page 231: Auxiliary # Input Menu

    OPTI-6100 Main Menu Auxiliary # Input Menu Main\System Alarms\User-Definable Alarms\Environmental Alarms\Auxiliary # Input\ Auxiliary # Input Use the Auxiliary # Input menus (Figure 119) to provision auxiliary alarm inputs #1–3. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms: None MX Chassis:...

  • Page 232: Auxiliary Fan Alarms Menu

    This option enables/disables the 16 additional environmental alarm inputs provided by the EFANM, HFANM, LFANM, SFANM, and SHFANM. The available options are as follows: Standard: Use this option if the OPTI-6100 is equipped with ♦ a FANM assembly, or no fan. This is the default. ♦...

  • Page 233: Auxiliary Fan Inputs Menu

    OPTI-6100 Main Menu Auxiliary Fan Inputs Menu Main\System Alarms\User-Definable Alarms\Environmental Alarms\Auxiliary Fan Alarms\Auxiliary Fan Alarm Inputs\ Auxiliary Fan Alarm Inputs Use the Auxiliary Fan Inputs menu to provision single/multi-fan and fan power alarms. When Auxiliary Fan Alarm Mode (refer to “Auxiliary Fan Alarms Menu”...

  • Page 234: Figure 122. Auxiliary Fan Inputs Menu - Enhanced

    OPTI-6100 Installation and Turn-Up Practice Figure 122 illustrates the Auxiliary Fan Inputs menu for Enhanced Auxiliary Fan Alarm Mode. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms: None MX Chassis: Auxiliary Fan Inputs (Description, TL1 Condition Code, AID, Level) 1. Single Fan/Pwr...

  • Page 235: Figure 123. Single Fan Input Menu

    OPTI-6100 Main Menu Single Fan Input Menu Main\System Alarms\User-Definable Alarms\Environmental Alarms\Auxiliary Fan Alarms\Auxiliary Fan Alarm Inputs\Single Fan/Pwr\ Single Fan/Pwr Use the Single Fan Input menu (Figure 123) to provision single-fan/power alarms. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms: None...

  • Page 236: Figure 124. Multi Fan Input Menu

    OPTI-6100 Installation and Turn-Up Practice Multi Fan Input Menu Main\System Alarms\User-Definable Alarms\Environmental Alarms\Auxiliary Fan Alarms\Auxiliary Fan Alarm Inputs\Multi Fan\ Multi Fan Use the Multi Fan Input menu (Figure 124) to provision multi-fan/power alarms. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms: None...

  • Page 237: Figure 125. Auxiliary Fan Input #1 Menu

    OPTI-6100 Main Menu Auxiliary Fan Input # Menu Main\System Alarms\User-Definable Alarms\Environmental Alarms\Auxiliary Fan Alarms\Auxiliary Fan Alarm Inputs\Aux Fan Alarm #\ Aux Fan Alarm # Use the Auxiliary Fan Input # menus (Figure 125) to provision auxiliary fan alarm inputs #1–16.

  • Page 238: Figure 126. Fanm Pwr A Fail Menu

    OPTI-6100 Installation and Turn-Up Practice FANM Pwr A/B Fail Menu Main\System Alarms\User-Definable Alarms\Environmental Alarms\Auxiliary Fan Alarms\Auxiliary Fan Alarm Inputs\FANM Pwr A/B Fail\ FANM Pwr A/B Fail Use the FANM Pwr A/B Fail menus (Figure 126) to provision fan power A and B alarm inputs.

  • Page 239: Power Bus A/B Input Menu

    OPTI-6100 Main Menu Power Bus A/B Input Menu Main\System Alarms\User-Definable Alarms\Environmental Alarms\Power Bus A/B Input\ Power Bus A/B Input Use the Power Bus A/B Input menus (Figure 127) to provision Primary and Secondary power failure alarms. TID: HSV00001 OPTI-6100 System...

  • Page 240: Fan Filter Alarms Menu

    Option Description Function Fan Filter Service Interval This option specifies the time before the OPTI-6100 issues the Fan Filter Alarm, indicating a new filter is required. The valid range is 1–360 days, with a default of 180. Restart Service Interval This option restarts the Fan Filter Service Interval countdown.

  • Page 241: Fan Filter Alarm Input Menu

    OPTI-6100 Main Menu Fan Filter Alarm Input Menu Main\System Alarms\User-Definable Alarms\Environmental Alarms\Fan Filter Alarms\Fan Filter Alarm Input\ Fan Filter Alarm Input Use the Fan Filter Alarm Input menu (Figure 129) to provision the Fan Filter Alarm. TID: HSV00001 OPTI-6100 System...

  • Page 242: Alarm Enable Disable Interface Menu

    Alarms\Alarm Enable Disable\ Alarm Enable Disable Use the Alarm Enable Disable Interface menu (Figure 130) to review a master list of all alarms settings on the OPTI-6100, and to enable/disable alarms. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms: None...

  • Page 243: Auxiliary Shelf Access Screen

    OPTI-6100 Main Menu Auxiliary Shelf Access Screen Main\Auxiliary Shelf Access\ Auxiliary Shelf Access Use the Auxiliary Shelf Access screen (Figure 131) to access Client systems from a Host. This option is only selectable if Interbank Comm. Mode is set to Host.

  • Page 244: Table 123. Auxiliary Shelf Access Screen Fields

    OPTI-6100 Installation and Turn-Up Practice Table 123 describes the areas of the Auxiliary Shelf Access screen. Table 123. Auxiliary Shelf Access Screen Fields Field Description This column numbers the chassis for selection. The first chassis in the list is always the local, Host chassis. The Host is not selectable.

  • Page 245: System Inventory Screen

    OPTI-6100 Main Menu System Inventory Screen Main\System Inventory\ System Inventory The System Inventory screens (Figure 132, below, through Figure 134 on page 220) show Configuration information for all the installed modules. Press (Detail) to cycle through three information screens. TID: HSV00001...

  • Page 246: Figure 134. System Inventory Screen 3

    OPTI-6100 Installation and Turn-Up Practice TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms: None MX Chassis: System Release: None System Inventory S: H09A0306 HS 1: 06/22/01 HS 2: ......MS 1: LBADTN0604AA161 MS 7: 10/21/2003 MS 2: ......MS 8: 10/21/2003 MS 3: 11/05/2002 MS 9: ......

  • Page 247: Remote Menu Access Screen

    DCC. The Remote Menu Access screen lists all configured NEs in alphabetical number. Network Elements that do not permit direct menu access from the OPTI-6100 are listed as “Other Network Elements” for reference. Refer to the OPTI-6100 Maintenance and Troubleshooting Practice (P/N 61184500L1-6) for details on establishing DCC links.

  • Page 248: Remote Menu Access Screen - Neighbors Only Mode

    Screen\Mode\ Mode The Remote Menu Access screen in Neighbors Only mode (Figure 136) lists only those NEs that are directly connected to the OPTI-6100 initiating the remote menu session. TID: OPTIMX-1 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms: None MX Chassis:...

  • Page 249: Omm Module Installation And Turn-Up

    OMM Module Installation and Turn-Up OMM MODULE INSTALLATION AND TURN-UP This section details the installation and basic provisioning of the Optical Multiplexer (OMM) modules. Topics in this section include: “OMM3 Module Installation” on page 224 ♦ “OMM3 Module Provisioning” on page 227 ♦...

  • Page 250: Omm3 Module Installation

    OMM3 Module Installation OMM3 modules (OMM3IR illustrated in Figure 137, left) terminate an OC-3 fiber circuit to feed the OPTI-6100, converting OC-3 signals into STS-N signals, distributed through the backplane to the tributary modules. NOTICE Electrostatic discharge (ESD) can damage electronic modules.

  • Page 251: Sfp Installation

    3. Using thumb and forefinger, firmly squeeze the SFP cage and SFP together, to ensure a proper connection. NOTICE Each SFP provides different optical specifications. Only SFPs supplied by ADTRAN operate with ADTRAN modules. Use of other SFPs causes alarm conditions. Table 127 lists the SFPs supported on the OMM3S.

