Cisco Cisco MGX 8850 - Manual

Cisco Cisco MGX 8850

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Table of Contents:

  • Page 3 – Cisco Reader Comment Card; General Information
  • Page 4 – BUSINESS REPLY MAIL; ATTN DOCUMENT RESOURCE CONNECTION; CISCO SYSTEMS INC; 70 WEST TASMAN DRIVE
  • Page 5 – iii; C O N T E N T S; About This Manual; Command Line Interface Overview
  • Page 6 – iv; Shelf Management Commands
  • Page 8 – Equipment and Resource Provisioning
  • Page 9 – vii; ILMI Commands
  • Page 10 – viii; PNNI Commands
  • Page 11 – ix; dbgpnni; Logical Node, Port, and Signaling Commands; Types of Address
  • Page 13 – xi
  • Page 14 – xii; SPVC and SVC Commands
  • Page 15 – xiii; Network Optimization Commands; Troubleshooting Commands
  • Page 16 – xiv
  • Page 17 – xv
  • Page 18 – xvi
  • Page 19 – F I G U R E S; xvii
  • Page 20 – xviii
  • Page 21 – T A B L E S; xix; Table 1; Table 2; Table 3
  • Page 22 – xx
  • Page 23 – xxi; This chapter discusses:; Objectives
  • Page 24 – xxii; Organization; The chapters in this guide are:
  • Page 25 – Related Documentation; Cisco M GX 8850 Hardware Installation, Release 2; Cisco P XM SNMP Reference, Release 2; Cisco A XSM SNMP Reference, Release 2; Documentation; WAN CiscoView for Release 2 of the M GX 8850
  • Page 26 – Conventions; Cisco WA N M anager Ins tallation for Solaris, Release 10
  • Page 27 – xxv; Command Changes; New Commands
  • Page 28 – xxvi; Changed Commands
  • Page 29 – xxvii
  • Page 30 – xxviii
  • Page 31 – The Role of the CLI
  • Page 32 – Command Line Prompt; slot number is the slot of the front card.; Command Syntax
  • Page 33 – Notation; Contents of a Command Description
  • Page 34 – An Attributes section lists the following details:; Identifying the AXSM Models; Front Card
  • Page 35 – Connection Capacities of the AXSM; and; Identifying Physical and Logical Elements; AXSM Format; Slot
  • Page 36 – PNNI Format; Port is the physical line.; PNNI port
  • Page 37 – List of Commands; Command
  • Page 38 – Help; help; View all com mands associated with the partial comm and string “con.”
  • Page 39 – Bye; Cards on Which This Command Runs; Related Commands; Exit the current CLI shell.
  • Page 40 – cc; Change Card; None; Attributes; slot number
  • Page 41 – cd; Change Directory; Use cd to change to another directory on the PXM45 hard disk.; Change directory to FW, then check the result by executing pwd.; Verify the current directory by using the pwd comm and.; Go back to Root directory, then check the result by executing pwd.
  • Page 42 – Clear Screen
  • Page 43 – Display Command History; This com mand takes no parameters.; history
  • Page 45 – copy; Copy
  • Page 46 – cp
  • Page 47 – del; Delete; Use del to remove a file or directory from the PXM45 hard drive.; Name of an existing file or directory.
  • Page 48 – Exit from User Session; Exit from the current user session.
  • Page 50 – Command History
  • Page 51 – Log Out; The logout command lets you end the current user session.
  • Page 52 – List; You can specify an optional directory or path to list.
  • Page 54 – ping; Ping
  • Page 55 – Present Working Directory; Use pwd to identify the current working directory on the PXM45.
  • Page 56 – Who
  • Page 57 – Who Am I
  • Page 59 – Position-Dependent and Keyword-Driven Parameters
  • Page 60 – Command Entry
  • Page 64 – abortrev; Abort Revision—return to the previous firmware version.; Initial Version; Primary
  • Page 65 – Of special note in; Before upgrade
  • Page 66 – Example
  • Page 67 – addtrapmgr; Add Trap Manager; deltrapm gr, ds ptrapm gr; IP address in dotted decimal form at:
  • Page 68 – Add User; Syntax Description; user ID
  • Page 70 – Boot Change; The boot IP addres s does not get saved with saveallcnf.; none
  • Page 72 – burnboot; Burn Boot Software
  • Page 73 – clidbxlevel; The required card state for execution
  • Page 74 – Clear All Configurations
  • Page 77 – cnfclkparms; In the current release, you can specify only the cable type.; signal type
  • Page 78 – cnfclksrc; An external device that connects to the PXM-UI S3 card; Clock Operation; Equipm ent and; Prerequisites to Clock Configuration; Activating the applicable line through upln; Creating logical ports through addport; Creating resource partitions through addrscprtn; Database Updates and Clock Configuration
  • Page 79 – Syntax; The syntax for cnfclksrc depends on the clock source.; For the external BITS clock:; Before using cnfclksrc, note the following:; Usage Guidelines for cnfclksrc
  • Page 80 – A switch can have one primary source and one secondary source.; Changing the Priority of a Clock Source
  • Page 82 – cnfdate; Configure Date; dspdate; mm is the month in the range 01–12.
