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Cisco ATM Services (AXSM) Configuration Guide and Command Reference for MGX Switches
Release 5.2, Part Number OL-6484-01 Rev. C0, September 2005
Chapter 3 Provisioning ATM Services
General AXSM Configuration Procedures
• A root can originate on a CBSM, but it cannot terminate on a CBSM. In other words, parties are not
supported on the CBSMs. This is because P2MP parties are non-persistent, and CBSMs do not
support non-persistent connections.
• ABR P2MP connections are not supported.
• P2MPs support uni-directional traffic.
• Unicast (P2P) traffic has a higher priority than multi-cast (P2MP) traffic. P2MPs have a default
routing priority of 8.
• P2MPs do not support CUGs.
• In a P2MP connection, the root can be on any port that supports ingress multicasting. The port that
is the root of the connection does not need to support egress multicasting. The port on which the
parties are configured must support both egress and ingress multicasting. For example, if you add a
party on a port that does not support egress multicasting, the connection will not route.
• All configuration for P2MP connections is done at the root.You can not do any configuration on the
remote (slave) end of the connection. Any attempt to specify parameters for the remote end will be
blocked.
Table 3-12 summarizes the connection limit on Cisco MGX 8850 (PXM45) and Cisco MGX 8950. The
limits are the same for all switches.
The establishment of a P2MP connection is a two-step process:
1. Set up the master end point, or root, of the connection.
2. Add parties to the root of the connection.
Tip The configuration of SPVCs and SPVPs is very similar. The difference is that SPVPs are assigned VCI
0 and do not use nonzero VCI numbers. An SPVC requires a nonzero VCI.
To configure a P2MP connection, use the following procedure.
Step 1 Establish a configuration session using a user name with GROUP1 privileges or higher.
Step 2 Enter the cc command to change to the AXSM card that will host the root of the P2MP connection.
Step 3 At the AXSM prompt, enter the addcon command to establish the master end-point, or root, of a P2MP
connection, as shown in the following example. Be sure to include the -casttype 1 option to ensure that
this connection is a P2MP connection.
Table 3-12 Connection/Party Limits for Cisco MGX 8850 (PXM45) and Cisco MGX 8950
Connection Type Limits
Total number of connections (P2P and
P2MP)
250,000
Total number of P2MP Connections 5000
Number of parties per P2MP
connection
1000
Number of branches at originating node 128
Total Number of parties per node 10,000
- Switches 1
- CONTENTS 3
- 4 AXSM Card Management 4-1 5
- 5 AXSM Command Reference 5-1 7
- Contents 10
- About This Guide 21
- Conventions 22
- Documentation 22
- Related Documentation 23
- Obtaining Documentation 36
- Documentation Feedback 37
- Submitting a Service Request 38
- Introduction 41
- Command Line Interface 42
- CLI Syntax 43
- AXSM Models 44
- Chapter 1 Introduction 45
- Logical Ports 46
- Common Acronyms 46
- List of Commands by Function 47
- Preparing for Provisioning 57
- AXSM Service Class Templates 63
- Setting Up Lines 65
- Bringing Up Lines 66
- Configuring Lines 68
- LineType 69
- Verifying Line Configuration 70
- Adding Intracard APS Lines 71
- Adding Intercard APS Lines 72
- Table 2-7 Line Channelization 73
- Channelizing a Line 74
- Channelizing a SONET Line 77
- Channelizing an SDH Line 79