  • Page 252: Fiber Connection And Routing

    The OMM3SC and OMM3SR modules only terminate one fiber each. Module Insertion NOTE If present, remove the HS Module Blank (P/N 1184506L1) from the appropriate slot of the OPTI-6100 chassis. Install the OMM module according to Figure 138. 3. Close latch 1.

  • Page 253: Omm3 Module Provisioning

    All OMM3 modules must be provisioned to be put into service. In particular, equipment and facilities must be put into service, and STS circuits assigned to the equipped mid-speed groups. To provision an OMM3 module, complete the following steps: 1. From the OPTI-6100 Main menu select , and press HS1 - [module type]...

  • Page 254: Table 128. Omm3 Provisioning Options

    OPTI-6100 Installation and Turn-Up Practice 20. From the Mapping menu, select the STS-1 to map, and press NTER Refer to “Mapping Cross-Connects” on page 337 for mapping instructions. 21. Press to return to the Provisioning menu. Table 128 lists the minimum factory defaults and values that are loaded after installation and self-test for the OMM3 modules.

  • Page 255: Omm12 Module Installation

    OMM12 Module Installation OMM12 modules (OMM12VIRE illustrated in Figure 139, left) terminate an OC-12 fiber circuit to feed the OPTI-6100, converting OC-12 signals into STS-N signals, distributed through the backplane to the tributary modules. NOTICE Electrostatic discharge (ESD) can damage electronic modules.

  • Page 256: Fiber Connection And Routing

    Figure 139 on page 229 (left) for fiber routing. Module Insertion NOTE If present, remove the HS Module Blank (P/N 1184506L1) from the appropriate slot of the OPTI-6100 chassis. Install the OMM module according to Figure 140. 3. Close latch 1.

  • Page 257: Omm12 Module Provisioning

    All OMM12 modules must be provisioned to be put into service. In particular, equipment and facilities must be put into service, and STS circuits assigned to the equipped mid-speed groups. To provision the OMM12 module, complete the following steps: 1. From the OPTI-6100 Main menu select , and press HS1 - [module type]...

  • Page 258: Table 129. Omm12 Provisioning Options

    OPTI-6100 Installation and Turn-Up Practice 23. Repeat these steps to set the payload type and to map an STS to each equipped mid-speed group. Remember to map both HS1 and HS2. 24. Press to return to the Provisioning menu. Table 129 lists the minimum factory defaults and values that are loaded after installation and self-test for the OMM12 modules.

  • Page 259: Omm48 Module Installation

    OMM Module Installation and Turn-Up OMM48 Module Installation OMM48 modules terminate an OC-48 fiber circuit to feed the OPTI-6100 chassis, converting OC-48 signals into STS-N signals, distributed through the backplane to the tributary modules. Each OMM48 module requires an SFP to provide the optical interface.

  • Page 260: Figure 141. Omm48 (Left) And Omm48L (Right)

    OPTI-6100 Installation and Turn-Up Practice Use this Installation and Turn-Up procedure for the following OC-48 OMM modules: OMM48 (P/N 1184548L1, Figure 141 on left) ♦ OMM48L (P/N 1184563L1, Figure 141 on right) ♦ OMM48L 1184563L1 STATUS ALARM ON LINE TEST...

  • Page 261: Sfp Installation

    Intermediate Reach (1310 nm), single-mode SFP48L2 1184560P5 Long Reach-2 (1550 nm), single-mode SFP48S 1184560P6 Short Reach (1310 nm), single-mode NOTICE Each SFP provides different optical specifications. Only SFPs supplied by ADTRAN operate with ADTRAN modules. Use of other SFPs causes alarm conditions. 61184500L1-5L...

  • Page 262: Fiber Connection And Routing

    OPTI-6100 Installation and Turn-Up Practice Fiber Connection and Routing Identify the fiber conductors to be terminated on the OMM module, and insert the connectors into the jacks as appropriate. Figure 142 illustrates the fiber routing of the OMM48. Figure 142. OMM48 Onboard Fiber Routing...

  • Page 263: Module Insertion

    OMM Module Installation and Turn-Up Module Insertion NOTE If present, remove the HS Module Blank (P/N 1184506L1) from the appropriate slot of the MX or SMX chassis, or the LMX OMM Blank Panel (P/N 1184563G2) from the LMX chassis. Install the OMM48 module into the MX or SMX chassis according to Figure 143, left.

  • Page 264: Omm48 Module Provisioning

    All OMM48 modules must be provisioned to be put into service. In particular, equipment and facilities must be put into service, and STS circuits assigned to the equipped mid-speed groups. To provision the OC-48 OMM module, complete the following steps: 1. From the OPTI-6100 Main menu, select , and press HS1 - [module type]...

  • Page 265: Table 131. Omm48 Provisioning Options

    OMM Module Installation and Turn-Up 20. From the Mapping menu, select the STS-1 or STS-3 to map, and press NTER Refer to “Mapping Cross-Connects” on page 337 for mapping instructions. 21. Press to return to the Provisioning menu. Table 131 lists the minimum factory defaults and values that are loaded after installation and self-test for the OMM48 modules.

  • Page 266: Multi-Rate Omm Module Installation

    (Figure 144, left) supports OC-3 and OC-12 data rates. It can terminate a fiber circuit at either rate to feed the OPTI-6100, converting optical signals into digital signals, distributed through the backplane to the tributary modules. The OMM312V module uses an SFP to provide the optical interface.

  • Page 267: Sfp Installation

    Single-fiber, 1310 nm Tx/1550 nm Rx BiDi SFPs are used in single-fiber applications*. SFP3B2 1442702PG2 Single-fiber, 1550 nm Tx/1310 nm Rx * = For CWDM and single-fiber/BiDi applications, refer to the OPTI-6100 Overview, Engineering, Applications, and Ordering Practice (P/N 61184500L1-7). 61184500L1-5L...

  • Page 268: Fiber Connection And Routing

    CWDM, 1591 nm SFP12C8 1442703PG8 CWDM, 1611 nm * = For CWDM and single-fiber/BiDi applications, refer to the OPTI-6100 Overview, Engineering, Applications, and Ordering Practice (P/N 61184500L1-7). NOTICE Each SFP provides different optical specifications. Only SFPs supplied by ADTRAN operate with ADTRAN modules. Use of other SFPs causes alarm conditions.

  • Page 269: Module Insertion

    OMM Module Installation and Turn-Up Module Insertion NOTE If present, remove the HS Module Blank (P/N 1184506L1) from the appropriate slot of the OPTI-6100 chassis. Install the OMM312V module according to Figure 145. 3. Close latch 1. Open latch 2. Align module with guide groove;...

  • Page 270: Multi-Rate Omm Module Provisioning

    STS circuits must be assigned to the equipped mid-speed groups, and the SONET data rate selected to reflect the installed SFP. To provision the OMM312V module, complete the following steps: 1. From the OPTI-6100 Main menu, select , and press HS1 - [module type]...

  • Page 271: Table 134. Omm312V Provisioning Options

    OMM Module Installation and Turn-Up 19. From the Provisioning menu, select , and press Mapping NTER 20. From the Mapping menu, select the STS-1 or STS-3 to map, and press NTER Refer to “Mapping Cross-Connects” on page 337 for mapping instructions. 21.

  • Page 272: Cross-Connect Module Installation

    OPTI-6100 Installation and Turn-Up Practice Cross-Connect Module Installation Use this Installation and Turn-Up procedure for the OPTI-6100 Cross-Connect Module (OMMXCV, P/N 1184536L1). The OMMXCV module (Figure 146) is used in place of an OMM module when cross-connect capability within the chassis is required, but a high-speed network interface is not required.

  • Page 273: Module Insertion

    OMM Module Installation and Turn-Up Module Insertion NOTE If present, remove the HS Module Blank (P/N 1184506L1) from the appropriate slot of the OPTI-6100 chassis. Install the OMMXCV module according to Figure 147. 3. Close latch 1. Open latch 2. Align module with guide groove;...