  • Page 83 – Configure Name—specifies a name for the node.; node name
  • Page 84 – cnfndparms; Maximum Card Resets; The units of m easure are seconds.; Shutting Off Alarms for Absent Core Cards
  • Page 85 – Required Fan Trays; x01 refers to the bottom fan tray.; Option Values; An 8-bit hexadecimal number has the range 0–0xff.
  • Page 86 – option number
  • Page 88 – Configure Password; The default password is for a user-account is newuser.; password
  • Page 89 – cnfserialif; Configure Serial Interface; dels erialif, dspserialif; Specifies the physical port:
  • Page 90 – Configure SNMP Strings; Cards on Which This Command Executes; dspsnmp
  • Page 91 – Configure various comm unity strings.
  • Page 92 – cnftime; Configure Time; Set time for 2 PM. plus 11 m inutes and 22 seconds .
  • Page 93 – cnftmzn; Configure Time Zone
  • Page 94 – cnftmzngmt; Configure Time Zone Relative to GMT; First use cnftmzn to specify the time zone as GMT.; Set time zone in the shelf to GMT plus 4 hours.
  • Page 95 – Configure User
  • Page 97 – commitrev; Commit Revision
  • Page 99 – delclksrc; Delete Clock Source; Delete the primary clock source.
  • Page 100 – deltrapmgr; Delete Trap Manager; addtrapm gr, dsptrapm gr
  • Page 101 – Delete User
  • Page 103 – Display Backplane—display details about the backplane.
  • Page 104 – Display Card; This com mand does not take parameters.
  • Page 105 – Display card details for the current PXM45.
  • Page 107 – Display Cards
  • Page 108 – Display information for all cards in the MGX 8850 switch.
  • Page 109 – dspclksrcs; Display Clock Sources; Type of Clock Source; The status of a particular clock source can be one of the following:; Reason for Status Change
  • Page 110 – Reason
  • Page 113 – Display Disk; Display the utilization for the default partition C.
  • Page 114 – Display IP Connectivity Task
  • Page 115 – Display IP Interface Configuration; ipifconfig, dspipifcache; interface; atm 0 specifies the ATM interface.
  • Page 117 – Display IP Interface Cache; sl0 for SL IP
  • Page 118 – dspndparms; Display the current node parameters.
  • Page 119 – Display PVC Interface; dsppvcif
  • Page 120 – Display the current AT M interface state.
  • Page 121 – dsprevs
  • Page 122 – Examples
  • Page 124 – dspserialif; Display Serial Interface
  • Page 125 – Display SNMP Strings; The dspsnmp comm and displays the SNMP strings.; Cards on Which This Card Executes
  • Page 126 – Display Trap Manager; addtrapm gr, deltrapmgr
  • Page 127 – Display Users; Show all configured users.
  • Page 128 – dspversion; Display Version—display firmware versions on an individual card.; Version Numbering Conventions
  • Page 130 – ipifconfig; IP Interface Configuration; Usage Guidelines
  • Page 131 – atm 0 for the ATM; broadcast
  • Page 132 – If you change this value, type the word pvc or nopvc in its entirety.; clrstats
  • Page 133 – loadrev; Load Revision
  • Page 136 – slot
  • Page 137 – pvcifconfig; PVC Interface Configuration; sl0 for SLIP
  • Page 138 – reset
  • Page 139 – Reset System; resetcd; Reset the system. When prompted to confirm this action, say no.
  • Page 140 – restoreallcnf; Restore All Configurations; saveallcnf
  • Page 141 – runrev; Run Revision
  • Page 144 – Route Show; routestatShow
  • Page 145 – Show Routing Statistics
  • Page 146 – To restore the system configuration, use restoreallcnf.
  • Page 148 – setipconndebug; Set IP Connection Debug; debuglevel
  • Page 149 – setrev; Set Revision
  • Page 150 – the setrev description.
  • Page 151 – List the contents of the directory:
  • Page 152 – Execute dspversion to see the version of the runtime image.
