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Avaya User's Guide AVAYA M770 MULTIFUNCTION SWITCH ATM SWITCH SOFTWARE VERSION 2.3 Catalog No. 130075 Rev.C. October, 2001 2 Avaya M770 ATM Switch User's Guide Contents List of Commands in the Command-line Interface ....................................... I Chapter 1 Introduction ........................................................................................................ 1 About the Avaya M770 ATM Switch.............................................................. 1 Master Agent and Sub Agent ................................................................ 2 Related Documents............................................................................................ 2 Supported Modules ........................................................................................... 2 Features List........................................................................................................ 3 Hardware Features ................................................................................. 3 M15-155F/SF/MS module features .......................................... 3 M3-622F/SF module features .................................................... 3 M4-DS3 module features ............................................................ 3 Software Features ................................................................................... 4 Supported Standards ............................................................................. 6 Operational Standards ................................................................ 6 ATM Forum Standards ............................................................... 7 Chapter 2 Getting Started ................................................................................................... 9 Powering up the Avaya M770 ATM Switch .................................................. 9 Managing an Avaya M770 ATM Switch ........................................................ 9 Management from a local or remote console ..................................... 9 Management from a network management station ........................ 10 Setup Procedures on an Avaya M770 ATM Switch.................................... 10 Setting the IP address ...................................................................................... 11 ATM Port Configuration................................................................................. 12 Setting the virtual port to its default configuration ......................... 12 Connecting to a device, supporting ILMI ......................................... 12 Connecting to a device not supporting ILMI ................................... 12 Routing Configuration .................................................................................... 13 PNNI Configuration ............................................................................. 13 Flat PNNI Configuration .......................................................... 13 Configuring Hierarchical PNNI .............................................. 14 Connecting to an end-station or edge device not supporting ILMI ........................................................................................................ 15 Setting up LAN Emulation............................................................................. 16 Avaya M770 ATM Switch User's Guide i Contents Recommended Redundant LANE Services Setup ...........................17 Example for LANE Configuration .....................................................17 Support for LUNI 2.0 ............................................................................19 Chapter 3 How to Use the Command-line Interface..................................................... 21 Getting Connected ........................................................................................... 21 How the Command-line Interface Works .................................................... 22 Master Agent and Sub Agent Commands ........................................23 Command hierarchy .............................................................................23 Conventions used to describe commands .........................................24 Using the on-line help ..........................................................................25 Chapter 4 Managing Miscellaneous Commands........................................................... 27 Setting passwords for local/remote connections ........................................ 27 To delete a password ............................................................................27 Managing the Sub Agents............................................................................... 28 Switch Summary Information ........................................................................ 29 Configuring the Avaya M770 ATM Switch Address Information............ 31 Setting the Avaya M770 ATM Switch IP address, subnet mask, and gateway ...........................................................................................31 Viewing Avaya M770 ATM Switch IP address information ..........32 Viewing the End System Identifier (ESI) ...........................................32 Viewing or changing the switch prefix ..............................................33 Resetting the saved switch prefix .......................................................34 Setting the switch prefix to its default value .....................................34 Viewing or changing the IP time server address .............................34 Using PING ............................................................................................35 Managing the IP Cache.................................................................................... 36 Listing the contents of the Avaya M770 ATM Switch's IP ARP cache ........................................................................................................36 Deleting an entry from the Avaya M770 ATM Switch's IP ARP cache ........................................................................................................36 Listing the contents of the Avaya M770 ATM Switch's IP route cache ........................................................................................................37 Connection Admission Control (CAC) ......................................................... 37 Allocating VBR bandwidth according to the SGCAC algorithm ...38 Allocating VBR bandwidth according to the PCR ...........................38 Viewing VBR bandwidth allocation method ....................................38 Chapter 5 Managing Physical Ports................................................................................. 39 Listing Information About All Physical Ports.............................................. 39 Displaying Counter Information for a Physical Port .................................. 43 ii Avaya M770 ATM Switch User's Guide Contents Displaying counter information for all physical ports .................... 43 Displaying counter information for DS3 physical ports ................. 44 Displaying PLCP counter information for DS3 physical ports ...... 48 Disabling a Physical Port ................................................................................ 49 Enabling a Physical Port ................................................................................. 49 Setting Physical Port Parameters................................................................... 49 Configuring payload scrambling ....................................................... 50 Specifying the framing mode for a port ............................................ 50 Configuring transmit rate limit for the M15-155 module ............... 51 Specifying a cable length for a DS3 port ........................................... 52 Specifying a mapping mode for a DS3 port ..................................... 52 Specifying loopback type for a DS3 port .......................................... 53 Specifying the Tx Clock source for a DS3 port ................................ 53 Resetting Parameters on a Physical Port ...................................................... 54 Chapter 6 Managing Virtual Ports................................................................................... 55 Showing Virtual Port Information ................................................................ 55 Listing information about virtual ports ............................................ 55 Listing the link configuration information for all virtual ports ..... 59 Listing the status information for all virtual ports .......................... 60 Listing the VPI and VCI range information for all virtual ports ... 62 Listing bandwidth information for all virtual ports ........................ 63 Configuring Virtual Ports............................................................................... 64 Creating a virtual port ......................................................................... 64 Traffic shaping for DS3 virtual ports ................................................. 64 Deleting a virtual port .......................................................................... 65 Disabling a virtual port ........................................................................ 65 Enabling a virtual port ......................................................................... 65 Managing ILMI ................................................................................................ 66 Disabling ILMI on a virtual port ........................................................ 66 Disabling ILMI polling on a virtual port ........................................... 66 Disabling ILMI multiple registration ................................................. 66 Enabling ILMI on a virtual port ......................................................... 67 Enabling ILMI polling on a virtual port ............................................ 67 Enabling ILMI multiple registration .................................................. 67 Setting the ILMI version on a virtual port ........................................ 68 Resetting the ILMI version on a virtual port .................................... 68 Setting Virtual Port Parameters ..................................................................... 69 Avaya M770 ATM Switch User's Guide iii Contents Setting the signalling profile parameter ............................................69 Setting the stack type parameter ........................................................70 Setting the signalling VPCI range .......................................................71 Setting the signalling VPCI base .........................................................71 Setting the signalling VPC VPI range ................................................72 Setting the signalling VCI range .........................................................73 Setting the VPI range on a root virtual port ......................................73 Setting the QSAAL wait parameter on a virtual port ......................74 Resetting Virtual Port Parameters ................................................................. 75 Resetting the signalling profile parameter ........................................75 Resetting the stack type parameter ....................................................76 Resetting the signalling VPC VPI range ............................................76 Resetting the signalling VPCI range ..................................................77 Resetting the signalling VCI range .....................................................77 Resetting the VPI range ........................................................................78 Resetting the Waitqsaal parameter .....................................................78 Resetting all configurable parameters on a specific virtual port ...79 Managing the Probe Method.......................................................................... 79 Setting the managing probe method for proprietary features .......79 Displaying the method of probing for proprietary features ...........79 Virtual Port Signalling Information............................................................... 80 Virtual port signalling information ....................................................80 Resetting signalling statistics ..............................................................89 Managing Connections.................................................................................... 89 Listing all virtual circuits .....................................................................89 Listing switched virtual circuits .........................................................89 Listing permanent virtual circuits ......................................................90 Viewing ILMI information for a virtual port ............................................... 91 Chapter 7 Managing Module Hardware......................................................................... 95 Managing Modules .......................................................................................... 95 Viewing the Clock Source Ports ..........................................................95 Managing Packet Discard Thresholds for a Module .......................96 Displaying the packet discard threshold for modules .........97 Changing the packet discard thresholds for modules .........97 Managing the speed for the serial port ..............................................98 Managing the number of VPI and VCI bits ......................................98 Managing Trunk ID range for P2MP PVCs ......................................99 Managing VPI range for VP switching ..............................................99 Chapter 8 Permanent Virtual Connections (PVCs and PVPs) ................................... 101 Managing Permanent Virtual Connections (PVCs and PVPs) ................ 101 Managing PVC connections ..............................................................101 Creating a PVC connection ....................................................102 Creating a Point-to-Point (PP) PVC connection ..................102 iv Avaya M770 ATM Switch User's Guide Contents Creating a Point-to-Multipoint (PMP) PVC connection .... 103 Freeing a PVC connection ...................................................... 104 Listing the current PVC connections .................................... 105 Disabling a PVC connection .................................................. 106 Enabling a PVC connection ................................................... 107 Listing all the VCLs ................................................................. 107 Managing PVP Connections......................................................................... 109 Managing PVP Connections ............................................................. 109 Creating a PVP connection ................................................................ 110 Freeing a PVP connection .................................................................. 111 Listing the current PVP connections ................................................ 111 Disabling a PVP connection .............................................................. 112 Enabling a PVP connection ............................................................... 112 Listing all the VPLs ............................................................................ 112 Managing Traffic Descriptors ...................................................................... 113 Creating a CBR traffic descriptor ..................................................... 113 Creating a UBR traffic descriptor ..................................................... 114 Creating a VBR traffic descriptor ..................................................... 114 1st Method ................................................................................ 114 2nd Method .............................................................................. 114 3rd Method ............................................................................... 114 Removing a traffic descriptor ........................................................... 115 Listing the traffic descriptors ............................................................ 115 Chapter 9 Managing Static Routing .............................................................................. 117 Setting up routing entries ............................................................................. 117 Adding a new routing entry to the routing table .......................... 117 Deleting a routing entry from the routing table ............................ 119 Listing the routing entries in a routing table .................................. 120 Chapter 10 Managing PNNI Routing.............................................................................. 123 PNNI (Private Network-Network Interface) ............................................. 123 Hierarchical PNNI .............................................................................. 123 PNNI Implementation in the Avaya M770 ATM Switch ............. 123 PNNI Global Topology Information........................................................... 124 General topology information .......................................................... 124 Topology hierarchy list ...................................................................... 125 Global topology links ......................................................................... 126 Global Topology Nodes ..................................................................... 127 Global Topology PTSEs ..................................................................... 128 Global Topology Reachable Addresses ........................................... 129 Global Topology Uplink .................................................................... 130 PNNI Local Topology Information ............................................................ 