  • Page 274: Cross-Connect Module Provisioning

    The OMMXCV module must be provisioned to be put into service. In particular, equipment and facilities must be put into service, and STS circuits assigned to the equipped mid-speed groups. To provision the OMMXCV module, complete the following steps: 1. From the OPTI-6100 Main menu select , and press HS[#] - [OMMXCV] NTER 2.

  • Page 275: Omm Module Clock Source Settings

    OMM Module Installation and Turn-Up OMM Module Clock Source Settings Digital circuits require a clock source for signal timing in order to operate. This configuration is part of the provisioning of the OMM modules. This section details the procedures for setting the clock source.

  • Page 276: Switch Module Installation And Turn-Up

    OPTI-6100 Installation and Turn-Up Practice SWITCH MODULE INSTALLATION AND TURN-UP This section details the installation and basic provisioning of the DS3 Switch Module for the LMX chassis (DS3SM, P/N 1184567L1). Topics in this section include: “DS3SM Installation” ♦ “DS3SM Provisioning”...

  • Page 277: Module Insertion

    Inspect all modules prior to installation. If a module has been ♦ damaged during shipping, file a claim with the carrier and contact ADTRAN Customer Support. Refer to “Appendix D, Warranty”. Module Insertion NOTE If present, remove the LMX DS3SM Blank (P/N 1184567G2) from the appropriate slot of the LMX chassis.

  • Page 278: Ds3Sm Provisioning

    Service State, Restore Factory Defaults, and Software Upgrade are the only features in the Provisioning menu. To provision the DS3SM to IS, complete the following steps: 1. From the OPTI-6100 Main menu, select , and press MS Modules NTER 2.

  • Page 279: Tributary Module Installation And Turn-Up

    Inspect all modules prior to installation. If a module has been ♦ damaged during shipping, file a claim with the carrier and contact ADTRAN Customer Support. Refer to “Appendix D, Warranty”. 61184500L1-5L...

  • Page 280: Ds1 Module Installation

    The DS1VM module is not supported in the LMX chassis. All other DS1 modules are supported in all chassis. Features may vary between DS1 modules. For detailed descriptions of individual modules, refer to the OPTI-6100 Overview, Engineering, Applications, and Ordering Practice (P/N 61184500L1-7). 61184500L1-5L...

  • Page 281: Module Insertion

    Tributary Module Installation and Turn-Up Module Insertion NOTE If present, remove the MS Module Blank (P/N 1184505L1) from the appropriate slot of the OPTI-6100 chassis. Install any DS1 module according to Figure 151. 3. Close latch 1. Open latch 2. Align module with guide groove;...

  • Page 282: Ds1 Module Provisioning

    , and press MS Modules NTER 2. From the MS Modules menu, select the DS1 module to provision, and press NTER 3. From the ADTRAN DS1M Line Card menu, select , and press Provisioning NTER 4. From the Provisioning menu, select...
  • Page 283 Tributary Module Installation and Turn-Up 15. From the Facility Provisioning menu, select , and press AINS Timer NTER NOTE AINS prevents alarms from being reported on facilities that are not yet receiving a valid signal. Refer to “Auto In-Service” on page 332. 16.

  • Page 284: Table 137. Ds1M/Ds1M2 Provisioning Options

    OPTI-6100 Installation and Turn-Up Practice Table 137 lists the minimum factory defaults and values that are loaded after installation and self-test for the DS1M/DS1M2 modules. Table 137. DS1M/DS1M2 Provisioning Options Provisioning Options Settings Equipment Provisioned State ♦ ♦ OOS-MA UAS (default) OOS-MA ♦...

  • Page 285: Ds1Vm Provisioning

    , and press MS Modules NTER 2. From the MS Modules menu, select the DS1VM module to provision, and press NTER 3. From the ADTRAN DS1VM Line Card menu, select , and press Provisioning NTER 4. From the Provisioning menu, select...
  • Page 286 OPTI-6100 Installation and Turn-Up Practice 29. Press to return to the menu. Provisioning If the system is to be timed from this tributary module, continue with the next steps, otherwise DS1VM provisioning is complete. 30. From the Provisioning menu, select...

  • Page 287: Table 138. Ds1Vm Provisioning Options

    Tributary Module Installation and Turn-Up Table 138 lists the minimum factory defaults and values that are loaded after installation and self-test for the DS1VM module. Table 138. DS1VM Provisioning Options Provisioning Options Settings Equipment Provisioned State ♦ ♦ OOS-MA UAS (default) OOS-MA ♦...

  • Page 288: Ds1Vme Provisioning

    , and press MS Modules NTER 2. From the MS Modules menu, select the DS1VME module to provision, and press NTER 3. From the ADTRAN DS1VME Line Card menu, select , and press Provisioning NTER 4. From the Provisioning menu, select...
  • Page 289 Tributary Module Installation and Turn-Up 27. On the next screen, enter the label for the DS1, and press NTER 28. Press to return to the Provisioning menu. If the system is to be timed from this tributary module, continue with the next steps, otherwise provisioning is complete.

  • Page 290: Table 139. Ds1Vme Provisioning Options

    OPTI-6100 Installation and Turn-Up Practice Table 139 lists the minimum factory defaults and values that are loaded after installation and self-test for the DS1VME module. Table 139. DS1VME Provisioning Options Provisioning Options Settings Equipment Provisioned State ♦ ♦ OOS-MA UAS (default) OOS-MA ♦...

  • Page 291: Ds1Vmt Provisioning

    , and press MS Modules NTER 2. From the MS Modules menu, select the DS1VME module to provision, and press NTER 3. From the ADTRAN DS1VMT Line Card menu, select , and press Provisioning NTER 4. From the Provisioning menu, select...
  • Page 292 OPTI-6100 Installation and Turn-Up Practice 27. On the next screen, enter the label for the DS1, and press NTER 28. Press to return to the Provisioning menu. 29. From the Provisioning menu, select , and press Transmit Timing NTER 30. From the Transmit Timing menu, select a DS1 or...

  • Page 293: Table 140. Ds1Vmt Provisioning Options

    Tributary Module Installation and Turn-Up Table 140 lists the minimum factory defaults and values that are loaded after installation and self-test for the DS1VMT module. Table 140. DS1VMT Provisioning Options Provisioning Options Settings Equipment Provisioned State ♦ ♦ OOS-MA UAS (default) OOS-MA ♦...

  • Page 294: Ds1Vm2 Provisioning

    , and press MS Modules NTER 2. From the MS Modules menu, select the DS1VM2 module to provision, and press NTER 3. From the ADTRAN DS1VM2 Line Card menu, select , and press Provisioning NTER 4. From the Provisioning menu, select...
  • Page 295 Tributary Module Installation and Turn-Up 29. Press to return to the menu. Provisioning If the system is to be timed from this tributary module, continue with the next steps, otherwise DS1VM provisioning is complete. 30. From the Provisioning menu, select , and press PRI Clock Output to OMM NTER...

  • Page 296: Table 141. Ds1Vm2 Provisioning Options

    OPTI-6100 Installation and Turn-Up Practice Table 141 lists the minimum factory defaults and values that are loaded after installation and self-test for the DS1VM2 module. Table 141. DS1VM2 Provisioning Options Provisioning Options Settings Equipment Provisioned State ♦ ♦ OOS-MA UAS (default) OOS-MA ♦...

  • Page 297: Mapping On Ds1 Vt Modules

    Tributary Module Installation and Turn-Up Mapping on DS1 VT Modules This section details the relationship between VT ordering on the OPTI-6100 OMM modules in the HS slots and the Mapping provisioning options on a DS1 VT tributary module in MS slots.

  • Page 298: Table 142. Sts-1 Cross-Connects, Vt Ordering

    OPTI-6100 Installation and Turn-Up Practice Table 142. STS-1 Cross-Connects, VT Ordering DS1 Port, in: VTG,VT HS STS AID Structure MS STS AID GR253 Mapping M13 Mapping 1–HS1–STS–x–y 1–MS#–STS–1–1 1–HS1–STS–x–y 1–MS#–STS–1–1 1–HS1–STS–x–y 1–MS#–STS–1–1 1–HS1–STS–x–y 1–MS#–STS–1–1 1–HS1–STS–x–y 1–MS#–STS–1–1 1–HS1–STS–x–y 1–MS#–STS–1–1 1–HS1–STS–x–y 1–MS#–STS–1–1 1–HS1–STS–x–y...