  • Page 153 – svcifconfig; SVC Interface Configure; Enter all keywords in their entirety.
  • Page 155 – Switch Core Cards; Attempt a switchcc without a standby PXM45.
  • Page 156 – telnet; Telnet to another switch; Cards on Which Command Executes; ip addr
  • Page 158 – To disable the session timeout function, specify 0 seconds.; The tim eout command is the same as the sesntim eout command.; sesntim eout; Display the current timeout.; Set the session timeout threshold to 100 m inutes (6000 seconds).; Num ber of idle seconds time allowed for the session.
  • Page 159 – Users—display the ID of each user logged into a card.; The users comm and shows the:; Access method and port (telnet session to the PXM45, for example)
  • Page 161 – Node
  • Page 166 – addapsln; Add APS Line; APS Overview; Direction; APS Architecture Modes (; archmode; APS 1+1—provides line redundancy with traffic on both lines
  • Page 168 – addcontroller; Add Controller; The syntax differs for internal and external controllers:; Syntax Description for Internal Controller; cntrlrId; Keyword indicating that this controller is internal.
  • Page 169 – Syntax Description for External Controller
  • Page 170 – dspcontrollers, delcontroller; vci
  • Page 171 – addfdr; Add Feeder; ifNum
  • Page 172 – addpart; Add Resource Partition
  • Page 174 – Create a resource partition with the following parameters:; Logical port 4 (already created by executing addport); Partition number 4; Check the configuration with dspparts and dsppart.
  • Page 175 – addport
  • Page 176 – For all ports, guaranteedR ate m ust be the same as maxrate.
  • Page 177 – sctID; ifType
  • Page 178 – addred; Add Redundancy; To see the slots where redundancy exists, use dspcd or ds pcds.; This example adds 1:1 Y Cable redundancy in slots 7 and 8.
  • Page 179 – addrscprtn
  • Page 180 – The number of the partition in the range 1–5.
  • Page 181 – clrbecnt; Clear Bit Error Count
  • Page 182 – clrfdrstat; Clear Feeder Statistics; dspfdrstat
  • Page 183 – Configure APS Line; workingLine
  • Page 184 – Wait To R estore
  • Page 185 – Configure ATM Line; dspatm ln
  • Page 187 – cnfcdsct; Configure Card SCT; You must execute cnfcdsct only when the card is down.; Background; The AXSM is powered-up for the first time.
  • Page 188 – Specify card-level SCT number 3 for the current AXSM.
  • Page 189 – Configure Line; Syntax for SONET Line; LineType
  • Page 190 – Syntax for T3/E3 Line; The length of the line in meters. The range for LineLength is 1–64000.
  • Page 191 – Enable fram e scrambling for SONET line 1 of the card in bay 1.
  • Page 192 – Configure Resource Partition; The m aximum number of connections must be greater than 10.; Specifies the num ber of the partition in the range 1–5.
  • Page 194 – Configure Port; Troubles hooting Comm ands
  • Page 198 – Delete APS Line; workingline
  • Page 199 – delcontroller; Delete Controller; addcontroller, dspcontrollers
  • Page 200 – delfdr; Delete Feeder; You cannot delete a port that has feeder node connections on it.
  • Page 201 – delpart; Delete Resource Partition
  • Page 202 – delport; Delete Port
  • Page 203 – delred; Delete Redundancy; redP rimarySlotNumber
  • Page 204 – delrscprtn; addrscprtn, dsprscprtns
  • Page 205 – dnlmi; Down Local Management Interface; uplm i
  • Page 206 – dnln; Down Line; Remove connections. Use delcon or delcons.
  • Page 207 – dnport; Down Port
  • Page 208 – Display APS Backplane
  • Page 209 – dspapsln; Display APS Line
  • Page 211 – Display APS Lines; dspapslns
  • Page 212 – dspatmln; Display ATM Line; cnfatm ln, clratmlncnt; Display the line configuration for line 1 of the AXSM-1-2448.
  • Page 213 – dspbecnt; Display Bit Error Count
  • Page 215 – PXM45 Attributes
  • Page 219 – dspcdsct; Display Card SCT; bw for bandwidth
  • Page 220 – Example SCT 2; Display the bandwidth parameters for SCT 2.
  • Page 221 – Explicit Rate Stamping (ERS) applies to only ABR connections.
  • Page 222 – Display the Class of Service T hresholds for SCT 2.; Example SCT 3; Display the bandwidth parameters for SCT 3.
  • Page 223 – Display the general parameters for SCT 3.