131 Avaya M770 ATM Switch User's Guide v Contents Local PNNI Links ................................................................................131 Local Memory Information ...............................................................133 Local Peer Neighbors .........................................................................133 Local Reachable Addresses ...............................................................136 PNNI Local Switch Information .......................................................137 Local Switch links ....................................................................137 Local Switch Reachable Addresses .......................................138 Local Switch Uplinks ..............................................................141 PNNI Configuration Commands................................................................. 142 Showing all PNNI configured variables ..........................................142 PNNI Administrative Status .............................................................144 Showing PNNI node admin status .......................................144 Setting PNNI node admin status ...........................................145 PNNI ATM addresses ........................................................................145 Setting PNNI defaults for all parameters ........................................145 PNNI Interfaces ...................................................................................146 Showing all PNNI interfaces ..................................................146 Setting the PNNI interface aggregation token ....................147 Setting the PNNI interface administrative weight .............148 Set PNNI interfaces to default values ...................................148 PNNI Levels .........................................................................................148 Showing PNNI Node Level ...................................................148 Setting PNNI Node Level .......................................................149 Setting PNNI Node Level to the Default Value ..................149 PNNI Node ID .....................................................................................150 Showing PNNI node ID ..........................................................150 Setting PNNI node ID .............................................................150 Setting PNNI node ID to default value ................................150 PNNI Operational Status ...................................................................151 PNNI Peer Group ID ..........................................................................151 Showing PNNI peer group ID ...............................................151 Setting PNNI peer group ID ..................................................152 Setting PNNI peer group ID to default value .....................152 PNNI PGLE Parameters .....................................................................152 Showing PNNI PGLE parameters .........................................153 Set PNNI PGLE parameters to default values .....................153 Set PNNI PGLE Parameter .....................................................153 PNNI Restricted Transit Flag ............................................................154 Showing PNNI node restrict transit flag ..............................154 Setting PNNI node restrict transit flag .................................154 Setting PNNI node restrict transit flag to default value ....154 PNNI Summary Tables ......................................................................155 Showing PNNI summary table .............................................155 Set the PNNI summary address prefix .................................157 vi Avaya M770 ATM Switch User's Guide Contents Enable the PNNI summary address prefix .......................... 157 Disable the PNNI summary address prefix ........................ 157 Remove the PNNI summary address prefix ....................... 158 Set the PNNI summary table to the default ........................ 158 PNNI SVCC timers ............................................................................. 159 Showing PNNI SVCC timers ................................................. 159 Set PNNI SVCC timers to default values ............................. 159 Set PNNI SVCC timers ........................................................... 160 PNNI Timers ....................................................................................... 160 Show PNNI node timers ........................................................ 160 Set PNNI node timers to default values .............................. 161 Set PNNI node timers ............................................................. 161 Chapter 11 Managing the Management LEC................................................................. 163 Avaya M770 LANE services......................................................................... 163 Configuring the Management LEC ............................................................. 163 Viewing information about the management LEC ........................ 164 Managing the ELAN for the management LEC ............................. 165 Managing a Locally Administered Address for the management LEC ....................................................................................................... 166 Restarting the management LEC ...................................................... 167 Displaying the LANE-ARP cache .................................................... 167 Viewing the management LEC statistics ......................................... 168 Chapter 12 Managing SNMP............................................................................................ 171 Using SNMP Commands.............................................................................. 171 Viewing the system group information .......................................... 171 Show the list of community names ................................................. 172 Set the read-only community name ................................................. 172 Delete the read-only community name ........................................... 172 Show the list of read-only community names ................................ 173 Set the read-write community name ............................................... 173 Delete the read-write community name ......................................... 173 Show the list of read-write community names .............................. 173 Set the trap community name ........................................................... 174 Show the trap community name ...................................................... 174 Using Permanent Managers Configuration Commands ......................... 175 Adding a new manager to the list .................................................... 175 Listing all the current managers ....................................................... 175 Updating an existing manager ......................................................... 175 Removing a manager from the list ................................................... 175 Secure Group Commands............................................................................. 176 Listing the status of the SNMP security .......................................... 176 Viewing or changing secure current table row timeout ............... 177 Avaya M770 ATM Switch User's Guide vii Contents Listing all current NMS's accessing the Avaya M770 ATM Switch .........................................................................................177 Configuring Authorized Managers ............................................................. 178 Listing all authorized managers .......................................................178 Setting up an authorized manager entry .........................................178 Deleting an authorized destination station .....................................179 Disabling the authorized managers table ........................................179 Enabling the authorized managers table .........................................179 Chapter 13 LANE Services ................................................................................................ 181 LANE Components in an Avaya M770 ATM Switch ............................... 181 LANE configuration file config.data ................................................181 LANE 2 Capability......................................................................................... 182 The LECS in an Avaya M770 ATM Switch................................................. 182 Proprietary resilient LECS .................................................................183 Changing the priority of a resilient LECS ............................184 The LES and BUS in an Avaya M770 ATM Switch ................................... 185 LUNI 2.0 capability .............................................................................185 Proprietary resilient standby LESes .................................................185 Proprietary Distributed LANE Services ..........................................186 Virtual Channel Connection (VCC) requirements ..............186 Setting up Distributed LANE Services ............................................186 LEC Assigned for a Distributed ELAN ...........................................186 Round-robin. ............................................................................187 Group address ..........................................................................187 Longest Match with LEC address. ........................................187 The Management LEC in an Avaya M770 ATM Switch .......................... 187 Chapter 14 Managing the LECS ....................................................................................... 189 LECS Location................................................................................................. 189 Advertised address of a LECS ..........................................................189 Viewing the Location of the LECS ....................................................190 Changing the location of the LECS ..................................................191 Local simple LECS ...................................................................191 Local resilient LECS ................................................................191 Remote LECS ............................................................................192 Setting priority level for a resilient LECS ........................................193 Managing Resilient LECS Candidates ........................................................ 194 Displaying a resilient LECS election candidate ..............................194 Creating a resilient LECS election candidate ..................................195 Deleting a resilient LECS election candidate ..................................196 Specified ELAN Defaults in the LECS ........................................................ 197 viii Avaya M770 ATM Switch User's Guide Contents Viewing default ELANs .................................................................... 197 Specifying default ELANs ................................................................. 198 Viewing ATM Forum compliant statistics for the LECS .............. 198 Chapter 15 Managing the LES/BUS................................................................................ 199 Creating a new LES ............................................................................ 199 Deleting a LES ..................................................................................... 201 Viewing all LESes ............................................................................... 201 Viewing LECs using a specific LES .................................................. 203 Display ATM Forum compliant statistics for a LES ...................... 204 Enabling or disabling a LES .............................................................. 204 Restarting a local LES and BUS ........................................................ 205 Changing the ELAN name that the LES will host ......................... 205 Changing the LES registration mode ............................................... 206 Viewing the LES registration mode ................................................. 207 Listing the peer LESes in a distributed LANE environment ........ 207 Display ATM Forum compliant statistics for a BUS ..................... 208 LANE 2.0 Capability .......................................................................... 208 MAX Frame Size ................................................................................. 209 Chapter 16 Managing an ELAN....................................................................................... 211 ELAN Database Maintenance ...................................................................... 211 Viewing Default ELANs .................................................................... 211 Listing all ELANs known to the local LECS ................................... 212 Creating a New ELAN ....................................................................... 212 Deleting an ELAN .............................................................................. 213 Renaming an ELAN ........................................................................... 214 Changing the Operating Mode of an ELAN ................................... 214 Changing the Automatic Registration Mode of an ELAN ........... 215 Changing the Security of an ELAN ................................................. 216 Managing ELAN Clients............................................................................... 217 Creating an ELAN client mapping .................................................. 219 Displaying ELAN Client Mappings ................................................. 221 Deleting ELAN client mappings ...................................................... 222 Changing the Formula for LES address that a LEC will call ........ 222 Changing the Maximum Number of LESes in an ELAN ............. 223 LANE 2.0 Capability .......................................................................... 224 MAX Frame Size ................................................................................. 225 Chapter 17 Managing System Commands ..................................................................... 227 Using System Commands............................................................................. 227 Avaya M770 ATM Switch User's Guide ix Contents Downloading over TFTP ...................................................................227 Uploading over TFTP .........................................................................228 Viewing a list of fatal system exceptions .........................................229 Clearing the list of fatal system exceptions .....................................229 Controlled shutdown of the module ................................................229 Taking a snapshot of the current system configuration ................230 Resetting the module to its factory defaults ...................................230 Rebooting the module or switch .......................................................231 Viewing the current switch memory allocation .............................231 Viewing time received from the time server ..................................231 Manually changing the date or time on an Avaya M770 ATM Switch .....................................................................................................232 Viewing the current time zone ..........................................................232 Manually changing the time zone ....................................................232 Using Terminal Commands.......................................................................... 233 Viewing the pager status ...................................................................233 Enabling the pager ..............................................................................233 Disabling the pager .............................................................................233 Viewing the number of lines .............................................................233 Setting the number of lines ................................................................234 Viewing the terminal width ..............................................................234 Setting the terminal width .................................................................234 Viewing the wordwrap status ...........................................................234 Setting the wordwrap .........................................................................234 Viewing the linewrap status ..............................................................234 Setting the linewrap ............................................................................235 Viewing the prompt ...........................................................................235 Changing the prompt .........................................................................235 Chapter 18 Managing Events............................................................................................ 237 Assigning an Event Priority Level............................................................... 237 Displaying or setting the event logging priority level ..................237 Displaying or setting the event trap priority level .........................238 Displaying logged events ..................................................................239 Resetting logged events .....................................................................239 Chapter 19 Upgrading Avaya M770 ATM Switch Software........................................ 241 Managing Switch Software........................................................................... 241 Viewing Software Version Information...................................................... 241 Upgrading Software via TFTP from the Command Line Interface (CLI)................................................................................................. 242 Downgrading the Main Software Version via TFTP from the CLI......... 244 Managing the Flash Filing system ............................................................... 