  • Page 299: Table 143. Vt Cross-Connects, Vt Ordering

    Tributary Module Installation and Turn-Up Table 143. VT Cross-Connects, VT Ordering DS1 Port, in: VTG,VT HS VT AID Example MS VT AID Example GR253 Mapping M13 Mapping 1–HS1–STS–x–y–1 1–MS#–STS–1–1–1 1–HS1–STS–x–y–2 1–MS#–STS–1–1–2 1–HS1–STS–x–y–3 1–MS#–STS–1–1–3 1–HS1–STS–x–y–4 1–MS#–STS–1–1–4 1–HS1–STS–x–y–5 1–MS#–STS–1–1–5 1–HS1–STS–x–y–6 1–MS#–STS–1–1–6 1–HS1–STS–x–y–7 1–MS#–STS–1–1–7 1–HS1–STS–x–y–8 1–MS#–STS–1–1–8...

  • Page 300: Figure 152. Vt Mapping In Gr253 And M13

    OPTI-6100 Installation and Turn-Up Practice Figure 152 illustrates the difference between GR253 and M13 mapping schemes. STS-1 GR253: 1 GR253: 8 GR253: 15 GR253: 22 M13: 1 M13: 2 M13: 3 M13: 4 GR253: 2 GR253: 9 GR253: 16 GR253: 23...

  • Page 301: Ds1 Framing

    2. From the Provisioning menu, select , and press Framing NTER Figure 153 illustrates the DS1VME/DS1VMT Framing menu. TID: HSV00001 OPTI-6100 System MM/DD/YY hh:mm Unacknowledged Alarms: Chassis: 1 Slot: MS7 Framing Facility # 1 : Auto (ESF) Facility #16 : Auto (Unframed)

  • Page 302: Ds3/Ec1 Module Installation

    STATUS ALARM ON LINE TEST Figure 154. DS3M3E Module DS3/EC1 modules plug directly into any OPTI-6100 chassis, in any MS slot designated for DS3/EC1 service, identified as follows: MX or SMX chassis: Slots labeled ♦ *1 *3 LMX chassis: Slots labeled for Working slots and for Protect slots.

  • Page 303: Module Insertion

    Tributary Module Installation and Turn-Up Module Insertion NOTE If present, remove the MS Module Blank (P/N 1184505L1) from the appropriate slot of the OPTI-6100 chassis. Install any DS3 module according to Figure 155. 3. Close latch 1. Open latch 2. Align module with guide groove;...

  • Page 304: Ds3/Ec1 Module Provisioning

    Use this Provisioning procedure to provision the DS3EC1M module (P/N 1184503L1). NOTE DS3 is treated as a pass-through signal. Framing is not supported. To provision the DS3EC1M module, complete the following steps: 1. From the OPTI-6100 Main menu, select , and press MS Modules NTER 2.

  • Page 305: Table 144. Ds3Ec1M Provisioning Options

    Tributary Module Installation and Turn-Up Table 144 lists the minimum factory defaults and values that are loaded after installation and self-test for the DS3EC1M module. Table 144. DS3EC1M Provisioning Options Provisioning Options Settings Equipment Provisioned State ♦ OOS-MA ♦ OOS-MA UAS (default) ♦...

  • Page 306: Ds3Ec1M3 Provisioning

    , and press MS Modules NTER 2. From the MS Modules menu, select the DS3EC1M3 module to provision, and press NTER 3. From the ADTRAN DS3 Line Card menu, select , and press Provisioning NTER 4. From the Provisioning menu, select...

  • Page 307: Table 145. Ds3Ec1M3 Provisioning Options

    Tributary Module Installation and Turn-Up Table 145 lists the minimum factory defaults and values that are loaded after installation and self-test for the DS3EC1M3 module. Table 145. DS3EC1M3 Provisioning Options Provisioning Options Settings Equipment Provisioned State ♦ OOS-MA ♦ OOS-MA UAS (default) ♦...

  • Page 308: Ds3M3E Provisioning

    , and press MS Modules NTER 2. From the MS Modules menu, select the DS3M3E module to provision, and press NTER 3. From the ADTRAN DS3 Line Card menu, select , and press Provisioning NTER 4. From the Provisioning menu, select...

  • Page 309: Table 146. Ds3M3E Provisioning Options

    Tributary Module Installation and Turn-Up Table 146 lists the minimum factory defaults and values that are loaded after installation and self-test for the DS3M3E module. Table 146. DS3M3E Provisioning Options Provisioning Options Settings Equipment Provisioned State ♦ OOS-MA ♦ OOS-MA UAS (default) ♦...

  • Page 310: Ds3M3T Provisioning

    , and press MS Modules NTER 2. From the MS Modules menu, select the DS3M3T module to provision, and press NTER 3. From the ADTRAN DS3 Line Card menu, select , and press Provisioning NTER 4. From the Provisioning menu, select...

  • Page 311: Table 147. Ds3M3T Provisioning Options

    Tributary Module Installation and Turn-Up Table 147 lists the minimum factory defaults and values that are loaded after installation and self-test for the DS3M3T module. Table 147. DS3M3T Provisioning Options Provisioning Options Settings Equipment Provisioned State ♦ OOS-MA ♦ OOS-MA UAS (default) ♦...

  • Page 312: Ds3 Framing

    OPTI-6100 Installation and Turn-Up Practice DS3 Framing Each DS3 facility on the DS3M3E and DS3M3T modules support independent framing. To provision the framing settings for each facility, complete the following steps: 1. From the DS3M3E or DS3M3T module menu, select...

  • Page 313: Ethernet Module Installation

    ETHM2 (P/N 1184510L2) ♦ Three-port Ethernet modules map/demap 155 Mbps bandwidth (STS-3c) between the backplane and three front-panel 10/100 Ethernet ports. ETHM 1184510L1 STATUS Figure 157. ETHM Module Three-port Ethernet modules plug directly into any OPTI-6100 chassis, in any MS slot. 61184500L1-5L...

  • Page 314: Module Insertion

    OPTI-6100 Installation and Turn-Up Practice Module Insertion NOTE If present, remove the MS Module Blank (P/N 1184505L1) from the appropriate slot of the OPTI-6100 chassis. Install a three-port Ethernet module according to Figure 158. 3. Close latch 1. Open latch 2.

  • Page 315: Eight-Port Ethernet Module Installation

    TEST ACT/ Figure 159. ETHM8E (Left) and ETHM8EF (Right) NOTICE Eight-port Ethernet modules are two MS slots wide. These modules plug directly into any OPTI-6100 chassis, in any odd-numbered MS slot. These modules also occupy the adjacent, even-numbered slot. 61184500L1-5L...

  • Page 316: Sfp Installation

    SFP3I 1184543P2 Intermediate-reach, single-mode optics SFP3M 1184543P3 Multi-mode optics SFP3L2 1184543P5 Long-reach-2 (1550 nm), single-mode optics NOTICE Each SFP provides different optical specifications. Only SFPs supplied by ADTRAN operate with ADTRAN modules. Use of other SFPs causes alarm conditions. 61184500L1-5L...

  • Page 317: Module Insertion

    Tributary Module Installation and Turn-Up Module Insertion NOTE If present, remove the MS Module Blanks (P/N 1184505L1) from both appropriate slots of the OPTI-6100 chassis. Install an eight-port Ethernet module according to Figure 160. 3. Close latch 1. Open latch 2.

  • Page 318: Ethernet Module Provisioning

    , and press MS Modules NTER 2. From the MS Modules menu, select the Ethernet module to provision, and press NTER 3. From the ADTRAN Ethernet Line Card menu, select , and press Provisioning NTER 4. From the Provisioning menu, select...