  • Page 224 – dspcon; Display Connection; On the PXM45, dspcon shows the following connection identifiers:; The provisioning param eters in the display show:
  • Page 225 – Display Connection on the AXSM
  • Page 228 – dspcons
  • Page 230 – AXSM Example
  • Page 231 – Display Controllers; addcontroller, delcontroller
  • Page 232 – dspfdr; Display Feeder
  • Page 233 – Display Feeders; dspfdrs
  • Page 234 – Display Feeder Statistics
  • Page 235 – dspln; Display Line
  • Page 237 – Display Lines
  • Page 239 – dspload; Display Load
  • Page 241 – dsppart; Display Resource Partition; Partition identifier in the range 1–5.
  • Page 242 – Display resource partition 1 on logical port 1 of the current AXSM.
  • Page 243 – Display Resource Partitions; Display all resource partitions on the current AXSM card.
  • Page 244 – dspport; Display Port
  • Page 246 – Display Ports
  • Page 247 – dspportsct; Display Port SCT; AXSM Syntax; An aspect of the SCT for display:; ifnum
  • Page 248 – Examples SCT 2; This section displays all parameters for port SCT 2.
  • Page 250 – Display VC thresholds for SCT 2. Note the following:
  • Page 253 – Display the Class of Service thresholds for SCT 3.
  • Page 254 – Display Redundancy; dspred
  • Page 255 – dsprscprtn
  • Page 257 – Display all resource partitions on the current card.
  • Page 258 – dspsct; Display SCT; With the dspsct command, you can specify:; Egress or ingress direction
  • Page 262 – Display Totals
  • Page 263 – switchapsln; Switch APS Line
  • Page 264 – switchredcd; Switch Redundancy Card
  • Page 265 – uplmi; Up Local Management Interface; dnlm i
  • Page 266 – upln; Up Line
  • Page 267 – upport; Up Port; Restore port 1 on the current card to operation.
  • Page 272 – addprfx; Add Prefix—create an address prefix for a UNI or IISP
  • Page 273 – clrilmicnt; Clear ILMI Counters
  • Page 274 – cnfaddrreg; Configure Address Registration; The port must be downed by running the dnpnport command.; portid
  • Page 275 – cnfautocnf; Configure Auto Configuration; yes; Enable IL MI autom atic configuration on the port.
  • Page 276 – cnfilmi; Configure ILMI
  • Page 278 – cnfilmienable
  • Page 280 – cnfilmiproto; Configure ILMI Protocol; dsppnilmi; -m odlocalattrs td Sets; the
  • Page 282 – dbgilmi; Debug ILMI
  • Page 283 – delprfx; Delete Prefix
  • Page 284 – dnilmi; Down ILMI
  • Page 285 – dspilmi; Display ILMI; This example show the dspilmi command line on the AXSM card.
  • Page 286 – dspilmiaddr; Display ILMI Address—displays ILMI registered port addresses.
  • Page 287 – dspilmicnt; Display ILMI Counters
  • Page 288 – Display ILMI Configurations; Display all IL MIs on the current service module.
  • Page 289 – Display PNNI ILMI
  • Page 291 – dspprfx; Display Prefix
  • Page 292 – upilmi; Up ILMI—activate ILMI on a resource partition.; Create a logical port through the addport comm and
  • Page 296 – PNNI Addressing
  • Page 300 – Add PNNI Node; Constraints in the Current Release; You can configure only one PNNI logical node for each switch.; Address Field Descriptions
  • Page 301 – ATM Address of the Node; The last byte of the ATM address is the selector byte.; PNNI Logical Node Identifier; The length of the ATM address for the node ID.
  • Page 303 – level
  • Page 304 – Default: The Cisco default appears in
  • Page 305 – The PNNI hierarchy level is 56.
  • Page 306 – Add PNNI Summary Address
  • Page 307 – addressprefix
  • Page 308 – The length of the PNNI sum mary address is 104 bits.; Use dsppnni-sum mary-addr to display the PNNI address prefixes.
  • Page 309 – destination address
  • Page 310 – dsppingatmaddr; Specify the interval between successive transm issions.
  • Page 312 – In addition to the priority, cnfpnni-election lets you specify the:
  • Page 313 – Specify the leadership priority within a peer group.
  • Page 314 – In the current release, this command has no meaning.
  • Page 315 – Configure PNNI Interface; Aggregation tokens do not apply in a single-peer group.; Aggregation Tokens; “Usage Guidelines ” section on page 23
  • Page 317 – The AW for real time variable bit rate is 11040.; Use the dsppnni-intf command to display the configuration.
