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Cisco AS5800 Operations, Administration, Maintenance, and Provisioning Guide
DOC-7810814=
Chapter 6 Provisioning
Split Dial Shelves
When in split mode, the show dial-shelf output is extended. For example:
5800# show dial-shelf
System is in split dial shelf mode.
Slots owned: 0 2 3 4 5 6 (connected to DSC in slot 13)
Slot Board CPU DRAM I/O Memory State Elapsed
Type Util Total (free) Total (free) Time
0 CE1 0%/0% 21341728( 87%) 8388608( 45%) Up 01:11:37
2 CE1 0%/0% 21341728( 87%) 8388608( 45%) Up 01:11:37
4 Modem(HMM) 20%/20% 6661664( 47%) 6291456( 33%) Up 01:11:37
5 Modem(DMM) 0%/0% 6661664( 31%) 6291456( 32%) Up 01:11:37
6 Modem(DMM) 0%/0% 6661664( 31%) 6291456( 32%) Up 01:11:37
13 DSC 0%/0% 20451808( 91%) 8388608( 66%) Up 01:16:31
Dial shelf set for auto boot
Note that only the first two lines of output are new. The remaining information is exactly the same
as what would currently be displayed if there were no cards in the slots that are not owned (1 and 7
to 12).
• A new command, show dial-shelf split, has been added to provide some minimal information about
the types of cards in non-owned slots. For example:
5800# show dial-shelf split
System is in split dial shelf mode, connected to DSC in slot 13.
Slots owned: 0 2 3 4 5 6
Non owned slots:
Slot Board Type
1 CE1
7 Modem(DMM)
8 Modem(DMM)
9 Modem(DMM)
10 Slot Empty
11 Slot Empty
12 DSC
Note Note that the show dial-shelf split command also shows the slots and corresponding
feature boards for orphan slots (those slots not owned by either router shelf). This means
that OIR events on all slots in the dial shelf are detected by both DSCs, and the feature
boards are added to or deleted from the list of boards physically present in the dial shelf.
When a feature board is inserted into an orphan slot, a message is sent to both router shelves
indicating that a feature board was just inserted. This message differs from an OIR event
message, OIR event processing is done only for owned slots.
• The show context command works only for owned slots. However, show context all displays all
information available about any slot. This is intended to cover the case where ownership of a feature
board is moved from one router shelf to the other after a crash.
- Cisco AS5800 Operations 1
- Provisioning Guide 1
- CONTENTS 3
- 2 Commissioning 2-1 4
- 3 Operations 3-1 5
- 4 Administration 4-1 5
- 5 Maintenance 5-1 6
- 6 Provisioning 6-1 6
- Contents 7
- Document Objectives 9
- Audience 9
- Document Organization 10
- Document Conventions 10
- Safety Warnings 11
- Related Documentation 12
- For More Information 14
- Obtaining Documentation 14
- Ordering Documentation 15
- Documentation Feedback 15
- Cisco.com 15
- Technical Assistance Center 16
- Introduction 19
- Chapter1 Introduction 20
- Cisco AS5800 Hardware Review 21
- System Architecture 22
- ROM Monitor 22
- Chapter 1 Introduction 23
- IP Subnetting Plan 24
- Device Parameters 25
- User Interface Command Modes 26
- Command Modes 27
- Context-Sensitive Help 28
- Basic Cisco AS5800 Start Up 29
- Cisco AS5800 First-Time Boot 33
- Using the Setup Script 34
- Passwords 35
- Commissioning 43
- Chapter 2 Commissioning 44
- Call-Processing Components 45
- Task 1. Verifying Basic Setup 47
- Inspecting the Dial Shelf 51
- DSC Troubleshooting Tips 52
- Using DSIP 54
- Investigating Memory Usage 61
- Verifying CPU Utilization 63
- Table 2-5 Local AAA Commands 65
- Setting Up a Log In Banner 66
- Configuring Basic IP 67
- Table 2-7 Alarm Conditions 72
- Table 2-9 IP Routing Commands 77
- Figure 2-6 Test Environment 79
- Operations 83
- Async DataComm Model 84
- Verifying Modem Performance 86
- V.34 Basic Rules 89