  • Page 319: Table 149. Ethm/Ethm2 Provisioning Options

    Tributary Module Installation and Turn-Up d. From the Port # Provisioning menu, select , and press Duplex NTER e. From the Duplex menu, select either (the default, recommended mode) or Full Duplex/Auto , and press Half Duplex Only NTER f. From the Port # Provisioning menu, select , and press Crossover NTER...

  • Page 320: Ethm8/Ethm8-2 Provisioning

    , and press MS Modules NTER 2. From the MS Modules menu, select the Ethernet module to provision, and press NTER 3. From the ADTRAN Ethernet Line Card menu, select , and press Provisioning NTER 4. From the Provisioning menu, select...

  • Page 321: Table 150. Ethm8/Ethm8-2 Provisioning Options

    Tributary Module Installation and Turn-Up 11. To set the Facility service state, complete the following procedure: a. From a Port Provisioning menu, select , and press Facility Provisioning NTER b. From the Facility Provisioning menu, select , and press NTER Table 150 lists the minimum factory defaults and values that are loaded after installation and self-test for the ETHM8/ETHM8-2 modules.

  • Page 322: Ethm8E/Ethm8Ef Provisioning

    , and press MS Modules NTER 2. From the MS Modules menu, select the Ethernet module to provision, and press NTER 3. From the ADTRAN Ethernet Line Card menu, select , and press Provisioning NTER 4. From the Provisioning menu, select...

  • Page 323: Table 151. Ethm8E/Ethm8Ef Provisioning Options

    Tributary Module Installation and Turn-Up 11. To set the Facility service state, complete the following steps: a. From a Port Provisioning menu, select , and press Facility Provisioning NTER b. From the Facility Provisioning menu, select , and press NTER Table 151 on page 297 lists the minimum factory defaults and values that are loaded after installation and self-test for the ETHM8E/ETHM8EF modules.

  • Page 324: Ethem8Ew Provisioning

    , and press MS Modules NTER 2. From the MS Modules menu, select the Ethernet module to provision, and press NTER 3. From the ADTRAN Ethernet Line Card menu, select , and press Provisioning NTER 4. From the Provisioning menu, select...
  • Page 325 Tributary Module Installation and Turn-Up 11. To set the Facility Provisioning service state, complete the following steps: a. From a Port Provisioning menu, select , and press Facility Provisioning NTER b. From the Facility Provisioning menu, select , and press NTER 12.
  • Page 326 OPTI-6100 Installation and Turn-Up Practice n. From the Flow # Provisioned Service State menu, select to put the flow into Out OOS-MA of Service–Maintenance mode. o. From the Flow # Provisioning menu, select , and press Enable State NTER p. From the Flow # Enable State menu, select , and press to start the flow.

  • Page 327: Ethm8Eh/Ethm8Hf Provisioning

    , and press MS Modules NTER 2. From the MS Modules menu, select the Ethernet module to provision, and press NTER 3. From the ADTRAN Ethernet Line Card menu, select , and press Provisioning NTER 4. From the Provisioning menu, select...

  • Page 328: Table 152. Ethm8Eh/Ethm8Hf Provisioning Options

    OPTI-6100 Installation and Turn-Up Practice 11. To set the Facility service state, complete the following procedure: a. From a Port Provisioning menu, select , and press Facility Provisioning NTER b. From the Facility Provisioning menu, select , and press NTER...

  • Page 329: Gigabit Ethernet Module Installation

    (Figure 161) maps/demaps up to 155 Mbps (STS-3c) between the backplane and a front-panel RJ-45 GigE port. GECM 1184516L1 STATUS LINK GigE Figure 161. GECM Module The GECM module plugs directly into any OPTI-6100 chassis, in any MS slot. 61184500L1-5L...

  • Page 330: Module Insertion

    OPTI-6100 Installation and Turn-Up Practice Module Insertion NOTE If present, remove the MS Module Blank (P/N 1184505L1) from the appropriate slot of the OPTI-6100 chassis. Install a GECM module according to Figure 162. 3. Close latch 1. Open latch 2. Align module with guide groove;...

  • Page 331: Gigabit Ethernet Fiber Module Installation

    The GEFMEH and GEFMEW modules only operate with OMM12 ♦ Enhanced modules or OMM48 modules. NOTE Features vary between GigE modules. For detailed descriptions of individual modules, refer to the OPTI-6100 Overview, Engineering, Applications, and Ordering Practice (P/N 61184500L1-7). GESM 1184518L1 STATUS LINK Figure 163.

  • Page 332: Sfp Installation

    OPTI-6100 Installation and Turn-Up Practice GigE fiber modules plug directly into any OPTI-6100 chassis, in any MS slot. NOTICE The GEFMEH and GEFMEW modules are each two MS slots wide. These modules plug directly into any OPTI-6100 chassis, in any odd-numbered MS slot.

  • Page 333: Fiber Connection And Routing

    Tributary Module Installation and Turn-Up Fiber Connection and Routing Identify the fiber conductors to be terminated on the GigE module, and insert the connectors into the jacks as appropriate. NOTICE The clips on the GEFMEH module permit fibers up to 2×2 mm. ♦...

  • Page 334: Module Insertion

    OPTI-6100 Installation and Turn-Up Practice Module Insertion NOTE If present, remove the MS Module Blank(s) (P/N 1184505L1) from the appropriate slot(s) of the OPTI-6100 chassis. Install the GigE module according to Figure 165. 3. Close latch 1. Open latch 2. Align module with guide groove;...

  • Page 335: Gigabit Ethernet Module Provisioning

    ♦ GECM Provisioning Use this Provisioning procedure to provision the GECM module (P/N 1184516L1). To provision the GECM module, complete the following steps: 1. From the OPTI-6100 Main menu, select , and press MS Modules NTER 2. From the MS Modules menu, select the GECM module to provision, and press NTER 3.

  • Page 336: Table 154. Gecm Provisioning Options

    OPTI-6100 Installation and Turn-Up Practice Table 154 lists the minimum factory defaults and values that are loaded after installation and self-test for the GECM module. Table 154. GECM Provisioning Options Provisioning Options Settings Equipment Provisioned State ♦ OOS-MA ♦ OOS-MA UAS (default) ♦...

  • Page 337: Gesm Or Gemm Provisioning

    ♦ GEMM (P/N 1184519L1) ♦ To provision a GESM or GEMM module, complete the following steps: 1. From the OPTI-6100 Main menu, select , and press MS Modules NTER 2. From the MS Modules menu, select the module to provision, and press NTER 3.

  • Page 338: Gefm Provisioning

    OPTI-6100 Installation and Turn-Up Practice GEFM Provisioning Use this Provisioning procedure to provision the GEFM module (P/N 1184535L1). To provision the GEFM module, complete the following steps: 1. From the OPTI-6100 Main menu, select , and press MS Modules NTER 2.

  • Page 339: Pwe3M Provisioning

    Tributary Module Installation and Turn-Up PWE3M Provisioning Use this Provisioning procedure to provision the PWE3M module (P/N 1184535L2). To provision the PWE3M module, complete the following steps: 1. From the OPTI-6100 Main menu, select , and press MS Modules NTER 2.

  • Page 340: Gefmeh Provisioning

    OPTI-6100 Installation and Turn-Up Practice GEFMEH Provisioning Use this Provisioning procedure to provision the GEFMEH module (P/N 1184546L1). To provision the GEFMEH module, complete the following steps: 1. From the OPTI-6100 Main menu, select , and press MS Modules NTER 2.

  • Page 341: Table 158. Gefmeh Provisioning Options

    Tributary Module Installation and Turn-Up Table 158 lists the minimum factory defaults and values that are loaded after installation and self-test for the GEFMEH module. Table 158. GEFMEH Provisioning Options Provisioning Options Settings Equipment Provisioned State ♦ ♦ OOS-MA UAS (default) OOS-MA ♦...