  • Page 318 – Configure PNNI Link Selection
  • Page 320 – Configure PNNI Maximum Transfer Unit; Use dsppnni-mtu to display the PNNI packet size configuration.; mtu
  • Page 321 – Configure PNNI Node; Disabling a Node When Required
  • Page 322 – Disabling a
  • Page 323 – As shown in
  • Page 324 – for the m apping between these addresses.)
  • Page 326 – The node is at the lowest level of the network PNNI hierarchy.; Use dsppnni-node to display the PNNI configuration values.; transitRestricted
  • Page 327 – Configure PNNI Packet Trace; tx; Specify whether the switch traces transm itted packets .; rx; Specify whether the switch traces received packets.
  • Page 328 – Trace output goes to a system trace buffer, not to the cons ole.; The transmit packets are traced.
  • Page 329 – Configure PNNI Routing Policy; Background Routing Tables
  • Page 331 – With bestfit, PNNI s elects a route based on:
  • Page 333 – Configure PNNI Scope Map Table; scope
  • Page 334 – This com mand is not supported by the current release.
  • Page 336 – -callingIntegrityTim e
  • Page 337 – Configure PNNI Timers
  • Page 338 – -helloInactivityFactor
  • Page 340 – The node broadcasts Hello packets every 1.2 seconds.
  • Page 341 – Debug PNNI Messages; Specify whether all types of debug messages go to the console.
  • Page 343 – Specify whether the route agent debug messages go to the console.
  • Page 345 – Delete PNNI Node–delete a PNNI node from the PNNI network topology.
  • Page 346 – Delete PNNI Summary Address
  • Page 347 – Display PNNI Border Node Paths; The comm and applies to multi-peer groups only.; node index
  • Page 348 – destination node ID
  • Page 350 – Display PNNI Bypasses; This com mand applies to multi-peer groups only.; The display contains the following fields for each node.
  • Page 352 – Display PNNI Debug Flags
  • Page 355 – Override delay
  • Page 356 – Display PNNI Internal Data Base
  • Page 357 – Display the link-state information for the following:
  • Page 358 – Display PNNI Inducing Uplink
  • Page 359 – Display the inducing uplink for the level whose node index is 2.
  • Page 360 – Display PNNI Interface; This com mand displays the following information for a P NNI port:
  • Page 361 – Display Contents
  • Page 363 – Display PNNI Link Table; In the current release, the value of the node-index is always 1.
  • Page 365 – Display PNNI Link Selection
  • Page 367 – Display PNNI Maximum Transfer Unit; Use cnfpnni-m tu to specify the PNNI packet size configuration.; Displays the maximum packet size.
  • Page 368 – Display PNNI Neighbor; Note that the optional param eters are nested.; The following parameters are displayed for each node.
  • Page 371 – Display PNNI Node
  • Page 372 – node index The
  • Page 373 – Restricted transit
  • Page 374 – ATM address
  • Page 375 – Display PNNI Nodes List
  • Page 376 – Display Contents for the dsppnni-node-list Command; reflects the MPG display in the E xample section.
  • Page 377 – Example of MPG
  • Page 380 – Example of SPG
  • Page 381 – Display PNNI Path; Routing Metric; AW
  • Page 382 – aw; S or D
  • Page 386 – Display Packet Trace; Select a direction for the trace to display.
  • Page 387 – The direction is transmit.
  • Page 388 – Display PNNI topology state element; PTSE Types; Display Contents for dsppnni-ptse; Granularity of the Output
  • Page 389 – Selects the amount of detail for the display.
  • Page 390 – The number of bytes in the PTSE —a 16-bit number.; type
  • Page 395 – crm
  • Page 396 – For the second example, specify the following parameters:
  • Page 398 – Display PNNI Reachable Addresses
  • Page 399 – Display Contents for dsppnni-reachable-addr; Range
  • Page 402 – Display PNNI Routing Policy
  • Page 403 – SP T epsilon
  • Page 404 – On demand routing
  • Page 406 – Display Scope Map; Displays the entire scope m ap table.
  • Page 407 – This debugging comm and does not apply to single-peer groups.
  • Page 408 – Specify the 24 bit num ber AW for ABR on this interface.
  • Page 409 – Display PNNI Summary Address
  • Page 410 – State
  • Page 411 – display the PNNI SVC-based
  • Page 413 – display the PNNI
  • Page 414 – Calling party
  • Page 415 – Display PNNI Timer
  • Page 423 – Dot Notation in ATM Addresses
  • Page 424 – addaddr; Add Address—create an ATM address.; The optional parameters for addaddr let you specify:; An address plan—E.164 or NSAP
  • Page 425 – length
  • Page 427 – addfltset; Add Filter Set—create or modify an ATM address filter set.; name
  • Page 430 – addpnport; Add Port—adds a UNI or NNI port through PNNI.