245 x Avaya M770 ATM Switch User's Guide Contents Viewing the contents of the flash memory ..................................... 245 Viewing the default image ................................................................ 245 Changing the main image ................................................................. 246 Viewing the default boot loader image ........................................... 246 Changing the default boot loader image ......................................... 246 Activating a configuration file .......................................................... 247 Deactivating an active configuration file ........................................ 247 Deleting a file from the flash memory bank ................................... 248 Renaming a file in the flash memory bank ..................................... 248 Chapter 20 Signaling Security (Access Control) Commands ...................................... 249 Signaling Security State................................................................................. 251 Managing Signaling Security State .................................................. 251 Displaying Signaling Security State ................................................. 251 Signaling Security Templates....................................................................... 252 Creating a template ............................................................................ 252 Creating a template: ........................................................................... 252 Displaying configured templates ..................................................... 253 Displaying a specific template's information: ................................ 253 Deleting a template ............................................................................ 253 Signaling Security Filters .............................................................................. 254 Creating a filter: .................................................................................. 254 Displaying configured filters ............................................................ 254 Filter's state .......................................................................................... 255 Deleting a template ............................................................................ 255 Virtual Port's Security Mode........................................................................ 256 Virtual port's security mode ............................................................. 256 Setting a vport to secured mode: .......................................... 256 Setting a vport to unsecured mode: ...................................... 256 Testing vport's Security configuration by simulation ................... 256 Signaling Security Event Log and Traps .................................................... 257 Signaling Security Traps Management ........................................... 257 Enabling/Disabling Signaling Security related SNMP traps: ...... 257 Displaying event logs ......................................................................... 257 Clearing the event log ........................................................................ 258 Chapter 21 Command Line Interface Scripts ................................................................. 259 What CLI Scripts Are..................................................................................... 259 Structure of the CLI Script File..................................................................... 260 The Script File Header ....................................................................... 260 The Script File Command List .......................................................... 260 CLI Script File Downloading and Maintenance........................................ 261 Running a CLI Script ..................................................................................... 261 Running a CLI script on a single module ....................................... 261 Monitoring CLI Script Execution .......................................... 262 Avaya M770 ATM Switch User's Guide xi Contents Stopping a CLI Script ..............................................................262 Script Execution Log ...............................................................263 Running a CLI script on a multiple modules ..................................263 Remote Script Execution Status .............................................265 CLI Scripts Restrictions ................................................................................. 265 Appendix A Default Settings on a New Avaya M770 ATM Switch.............................. 267 Appendix B Using BOOT Loader ...................................................................................... 269 Start-up Process .............................................................................................. 269 Getting connected to the BOOT Loader ..........................................269 How the BOOT Loader Command-line Interface Works......................... 271 Command hierarchy ...........................................................................272 Conventions used to describe commands .......................................272 Using the on-line help ........................................................................272 Managing the Flash Filing system ............................................................... 274 Contents of the flash memory ...........................................................274 Viewing the default image ................................................................274 Changing the main image ..................................................................275 Viewing the default boot loader image ...........................................275 Changing the default boot loader image .........................................275 Activating a configuration file ..........................................................276 Deactivating an active configuration file .........................................276 Deleting a file from the flash memory bank ...................................276 Renaming a file in the flash memory bank .....................................277 Hardware Commands ................................................................................... 278 Wiping flash and eerom memory in an Avaya M770 ATM Switch .. 278 Setting/Displaying the speed for the serial port ............................278 System-wide Commands .............................................................................. 279 Viewing the invariant information in BOOT Loader ....................279 Viewing a list of fatal system exceptions .........................................280 Clearing the list of fatal system exceptions .....................................280 Running all the hardware tests .........................................................280 Downloading over XMODEM ..........................................................281 Downloading over serial interface ...................................................281 Downloading over tftp .......................................................................282 Uploading over XMODEM ................................................................282 Uploading over tftp ............................................................................283 Rebooting the switch ..........................................................................283 Controlled shutdown of the switch ..................................................284 Terminal Commands ..................................................................................... 285 xii Avaya M770 ATM Switch User's Guide Contents Viewing the number of lines ............................................................. 285 Setting the number of lines ............................................................... 285 Viewing the terminal width .............................................................. 285 Setting the terminal width ................................................................. 285 Viewing the wordwrap status .......................................................... 285 Setting the wordwrap ........................................................................ 286 Viewing the linewrap status ............................................................. 286 Setting the linewrap ........................................................................... 286 Viewing the pager status ................................................................... 286 Enabling the pager .............................................................................. 286 Disabling the pager ............................................................................ 287 Viewing the prompt ........................................................................... 287 Changing the prompt ......................................................................... 287 Viewing Software Version Information...................................................... 288 Appendix C Creating PVCs ................................................................................................ 289 Creating P2P ................................................................................................... 289 Creating a Traffic Descriptor ............................................................ 289 Limiting the Signaling SVC range for the virtual port .................. 290 Creating the P2P PVC ........................................................................ 290 Creating P2MP PVCs..................................................................................... 291 Creating a Traffic Descriptor ............................................................ 291 Setting the Trunk ID range for the module .................................... 291 Limiting the Signaling SVC range for the virtual port .................. 291 Creating the P2MP PVC .................................................................... 292 Appendix D Creating PVPs................................................................................................. 293 Creating PVPs................................................................................................. 293 Define a VPI range for VP switching ............................................... 294 Define the VPI range to be used for Signaled VPs ......................... 294 Creating a Traffic Descriptor ............................................................ 295 Appendix E Components in LANE Services ................................................................... 297 LAN Emulation .............................................................................................. 297 The principles of LAN Emulation .................................................... 297 Components of LAN Emulation ...................................................... 297 Communication on an Emulated LAN ........................................... 298 Discovering the ATM address of the LES ............................ 298 Discovering the ATM address of another LEC ................... 298 Setting up the connection ....................................................... 298 Transmitting the data ............................................................. 298 Locating the LECS, LES, and BUS services ..................................... 299 Appendix F Routing and Signalling Concepts ................................................................ 301 Switching ATM cells through the ATM network...................................... 301 Avaya M770 ATM Switch User's Guide xiii Contents Virtual Circuits and Virtual Paths ............................................................... 301 Virtual Ports .................................................................................................... 302 ILMI.................................................................................................................. 303 Setting up SVCs .............................................................................................. 303 Appendix G Setting Address Prefixes to Match Hierarchical PNNI............................. 307 Algorithm for Automatic Setting of ATM Prefixes ................................... 307 Example: ...............................................................................................307 Index................................................................................................................. 309 How to Contact Us......................................................................................... 315 In the United States .............................................................................315 In the EMEA (Europe, Middle East and Africa) Region ...............315 In the AP (Asia Pacific) Region .........................................................317 In the CALA (Caribbean and Latin America) Region ...................317 xiv Avaya M770 ATM Switch User's Guide List of Commands in the Command-line Interface help system download xmodem 273 Note: Commands marked ' * ' are available in the Master Agent module only.I A access * 28 address default 34 address esi * 32 address prefix * 33 address reset * 34 C cac pcr * 38 cac sgcac * 38 cac show * 38 E event clear 239 event log * 237 event show 239 event trap * 238 F flash config 247 flash config disable 247 flash default 245 flash delete 248 flash directory 245 flash loader 246 flash rename 248 H hardware clock show 95 hardware packetdiscard 97 hardware serial speed 98 hardware vpivcibits 98 hardware wipe 278 help 25 I ilmi show 91 ip address * 31 ip arpcache delete * 36 ip arpcache show * 36 ip gateway * 31 ip ping * 35 ip routecache * 37 ip show * 32 ip timeserver * 34 L lane elan autovers 215 lane elan client create alias 220 lane elan client create atm 219 lane elan client create mac 220 lane elan client delete 222 lane elan client show 221 lane elan create 213 lane elan delete 213 lane elan les 215 lane elan lesaddress 223 lane elan maxles 224, 225 lane elan rename 214 lane elan security 216 lane elan show 212 lane lec arpcache 167 lane lec elan 165 lane lec laa 166 lane lec restart 167 lane lec show 164 lane lec statistics 168 lane lecs default 197 lane lecs location 190 Avaya M770 ATM Switch User's Guide I List of Commands in the Command-line Interface lane lecs location local 192 lane lecs location remote 192 lane lecs priority 193 lane lecs resilient create 196 lane lecs resilient delete 196 lane lecs resilient show 194 lane lecs stats 198 lane les busstats 208 lane les clients 203 lane les create 200 lane les delete 201 lane les elan 206 lane les mode 206 lane les peers 207 lane les restart 205 lane les show 201 lane les state 204, 205 lane les stats 204 P password * 27 pport disable 49 pport enable 49 pport reset 54 pport set framing 50 pport set length 52 pport set loopback 53 pport set mapping 52 pport set payloadscrambling 50 pport set txClock 53 pport set txrate 51 pport show 40 pport show counters 43 pport show ds3counters 43, 44, 45 pport show plcpcounters 43, 48 pvc disable 106 pvc setup 103 pvc show 105 R route add 118 route delete 119 route pnni config admin set 145 route pnni config admin show 144 route pnni config atm_addr show 145 route pnni config default 145 route pnni config interfaces aggrToken 148 route pnni config interfaces default 148 route pnni config interfaces show 146 route pnni config interfaces weight 148, 256 route pnni config level set 149 route pnni config level show 148 route pnni config node_id default * 150 route pnni config node_id set * 150 route pnni config node_id show * 150 route pnni config oper show 151 route pnni config pg_id default 152 route pnni config pg_id set * 152 route pnni config pg_id show * 151 route pnni config pgle default 153 route pnni config pgle set 153 route pnni config pgle show 153 route pnni config restrict_transit default 154 route pnni config restrict_transit set 154 route pnni config restrict_transit show 154 route pnni config show 142 route pnni config summary default 158 route pnni config summary disable 157 route pnni config summary enable 157 route pnni config summary remove 158 route pnni config summary set 157 route pnni config summary show 155 route pnni config svcc default 159 route pnni config svcc set 160 route pnni config svcc show 159 route pnni config timers default 161 route pnni config timers set 161 route pnni config timers show 160 route pnni local link 131, 148, 261 route pnni local memory 133 route pnni local nbr 133 route pnni local ra 136 route pnni local switch link 137, 141 route pnni local switch ra 138 route pnni topology general 124 route pnni topology hlist 125 route pnni topology link 125, 126 route pnni topology node 127 II Avaya M770 ATM Switch User's Guide List of Commands in the Command-line Interface route pnni topology ptse 128 route pnni topology ra 129 route pnni topology uplink 130 route show 120 S script log clear 263 script log show 263 script run 264 script showprogress 262 script status 265 snmp community ro add * 172 snmp community ro delete * 172 snmp community ro show * 173 snmp community rw add * 173 snmp community rw delete * 173 snmp community rw show * 173 snmp community show * 172 snmp community trap set * 174 snmp community trap show * 174 snmp permngr add * 175 snmp permngr remove * 175 snmp permngr show * 175 snmp permngr update 175 snmp secure allowed add 178 snmp secure allowed delete 179 snmp secure allowed disable 179 snmp secure allowed enable 179 snmp secure allowed show 178 snmp secure current * 177 snmp secure show * 176 snmp secure timeout * 177 snmp show * 171 summary info 29 summary lane 30 system breaklog 229 system breaklog clear 229, 280 system default * 230 system download serial 281 system download tftp 228 system download xmodem 273, 281 system halt 229 system invariant 279 system memory 231 system reboot 232 system reboot sw * 231 system snapshot 230, 242 system test 280 system time 231 system time set 232 system time zone 232 system upload tftp 228 T td free 115 td setup CBR 113 td setup