  • Page 342: Gefmew Provisioning

    , and press MS Modules NTER 2. From the MS Modules menu, select the GEFMEW module to provision, and press NTER 3. From the ADTRAN Ethernet Line Card menu, select , and press Provisioning NTER 4. From the Provisioning menu, select...
  • Page 343 Tributary Module Installation and Turn-Up 13. To add members to the LCAS group, complete the following steps: a. From the VCG # Provisioning menu, select , and press LCAS NTER b. From the VCG # LCAS Provisioning menu, select , and press LCAS NTER c.

  • Page 344: Transmux Module Installation

    MX chassis: Slots 1&2, 5&6, 7&8, and 11&12 ♦ SMX chassis: Slots 1&2 and 3&4 ♦ LMX chassis: Slots 1–5, 8–12, 13–17, and 20–24 ♦ NOTE The TRAM module is only supported on the MX and SMX chassis. The TRAM3 is supported on all OPTI-6100 chassis. 61184500L1-5L...

  • Page 345: Module Insertion

    Tributary Module Installation and Turn-Up Module Insertion NOTE If present, remove the MS Module Blank (P/N 1184505L1) from the appropriate slot of the OPTI-6100 chassis. Install the TRAM or TRAM3 module according to Figure 167. 3. Close latch 1. Open latch 2.

  • Page 346: Transmux Module Provisioning

    ♦ TRAM Provisioning Use this Provisioning procedure to provision the TRAM module (P/N 1184512L1). To provision the TRAM module, complete the following steps: 1. From the OPTI-6100 Main menu, select , and press MS Modules NTER 2. From the MS Modules menu, select the TRAM module to provision, and press NTER 3.

  • Page 347: Table 159. Tram Provisioning Options

    Tributary Module Installation and Turn-Up Table 159 lists the minimum factory defaults and values that are loaded after installation and self-test for the TRAM module. Table 159. TRAM Provisioning Options Provisioning Options Settings Equipment Provisioned State ♦ OOS-MA ♦ OOS-MA UAS (default) ♦...

  • Page 348: Tram3 Provisioning

    OPTI-6100 Installation and Turn-Up Practice TRAM3 Provisioning Use this Provisioning procedure to provision the TRAM3 module (P/N 1184532L1). To provision the TRAM3 module, complete the following steps: 1. From the OPTI-6100 Main menu, select , and press MS Modules NTER 2.

  • Page 349: Table 160. Tram3 Provisioning Options

    Tributary Module Installation and Turn-Up Table 160 lists the minimum factory defaults and values that are loaded after installation and self-test for the TRAM3 module. Table 160. TRAM3 Provisioning Options Provisioning Options Settings Equipment Provisioned State ♦ OOS-MA ♦ OOS-MA UAS (default) ♦...

  • Page 350: Oc-3/Oc-12 Tributary Module Installation

    O3TMM (P/N 1184543L3) ♦ OC-3 tributary modules provide an OC-3 interface to the OPTI-6100, and retime and map 3×STS-1 or one STS-3c to the OMM modules. The O12TME provides an OC-12 tributary interface to the OPTI-6100, and retimes and maps 12×STS-1 or 4×STS-3c to the OMM modules.

  • Page 351: Sfp Installation

    Single-fiber, 1310 nm Tx/1550 nm Rx BiDi SFPs are used in single-fiber applications*. SFP3B2 1442702PG2 Single-fiber, 1550 nm Tx/1310 nm Rx * = For CWDM and single-fiber/BiDi applications, refer to the OPTI-6100 Overview, Engineering, Applications, and Ordering Practice (P/N 61184500L1-7). 61184500L1-5L...

  • Page 352: Fiber Connection And Routing

    CWDM, 1591 nm SFP12C8 1442703PG8 CWDM, 1611 nm * = For CWDM and single-fiber/BiDi applications, refer to the OPTI-6100 Overview, Engineering, Applications, and Ordering Practice (P/N 61184500L1-7). NOTICE Each SFP provides different optical specifications. Only SFPs supplied by ADTRAN operate with ADTRAN modules. Use of other SFPs causes alarm conditions.

  • Page 353: Module Insertion

    Tributary Module Installation and Turn-Up Module Insertion NOTE If present, remove the MS Module Blank(s) (P/N 1184505L1) from the appropriate slot(s) of the OPTI-6100 chassis. Install the OC-3/OC-12 tributary module according to Figure 169. 3. Close latch 1. Open latch 2.

  • Page 354: Oc-3 Tributary Module Provisioning

    ♦ O3TME (P/N 1184543L4) ♦ To provision an OC-3 tributary module, complete the following steps: 1. From the OPTI-6100 Main menu, select , and press MS Modules NTER 2. From the MS Modules menu, select the O3TM module to provision, and press NTER 3.

  • Page 355: Table 163. O3Tm Provisioning Options

    Tributary Module Installation and Turn-Up Table 163 lists the minimum factory defaults and values that are loaded after installation and self-test for the O3TM modules. Table 163. O3TM Provisioning Options Provisioning Options Settings Equipment Provisioned State ♦ OOS-MA ♦ OOS-MA UAS (default) ♦...

  • Page 356: Tributary Module Provisioning

    Each tributary module has its own Provisioning menu tree. This section highlights some of the items in the O12TME (P/N 1184544L1) menu tree needed to provision a new module. To provision the O12TME module, complete the following steps: 1. From the OPTI-6100 Main menu, select , and press MS Modules NTER 2.

  • Page 357: Table 164. O12Tme Provisioning Options

    Tributary Module Installation and Turn-Up Table 164 lists the minimum factory defaults and values that are loaded after installation and self-test for the O12TME module. Table 164. O12TME Provisioning Options Provisioning Options Settings Equipment Provisioned State ♦ OOS-MA ♦ OOS-MA UAS (default) ♦...

  • Page 358: Auto In-Service

    OPTI-6100 Installation and Turn-Up Practice Auto In-Service Each OPTI-6100 module is equipped with Auto In-Service (AINS), which pre-provisions any facility to go automatically In Service (IS), only after the customer side of the interface has a valid signal that has been active for a predetermined, provisionable period of time (refer to “AINS Time”...

  • Page 359: Auto Frame Format Detection

    Tributary Module Installation and Turn-Up Auto Frame Format Detection For OPTI-6100 tributary modules equipped with framers (DS1VME, DS1VMT, DS3M3E, and DS3M3T), the default DS1 or DS3 Framing option is Auto, which enables Auto Frame Format Detection. Since Framing is set per facility, so is Auto Frame Format Detection.

  • Page 360: Dcc Provisioning On Tributary Modules

    The LMX chassis limits the mid-speed DCC channels to a maximum of 12. To provision DCC on the tributary modules, complete the following steps: 1. From the OPTI-6100 Main menu, select , and press System Controller NTER 2.
  • Page 361 Tributary Module Installation and Turn-Up 8. Press to return to the menu. SONET DCC Provisioning 9. From the SONET DCC Provisioning menu, select , and press DCC Interface Provisioning NTER 10. From the DCC Interfaces menu, press to create a new DCC interface. This brings up a list of available facilities to which a DCC interface may be assigned.

  • Page 362: Blank Panel Installation

    Install blank front panels in any slot that is not to be equipped at this time. These blanks are required for NEBS compliance. Figure 170 illustrates the following blanks: MS Blank (P/N 1184505L1): covers any unused MS slot in all OPTI-6100 chassis ♦ HS Blank (P/N 1184506L1): covers an unused slot in the MX or SMX chassis ♦...

  • Page 363: Mapping Cross-Connects

    OMM modules support the provisioning of cross-connects within the OPTI-6100 chassis. To facilitate the cross-connects, a dual-pane interface allows simultaneous viewing of two different modules, ports, or both within the OPTI-6100 system. This section presents the operational considerations of this interface.

  • Page 364: Navigating The Dual-Pane Screen

    OPTI-6100 Installation and Turn-Up Practice Figure 172 shows a typical STS-3C Mapping screen. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms: Chassis: 1 Slot: HS1 HS1 STS3C Mapping /------------ Select STS3C ------------\/------------ Select STS3C ------------\ | HS 1 STS3C 1 <> MS 4 || HS 1 STS3C 1 <>...