  • Page 432 – Destination address in NSAP format.
  • Page 434 – clrpnconstats; Clear Port Connection Statistics; dsppnconstats
  • Page 435 – Check the results by executing dsppnconstats.
  • Page 436 – clrsigstats; Clear Signaling Statistics
  • Page 438 – clrsscopstats; Clear SSCOP Statistics; dspsscopstats
  • Page 439 – Configure E.164 Justification; dspsvcparm
  • Page 440 – cnfenhiisp; The item s that enhanced IISP include are:; dspenhiisp
  • Page 441 – cnffdonaal5; Configure Nodal Frame Discard; dspsigparm; Disable frame discard for AAL5 cells on the switch.; Do not install frame discard on the presence of the AAL5 IE.
  • Page 442 – cnffltset; Configure Filter Set—modifies an ATM address filter set.
  • Page 444 – cnfintfcongth; Configure Interface Congestion Threshold; dspintfcongth, dspnodalcongth
  • Page 446 – Configure Nodal Congestion Thresholds; 80 in all other cases
  • Page 447 – is a percent of VSI master-slave communication window size.
  • Page 448 – Configure the nodal congestion thresholds, as follows :
  • Page 449 – cnfpnctlvc; Before using cnfpnctlvc, note the following:; The type of control VC. T he VC types are pnnircc and sscop.; The peak cell rate for the control VC.
  • Page 450 – The sustained cell rate of the control VC.
  • Page 451 – cnfpnportacc; Configure Port Access—associates an ATM filter set with a port.; delpnportacc, addfltset
  • Page 452 – cnfpnportcac; You must specify at least one of the optional keywords.
  • Page 453 – dsppnportcac; This section uses three examples to describe the booking factor.
  • Page 454 – cnfpnportcc; Configure Port Call Control
  • Page 455 – dsppnportcc
  • Page 456 – cnfpnportloscallrel; Configure PNNI Port Loss of Signal Call Release; dsppnportlos callrel
  • Page 457 – cnfpnportrange
  • Page 458 – dsppnportrange
  • Page 459 – cnfpnportsig
  • Page 461 – dsppnportsig
  • Page 462 – Configure the RCC VCI to be 10000.; Check the port by us ing the dsppnportsig comm and.
  • Page 463 – cnfsig
  • Page 464 – dspsig; The m aximum number of crankback attempts allowed on the port.
  • Page 466 – cnfsigdiag; Configure Signaling Diagnostic; Enable or disable signaling diagnostics or configure an index.
  • Page 469 – cnfspvcprfx; Configure SPVC Prefix—configure a node-level prefix for SPVCs.
  • Page 471 – cnfsscop; Configure SSCOP
  • Page 472 – Number of seconds before SAAL reconnects after disconnection.
  • Page 473 – cnftrapip; Configure Trap IP; Before you use cnftrapip:; The SNMP agent must be installed.
  • Page 474 – deladdr; Delete Address
  • Page 476 – delfltset; Delete Filter Set
  • Page 477 – delpnport
  • Page 478 – delpnportacc; Delete Port Access; in; Delete incoming access group for the port.; out; Delete outgoing access group for the port.
  • Page 479 – delsigdiag; Delete Signaling Diagnostic; index; yes to disable filtering by connection type.
  • Page 480 – yes returns the incoming port to the default.
  • Page 481 – disablesscop; Disable SSCOP
  • Page 482 – Down PNNI Port
  • Page 483 – dspaddr; Display Address
  • Page 484 – dspatmaddr; Display ATM Addresses—displays active ATM addresses on a port.
  • Page 485 – dspconsegep; Display Connection Segment Endpoint
  • Page 486 – Display Enhanced IISP
  • Page 487 – dspfltset; Display Filter Set
  • Page 489 – dspintfcongcntr; Display Interface Congestion Counters; dspintfcongth, cnfintfcongth
  • Page 490 – dspintfcongflags; Display Interface Congestion Flags; dspnodalcongflag
  • Page 491 – dspintfcongth; Display Interface Congestion Thresholds
  • Page 492 – Display Nodal Congestion Threshold Counters; The dspnodalcongcntr; Display the node-level congestion thresholds.
  • Page 493 – Display Nodal Congestion Flags; The dspnodalcongflags
  • Page 494 – Display Nodal Congestion Thresholds; Output Description
  • Page 495 – Display the current node-level congestion thresholds.