- Provisioning ATM Services 83
- • Cisco MGX 8230 84
- • Cisco MGX 8250 84
- • Cisco MGX 8850 (PXM1E) 84
- • Cisco IGX switches 84
- SVC Configuration Quickstart 89
- Adding ATM Ports 109
- Creating an IMA Group 116
- • AXSM: 1–60 125
- • AXSM-E: 1–32 125
- Configuring ILMI on a Port 129
- Configuring PNNI Links 136
- Defining a Feeder Port 140
- AXSM Card Management 149
- Managing CLI Sessions 150
- Managing Cards 151
- Managing Card SCTs 152
- Displaying Card SCT Settings 154
- Managing Port SCTs 157
- Selecting a Port SCT 158
- Changing a Port SCT 158
- Displaying Port SCT Settings 159
- Port SCT ABR Parameters (abr) 178
- Managing Lines 179
- Bringing Down a Line 180
- Managing Ports 181
- Deleting Ports 185
- Delete an ATM Port 186
- Managing Resource Partitions 187
- Managing Connections 192
- Deleting ATM Connections 194
- Rerouting a P2MP Party 196
- Testing ATM Connections 198
- Verifying PNNI Communications 200
- Managing IMA Groups 203
- Configuring IMA Groups 205
- • 1 = IMA version 1.0 206
- • 2 = IMA version 1.1 206
- Configuring an IMA Link 207
- Deleting an IMA Group 208
- Testing an IMA Link 209
- Managing Loopbacks 210
- AXSM Command Reference 211
- APS Overview 212
- APS Architecture Modes 212
- AXSM/A and AXSM/B APS Issues 214
- Syntax Description 214
- Related Commands 215
- Attributes 215
- Before Adding a Connection 218
- Adding a Connection 218
- Traffic Parameters 219
- Service Types, CDV, and CTD 220
- Routing Parameters 221
- Frame Discard 221
- Restrictions 222
- Local-Only Parameters 223
- OAM and Failure Management 225
- Syntax (AXSM) 225
- • 1 = enable 229
- Error Messages 231
- Value 1.3 2 4 3 64 1 275 236
- Setting the Correct Port SCT 238
- Usage Guidelines 241
- Related Command 241
- Syntax Description (AXSM) 243
- -ds3 1.16 244
- AXSM-E, AXSM-XG Dependencies 247
- Using the Correct SCT 250
- Syntax (AXSM-XG) 251
- Example 261
- • AXSM-E : 1–32 270
- • AXSM-XG: 1–126 270
- Examples 278
- Attributes (AXSM) 291
- Attributes (AXSM-E, AXSM-XG) 291
- Display Command History 302
- Configuration successful 305
- Generic Syntax Description 306
- Thresholds for SONET Section 307
- Thresholds for SONET Line 307
- Thresholds for SONET Path 307
- Thresholds for DS3 308
- Thresholds for E3 308
- Thresholds for PLCP 308
- Table 5-15 BERT Test Patterns 318
- Background 322
- Types of Card Statistics 325
- Syntax (SONET) 347
- Syntax Description (SONET) 347
- Syntax (DS3) 347
- Syntax Description (DS3) 348
- Syntax (E1) 349
- Syntax Description (E1) 349
- Syntax (E3) 349
- Syntax Description (E3) 349
- <SEFS24Hr> 351
- Syntax (Sonet Lines) 352
- 15-minute intervals to 500 353
- Chapter 5 354
- <SEFS24>] 359
- Specifying the Core Mask 375
- Redundancy Policy 376
- Aborting a Core Dump 376
- Example (AXSM-E) 388
- Example (AXSM-32-T1E1-E) 388
- AXSM, AXSM-E, AXSM-XG) 400
- Attributes (AXSM-32-T1E1-E) 401
- Example (AXSM) 435
- Example (AXSM-XG) 436
- Syntax (AXSM-E, AXSM-XG) 442
- Example (SCT 2) 443
- Example SCT 3 445
- Step 1 Execute tstdelay 458
- Step 2 Check the results 458
- • ATLAS programmed data 465
- • SABRE programmed data 465
- The dspcons Output on AXSM 472
- Syntax Description 498
- Example 499
- Attributes 500
- alarm type 513
- Syntax (AXSM, AXSM-XG) 523
- Syntax (AXSM-E) 523
- (AXSM-E) 523
- Display Output 523
- Display Lines—AXSM 539
- Version Numbering Conventions 623
- Firmware Filenames 623
- Version Numbers 623
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