  • Page 365: Types Of Mappings

    ; it is not receiving data from anywhere else in the ♦ broadcast OPTI-6100 (for line TX), but it is sending data to at least one other port. Types of Mappings Table 167 lists mapping types supported on the tributary modules.

  • Page 366: Table 168. Omm Cross-Connects

    OPTI-6100 Installation and Turn-Up Practice Table 167. Tributary Module Cross-Connects (Continued) Tributary Module VT1.5 STS-1 STS-3c STS-12c Payload Gigabit Ethernet Modules GECM GFP, PPP, X.86 GEFM GEFMEH GFP, X.86 GEFMEW GFP, X.86 GEMM GFP, PPP, X.86 GESM GFP, PPP, X.86 PWE3M VT1.5...

  • Page 367: Table 169. Omm Vt-To-Vtg,Vt Mappings

    Mapping Cross-Connects Table 169 defines the relationship between logical VTs to VTG,VT on the OMM modules. Table 169. OMM VT-to-VTG,VT Mappings VT to VTG,VT VT to VTG,VT 61184500L1-5L...

  • Page 368: Omm3 And Omm12 Mappings

    OPTI-6100 Installation and Turn-Up Practice OMM3 and OMM12 Mappings The topics in this section are as follows: “Creating a New STS-3c Mapping” on page 342 ♦ “Creating a New STS-1 Mapping” on page 344 ♦ “Creating a New VT1.5 Mapping”...

  • Page 369: Figure 174. Pre-Provisioning Options

    Ethernet, as illustrated in Figure 174. NOTE If the MS slot is already occupied by a tributary module, it can no longer be pre-provisioned. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms: Chassis: 1 Slot: HS1 Preprovision MS2 as... Ethernet (VCat support)

  • Page 370: Creating A New Sts-1 Mapping

    OPTI-6100 Installation and Turn-Up Practice Creating a New STS-1 Mapping STS-1 Mapping requires an additional level of the dual-pane mode. First, at the system-level view, the slots are displayed in a list (regardless of whether the slots are occupied by tributary modules at the time).

  • Page 371: Figure 176. Sts1 Mapping Menu, Select Port

    Mapping Cross-Connects pane (Figure 176) appears in place of the module list on that side. Select Port TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms: Chassis: 1 Slot: HS1 HS1 STS1 Mapping /----------- MS3 - Select Port ----------\/------------ Select Module -----------\...

  • Page 372: Creating A New Vt1.5 Mapping

    OPTI-6100 Installation and Turn-Up Practice Since Ethernet ports can contain a variable number of STS-1s, a line is <New connection> provided at the end. To create a new connection, highlight this option and press NTER Ethernet ports can be in either STS-1 or VT1.5 mode. In order to work with an Ethernet port with the STS-1 mapping menu the port must be set to STS-1 mode.

  • Page 373: Omm48 Mappings

    Also, OMM48 modules add the capacity to map STS-12c. At the topmost level, the OMM48 Mapping menus differ from the OMM3 or OMM12, offering an added option to map STS-12c. Figure 179 illustrates an OMM48 Mapping menu. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms: Chassis: 1 Slot: HS1...

  • Page 374: Figure 181. Sts-12C Mapping - Select View

    OPTI-6100 Installation and Turn-Up Practice On OMM48 modules, the option is available to map HS1 and HS2 simultaneously, or to map them separately. Once a mapping level is selected, the screens are the same as the Mapping screens for the OMM3 and OMM12 modules (refer to “OMM3 and OMM12 Mappings”...

  • Page 375: Passthroughs

    To reduce the potential for confusion, both cursors move together in lockstep. Passthroughs are labeled “Passthrough” in the Mapping screen for easy identification. Figure 182 illustrates the Mapping screen with passthroughs. TID: PHX-JMR OPTI-6100 System MM/DD/YY HH:MM Unacknowledged Alarms: Chassis: 1 Slot: HS1...
  • Page 376 OPTI-6100 Installation and Turn-Up Practice This page is intentionally blank. 61184500L1-5L...

  • Page 377: Acceptance Test Procedure

    Acceptance Test Procedure INTRODUCTION This appendix details the steps which must be performed to verify that an ADTRAN OPTI-6100 chassis has been properly installed in a central office (CO). An Acceptance Test Checklist is provided at the end of this procedure for sign-off on completion of this phase of installation.

  • Page 378: Procedure Overview

    DSX-3 panel. If a wiring problem is found, correct the problem before proceeding. 4. Verify the timing input connections (if present). If timing connections have been made to the OPTI-6100 chassis, perform the steps indicated below. a. Check for the timing source port alarm.

  • Page 379: Follow-Up Procedures

    Once these procedures are complete, the OPTI-6100 chassis is ready for turnover. Verify OPTI-6100 Chassis Wiring to the DSX-1 This procedure details the test steps which must be performed to verify that an OPTI-6100 chassis has been properly wired to the DSX-1 This procedure should be performed by two people: one at the chassis under test and the other at the MDF.
  • Page 380 VT1.5 (GR-253 Numbered) NTER 20. Type to copy this mapping to the mate card also. 21. Press three times to return to the OPTI-6100 Main menu. 22. From the Main menu, select , and press MS Modules NTER 23. From the MS Modules menu, select a tributary module to be configured, and press NTER 24.

  • Page 381: Verify Opti-6100 Chassis Wiring To The Dsx-3

    4. Connect a serial cable to the CRAFT port of the OPTI-6100. 5. Open a terminal session and configure the baud rate to 19200. 6. Log in to the OPTI-6100 with a username and password. The default username is ADMIN. The default password is PASSWORD.
  • Page 382 OPTI-6100 Installation and Turn-Up Practice 19. Press three times to return to the OPTI-6100 Main menu. 20. From the Main menu, select , and press MS Modules NTER 21. From the MS Modules menu, select a tributary module to be configured, and press NTER 22.

  • Page 383: Verifying The Fan Assembly Alarm Connection To The Scm

    Fan Assembly is powered and working. If the Fan Assembly is operating but an alarm state is still present, check the wiring between the Fan Assembly and the OPTI-6100 chassis to verify that it is correct. (Refer to 61184500L1-5 or the appropriate fan module Job Aid for details of correct wiring.) Take any corrective action required to clear the alarm...
  • Page 384 (MINOR is the default level for this alarm). If no alarm appears, check the alarm wiring between the Fan Assembly and the OPTI-6100 chassis (wiring details are given in 61184500L1-5). 9. Replace the Fan Assembly fuse that was removed in Step 7.

  • Page 385: Verifying The Alarm Relay Output Connections To The Scm

    Appendix A, Acceptance Test Procedure - Follow-Up Procedures Verifying the Alarm Relay Output Connections to the SCM This procedure details the test steps which must be performed to verify that the OPTI-6100 chassis external alarm relay outputs are properly connected to any office alarm equipment.
  • Page 386 Verify that the Alarm Relay Concentrator indicates a minor visual alarm for the proper chassis location. c. Toggle the Minor Visual Relay off. d. Verify that the alarm indication clears on the Concentrator. 13. Logout of the OPTI-6100 System. a. Press until the top level chassis menu is displayed. b. Select...

  • Page 387: Procedure

    OPTI-6100 is connected is lit. If this light is not lit, check the cabling between the hub and the chassis. If none of these steps are successful, contact the administrator of the local area network for assistance.
  • Page 388 OPTI-6100 Installation and Turn-Up Practice NOTE Refer to the documentation of the computer system if unsure how ♦ to perform a Ping command. On most computers running a networked version of Microsoft Windows or UNIX, the Ping command is simply at a command prompt.

  • Page 389: Acceptance Test Checklist For Opti-6100

    Appendix A, Acceptance Test Procedure - Acceptance Test Checklist for OPTI-6100 ACCEPTANCE TEST CHECKLIST FOR OPTI-6100 System Acceptance Checklist-Summary System: _____________________________ Table A-1. Test Step Checklist Test Step Completed (Initial) 1. Verify Power Connection 2. Verify DS1 Wiring 3. Verify DS3 Wiring 4.
  • Page 390 OPTI-6100 Installation and Turn-Up Practice This page is intentionally blank. A-14 61184500L1-5L...