  • Page 496 – Display Ping ATM Address; Display the AT M ping address.
  • Page 497 – dsppncon; dsppncons
  • Page 499 – Display Port Connections
  • Page 501 – Display Connection Statistics
  • Page 502 – Output Description for dsppnconstats
  • Page 503 – Outgoing Timer Failures
  • Page 504 – dsppnctlvc; Display Control VC Parameters; To see details about the VCs that support IL MI, use dsppnilmi.
  • Page 505 – dsppnport; Display PNNI Port—displays PNNI port information.
  • Page 506 – Dynam ic information such as:
  • Page 507 – Display Port Call Admission Control
  • Page 508 – Display Port Call Control
  • Page 509 – Logical port ID in decimal format
  • Page 510 – dsppnportloscallrel; Display PNNI Port Loss of Signal Call Release; cnfpnportlos callrel
  • Page 511 – Display Port Range; cnfpnportrange, dsppnport
  • Page 512 – dsppnportrsrc; Display Port Resources; dsppnports
  • Page 513 – uni
  • Page 514 – dsppnportrsrc, dsppnport
  • Page 515 – For an exam ple SPVC, refer to
  • Page 517 – Display Port Signaling—displays signaling parameters on a port.
  • Page 518 – Display PNNI Port System Addresses; Port id
  • Page 521 – Display Signaling
  • Page 522 – dspsigdiag; Display Signaling Diagnostic; filter
  • Page 523 – Display the filter sets.; Display the records associated with index 1.
  • Page 524 – Display Signaling Parameter; cnffd onaal5
  • Page 525 – dspsigstats; Display Signaling Statistics
  • Page 528 – Display SPVC Prefix; cnfspvcprfx, dspspvcaddr
  • Page 529 – dspsscop; Display SSCOP—display SSCOP details for a PNNI port.
  • Page 531 – Display SSCOP Statistics
  • Page 532 – Display SVC Parameters
  • Page 533 – Display Trap IP; by the cnftrapip command.
  • Page 534 – tstpndelay; Test Port Delay; cnfconsegep; inbound: endpoint towards the backplane
  • Page 535 – uppnport
  • Page 537 – Adding a connection
  • Page 542 – addcon; Add Connection; Before Adding a Connection
  • Page 543 – SCT Default Traffic Parameters
  • Page 544 – Routing Parameters; Parameter
  • Page 546 – service type
  • Page 547 – Note that no remote CDVT is necessary.
  • Page 548 – PNNI Com mands
  • Page 549 – Error Messages
  • Page 551 – clrpncon; Clear Connection
  • Page 553 – Call Control Operations
  • Page 554 – cnfabr
  • Page 555 – Zero
  • Page 556 – cnfabrtparmdft; Configure ABR Traffic Parameter Defaults; Currently, this com mand is available but has no effect.
  • Page 558 – cnfcdvtdft; Configure Cell Delay Variation Tolerance Default; dspcdvtdft
  • Page 560 – cnfcon; Configure Connection; Usage Guidelines for cnfcon; Traffic Parameters
  • Page 561 – Local-Only Parameters; AXSM Syntax Description
  • Page 563 – To illustrate further with a four-link route:
  • Page 564 – Configure Connection Segment Endpoint
  • Page 565 – cnfmbsdft; Configure Maximum Burst Size Default; dspmbsdft; Configure a default MBS of 10000 cells for nrt-VBR.
  • Page 566 – cnfoamsegep; Configure OAM Segment Endpoint
  • Page 567 – delcon; Delete Connection
  • Page 568 – delcons; Delete Connections
  • Page 569 – delconsegep; Delete Connection Segment Endpoint; The delconsegep command works for SVCs only.
  • Page 570 – Down Connection; upcon
  • Page 571 – dspabrtparmdft; Display ABR Parameter Defaults
  • Page 572 – Display CDVT Default; dspcdvtdft, cnfcdvtdft
  • Page 573 – Display Connection on the PXM45
  • Page 577 – dspconinfo
  • Page 579 – PXM45 Syntax Description
  • Page 580 – The VPI has the
  • Page 583 – Display MBS Default
  • Page 584 – dspoamsegep; Display OAM Segment Endpoint; Display OAM Segment Endpoint for slot 1, port 1.
  • Page 588 – Display PNNI Connections
  • Page 590 – Display PNNI Connection Statistics
  • Page 592 – Up Connection—bring a connection back into service.
  • Page 593 – Enable port 1 on the current card.