UBR 114 td setup VBR 114 td show 115 terminal lines 233 terminal linewrap 234 terminal pager 233 terminal pager disable 233 terminal pager enable 233 terminal prompt 235 terminal width 234 terminal wordwrap 234 tree 24 V version 241 vport connections all 89 vport connections pvcs 90 vport connections svcs 89 vport create 64 vport delete 65 vport disable 65 vport disable ilmi 66 vport disable ilmimultireg 66 vport disable poll 66 vport enable 65 vport enable ilmi 67 vport enable ilmimultireg 67 vport enable poll 67 vport probe 79 vport reset all 79 vport reset ilmiver 68 vport reset profile 76 Avaya M770 ATM Switch User's Guide III List of Commands in the Command-line Interface vport reset sigvpcirange 77 vport reset stacktype 76 vport reset vcirange 77 vport reset vpirange 78 vport reset waitqsaal 78 vport set ilmiver 68 vport set profile 69 vport set sigvpcibase 71 vport set sigvpcirange 71 vport set stacktype 70 vport set vcirange 73 vport set vpirange 73 vport set waitqsaal 74 vport show 55 vport show bandwidth 63 vport show config 59 vport show status 60 vport show vpivciranges 62 vport sig sigsecurity event clear 258 vport sig sigsecurity event show 257 vport sig sigsecurity filter create 254 vport sig sigsecurity filter disable 255 vport sig sigsecurity filter disable vport 256 vport sig sigsecurity filter enable vport 256 vport sig sigsecurity filter remove 255 vport sig sigsecurity filter show 254 vport sig sigsecurity filter simulate 256 vport sig sigsecurity show 251 vport sig sigsecurity template create 252 vport sig sigsecurity template remove 253 vport sig sigsecurity template show 253 vport sig sigsecurity traps 257 vport sig stats 80 IV Avaya M770 ATM Switch User's Guide Chapter 1 Introduction This chapter provides information about the Avaya M770 ATM Switch, and the features that this software release supports. Note: This User Guide describes only the ATM functionality of the Avaya M770 chassis. • Information about the Avaya M770 chassis' safety considerations, architecture, main chassis control panel, M-SPV/M-SPX/M-SPS supervisor modules, power supplies and fans is available in the Avaya M770 User Guide. • Detailed information about the 10M/100M/1Gigabit Ethernet, M-SPV/M SPX/M-SPS supervisor, and M-MLS multilayer module can be found in their respective Installation Guides About the Avaya M770 ATM Switch The M770 ATM switch is a high-performance distributed Asynchronous Transfer Mode (ATM) switch that is designed for building and campus backbone applications, high-performance centralized servers, and power-user environments. Its advanced architecture can support very high traffic loads with no data loss or breaks in communication. The M770 ATM Switch also implements LAN Emulation (LANE) components. LANE enables legacy LAN applications to use a transparent ATM transport medium. In this way, end-stations on existing LANs can communicate with ATM end-stations. The M770 ATM Switch supports a range of option modules that enable you to customize the switch to fulfil applications that are appropriate to your networking requirements. It is designed as a software-upgradeable product. Therefore, you can expand the functionality of the switch by downloading new software. Avaya M770 ATM Switch User's Guide 1 Chapter 1 Introduction Master Agent and Sub Agent The M770 ATM Switch is a fully distributed ATM switch. Each module has its own switching and CPU power. In order to present the switch as a single and united entity, one module is automatically elected as a Master Agent while the other modules are Sub Agents. The Master Agent status is shown by the Network Management Agent (NMA) LED. The Master Agent is the module hosting the Management LEC with all its functionality: IP address and switch-wide information. The Master Agent is also a regular module with all the functionality of a Sub-Agent such as controlling the physical ports, virtual ports and download. The Master and Sub Agents have slightly different CLI options. For example, the Master Agent has the "ip" command and the "access" command which will enable you to access a Sub Agent from the Master Agent. A simple way to find out whether you are currently communicating with a Master Agent is to type help at the command line and check whether there is an "access" command option. All the information configured to the Master Agent (IP, ATM Prefix) is backed up by all the Sub Agents, so if the Master Agent is removed, another module will be elected and all previous configuration settings will be kept. Related Documents • Installation Guide of each module • Avaya M770 ATM Switch Manager application within the CajunView™ software suite • Avaya M770 M-SPS Installation Guide Supported Modules Avaya M770 ATM Switch Software Version 2.3 supports the following ATM modules: • M15-155F/SF/MS module: 15 OC-3 Multimode or Multimode/Single-mode fiber ports • M3-622F/SF module: 3 OC-12 Multimode, Single-mode or Multimode/Single mode fiber ports • M4-DS3 module: 4 DS3 ports with traffic shaping capabilities 2 Avaya M770 ATM Switch User's Guide Chapter 1 Introduction Features List Hardware Features • Dual 40 Gbps passive backplane switch • Low Cell Transfer Delay through the switch is 20 ∝sec (in port to out port) • Low Cell Delay Variation through the switch is 5 ∝sec (in port to out port) • Clock Synchronization (Generation/Propagation) of clock to all other ports • Supports CBR, VBR-rt, VBR-nrt, ABR, UBR Classes of Service • Supports AAL1, AAL2, AAL3/4 and AAL5 classes • Cell Loss Priority (CLP) discard • Early Packet Discard (EPD) and Partial Packet Discard (PPD) for AAL5 • ABR with EFCI Tagging • Hot swapping of modules • Line Indication LEDs: Link (LNK), Transmit (Tx), Receive (Rx), Loss of Signal (LOS), Remote Defect Indicator (RDI) • Idt R4650 (100 MIPS) RISC processor, 32M RAM and 4M Flash on each module for fast call set up and protocol processing M15-155F/SF/MS module features • 32K cells per slot output buffers • 16K cells per slot input buffers • 120K Virtual Channels per module • 32K Virtual Channels per port M3-622F/SF module features • 32K cells per slot output buffers • 16K cells per slot input buffers • 168K Virtual Channels per module • 56K Virtual Channels per port M4-DS3 module features • Supports a line distance of up to 137 meters of coaxial cable • Supports Vport (Virtual Port) traffic shaping on DS3 ports For more information see Chapter 6, "Managing Virtual Ports" • 30K Virtual Channels per module for both Permanent and Switched Virtual Circuits • 16K cells per slot input buffers • 32K cells per slot output buffers • Additional 256K cells per slot output buffers for traffic shaping Avaya M770 ATM Switch User's Guide 3 Chapter 1 Introduction Software Features • ATM Forum PNNI (Private Network-Network Interface) protocol for routing within large ATM networks • Support for ATM Forum hierarchical PNNI, including all 4 base subsets of configurations: — Mimimum function (single peer group) — Boarder node — PGL/LGN — Boarder with LGN peer support. • Support for optional ATM Forum PNNI features: — Exterior addresses — Alternate routing — ATM traffic descriptors negotiating. • ATM Forum IISP (Interim Inter-switch Signalling Protocol) for signalling between switches and static routing across the ATM network • ATM Forum ILMI, UNI 3.0, UNI 3.1and UNI 4.0 signalling, selectable on a per port basis, supporting point-to-point and point-to-multipoint Virtual Circuits • Translation between UNI 3.0, UNI 3.1 and UNI 4.0 signalling • Statistics for each Virtual Channel • Virtual ports for Virtual Path (VP) tunnelling • Virtual Path (VP) Switching capability (both PVP and SVP) • Centralized PVC configuration • Point-to-Multipoint PVCs • Up to 1K of PVCs per module • SNMP Network Management using LANE Client • Command line Interface (CLI) management available remotely by using Telnet and/or directly by using the serial RS-232 port on the module front panel. • Trivial File Transfer Protocol (TFTP) for software and configuration download and for configuration uploads (stores the configuration in a server) • Full LAN Emulation (LANE) suite consisting of a LECS (LAN Emulation Configuration Server), a combined LES (LAN Emulation Server) and BUS (Broadcast Unknown Server), and a management LEC (LAN Emulation Client) • ATM Forum LUNI 2.0 protocol • Proprietary Resilient LECS • Proprietary Resilient and Distributed LAN Emulation Services • Multiple LES/BUS per module (up to 16) • LECS support of multiple ELANs (up to 64) • LECS ELAN client mapping (for secure ELANs) • Efficient Point-to-Multipoint support using a minimal duplication scheme (patented) • Up to 1K Point-to-Multipoint roots per module 4 Avaya M770 ATM Switch User's Guide Chapter 1 Introduction • Up to 5460 Point-to-Multipoint branches or leaves per module • Up to 210 OC-3 ports in a single switch • Up to 42 OC-12 ports in a single switch • Up to 56 DS3 ports in a single switch • Signaling performance of 130 setups/sec with PNNI running per Module. Performance improves as you add modules • Signaling security (access control) • Support for Single-domain and Dual-domain M770 ATM switch Upper Backplanes • SNMP (Simple Network Management Protocol) management over IP over LAN emulation, using the following MIBs (Management Information Bases): — MIB II (RFC 1213) — Interface MIB (RFC 2233) — ATM MIB, ATM-2 MIB (RFC 1695) — SONET/SDH MIB (RFC 1595) — PNNI MIB — LEC MIB — LANE Server MIB — Private MIB — DS3 MIB (RFC 2496) Avaya M770 ATM Switch User's Guide 5 Chapter 1 Introduction Supported Standards Operational Standards Safety Standards UL1950 (United States) CSA-C22.2 No.950 (Canada) EN60950 (Europe) AS3260, AUSTEL TS001 (Australia) EMI FCC Part15, Class A (United States) EN55022, Class A and B (Europe) VCCI Type 1 (Japan) EMS IEC801-2, ESD up to 8kV • IEC801-3, RFI 3V/m • IEC801-4, Electrical Fast Transients, level 2 • Power & Environmental Conditions IEC555-2, Power Factor Correction • IEC555-3, Ac Input Transients • Audible noise IS07779 paragraph 7, max. 50dBA • 6 Avaya M770 ATM Switch User's Guide ATM Forum Standards Chapter 1 Introduction Approved ATM Forum Specs. Specifications Physical Layer 155.52 Mbps SONET/SDH STS-3c Physical Layer af-uni-0010.002 (Issued as part of UNI 3.1 622.08 Mbps Physical Layer af-phy-0046.000 User-Network Interface (UNI) ATM User-Network Interface Specification V3.0 af-uni-0010.001 ATM User-Network Interface Specification V3.1 af-uni-0010.002 UNI Signaling 4.0 af-sig-0061.000 ILMI (Integrated Layer Management Interface) ILMI 4.0 af-ilmi-0065.000 Traffic Management Traffic Management 4.0 af-tm-0056.000 PNNI Interim Inter-Switch Signaling Protocol af-pnni-0026.000 PNNI V1.0 af-pnni-0055.000 LAN Emulation: LAN Emulation over ATM 1.0 af-lane-0021.000 LANE v2.0 LUNI Interface af-lane-0084.000 Avaya M770 ATM Switch User's Guide 7 Chapter 1 Introduction 8 Avaya M770 ATM Switch User's Guide Chapter 2 Getting Started This chapter describes how to get started with an Avaya M770 ATM Switch. This includes an overview of the management and configuration tasks that you should perform soon after installation. Powering up the Avaya M770 ATM Switch During the system startup of an Avaya M770 ATM Switch, the switch automatically performs a number of self-tests on its internal hardware. The startup process is documented in each module's Installation Guide which includes information about the self-tests that are carried out and how the LED indicators on the switch indicate the status of the self-tests. If any non-critical hardware self-test fails then the Boot Loader will be entered. From the Boot Loader you may be able to diagnose and remedy the problem. For more information on how to use the Boot Loader, see Appendix B Using BOOT Loader. If the M770 ATM Switch passes all the self-tests, it will load the main image from flash memory and you can manage the M770 ATM Switch. Managing an Avaya M770 ATM Switch The M770 ATM Switch can be configured and managed using the following management methods: • Management from a local or remote console using the command-line interface. • Management from a network management station using SNMP and the Avaya M770 Manager which is an easy-to-use, graphical management application. Management from a local or remote console You can manage the M770 ATM Switch using the following methods: • Out-of-band console management by means of a VT100-compatible terminal connected to the serial port (labelled Console) of the M770 ATM module. • Remote console management using a terminal using Telnet over TCP/IP • Out-of-band console management using a VT100-compatible terminal connected to the serial port (labelled Console) of the M-SPV/M-SPX/M-SPS Supervisor module. For information about connecting a terminal device to the serial interfaces, refer to each module's Installation Guide. Avaya M770 ATM Switch User's Guide 9 Chapter 2 Getting Started Management from a network management station You can manage the M770 ATM Switch using SNMP management running over UDP/IP over an Emulated LAN (ELAN). • Connect the management station to the ELAN that the management LEC is connected to, or make sure it can communicate with that ELAN. • Set the IP address of the M770 ATM Switch management LEC, and make sure the management station is either on the same subnet or can communicate with that subnet. If the management station and management LEC are on different subnets, set the default gateway on the M770 ATM Switch so it can communicate with the management station. • Make sure you know the SNMP community name (for both read and write access). • Operate the Avaya M770 ATM Switch Manager on your management station as part of the CajunView package. The Avaya M770 ATM Switch Manager enables you to view the device, check the status indicators from the management station, and perform a range of management tasks. For more information about Avaya M770 ATM Switch Manager, refer to the Avaya M770 ATM Switch Manager User Guide. Setup Procedures on an Avaya M770 ATM Switch To install an M770 ATM Switch successfully, do the following: • To access and manage an M770 ATM Switch remotely, an IP address must be assigned to the switch. For more information on setting up an IP address on an M770 ATM Switch, see "Setting the IP address" on page 11. • To access an attached device or switch, set up static routing entries to switches that do not support PNNI and to any attached devices that do not support ILMI. For more information on setting up a routing table on an M770 ATM Switch, see Chapter 9, "Managing Static Routing". • To enable an attached device or switch to communicate, you may need to configure ports. For more information on configuring ports on an M770 ATM Switch, see "ATM Port Configuration" on page 12. • To enable communication over the network - LAN Emulation must be set up on the switch. For more information on setting up LAN Emulation on an M770 ATM Switch, see "Setting up LAN Emulation" on page 16. 10 Avaya M770 ATM Switch User's Guide Chapter 2 Getting Started Setting the IP address To access and manage an M770 ATM Switch remotely, for example using Telnet or SNMP, an IP address must be set for the switch. You will need to decide whether the M770 ATM Switch will use BOOTP to acquire its IP address or whether you wish to set it manually. If you plan to use BOOTP, make sure a BOOTP server is on the same ELAN as the M770 ATM Switch management LEC, or there is a route from a BOOTP server to the ELAN. For more information about managing the Management LEC, see Chapter 11. You will need to set the IP address of the M770 ATM Switch to BOOTP (this is the default IP setting for a new M770 ATM Switch). The M770 ATM Switch will then attempt to learn its IP address using the BOOTP protocol. If you plan to set the IP address manually, first ensure that the terminal or terminal emulator is connected to the serial interface of the Master Agent. The IP address of the switch can only be seen on the Master Agent (the Master Agent module's "NMA" LED will light ON). For example, if you want to set the IP address to be 149.49.46.61 with a subnet mask 255.255.255.0, and a gateway IP address 149.49.46.150, you should perform the following steps: M15-155s8:/>ip address 149.49.46.61 255.255.255.0 M15-155s8:/>ip gateway 149.49.46.150 For more information about setting IP addresses, see "Configuring the Avaya M770 ATM Switch Address Information" on page 31. Note: Changing the IP address commands will take effect immediately, and will disrupt IP traffic (for example, Telnet or SNMP) that is going to the M770 ATM Switch. Avaya M770 ATM Switch User's Guide 11 Chapter 2 Getting Started ATM Port Configuration Setting the virtual port to its default configuration If you are attaching an end-station or an edge device that supports ILMI to an Avaya M770 then you must ensure that the virtual port on the M770 ATM Switch is using its default configuration. For a list of the default port settings, see Appendix A, "Default Settings on a New Avaya M770 ATM Switch". For example, to set vport 8.4.0 to its default settings type: M15-155s8:/>vport disable 8.4.0 M15-155s8:/>vport reset all 8.4.0 M15-155s8:/>vport enable 8.4.0 This will enable ILMI to automatically configure the virtual port so that it can communicate with the attached device. For more information on resetting the parameters on the virtual port, see "Resetting Virtual Port Parameters" on page 75. Connecting to a device, supporting ILMI If you are attaching an end-station, edge device or another ATM switch which supports ILMI then the M770 ATM Switch will automatically configure the virtual port to communicate with the attached device. Ensure that ILMI is enabled on all devices and the ports have been set to their default port configuration before attaching the device. ILMI will not alter any parameters that have been manually configured by the administrator. If a parameter has been automatically configured for a port, using ILMI, the parameter will be displayed with an asterisk "*" next to it. Connecting to a device not supporting ILMI If you are attaching an end-station, edge device or another ATM switch that doesn't support ILMI to an Avaya M770, then you must disable ILMI on the M770 ATM Switch port that connects the two devices. You should then verify that the following virtual port parameters on the M770 ATM Switch are the same as the parameters on the attached device: • The port profile must be set to either "network" or "user" (the opposite to the configuration on the remote device). • The signalling stack type must be set to either UNI 3.0, UNI 3.1, UNI 4.0, IISP 3.0, IISP 3.1 or PNNI 1.0 (according to the configuration on the remote switch). • Other signalling parameters on the M770 ATM Switch to match the remote device like VPI and VCI range. 