  • Page 391: Mnps Items

    Appendix B MNPS Items MNPS stores the following SCM provisioning settings to the OMM modules: General ♦ Management Ports ◊ • Admin Port - Craft and Network Port Baud Rates • Admin Port - Admin Port Communications • Admin Port - Use RTS/CTS (Hardware Handshaking) •...
  • Page 392 OPTI-6100 Installation and Turn-Up Practice Domain Name System (DNS) ◊ • DNS Lookup System • Primary DNS Server • Secondary DNS Server • Domain Search List Get Prov from HS Module ◊ SNMP ♦ SNMP Trap Host Information (1-4) ◊...

  • Page 393: Advanced Ethernet Provisioning

    Appendix C Advanced Ethernet Provisioning OVERVIEW OPTI-6100 Ethernet and Gigabit Ethernet modules include extensive provisioning options, many of which are available or unavailable depending on the selected VLAN Mode. This appendix explains these options. Ethernet and Gigabit Ethernet modules differ slightly, and are explained separately.

  • Page 394: 10/100 Ethernet

    OPTI-6100 Installation and Turn-Up Practice 10/100 ETHERNET The topics in this section are as follows: “ETHM/ETHM8 Provisioning Options” on page C-2 ♦ “ETHM8E/ETHM8EH Provisioning Options” on page C-3 ♦ ETHM/ETHM8 Provisioning Options Table C-1 lists the advanced provisioning options for the following Ethernet modules: ETHM (P/N 1184510L1) ♦...

  • Page 395: Ethm8E/Ethm8Eh Provisioning Options

    Appendix C, Advanced Ethernet Provisioning - 10/100 Ethernet ETHM8E/ETHM8EH Provisioning Options Table C-2 lists the advanced provisioning options for the following Enhanced Ethernet modules: ETHM8E (P/N 1184525L1) ♦ ETHM8EH (P/N 1184545L1) ♦ Table C-2. ETHM8E/ETHM8EH Advanced Provisioning Option Description “VLAN Mode” on page C-3 This displays the VLAN Mode menu.

  • Page 396: Transparent

    OPTI-6100 Installation and Turn-Up Practice Transparent This mode is a one-to-one mapping from the Ethernet port to the configured VCG. No Ethernet packet modification is done. Provisioning options affected by this mode are as follows: Peak Rate: This controls the maximum supported rate/EIR allowed from the customer port, ♦...

  • Page 397: Translation

    Appendix C, Advanced Ethernet Provisioning - 10/100 Ethernet Translation This mode supports EVPL by translating the VLAN tags in the received Ethernet frames into values used by the service provider. Six translations plus the tagging of untagged frames is supported per port. This mode allows the mapping of different customer VLAN IDs on a single port to different uplink VCGs and service provider tags.

  • Page 398: Gigabit Ethernet

    OPTI-6100 Installation and Turn-Up Practice GIGABIT ETHERNET The topics in this section are as follows: “GEFM Provisioning Options” on page C-6 ♦ “GEFMEH Provisioning Options” on page C-8 ♦ “PWE3M Provisioning Options” on page C-11 ♦ GEFM Provisioning Options Table C-4 lists the advanced provisioning options for the GEFM (P/N 1184535L1) module, including provisioning options for packet flows.

  • Page 399: Table C-5. Vlan Identification Menu Options

    Appendix C, Advanced Ethernet Provisioning - Gigabit Ethernet Table C-5 lists the options in the VLAN Identification menu. Table C-5. VLAN Identification Menu Options Option Description Source VID This sets the VID for the flow. The valid range of values is 0–4095. Tag Manipulation This specifies if the incoming VLAN information can be pushed, popped, or swapped:...

  • Page 400: Gefmeh Provisioning Options

    OPTI-6100 Installation and Turn-Up Practice GEFMEH Provisioning Options Table C-6 lists the advanced provisioning options for the GEFMEH (P/N 1184546L1) module. Table C-6. GEFMEH Advanced Provisioning Option Description “VLAN Mode” on page C-8 This displays the VLAN mode menu. Pause Frame This enables/disables Pause frames on the port when the customer exceeds the port-based PIR rate.

  • Page 401: Transparent

    Appendix C, Advanced Ethernet Provisioning - Gigabit Ethernet Transparent This mode is a one-to-one mapping from the Ethernet port to the configured VCG. No Ethernet packet modification is done. Provisioning options affected by this mode are as follows: Peak Rate: This controls the maximum supported rate/EIR allowed from the customer port, ♦...

  • Page 402: Translation

    OPTI-6100 Installation and Turn-Up Practice Translation This mode supports EVPL by translating the VLAN tags in the received Ethernet frames into values used by the service provider. Six translations plus the tagging of untagged frames is supported per port. This mode allows the mapping of different customer VLAN IDs on a single port to different uplink VCGs and service provider tags.

  • Page 403: Pwe3M Provisioning Options

    Appendix C, Advanced Ethernet Provisioning - Gigabit Ethernet PWE3M Provisioning Options The topics in this section are as follows: “Ethernet Provisioning” on page C-11 ♦ “Pseudowire Provisioning” on page C-12 ♦ “PDH Provisioning” on page C-16 ♦ Ethernet Provisioning Table C-8 lists the Ethernet provisioning options for the PWE3M module (P/N 1184535L2).

  • Page 404: Pseudowire Provisioning

    This enables/disables a system timestamp. This stamp is immedi- ately follows the pseudowire timestamp in the pseudowire packet. This is primarily used with the ADTRAN MX408e as the remote sys- tem. Enabling this option also sets the UDP checksum to zero.

  • Page 405: Satop Payload Size

    Appendix C, Advanced Ethernet Provisioning - Gigabit Ethernet SAToP Payload Size Use the SAToP Payload Size menu to specify the payload size of the pseudowire, in bytes, when Mode is configured for SAToP. This menu allows each pseudowire to be provisioned individ- ually, or in batches.

  • Page 406: Playout Buffer

    OPTI-6100 Installation and Turn-Up Practice Playout Buffer The Playout Buffer (or “jitter buffer”) allows the DS1/E1 to be reconstructed from the pseudowire in the presence of packet delay variation from the packet network. This menu allows each pseudowire to be provisioned individually, or in batches. Select a pseudowire by entering the appropriate number, or select Set Multiple to specify a range.

  • Page 407: Pseudowire

    Appendix C, Advanced Ethernet Provisioning - Gigabit Ethernet Pseudowire The Pseudowire 1–14 and Pseudowire 15–28 options both lead to menus for selecting individual pseudowires. Except for the pseudowire number in the heading, each menu is identical. Table C-14 lists the options in a Pseudowire menu. Table C-14.

  • Page 408: Pdh Provisioning

    OPTI-6100 Installation and Turn-Up Practice PDH Provisioning The topics in this section are as follows: “DS1 Framing” on page C-16 ♦ “E1 Framing” on page C-16 ♦ “DS0 Mapping” on page C-17 ♦ DS1 Framing This option is only available if Operation Mode is set to T1. For E1 operation refer to “E1...

  • Page 409: Ds0 Mapping

    Appendix C, Advanced Ethernet Provisioning - Gigabit Ethernet DS0 Mapping DS0 mapping is only applicable on pseudowires configured for CESoP mode. NOTICE When switching from SAToP mode to CESoP mode, a DS1/E1 framing format must first be provisioned. When switching from CESoP to SAToP mode all DS0 mapping must first be removed.
  • Page 410 OPTI-6100 Installation and Turn-Up Practice This page is intentionally blank. C-18 61184500L1-5L...

  • Page 411: Warranty

    Appendix D Warranty WARRANTY AND CUSTOMER SERVICE ADTRAN will replace or repair this product within the warranty period if it does not meet its published specifications or fails while in service. Warranty information can be found at www.adtran.com/warranty. Refer to the following subsections for sales, support, Customer and Product Service (CAPS) requests, or further information.
  • Page 412 ® Carrier Networks Division 901 Explorer Blvd. Huntsville, AL 35806...

Table of Contents