- V.90 Basic Rules 90
- Configuring IPCP Options 108
- Configuring LCP Options 109
- Enabling PPP Autoselect 110
- Troubleshooting Flow Diagrams 113
- DOC-7810814= 114
- Chapter 3 Operations 114
- Inspecting Active Call States 116
- Modem Management Operations 122
- Managing Modem Firmware 123
- Inspecting Modem Firmware 124
- Upgrading Modem Firmware 126
- Using Modem Call-Record Terse 136
- Using SNMP 136
- Administration 139
- Table 4-1 RMON Groups 140
- Chapter 4 Administration 141
- Enabling Syslog 142
- Enabling SNMP 145
- Table 4-4 SNMP Commands 146
- XL1 installed 148
- Access Service Security 151
- Configuring RADIUS 152
- RADIUS Operation 153
- AAA Commands 161
- RADIUS Commands 161
- Configuring TACACS+ 162
- Enabling AAA Globally 167
- Identify a List Name 168
- • Users Dialing In Using PPP 170
- Users Dialing In Using PPP 171
- Login Authentication Example 171
- TACACS+ Authorization 172
- Authorization Examples 175
- TACACS+ Security Examples 176
- Maintenance 179
- Chapter 5 Maintenance 180
- Replacement Procedures 180
- Tools and Parts Required 182
- Removing a Power Entry Module 182
- –48V –48V 185
- Replacing a Filter Module 186
- Removing a Filter Module 187
- Replacing the Filter Module 190
- Panel fastener 194
- Connecting the Cables 197
- Replacing a Flash Memory Card 200
- Removing a Flash Memory Card 202
- Replacing the Blower Assembly 203
- Port adapter lever 206
- Slot number 206
- Unlocked position 206
- Locked position 206
- ORK PROCESSING ENGINE-150 211
- Power switches 211
- AC-input power 214
- AC power cable 214
- Figure 5-30.) 217
- Figure 5-31.) 218
- Filter module 219
- Back cover 219
- Backplane module 220
- Replacing the Backplane 221
- Troubleshooting 222
- AS5800 Dial Shelf 223
- Feature Cards 223
- Controller T1 223
- General Configuration 224
- Async Calls 225
- Interactive Async User 225
- Interactive Users 226
- Dedicated-PPP Users 227
- PPP Users 227
- Sync Calls 228
- SGBP Troubleshooting 229
- Provisioning 231
- Figure 6-1 Business Scenario 232
- Chapter 6 Provisioning 233
- Cisco IOS Upgrades 235
- Software Upgrade Requisites 236
- Memory Requirements 236
- Installing New IOS Software 238
- Upgrading the DSC Software 239
- Software Upgrade Verification 242
- Modem Upgrading 243
- Modem Upgrades 244
- Modem Operation at Bootup 247
- Split Dial Shelves 248
- TDM Resource Allocation 249
- Changing Slot Sets 250
- Leaving Split Mode 251
- Managing a Split Dial Shelf 253
- Explanation 254
- Router-Shelf Redundancy 257
- External Services 258
- Configuring Redundancy 258
- Redundancy Show Commands 259
- Advanced Quick Reference 261
- Functional Components 262
- Egress Interface 263
- Loopback Interface 264
- Routing Protocol 265
- Ingress Interface 266
- T3 Ingress Configuration 267
- T1 Ingress Configuration 268
- Line Signaling 269
- D-Channels (ISDN) 270
- D-Channel Configuration 271
- AAA Plan and Requisites 272
- To Modify, Copy, & Paste 273
- Sample Configuration 273
- AAA Accounting Configuration 274
- Command Line Description 275
- Modem Pools 276
- Modem Pool Configuration 277
- TTY Line 278
- Async Interface 279
- Async Interface Configuration 280
- Dial Interface 281
- Dial Interface Configuration 282
- IP Address Pools 283
- Virtual Template 285
- SGBP Requisites 286
- SGBP Configuration 286
- VPDN Requisites 287
- VPDN Configuration 288
- SNMP Requisites 288
- SNMP Configuration 288
- Virtual Profiles 289
- Multilink Virtual Template 290
- V.120 Support 291
- Global Parameters 292
- Global Parameter Requisites 293
- Final Operational Requisites 294
- GLOSSARY 297
- Glossary 298
- World Wide Web (WWW) 315
- OL-0552-01 317
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