12 Avaya M770 ATM Switch User's Guide Chapter 2 Getting Started For example, if you are connecting an Avaya M400 Gate Switch LSA+ module which does not support ILMI, to port 8.4.0 on the M770 ATM Switch, you should configure port 8.4.0 on the M770 ATM Switch by performing the following steps: M15-155s8:/>vport disable 8.4.0 M15-155s8:/>vport disable 8.4.0 ILMI M15-155s8:/>vport set stacktype 8.4.0 UNI 3.0 M15-155s8:/>vport set vpirange 8.4.0 [0..0] M15-155s8:/>vport set vcirange 8.4.0 [32..1023] M15-155s8:/>vport enable 8.4.0 Routing Configuration PNNI Configuration When you configure your network you have to decide whether you're going to use a single peer group (flat) configuration or multiple peer groups (hierarchy) configuration. In case you have devices that do not support PNNI, please refer to Section Connecting to another ATM switch which doesn't support PNNI. Flat PNNI Configuration Connecting to another ATM switch which supports PNNI If you are attaching another ATM switch that supports PNNI ensure that the following conditions exist: • All switches should have a different ATM prefix (although the network will work even if some have the same prefix). To check this in the ATM switch type: 'address prefix' (on the Master Agent modules). • All switches must have a different node_id. By default it will be taken from the switch address. • All switches, in the same peer group, must have the same pg_id • All switches in the same peer group must have the same level. To check the PNNI and ATM addresses of the switch, type one of the following commands: M15-155s8:/> summary info or M15-155s8:/> route pnni config show Note: Changing the PNNI 'level' also changes the first byte of the Node ID and the Peer Group ID. Avaya M770 ATM Switch User's Guide 13 Chapter 2 Getting Started Connecting to another ATM switch which doesn't support PNNI If you are attaching another ATM switch that doesn't support PNNI, you must configure a route to that switch. For example, if you are connecting a Collage 740 to port 8.5.0 on the M770 ATM Switch, you should configure the static routing table by performing the following steps: (assume that the partial ATM prefix of the Collage 740 is 39.04) M15-155s8:/>route add 39.04. 8.5.0 Configuring Hierarchical PNNI The following steps will help you in configuring your network into a hierarchy of peer groups. You will need a basic knowledge of PNNI. • Create a drawing of the network you want to achieve while completing the following steps: 1 Decide how many level of hierarchy you need. 2 Divide your switches into different peer groups. 3 Decide how many peer groups are grouped together in to the next level of hierarchy. 4 On each peer group, decide which node will be the Peer Group Leader (PGL). Or better, configure all switches to be capable of becoming a Peer Group Leader (assuming their software version supports this). The PNNI's Peer Group Leader Election protocol will determine the active PGL. 5 Repeat the steps 3 &4, until all peer groups of all switches are organized in the hierarchy. 6 Decide the level scopes of the different level, in the range of 1-104. A lower level should have a greater number. Note: In the CLI, levels are numbered 1,2,3…. where 1 indicates the lower level (the physical level in which the node resides), 2 indicates the next level in the hierarchy and so on. 7 Determine the switches' prefixes so they will match the organization into peer groups and the specified levels. There is an algorithm that can help you in determining the prefixes to match the hierarchy (see Appendix ). • Configure all switches' ATM Address prefixes as determine in step 7, and force their node IDs to match the prefix. The configuration is done on the Master Agent using the command: M15-155s8:/>/address prefix node_id 14 Avaya M770 ATM Switch User's Guide Chapter 2 Getting Started • For the switches that are capable of becoming PGLs (as determine in step 4) do the following: 1 Configure the level scope as determine in step 6 for all levels (1-5) using the command: M15-155s8:/>/route pnni config level set 2 Configure the leadership priority of the node in the lower level to a value greater than 0. M15-155s8:/>/route pnni config pgle set 1 3 Configure the Administrative Status of the node in the next higher level to Up M15-155s8:/>/route pnni config admin set up • Repeat the last step for all levels you have in the hierarchy. Connecting to an end-station or edge device not supporting ILMI If you are attaching an end-station or edge device that does not support ILMI then you must configure a route to that device. For example, if you are connecting an Avaya M400 Gate Switch LSA+ module to port 8.4.0 on the M770 ATM Switch, you should configure the static routing by performing the following steps: [assume that the ATM address of the LSA+ is 39.01.00.00.00.00.00.00.00.00.00.00.00.00.40.od.64.02.de.00] M15-155s8:/>route add 39.01.00.00.00.00.00.00.00.00.00.00.00.00.40.od.64.02.de 8.4.0 Note: The ATM address should not include the selector. Avaya M770 ATM Switch User's Guide 15 Chapter 2 Getting Started Setting up LAN Emulation Each module in the Avaya M770 ATM Switch can host one LECS and multiple combined LES and BUS. This means that on one switch, there can be several resilient LECS, and for one ELAN, several distributed LES. The Avaya M770 ATM Switch LES does not have to reside in the same device as the LECS. The module that is elected as the Master will host the Management LEC. The following steps should be performed for each M770 ATM Switch module to ensure correct LANE configuration: 1 Determine what type of LECS is to be hosted on this module (local or remote). By default the module is configured to seek a remote LECS at WKA (Well Known Address). For information about the different types of LECS that can be hosted on the M770 ATM Switch, see Chapter 14, Managing the LECS. 2 If you are using resilient LECS, configure one of the LECS to have the highest priority. For information about changing a LECS priority on the M770 ATM Switch, see Chapter 14, Managing the LECS. 3 If the M770 ATM Switch is to host a local LECS then you will need to consider the ELANs that the LECS will coordinate. Note: To ensure that a standby LECS can smoothly take over the running of the network, should the active elected LECS fail, it must be configured with the same LANE services information as the active elected LECS. There is no checking of database consistency between modules that are hosting the resilient LECS. 4 Determine what ELANs this switch will host and create LESes to host the required ELANs. For information about configuring local ELANs, see Chapter 16 Managing an ELAN. For information about configuring the local LES, see Chapter 15 Managing the LES/BUS. — By default the M770 ATM Switch hosts the following default ELANs: ELAN name ELAN LES name Default Ethernet ELAN default default 16 Avaya M770 ATM Switch User's Guide Chapter 2 Getting Started Note: Ensure that the number of modules hosting a specific LES/BUS (e.g. default) does not exceed the maximum number of LESes per ELAN as defined in: lan elan maxles (default 5, maximum 10). 5 Determine if secure "Closed" ELANs are required. If required then you will need to set-up an ELAN client database in the Avaya M770. For information about setting up ELAN clients, see Chapter 16 Managing ELAN Clients. — By default when ELANs are created they are set-up as "Open" ELANs. Recommended Redundant LANE Services Setup You have the ability to setup redundant LANE services on every module. On each M770 ATM switch that contains N modules, you have the flexibility to configure N resilient LECS hosting ELANs that can be redundant N times. LANE redundancy is not just switch wide, but network wide. Each module in every switch can host redundant LANE services. We do not recommend that you place redundant LANE services on every module. In the event that you want to investigate where clients are registered and to look at the LECS, you need to look at every module in his network. The Cajun LaneMaster application helps you configure your redundant LANE services. To help you decide where to put the LANE services and to minimize configuration time, we recommend the following: LECS: Setup 2 resilient LECS on two different switches. One of the LECS should have a higher priority than the other. LES: Setup 5 distributed LESs for each ELAN. Configure each LES on a separate switch and if there are less than 5 switches, configure a LES on multiple modules in each switch. Example for LANE Configuration The default LANE configuration of the Avaya M770 ATM Switch: ELAN: Ethernet ELAN named default LES/BUS: Ethernet LES named default LECS: Remote at the well known address (wka) LEC: Configured to join the Ethernet ELAN default Avaya M770 ATM Switch User's Guide 17 Chapter 2 Getting Started Following is a simple configuration example, which will enable you to start working with the LANE services and to connect a network management station which uses SNMP and CajunView Management. 1 You need to decide where you want the LECS. The following command creates a local resilient LECS with priority 0 which advertises the well known address, on the module (while the LECS priority is 0 it will not be elected as active): M15-155s8:/>lane lecs priority 0 To see all of the resilient LECS on the network type the following: M15-155s8:/>lane lecs resilient show If the location of the LECS is resident on a different switch or module at the wka, change the location of the LECS to be remote at the wka using the following command: M15-155s8:/>lane lecs location remote wka 2 If your management station is on an ELAN different than default, you might need to create a new ELAN. In order to create a new ELAN, two things must be performed. First, an entry for the ELAN must be defined in the LECS table, and a LES/BUS pair must be defined for the ELAN. To create an ELAN named elan1, you need to first define an entry for elan1 in the LECS table, typing the following command, at the module which holds the LECS: M15-155s8:/>lane elan create elan1 auto ethernet 3 After all of the ELANs have been defined, in the ELAN database, you need to change the priority of the LECS to a priority higher than 0, so that it can participate in the LECS election. If you will be using more than one resilient LECS, configure one of the LECS to have a higher priority to the others using the following command (this example changes the LECS priority to 200): M15-155s8:/>lane lecs priority 200 Then you need to define a distributed LES/BUS for elan1. To create a LES/BUS, that will use the selectors a1 and b1 for their ATM addresses, type the following command: M15-155s8:/>lane les create elan1 distributed ethernet a1 b1 To Check if the LES registered its address with the LECS type: M15-155s8:/>lane elan show To check if any Clients registered with the LES elan1 type: M15-155s8:/>lane les show 18 Avaya M770 ATM Switch User's Guide Chapter 2 Getting Started 4 In order to manage the M770 ATM Switch, the Management LEC must register with the same ELAN as the NMS or there should be a router between the ELANs. By default the Management LEC is configured to join the Ethernet ELAN default. If you want to change the ELAN which the Management LEC will join, for example to elan1, type the following command: M15-155s8:/>lane lec elan elan1 After changing the E LAN for the management LEC to join, you must restart the management LEC by typing: M15-155s8:/>lane lec restart To check with which ELAN the management LEC is currently registered type: M15-155s8:/>lane lec show Support for LUNI 2.0 From M770 ATM Switch embedded S/W Version 2.1 and higher, the LES supports LUNI 2.0. The first LES registered to an ELAN determines the LUNI 2.0 capability of the entire ELAN. A LUNI 1.0 client (LEC) can still register to a LUNI 2.0 server (LES) since the LUNI 2.0 LES can send LUNI 1.0 frames. However, a LUNI 2.0 client cannot register to a LUNI 1.0 server. Avaya M770 ATM Switch User's Guide 19 Chapter 2 Getting Started 20 Avaya M770 ATM Switch User's Guide Chapter 3 How to Use the Command-line Interface This chapter explains how to get management access to the Avaya M770 ATM Switch command-line interface and how to use the command-line interface to manage the switch. Getting Connected You can access the Avaya M770 ATM Switch command-line interface by one of the following methods: • Direct connection to an ATM module using a serial interface, using a VT100 terminal or a PC running a terminal emulation program. For information about the serial interface, refer to the module's Installation Guides. • Telnet connection, using a standard Telnet program to the ATM module. • Direct Connection or Telnet Connection via the M-SPV/M-SPX/M-SPS (S/W Ver 2.5 or higher). For more information, see to the M-SPS Installation Guide. When a terminal is connected to the command-line interface, the M770 ATM Switch displays a welcome message on the terminal screen and logs the user directly into the root of the command-line interface. You can set a password for serial and telnet connections into the switch. For more information about setting up a password, see Setting passwords for local/remote connections in Chapter 4, Managing Miscellaneous Commands. Note: You can access the command-line interface using Telnet directly to the ATM module only if the M770 ATM Switch's management LEC is currently joined to an ELAN that is accessible from the network management station, and the IP address of the switch has been set. However, you can access the M770 ATM Switch via Telnet to the M-SPV/M-SPX/M-SPS (using an Ethernet connection). Avaya M770 ATM Switch User's Guide 21 Chapter 3 How to Use the Command-line Interface How the Command-line Interface Works The command-line interface provides a set of commands that you can use to configure the M770 ATM Switch. The commands are arranged in a hierarchy such that related commands are grouped together in a single functional group. A functional group can also contain one or more functional groups, and so forth. When you login to the command-line interface, you will be placed at the root of the hierarchy. To perform an operation using a command, you will need to specify the full hierarchical path followed by the command. For example: M15-155s8:/>route show This command shows routes in the routing table and is contained in the route functional group. Alternatively, you can descend the hierarchy by typing: M15-155s8:/>route This will cause the prompt to change, displaying the position in the hierarchy: M15-155s8:/route> You can now perform the command simply by typing show, as follows: M15-155s8:/route>show The advantage of descending the hierarchy is that you can perform multiple related commands without having to type them out in full (that is, specifying their full hierarchical path). Note: You do not need to enter all the letters of a command: you need only enter sufficient letters to uniquely identify it from other commands in the directory. For example, instead of typing route show you could just enter r s in the command-line interface. You can also use the TAB key to complete the full command. Table 3.1 lists the commands that are used to navigate the hierarchy. Table 3.1 Navigational commands Command Description top Returns you to the root of the hierarchy. up Returns you to the previous level in the hierarchy. 22 Avaya M770 ATM Switch User's Guide Chapter 3 How to Use the Command-line Interface Note: If you press the RETURN key immediately after the prompt, it has the same effect as entering the up command. If you are at a particular point in the hierarchy and you need to perform a command elsewhere in the hierarchy, you must enter the slash symbol (/) followed by the full hierarchical path followed by the command. For example: M15-155s8:/route>/vport show This command will list information about virtual ports while you are in the route functional group. After the command has been executed you will still be in the route functional group. Note: After resetting a module, some of the CLI commands may not be available immediately. Wait a few seconds until all the software has initialized. Master Agent and Sub Agent Commands The Master Agent and Sub Agent have slightly different CLI options. For example, the Master Agent has the "ip" command and the "access" command which will enable you to access a Sub Agent from the Master Agent. A simple way to find out whether you are currently communicating with a Master Agent is to type "help" at the command line and check whether there is an "access" command option. All the information configured to the Master Agent (IP, Permanent Managers) is backed up by the Sub Agent, so if the Master Agent is removed, another module will be elected and all previous configuration settings will be kept. Command hierarchy The hierarchy of the commands in the Command Line Interface (CLI) can be obtained at any time by typing tree. The tree command can be used at the prompt of any functional group to view the sub-commands of the group. Avaya M770 ATM Switch User's Guide 23 Chapter 3 How to Use the Command-line Interface For example, the output of the tree command from the pport functional group prompt is: Command: M15-155s8:/pport>tree Output: pport +-disable -- Disable a physical port +-enable -- Enable a physical port +-reset -- Reset all settable parameters on a physical port to their defaults +-set -- Set a physical port parameter | +-framing -- Specify the framing | +-payloadscrambling -- Specify whether payload scrambling is on or off | `-txrate -- Specify port transmit rate in Kbits/sec +-show -- Show information about all physical ports | `-counters -- Show counter information for a physical port Note: Certain functional groups in the hierarchy are also commands in their own right. For example, the vport show functional group is also a command when entered on its own. Conventions used to describe commands Throughout this chapter the following conventions are used: • All command examples are given in relation to the root of the hierarchy. That is, this is how you would enter the command if you were at the root of the hierarchy. • The syntax of commands are described using the symbols displayed in Table 3.2. Table 3.2 Symbols used to describe command syntax Syntax Description [ ] Characters surrounded by square brackets denote optional arguments. { } Characters surrounded with braces denote a selection list. When there are several argument selections surrounded by braces and separated by a vertical bar (|) then one of the arguments must be included in the command. < > Characters surrounded by angle brackets denote information that you must provide. 24 Avaya M770 ATM Switch User's Guide Chapter 3 How to Use the Command-line Interface Using the on-line help On-line help is always available and can be obtained at any time by typing help. The following information will be displayed: • All commands and functional groups available at the current position in the hierarchy, in alphabetical order. • The universal commands. These are commands that are independent of the hierarchy. They can be executed irrespective of where you are in the hierarchy. The help output from the root is shown below. Command: M15-155s8:/>help Output: Commands:- access -- Display or Access other modules in the switch (master agent option only) address -- ATM address info cac -- Connection Admission Control (CAC) management (master agent option only) event -- Event message commands flash -- Flash management commands hardware -- Hardware commands ilmi -- ILMI information ip -- IP configuration commands (master agent option only) lane -- LANE configuration commands password -- sets the remote/local console password pport -- Physical Port management pvc -- Management of Permanent Virtual Connections (PVCs) route -- Routing table management script -- Management of script files snmp -- Console network management summary -- Summary information system -- System wide commands td -- Traffic Descriptor Management terminal -- Terminal settings version -- Display build version number vport -- Virtual Port management Universal commands:- ?, exit, help, retstatus, top, tree, up. Avaya M770 ATM Switch User's Guide 25 Chapter 3 How to Use the Command-line Interface Help is also available for individual commands. To obtain help on a command, type help followed immediately by the full command. As an example, the help output for the address esi command is: Command: M15-155s8:/>help address esi Output: esi -- Display the module ESI address Syntax: address esi ... to display current esi NOTE: the esi is burnt in and cannot be changed! Note: If there is a discrepancy between the information in the on-line help and the information in this manual, always follow the advice in the on-line help, as it is the most current information available. 26 Avaya M770 ATM Switch User's Guide Chapter 4 Managing Miscellaneous Commands This chapter describes how to use the command-line interface to set passwords, address information, and CAC information. For information about how to access and use the Avaya M770 ATM Switch command-line interface, see Chapter 3, "How to Use the Command-line Interface". Setting passwords for local/remote connections To protect the Avaya M770 ATM Switch from accidental or unauthorized configuration from a local (via the serial port) or remote end-station (via Telnet), you may want to set a password for the switch. The following sequence shows you how to set a password for the switch for the first time. Because no password exists, the M770 ATM Switch does not prompt for the old password. Command: M15-155s8:/>password Output: M15-155s8:/>There is no password at the moment. M15-155s8:/>Enter the new password (does not echo): ******** [ENTER] M15-155s8:/>Enter the new password again (does not echo): ******** [ENTER] M15-155s8:/>Password changed. Once you have set a password, the CLI will ask you to enter the password each time you connect to the switch. To terminate a session and prevent other from configuring the switch use the exit command. Once you have enabled password protection there is a timeout period of 15 minutes before the CLI session is terminated. To delete a password Enter the old password and press "Enter" for the new password. Avaya M770 ATM Switch User's Guide 27 Chapter 4 Managing Miscellaneous Commands Managing the Sub Agents The access command displays or accesses other modules in the switch. It opens a telnet session to the module located in slot . If is not entered, all modules in the switch will be listed. To return to the Master Agent use the exit command. Command: M15-155s8:/>access [] Output: List of modules found in the switch =================================== M15-155F in slot 13 (Master Agent) M15-155F in slot 14 M15-155s8:/>access 13 Welcome to the M770 ATM Switch command line interface M15-155s13:/>exit M15-155s8:/> 28 Avaya M770 ATM Switch User's Guide Chapter 4 Managing Miscellaneous Commands Switch Summary Information The summary info command displays system information for the current ATM switching module: Command: M15-155s8:/>summary info Output: System Information: Module Type : M15-155F - 15 atm ports (OC-3, MMF) Serial Number : 0000000 C/S Version : 0.0 Slot number : 6 (Master Agent) Upper Backplane : Single Domain Boot ROM Version : 1.1.2 Boot Loader Version : 2.0.18 SW Version : 2.0.18 Build Time : Sun Dec 26 21:13:21 IST 1999 MAC Address : 00.40.0D.87.00.0D IP Address : 149.49.34.121 IP Subnet Mask : 255.255.255.0 IP Gateway Address : 149.49.34.5 LEC State : OPERATIONAL LEC ELAN Name : default LEC LES Address : 39.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00 Current ATM prefix : 39.00.00.00.00.00.00.00.40.0D.87.00.0D Current Node Id : 38.A0.39.00.00.00.00.00.00.00.40.0D.87.00.0D.00.00.00.00.00.00.00 Current PG Id : 38.39.00.00.00.00.00.00.00.00.00.00.00.00 Current Level : 56 Avaya M770 ATM Switch User's Guide 29 Chapter 4 Managing Miscellaneous Commands The summary lane command displays LECS location, an ELAN list, LES list and a list of all Selectors currently in use: Command : M15-155s8:/>summary lane Output: lecs location: -------------- The local resilient LECS is active. It is advertising the ATM Forum well-known address. The elected LECS is at the ATM Forum well-known address. elan list: ---------- Name Security Type LES Mode and Address(es) Maximum Number of LESs LES address formula ----------------------------------------------------------- default Open Ethernet Distributed 1 LES(s) using LES group address at 39.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00.00 5 Group address Global Open Ethernet Distributed (No les is registered) ELAN_3 Open Ethernet Distributed at 39.00.00.00.00.00.00.00.40.0D.87.00.0D.00.40.0D.87.00.0D.8A 5 Round robin ELAN_Generic Open Ethernet Distributed (No les is registered) ELAN_Global Open Ethernet Distributed at 39.00.00.00.00.00.00.00.40.0D.87.00.0D.00.40.0D.87.00.0D.82 5 Round robin les list: --------- Selectors Name Type Enabled LES BUS Clnts ELAN_Global Ethernet Yes 82 83 0 ELAN_5 Ethernet Yes 88 89 0 ELAN_3 Ethernet Yes 8A 8B 0 default Ethernet Yes 20 21 5 List of all selectors now in use: (20) (21) (7F) (80) (81) (82) (83) (88) (89) (8A) (8B) 30 Avaya M770 ATM Switch User's Guide Chapter 4 Managing Miscellaneous Commands Configuring the Avaya M770 ATM Switch Address Information Setting the Avaya M770 ATM Switch IP address, subnet mask, and gateway An M770 ATM Switch will need an IP address so that it can be managed remotely. You must decide whether the M770 ATM Switch will use BOOTP to acquire its IP address or whether the address must be set manually. If you plan to use BOOTP, make sure the BOOTP server is on the same ELAN as the M770 ATM Switch management LEC, or there is a route from the BOOTP server to the ELAN. You will need to set the IP address of the M770 ATM Switch to BOOTP (this is the default IP setting for a new M770 ATM Switch). The M770 ATM Switch will then attempt to learn its IP address using the BOOTP protocol. Note: IP address configuration commands will take effect immediately and may disrupt IP traffic (for example, Telnet or SNMP) going to the M770 ATM Switch. To set the M770 ATM Switch's IP address and subnet mask, enter the ip address command: Command: M15-155s8:/>ip address [] Example: M15-155s8:/>ip address 192.32.220.61 255.255.255.0 Parameters: A unique IP address that is to be assigned to the M770 ATM Switch. If you set the address to BOOTP, the M770 ATM Switch will attempt to learn its IP address using the BOOTP protocol. A valid IP subnet mask. 0.0.0.0 indicates that the default subnet mask should be determined from the IP address. If a value is not supplied for the netmask, the default value of 255.255.00.00 will be used. To enable remote access to the M770 ATM Switch from a different IP subnet, you must identify the IP address of a default gateway. The gateway must be on the same IP subnet as the M770 ATM Switch. To set the gateway IP address, use the ip gateway command. Command: M15-155s8:/>ip gateway Example: M15-155s8:/>ip gateway 192.32.220.8 Parameters: A valid IP address for the gateway. Avaya M770 ATM Switch User's Guide 31 Chapter 4 Managing Miscellaneous Commands Viewing Avaya M770 ATM Switch IP address information You can display IP address information for the M770 ATM Switch. For information about changing the IP address information, see "Setting the Avaya M770 ATM Switch IP address, subnet mask, and gateway" on page 31. To view the IP address information, use the ip show command. The message "initializing" indicates that the LEC has not yet joined the ELAN. Command: M15-155s8:/>ip show Output: IP address: 192.32.220.61 (The address was obtained using BOOTP.) IP subnet mask: 255.255.255.0 IP gateway address: 192.32.220.8 MAC address: (or initializing) Layer 2: ok (or initializing) Viewing the End System Identifier (ESI) The End System Identifier (ESI), also referred to as the Burnt-In Address (BIA), is the factory-assigned world-wide unique address for the switch. If the management LEC on the M770 ATM Switch is joined to an Ethernet ELAN, its MAC address will default to the ESI (Ethernet format). To display the BIA (ESI) of the M770 ATM Switch, use the address esi command. Command: M15-155s8:/>address esi Output: Switch ESI Address (Ethernet Format): 00.40.0D.07.00.0e Note: The ESI cannot be changed. However, in the case of LANE, a Locally Administered Address (LAA) can be defined. For more information see "Managing the ELAN for the management LEC" on page 165. 32 Avaya M770 ATM Switch User's Guide Chapter 4 Managing Miscellaneous Commands Viewing or changing the switch prefix When a M770 ATM Switch with a blank EEROM is powered up, a default prefix is generated and stored in the EEROM. The default prefix is 39.00.00.00.00.00.00.xx.xx.xx.xx.xx.xx where x is the MAC address of the switch. Note that the first byte of all switch prefixes must start with one of the following: • 39. An ATM Forum Identifier (AFI) for the Data Country Code (DCC). This is allocated and assigned to countries and administered by the ISO member for that country. • 47. An AFI for the International Code Designator (ICD). This is allocated and assigned to countries, and administered by an ISO registration authority for that country, for example the British Standards Institute (BSI). • 45. An AFI for E.164 encapsulated. This is useful for organizations who wish to use the existing number plan used in public networks. • 49. The local AFI that defines a structure that can be used by anyone within a private network. To display the current switch prefix, use the address prefix command. Command: M15-155s8:/>address prefix Output: Current Prefix: 39.00.00.00.00.00.00.00.40.0d.87.00.2c If you have an ATM network that uses its own block of ATM addresses, you can make the M770 ATM Switch conform to this scheme by changing the default switch prefix. Any end-stations directly connected to the M770 ATM Switch will only obtain their new prefix if they re-register over ILMI. To change the switch prefix for the M770 ATM Switch, use the address prefix command. Command: M15-155s8:/>address prefix [node_id] [pg_id] Parameters: The new switch prefix. The prefix must be a 13-byte address and expressed as 13 two-digit hexadecimal numbers separated by periods. (39.00.01.02.03.04.05.06.07.08.09.aa.bb) is an example of a switch prefix address. The first byte of the switch prefix address must be 39, 45, 47 or 49. For more information see text in the introduction to this section. [node_id] Optional parameter that indicates that the PNNI node ID shall be changed according to the new prefix [pg_id] Optional parameter that indicates that the PNNI peer group ID shall be changed according to the new prefix Note: You must reboot the switch before the above command will take affect. You must update all the other affected switches' static routing table entries with the new switch prefix. If you are using PNNI routing then the affected routing entries will be updated automatically. Avaya M770 ATM Switch User's Guide 33 Chapter 4 Managing Miscellaneous Commands Resetting the saved switch prefix You can reset the saved switch prefix to current address. This prevents the current address from changing even after a reset. To reset the saved switch prefix, use the address reset command. Command: M15-155s8:/>address reset Setting the switch prefix to its default value The default prefix is 39.00.00.00.00.00.00.xx.xx.xx.xx.xx.xx where x is the MAC address of the switch master agent module. To change the switch prefix for the M770 ATM Switch to its default value, use the address default command. Command: M15-155s8:/>address default Output: Done. Note: You must reboot the switch before the above command will take affect. You must update all the other affected switches' static routing table entries with the new switch prefix. If you are using PNNI routing then the affected routing entries will be updated automatically. Viewing or changing the IP time server address A time server is a server that provides the date and time, as specified by RFC 868, such as a UNIX machine running 'timed' to the M770 ATM Switch. You must provide the M770 ATM Switch with the IP address of a time server or set the M770 ATM Switch to discover the server on the network by broadcasting requests. To view the time received from the time server, use the system time command (refer to Chapter 17, "Managing System Commands" for details). To view the current time server, use the ip timeserver command. Command: M15-155s8:/>ip timeserver Output: The M770 is requesting the time from a server at 192.16.1.14 The M770 will use the first time server that responds to a broadcast request. To set or change the time server, use the ip timeserver command. Command: M15-155s8:/>ip timeserver [
| discover] Parameters:
This enables you to specify the IP address of the time server. discover This enables the M770 ATM Switch to discover the server by broadcasting requests. 34 Avaya M770 ATM Switch User's Guide Chapter 4 Managing Miscellaneous Commands Using PING The M770 ATM Switch allows you to PING an IP address. The M770 ATM Switch will send one Internet Control Message Protocol (ICMP) echo request to the address each second until you press CTRL-C. Whenever the remote device responds, the time taken to respond is displayed in milliseconds. To PING an IP address, use the ip ping command. Command: M15-155s8:/>ip ping
Example: M15-155s8:/>ip ping 192.32.220.5 Parameters:
The IP address for the remote device. Output: PING: target address is 192.32.220.5 Type Control+C to stop the ping sequence Response from 192.32.220.5: seq 0, delay 5 ms Response from 192.32.220.5: seq 1, delay 2 ms Response from 192.32.220.5: seq 2, delay 2 ms Response from 192.32.220.5: seq 3, delay 1 ms Response from 192.32.220.5: seq 4, delay 1 ms Ping of 192.32.220.5 Packets sent: 5 Packets received: 5 Note: The command will continue to PING. To interrupt it, press CTRL-C. Avaya M770 ATM Switch User's Guide 35 Chapter 4 Managing Miscellaneous Commands Managing the IP Cache This section explains how to view the IP and route ARP cache of the M770 ATM Switch and how to delete entries in the ARP cache. Listing the contents of the Avaya M770 ATM Switch's IP ARP cache When listing the contents of the M770 ATM Switch's IP ARP cache, the destination IP and MAC addresses are shown. Also displayed is whether or not the ARP process has completed for each destination IP address in the IP ARP cache. An entry in the cache becomes aged out 30 minutes from the last time it was used. To display the contents of the M770 ATM Switch's IP ARP cache, use the ip arpcache show command. Command: M15-155s8:/>ip arpcache show Output: IP ARP cache entries -------------------------------- 192.32.220.5- 00.00.F6.1A.3C.62 (complete) 196.32.220.4- 00.00.F6.09.18.59 (complete) 196.32.220.8- 00.00.F6.09.44.3F (complete) 196.32.220.19- incomplete Deleting an entry from the Avaya M770 ATM Switch's IP ARP cache When you delete an entry from a M770 ATM Switch IP ARP cache that still has IP traffic on it, there will be a short delay while the ARP process finds the remote host and the IP address is added to the ARP cache again. Note: If an IP address is moved on the network then you should delete the entry in the IP ARP cache to force the M770 ATM Switch to locate the new MAC address. To delete an entry from the M770 ATM Switch's IP ARP cache, use the ip arpcache delete command. Command: M15-155s8:/>ip arpcache delete
Parameters:
A standard IP address that is to be removed from the ARP cache. 36 Avaya M770 ATM Switch User's Guide Chapter 4 Managing Miscellaneous Commands Listing the contents of the Avaya M770 ATM Switch's IP route cache The destination IP address, the router address, and the network mask are displayed for each entry in the IP route cache. The default router address is also displayed. This uses the M770 ATM Switch's IP gateway address. To display the contents of the M770 ATM Switch's IP route cache, use the ip routecache command. Command: M15-155s8:/>ip routecache Output: IP route cache entries -------------------------------- Destination Mask Router Interface 127.0.0.0 255.0.0.0 (local) m-spv 149.49.34.0 255.255.255.0 (local) lec default * 149.49.34.5 lec Connection Admission Control (CAC) The M770 ATM Switch carries out Connection Admission Control (CAC) on both the input and output ports to ensure that there is enough bandwidth to allow the call to be accepted. Bandwidth is reserved in the following manner for the different service categories: • CBR -Bandwidth equal to Peak Cell Rate (PCR) requested will be allocated, if available. • VBR -Bandwidth allocation will use the Simple Generic CAC (SGCAC) algorithm described in PNNI 1.0. This is based on PCR and SCR (Sustainable Cell Rate) requested. • UBR -UBR calls will always be accepted (assuming the limit on active VCs has not been reached). Note: If you have any rate limit set on a port then CAC will not allow you to set up connections which could exceed the set limit. All new circuits through the switch are allocated according to the SGCAC, this provides the optimum usage of the bandwidth through your switch. Avaya M770 ATM Switch User's Guide 37 Chapter 4 Managing Miscellaneous Commands Allocating VBR bandwidth according to the SGCAC algorithm To allocate VBR bandwidth according to SGCAC algorithm method, use the cac sgcac command. Command: M15-155s8:/>cac sgcac Output: VBR bandwidth now allocated according to SGCAC. Allocating VBR bandwidth according to the PCR To allocate VBR bandwidth according to PCR method, use the cac pcr command. Command: M15-155s8:/>cac pcr Output: VBR bandwidth now allocated according to PCR. Viewing VBR bandwidth allocation method To view the VBR bandwidth allocation method currently being used, use the cac show command. Command: M15-155s8:/>cac show Output: VBR bandwidth allocated according to SGCAC. 38 Avaya M770 ATM Switch User's Guide Chapter 5 Managing Physical Ports This chapter describes how to use the command-line interface to manage and configure physical ports. For information about how to access and use the M770 ATM Switch command-line interface, see Chapter 3, "How to Use the Command line Interface". Listing Information About All Physical Ports You can view information about all of the physical ports. When a module is installed in the M770 ATM Switch, default physical ports are created for all of its ports. Each of these default physical ports is assigned a physical port id. The physical port id consists of the slot number in which the module is installed and the port number. Avaya M770 ATM Switch User's Guide 39 Chapter 5 Managing Physical Ports To display information for all physical ports, enter the pport show command. Command: M15-155s8:/>pport show Output: Physical Port Information Port Admin Oper Speed Framing VPI VPC VPI VCI Id State State Kbps Mode Range Range 8.0 Up Up --- --- [0..0] [0..4095] [0..1023] 8.1 Up Down 155520 Sonet [0..7] --- [0..1023] 8.2 Up Down 155520 Sonet [0..7] --- [0..1023] 8.3 Up Down 155520 Sonet [0..7] --- [0..1023] 8.4 Up Down 155520 Sonet [0..7] --- [0..1023] . . . 8.13 Up Down 155520 Sonet [0..7] --- [0..1023] 8.14 Up Down 155520 Sonet [0..7] --- [0..1023] 8.15 Up Down 155520 Sonet [0..7] --- [0..1023] 8.16 Up Down 155520 Sonet [0..7] --- [0..65535] Port Cell Payload Media Media Last Id Mode Scrambling Type Mode Change 8.0 Unassigned On --- UP --- 8.1 Unassigned On MMF LRDI 0:00:00:15.0 8.2 Unassigned On MMF UP 0:00:00:54.4 8.3 Unassigned On MMF LRDI 0:00:00:22.8 8.4 Unassigned On MMF UP 0:00:00:63.4 . . 8.11 Unassigned On MMF UP 0:00:00:06.7 8.12 Unassigned On MMF UP 0:00:00:12.1 8.13 Unassigned On MMF UP 0:00:00:30.1 8.14 Unassigned On MMF UP 0:00:00:19.9 8.15 Unassigned On MMF UP 0:00:00:27.4 8.16 Unassigned Off --- --- --- Note: In the Table above, Port 0 is the CPU port and Port 16 is the Backplane port. Note: When you enter M4-DS3s8:/> pport show for the DS3 module you will see all of the parameters displayed in the Table above, with information at the bottom of the table for several additional Physical Port parameters displayed only for DS3 modules. See the Table below. 40 Avaya M770 ATM Switch User's Guide Command: M4-DS3s8:/>pport show Output: Physical Port Information Chapter 5 Managing Physical Ports Port Cell Line Cable Tx Loop Id Mapping Code Length Clock Back 8.0 --- --- --- --- --- 8.1 PLCP B8ZS >225 feet Local None 8.2 ADM B8ZS 0-225 feet Local None 8.3 ADM B8ZS 0-225 feet Local None 8.4 PLCP B8ZS 0-225 feet Local None 8.5 --- --- --- --- --- Note: In the Table above, Port 0 is the CPU port and Port 5 is the Backplane port. The pport show command displays the information described in Table 5.1. Table 5.1 Output from the pport show command Field Description Port Id The physical port number. This is displayed in the format .. Admin State The administrative state of the physical port. If the state is UP then this physical port is enabled. If the state is DOWN then this physical port is disabled. This will occur when you disable the physical port using the command line interface or use SNMP. Oper State The operational state of the physical port. If the state is UP then this physical port is functional. If the state is DOWN then this physical port is not functional. This could be due to a problem with the physical connection. Speed (kbps) The speed for a physical port in kbps. Framing Mode The physical layer framing for a physical port. For fiber the value is either Sonet or SDH. The default setting is Sonet. For DS3 the value is either C-bit or M23. The C-bit framing mode for DS3 reserves the C-bits for application-specific uses. The M23 framing mode for DS3 uses the C-bits to indicate the presence or absence of stuffing bits. The default setting is C-bit. The CPU port will always display "_ _ _" and the Backplane port will always display "_ _ _". Avaya M770 ATM Switch User's Guide 41 Chapter 5 Managing Physical Ports Table 5.1 Output from the pport show command Field Description VPI Range The VPI range assigned to a physical port. VPC VPI Range The VPC VPI range used for VPCs (Virtual Path Connections). VCI Range The VCI range assigned to a physical port. Cell Mode The empty cell generation mode for a physical port. This can be either Idle or Unassigned. The default setting is Unassigned. Payload Scrambling The payload scrambling mode for a physical port. This can be enabled or disabled. The default setting is set to On. Media Type The media type for a physical port. MMF (Multi-Mode Fiber) cable. SMF (Single-Mode Fiber) cable. UTP (Unshielded Twisted Pair) cable. Coaxial (BNC) cable. Media Mode The Media Mode shows the status of the physical port, which is normally UP. Last Change The Last Change shows the time when the port entered it's current state. The time format dd:hh:mm:ss:ds Cell Mapping (DS3 only) The Cell Mapping shows the mapping mode used for the transport of ATM cells over DS3. The Mapping mode is either ADM (ATM Direct Mapping) or PLCP (Physical Layer Convergence Protocol). The default setting is ADM. Line Code (DS3 only) The supported Line Code is always B8ZS. Cable Length (DS3 only) The BNC coaxial cable length can be either 0-225 feet or 225-450 feet. The default setting is 225-450 feet. Tx Clock (DS3 only) The transmit clock source is either local (derives the clock internally), or loop (derives the clock from the received signal). The default setting is local. Loopback (DS3 only) Loopback is either line loopback (the receiver loops back the received line signal), or payload loopback (the receiver loops back the received payload), or none. The default setting is none. 42 Avaya M770 ATM Switch User's Guide Chapter 5 Managing Physical Ports Displaying Counter Information for a Physical Port You can view general counter information for all physical ports by using the command: pport show counters. There are two additional counter commands available only for DS3 modules that will display DS3-specific counter information: • pport show ds3counters • pport show plcpcounters Displaying counter information for all physical ports To display counter information for all physical ports, enter the pport show counters command. Command: M4-DS3s8:/>pport show counters Output: Physical Port Counters ---------------------- Port ID Tx Cells Rx Cells Tx Discar ds Rx Discar ds Rx Errors 8.0 151971 128993 0 0 0 8.1 0 0 0 0 0 8.2 0 0 0 0 0 8.3 279163 101045 0 0 0 8.4 310163 131011 0 0 0 (Port 5 = Backplane, Port 0 = Cpu) The pport show counters command displays the information described in Table 5.2. Table 5.2 Output from the pport show counters command Field Description Port Id The physical port. This is displayed in the format . Tx Cells The number of cells that have been transmitted through the physical port. Rx Cells The number of cells that have been received through the physical port. Tx Discards The number of transmitted cells that have been discarded. Rx Discards The number of received cells that have been discarded. Avaya M770 ATM Switch User's Guide 43 Chapter 5 Managing Physical Ports Table 5.2 Output from the pport show counters command Field Description Rx Errors The number of cell errors that have been received through the physical port. Displaying counter information for DS3 physical ports You can view counter information specific only to DS3 modules by entering the command: pport show ds3counters. The information this command displays will not appear when you enter the command: pport show counters. DS3 Counter information is accumulated in 15 minute completed intervals for the last 24 hours the system was up. Fewer than 96 intervals of information will be available if the module has been restarted within the last 24 hours. There are 96 (15 minute) intervals numbered 1-96 with interval 0 always the current interval, interval 1 the interval most recently completed, and interval 96 the earliest possible interval. As soon as the current 15 minute interval ends, a new current interval 0 starts. The pport show ds3counters current command displays counter information only for the current interval. The pport show ds3counters interval command displays a historical record of the counters for the completed intervals (up to 96 completed intervals) during the last 24 hours the system was up. Note: The pport show ds3counters command displays counter information specific only to DS3 modules. Command: M4-DS3s8:/>pport show ds3counters [ne|fe] [current|total|interval []] Example: M4-DS3s8:/>pport show ds3counters ne current Parameters: ne To specify that the counter information is supplied from the near end. fe To specify that the counter information is supplied from the far end. current To specify that the ne/fe counter information is supplied from the current interval for all ports. total To specify that the ne/fe counter information is supplied for the last 24 hours for all ports. interval [pport id] To specify that the ne/fe counter information is supplied in all intervals (up to 96) for all ports. If the physical port identifier is entered, only the interval counters for the specified DS3 port are displayed. If no value is specified, then the interval counters for all DS3 ports are displayed. 44 Avaya M770 ATM Switch User's Guide Chapter 5 Managing Physical Ports Note: The pport show ds3counters command displays several parameters for near end (ne) counter information (PESS, PSESS, LCVS, PCVS, LESS) that are not displayed for far end (fe) counter information. To display DS3 counter information for all near end DS3 physical ports for the current interval, use the pport show ds3counters ne current command. Command: M4-DS3s8:/>pport show ds3counters ne current Output: Link near end current counters ---------------------- Port ID PESS PSES S UASS LCVS PCVS LESS CCVS CESS CSES S 8.1 0 0 0 0 0 0 0 0 0 8.2 0 0 0 0 0 0 0 0 0 8.3 0 0 0 0 0 0 0 0 0 8.4 0 0 0 0 0 0 0 0 0 The pport show ds3counters ne current command displays the information described in Table 5.3. Table 5.3 Output from the pport ds3show ne current counters command Field Description Port Id The physical port. This is displayed in the format . PESS The number of P-bit errored seconds. PSESS The number of P-bit severely errored seconds. UASS The number of unavailable seconds. LCVS The number of line coding variations. PCVS The number of P-bit coding variations. LESS The number of line errored seconds. CCVS The number of C-bit coding violations. CESS The number of C-bit errored seconds. CSESS The number of C-bit severely errored seconds. Avaya M770 ATM Switch User's Guide 45 Chapter 5 Managing Physical Ports To display DS3 counter information for all far end DS3 physical ports for the current interval, use the pport show ds3counters fe current command. Command: M4-DS3s8:/>pport show ds3counters fe current Output: Link far end curent counters ---------------------- Port ID CESS CSES S CCVS UASS 8.1 0 0 0 0 8.2 0 0 0 0 8.3 0 0 0 0 8.4 0 0 0 0 Note: The pport show ds3counters command displays several parameters for near end (ne) counter information (PESS, PSESS, LCVS, PCVS, LESS) that are not displayed for far end (fe) counter information. To display DS3 counter information for all near end DS3 physical ports in all intervals, use the pport show ds3counters ne interval command. Command: M4-DS3s8:/>pport show ds3counters ne interval Output: Link near end interval counters for port 8.1 ---------------------- Intvl PESS PSES S UASS LCVS PCVS LESS CCVS CESS CSES S 1 000000000 2 000000000 3 000000000 4 000000000 5 000000000 Link near end interval counters for port 8.2 ---------------------- Intvl PESS PSES S UASS LCVS PCVS LESS CCVS CESS CSES S 1 000000000 2 000000000 3 000000000 4 000000000 5 000000000 46 Avaya M770 ATM Switch User's Guide Chapter 5 Managing Physical Ports Link near end interval counters for port 8.3 ---------------------- Intvl PESS PSES S UASS LCVS PCVS LESS CCVS CESS CSES S 1 000000000 2 000000000 3 000000000 4 000000000 5 000000000 Link near end interval counters for port 8.4 ---------------------- Intvl PESS PSES S UASS LCVS PCVS LESS CCVS CESS CSES S 1 000000000 2 000000000 3 000000000 4 000000000 5 000000000 To display far end DS3 counter information for a specific DS3 physical port (for example port 8.3), use the pport show ds3counters fe interval pport.id command. Command: M4-DS3s8:/>pport show ds3counters fe interval 8.3 Output: Link far end interval counters for port 8.3 ---------------------- Intvl CESS CSES S CCVS UASS LCVS PCVS 1 000000 2 000000 3 000000 4 000000 5 000000 Avaya M770 ATM Switch User's Guide 47 Chapter 5 Managing Physical Ports Displaying PLCP counter information for DS3 physical ports You can view PLCP (Physical Layer Convergence Protocol) counter information for physical ports on DS3 modules that have their mapping mode set to PLCP. To view PLCP counter information use the command: pport show plcpcounters. Note: The pport show plcpcounters command does not display PLCP counter information for DS3 ports that have their mapping mode set to ADM. To display DS3 counter information for all DS3 physical ports, enter the pport show plcpcounters command. Command: M4-DS3s8:/>pport show plcpcounters Output: Physical port plcp counters ---------------------- Port ID BIP FERR FEBE 8.1 0 0 0 8.2 0 0 0 8.3 0 0 0 8.4 0 0 0 The pport show counters command displays the information described in Table 5.4. Table 5.4 Output from the pport show plcpcounters command Field Description BIP Bit interleaved errors (B1). FERR Framing Pattern Octet Errors and Path Overhead Identification Octet Errors. FEBE Far End Block Errors. 48 Avaya M770 ATM Switch User's Guide Chapter 5 Managing Physical Ports Disabling a Physical Port Before any physical port parameters can be changed, cleared, or reset, you must disable the physical port. To disable a physical port, use the pport disable command. Command: M15-155s8:/>pport disable Example: M15-155s8:/>pport disable 8.1 Parameter: Enabling a Physical Port The physical port identifier in the form . To enable a physical port, use the pport enable command. Command: M15-155s8:/>pport enable Example: M15-155s8:/>pport enable 8.1 Parameter: The physical port identifier in the form .. Setting Physical Port Parameters You can set individual parameters for a physical port. Once a physical port parameter has been set, ILMI will not override the parameter when the physical port is re-enabled. You can set the following parameters for all physical ports: • payload scrambling • framing mode • transmit rate limit You can set the following parameters only for physical DS3 ports: • cable length • mapping mode • loopback type • Tx clock source Note: You must disable the physical port before you can change, clear or reset any physical port parameters. For more information about how to disable a physical port, see Disabling a Physical Port on page 49. To set a parameter for a physical port, you must perform the following steps: 1 Disable the physical port. 2 Set the parameter for the disabled physical port, as required. 3 Enable the physical port. Avaya M770 ATM Switch User's Guide 49 Chapter 5 Managing Physical Ports Configuring payload scrambling You can configure payload scrambling on or off. The default setting on. When payload scrambling is enabled, the transmitted data will be passed through a self-synchronizing scrambler with the polynomial x43+1. This provides security against false cell and frame delineation. Note: You must disable the physical port before you can change, clear or reset any physical port parameters. For more information about how to disable a physical port, see Disabling a Physical Port on page 49. To configure payload scrambling for a physical port, use the pport set payloadscrambling command. Command: M15-155s8:/>pport set payloadscrambling [on | off] Example: M15-155s8:/>pport set payloadscrambling 8.3 on Parameters: The physical port identifier in the form .. [on | off] To specify the whether payload scrambling is on or off. Specifying the framing mode for a port You can specify that the framing mode used for a physical fiber optic port is either Sonet or SDH. The default setting is Sonet. For DS3 modules you can specify that the framing mode used for a DS3 physical port is either CBIT or M23. The default setting for DS3 ports is CBIT. Note: You must disable the physical port before you can change, clear or reset any physical port parameters. For more information about how to disable a physical port, see Disabling a Physical Port on page 49. To specify framing for a physical fiber optic port, use the pport set framing command. Command: M15-155s8:/>pport set framing [sonet | SDH] Example: M15-155s8:/>pport set framing 8.1 SDH Parameters: The physical port identifier in the form .. Sonet Sets the framing mode for the physical port to Sonet. The default setting is Sonet. SDH Sets the framing mode for the physical port to SDH. 50 Avaya M770 ATM Switch User's Guide Chapter 5 Managing Physical Ports To specify framing for a DS3 physical port, use the pport set framing command. Command: M4-DS3s8:/>pport set framing [CBIT | M23] Example: M4-DS3s8:/>pport set framing 8.2 CBIT Parameters: The physical port identifier in the form .. CBIT Sets the framing mode for the physical port to CBIT. The default setting is CBIT. M23 Sets the framing mode for the physical port to M23. Configuring transmit rate limit for the M15-155 module This command is supported only by M15-155 ATM modules. The M770 ATM Switch hardware enables you to configure the peak output cell rate of any port to be restricted, to control congestion on the network. This feature is used for traffic shaping, mainly when you have a WAN connection. For example, if a 155Mbps port is connected to another service at a lower rate (<155Mbps), then this will require the data cell rate (ignoring idle cells) to be rate limited at the output port of the switch. The outcome of this command can be seen in "pport show" in the speed column. Note: You must disable the physical port before you can change, clear or reset any physical port parameters. For more information about how to disable a physical port, see Disabling a Physical Port on page 49. To configure Tx rate limiting for a physical port, use the pport set txrate command. Command: M15-155s8:/>pport set txrate Example: M15-155s8:/>pport set txrate 8.3 100 Parameters: The physical port identifier in the form .. To specify the port transmit rate in Kbits per second. You can set the minimum rate capping to 64K bit per second. Note: The M770 ATM Switch CAC feature is aware of any rate limit set on a port and will not allow connections to be setup which could exceed the current limit. All UBR connections are accepted as usual, however these may suffer cell loss if the total traffic rate exceeds the current rate limit. Avaya M770 ATM Switch User's Guide 51 Chapter 5 Managing Physical Ports Specifying a cable length for a DS3 port You can specify the coaxial (BNC) cable length for a DS3 port. The coaxial cable length is up to these numbers in feet: • 225: 0-225 feet, 0-68 meters. • 450: 225-450 feet, 68-137 meters. The default cable length is 225 (i.e. 0-225 feet). Note: You must disable the physical port before you can change, clear or reset any physical port parameters. For more information about how to disable a physical port, see Disabling a Physical Port on page 49. To configure the coaxial cable length for a DS3 port, use the pport set length command. Command: M4-DS3s8:/>pport set length <.> [225|450] Example: M4-DS3s8:/>pport set length 8.1 225 Parameters: The physical port identifier in the form .. 225 Sets the allowable coaxial cable length to: 0-225 feet, 0-68 meters. 450 Sets the allowable coaxial cable length to: 225-450 feet, 68-137 meters. Specifying a mapping mode for a DS3 port You can specify for a DS3 port the mapping mode used for the transport of ATM cells over DS3. The mapping mode is either ADM or PLCP. The default mapping mode is ADM. Note: You must disable the physical port before you can change, clear or reset any physical port parameters. For more information about how to disable a physical port, see Disabling a Physical Port on page 49. To set the mapping mode for a DS3 port, use the pport set mapping command. Command: M4-DS3s8:/>pport set mapping <.> [adm | plcp] Example: M4-DS3s8:/>pport set mapping 8.2 plcp Parameters: The physical port identifier in the form .. adm Sets the mapping mode to ADM. The default setting is ADM. plcp Sets the mapping mode to PLCP. 52 Avaya M770 ATM Switch User's Guide Chapter 5 Managing Physical Ports Specifying loopback type for a DS3 port You can specify loopback type for a DS3 port. Loopback is either line loopback (the receiver loops back the received line signal), or payload loopback (the receiver loops back the received payload), or none (no loopback). The default loopback is none (no loopback). Note: In order to start/stop loopback using the set loopback command both the Admin state and Oper state of the port must be UP. Another method of stopping loopback is to disable the port. For more information about how to disable a physical port, see Disabling a Physical Port on page 49. To set the loopback type for a DS3 port, use the pport set loopback command. Command: M4-DS3s8:/>pport set loopback <.>[payload|line|none] Example: M4-DS3s8:/>pport set loopback 8.1 line Parameters: The physical port identifier in the form .. payload Sets the loopback type to payload. line Sets the loopback type to line. none Sets the loopback type to none. Specifying the Tx Clock source for a DS3 port You can specify the transmit clock source for a DS3 port. The transmit clock source is either local (derives the clock internally), or loop (derives the clock from the received signal). The default setting is local. To set the Tx clock source for a DS3 port, use the pport set txClock command. Command: M4-DS3s8:/>pport set txClock <.>[local|loop] Example: M4-DS3s8:/>pport set loopback 8.1 line Parameters: The physical port identifier in the form .. local Sets the transmit clock source to local. loop Sets the transmit clock source to loop. Avaya M770 ATM Switch User's Guide 53 Chapter 5 Managing Physical Ports Resetting Parameters on a Physical Port You can reset all configurable parameters for a specific physical port to their default values. Note: You must disable the physical port before you can change, clear or reset any physical port parameters. For more information about how to disable a physical port, see Disabling a Physical Port on page 49. To reset all configurable parameters on a physical port to their default values, use the pport reset command. Command: M15-155s8:/>pport reset Parameter: The physical port number in the form . 54 Avaya M770 ATM Switch User's Guide Chapter 6 Managing Virtual Ports This chapter describes how to use the command-line interface to manage virtual ports. • For information about how to access and use the Avaya M770 ATM Switch command-line interface, see Chapter 3, "How to Use the Command-line Interface". • For more information about virtual ports, see "Virtual Ports" in Appendix F, "Routing and Signalling Concepts". Showing Virtual Port Information Listing information about virtual ports You can view information about all of the virtual ports on the M770 ATM Switch. When a module is installed in the M770 ATM Switch, default virtual ports are created for the ports. Each of these default virtual ports is assigned a virtual port id of zero. Any virtual port information that is marked with an asterisk (*) has been learned by the M770 ATM Switch during the ILMI dialogue with the remote device. Information that is not marked with an asterisk has been either configured by the user or is the default setting for the virtual port. To view configuration information about all of the virtual ports, use the vport show command with the following parameters. Command: M15-155s8:/>vport show [config | status | vpivciranges] Parameter: When no parameter is entered. This will display the link configuration information about all virtual ports on a module. config This will display the link configuration information for all of the virtual ports on a module. For more information see Listing the link configuration information for all virtual ports later in this chapter. status This will display the link status information for all of the virtual ports on a module. For more information see Listing the status information for all virtual ports later in this chapter. vpivciranges This will display the VPI and signalling VCI ranges for all of the virtual ports on a module. For more information see Listing the VPI and VCI range information for all virtual ports later in this chapter. Avaya M770 ATM Switch User's Guide 55 Chapter 6 Managing Virtual Ports To view information about all virtual ports, use the vport show command. Command: M15-155s8:/>vport show Output: Virtual Port Information Virtual AdminOperStackUserQ.SAALVPISig VCIILMI Port Id StateStateType/NetStateRangeRangeState 8.0.0 UpUp InternalUserUp[0..0][32..1023]Disabled 8.1.0 UpDown UNI 3.0NetDown[0..7][32..1000]Inactive 8.2.0 UpDown PNNI-1NetDown[0..7][32..1000]Inactive 8.3.0 UpDown PNNI-1NetDown[0..7][32..1000]Inactive 8.4.0 UpDown PNNI-1NetDown[0..7][32..1000]Inactive 8.5.0 UpDown PNNI-1NetDown[0..7][32..1023]Inactive 8.6.0 UpDown PNNI-1NetDown[0..7][32..1023]Inactive 8.7.0 UpDown PNNI-1NetDown[0..7][32..1023]Inactive 8.8.0 UpDown PNNI-1NetDown[0..7][32..1023]Inactive 8.9.0 UpUp UNI 3.1*NetUp[0..0]*[32..1023]*Ready 8.10.0 UpDown PNNI-1NetDown[0..7][32..1023]Inactive 8.11.0 UpDown PNNI-1NetDown[0..7][32..1023]Inactive 8.12.0 UpDown PNNI-1NetDown[0..7][32..1023]Inactive 8.13.0 UpDown PNNI-1NetDown[0..7][32..1023]Inactive 8.14.0 UpDown PNNI-1NetDown[0..7][32..1023]Inactive 8.15.0 UpDown PNNI-1NetDown[0..7][32..1023]Inactive 8.16.0 UpUp PNNI-1*User*Up[0..0][32..65535]*InterSwitch 8.16.1 UpDown PNNI-1NetDown[1..1][32..65535]CStartSent 8.16.2 UpDown PNNI-1NetDown[2..2][32..65535]CStartSent 8.16.3 UpDown PNNI-1NetDown[3..3][32..65535]NoContact 8.16.4 UpDown PNNI-1NetDown[4..4][32..65535]NoContact 8.16.5 UpDown PNNI-1NetDown[5..5][32..65535]NoContact 8.16.6 UpDown PNNI-1NetDown[6..6][32..65535]NoContact 8.16.7 UpDown PNNI-1NetDown[7..7][32..65535]NoContact 8.16.8 UpUp PNNI-1*Net*Up[8..8][32..65535]*InterSwitch 8.16.9 UpUp PNNI-1*User*Up[9..9][32..65535]*InterSwitch 8.16.10 UpUp PNNI-1*User*Up[10..10][32..65535]*InterSwitch 8.16.11 UpUp PNNI-1*User*Up[11..11][32..65535]*InterSwitch 8.16.12 UpUp PNNI-1*User*Up[12..12][32..65535]*InterSwitch 8.16.13 UpUp PNNI-1*User*Up[13..13][32..65535]*InterSwitch 8.16.14 UpUp PNNI-1*User*Up[14..14][32..65535]*InterSwitch The vport show command displays the information described in Table 6.1. Note: In the above Table "*" indicates that the information was obtained from ILMI protocol. Port 0 is the CPU port and Port 16 is the Backplane port. 56 Avaya M770 ATM Switch User's Guide Table 6.1 Output from the vport show command Chapter 6 Managing Virtual Ports Field Description Virtual Port Id The virtual port. This is displayed in the format ... Admin State The administrative state of the virtual port. If the state is UP then this virtual port is enabled. If the state is DOWN then this virtual port is disabled. This will occur when you disable the virtual port using the command-line interface or via management. Oper State The operational state of the virtual port. If the state is UP then this virtual port is functional. If the state is DOWN then this virtual port is not functional. This could be due to a problem with ILMI or ILMI has been disabled due to a problem with the physical connection. Stack Type The type of signalling used. This can be UNI 3.0, UNI 3.1, UNI 4.0, IISP 3.0, IISP 3.1 or PNNI 1.0. User/Net The signalling profile of the virtual port. This can be either "user" or "network". For more information on which signalling profile should be used, refer to ATM Port Configuration in Chapter 2 Getting Started. Q.SAAL State The state of the signalling data-link layer (Q.SAAL-SSCOP). VPI Range The VPI range assigned to the virtual port. VCI Range The VCI range assigned to the virtual port. Avaya M770 ATM Switch User's Guide 57 Chapter 6 Managing Virtual Ports Table 6.1 Output from the vport show command (Continued) Field Description ILMI State The ILMI state of the virtual port. The possible ILMI states are: Inactive The virtual port is disabled or the physical layer is down. NoContact The physical layer is up but the remote ILMI entity is not responding. CStartSent The M770 ATM Switch is attempting to start an ILMI dialogue (a cold start trap has been sent). GNTimeout The M770 ATM Switch has received no response to a getnext request from the ILMI prefix table of the remote device. GetRemoteInfo The M770 ATM Switch is interrogating the remote device to determine link characteristics. SwDoRegPrefix The M770 ATM Switch telling the remote device about the switch prefix of the M770 ATM Switch. SwWaitAddress The M770 ATM Switch has set the prefix and is waiting to receive the address from the remote device. SwHaveAddress The M770 ATM Switch has received the address from the user side. SwToSwPause There is a pause in the ILMI dialogue between two switches. Ready ILMI is up on an UNI link (not between two switches). InterSwitch ILMI is up on a link between two switches. NoPrefixes ILMI has tried repeatedly to tell the remote device its prefix without success. It will try to bring signalling up but remains in this state. Disabled ILMI is disabled on this port. ShuttingDown(Disabled) Port is in the process of disabling ILMI on this port. 58 Avaya M770 ATM Switch User's Guide Listing the link configuration information for all virtual ports Chapter 6 Managing Virtual Ports You can view the link configuration information for all virtual ports on a module or for a specific virtual port. Any virtual port information that is marked with an asterisk (*) has been learned by the M770 ATM Switch during the ILMI dialogue with the remote device. Information that is not marked with an asterisk has either been configured by the user or is the default setting for the virtual port. To view the link configuration information about all virtual ports, use the vport show config command. Command: M15-155s8:/>vport show config [] Parameter: The virtual port. This is displayed in the format .. If a parameter is not supplied then the link configuration summary information is displayed for all virtual ports. Example: M15-155s8:/>vport show config Output: Virtual Port Configuration Information Virtual Admin OperILMIPollMultiStrictSig. SSCOPWait for Port Id State StateEnabledModeRegAALRx. WindowPeer SSCOP 8.0.0 Up UpNo DisabledOnOffDefaultNo 8.1.0 Down DownYesNoneOn OffDefault No 8.2.0 Up UpYes Port + ESIOnOffDefaultNo 8.3.0 Up DownYesNoneOn OffDefault No 8.4.0 Down DownYesNoneOn OffDefault No The vport show config command displays the information described in Table 6.2. Table 6.2 Output from the vport show config command Field Description Virtual Port Id The virtual port. This is displayed in the format ... Admin State The administrative state of the virtual port. If the state is UP then this virtual port is enabled. If the state is DOWN then this virtual port is disabled. This will occur when you disable the virtual port using the command-line interface or via Management. Oper State The operational state of the virtual port. If the state is UP then this virtual port is functional. If the state is DOWN then this virtual port is not functional. This could be due to a problem with ILMI or ILMI has been disabled due to a problem with the physical connection. ILMI Enabled Whether or not ILMI is enabled on the virtual port. Avaya M770 ATM Switch User's Guide 59 Chapter 6 Managing Virtual Ports Table 6.2 Output from the vport show config command Field Description Poll Mode ILMI polling is used to verify that the same end-station remains attached at a given port. There are two methods that can be used: • check the ESI has not changed. This is referred to as "Port + ESI". • check that the system up-time has not changed by a significant amount. This is referred to as "SysUpTime". Multi Reg This specifies whether multiple ILMI registration is enabled or not on the virtual port. Strict AAL Trans. This specifies whether the translation of the AAL parameter, that is between UNI 3.0, IISP 3.0, UNI 3.1 and IISP 3.1 should be OFF, Normal or Strict. Sig. SSCOP Rx. Window This parameter is reserved for future use. All ports are set to the default parameter. Wait for Peer SSCOP This specifies whether this vport will wait indefinitely for an incoming QSAAL connection. Listing the status information for all virtual ports You can view the status information for all virtual ports on a module or for a specific virtual port. Any virtual port information that is marked with an asterisk (*) has been learned by the M770 ATM Switch during the ILMI dialogue with the remote device. Information that is not marked with an asterisk has either been configured by the user or is the default setting for the virtual port. To view the virtual port status, enter the vport show status command. Command: M15-155s8:/>vport show status [] Parameter: The virtual port. This is displayed in the format ... If a parameter is not supplied then the link status summary information is supplied for all virtual ports. Example: M15-155s8:/>vport show status Output: Virtual Port Status Information Virtual AdminOperStackUserQ.SAALQ.2931PNNI-HelloILMIILMI Port Id StateStateType/NetStateStateStateVerState 8.0.0 UpUp InternalUserUpUpDown4.0Disabled 8.1.0 UpDown PNNI 1.0NetDownDownDown4.0Inactive 8.2.0 UpUp UNI 3.1*Net*UpUpDown3.x*Ready 8.3.0 UpUp UNI 4.0*Net*UpUpDown4.0*Ready 8.4.0 UpUp PNNI 1.0*Net*UpUpUp4.0* InterSwitch 60 Avaya M770 ATM Switch User's Guide

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