  • Page 597 – Card Type
  • Page 600 – cnfrrtparm; dsprrtparm
  • Page 602 – Configure Route Optimization; Note the following characteristics of route optim ization:; The following briefly characterizes the defaults for cnfrteopt:; The default state is disabled.
  • Page 603 – The m oment you execute cnfrteopt
  • Page 605 – cnfrteoptthld; Configure Route Optimization Threshold
  • Page 607 – Field
  • Page 611 – Display Route Optimization Configuration
  • Page 612 – Display Route Optimization Status
  • Page 613 – optrte; Optimize Routes
  • Page 616 – Display the current IP routing statistics.
  • Page 617 – rrtcon; Re-route Connection—force the system to re-route a connection
  • Page 622 – As
  • Page 623 – Abort Offline Diagnostics
  • Page 624 – addchanloop; The m aximum number of loopbacks that can exist on an AXSM is 256.; ifNumber
  • Page 625 – delchanloop, dspchanloop; Tabulates
  • Page 626 – addlnloop; Add Line Loop; For AXSM cards, the keyword ds3 applies to both T3 and E3 line types.; Adding a DS3 line in a loopback state.
  • Page 627 – Clear all the configuration elements for all the cards in the node.
  • Page 628 – clralmcnt; Clear Alarm Counters; dspalmcnt; Clear the alarms on line 1 or the lower back card.
  • Page 630 – Clear Card Counters
  • Page 631 – clrchancnt; This com mand does not apply to OC-48 cards.; dspchancnt
  • Page 632 – Clears the statistics counters on all connections.; dspchancnt, clrchancnt
  • Page 633 – Clear Diagnostics Errors; dspdiagerr
  • Page 634 – clrdiagstat; Clear Diagnostics Statistics; dspdiags tat
  • Page 635 – clrerr; Clear Error; dsperr; Clear all error log files on the PXM45.
  • Page 636 – clrerrhist; Clear Error History—clear the history of errors for a card.; dsperrhist
  • Page 638 – clrlncnt; dsplncnt; Clear the line counters for line 1 in bay 1 on the current AXSM.
  • Page 639 – clrlog; Clear Log
  • Page 640 – clrportcnt; Clear Port Counter; clrportcnts, dspportcnt; Clear all the port counters on port 1.
  • Page 641 – Clear Port Counters; clrportcnts; clrportcnt, dspportcnt; Clear all the port counters on the current AXSM.
  • Page 642 – clrxbaralm; Clear Crossbar Alarm—clear the crossbar alarms.; dspxbaralm, ds ps walm s; Enter an asterisk to clear all cross bar alarms on the active PXM45.
  • Page 643 – clrxbarerrcnt; dspxbarerrcnt, cnfxbarerrthresh, dspxbarerrthresh, dspswalm s; Enter an asterisk to clear all cross bar errors on the active PXM45.
  • Page 644 – cnfalm; Configure Alarm; The generic syntax is.
  • Page 645 – Thresholds for SONET Section; thresholds
  • Page 646 – Thresholds for SONET Path
  • Page 647 – Thresholds for E3
  • Page 648 – dspalmcnf; The line type is SONET line.
  • Page 649 – cnfdiag; Configure Diagnostics; The Purpose of the MGX 8850 Diagnostics; Crossbar loopback test on QE1210, Humvee, and Crossbar paths; Standby State; Framer loopback test on QE1210, AT LAS, and OC-3 Fram er paths; AXSM Online Diagnostics; Active State; Crossbar loopback test on QE, Humvee, and Crossbar paths
  • Page 650 – Offline Diagnostics; PXM45 Offline Diagnostics
  • Page 651 – AXSM Offline Diagnostics
  • Page 652 – cnfdiagall, dspdiagcnf
  • Page 653 – cnfdiagall; Configure Diagnostics All; onEnb
  • Page 656 – cnfxbarerrthresh; errtype
  • Page 657 – Usage Guidelines for cnfxbarerrthresh; dspxbarerrthresh; For Loss of Sync, set the clear count for critical alarms to 200.; almcnt
  • Page 658 – Configure Crossbar Management— configure load sharing; On an MGX 8850 node, this comm and applies to Release 2.1 or higher.; dspndalms; loadSharing
  • Page 659 – dspxbarm gmt, dspxbarerrthresh, dspxbarerrcnt
  • Page 660 – conntrace; pathtraceport, pathracenode, pathtraceie
  • Page 661 – copycons; The following steps are recomm ended when using this command:; source
  • Page 664 – delchanloop; Delete Channel Loopback; addchanloop, dspchanloop; Remove the loopback from VPI/VCI 1 50 on logical port 4.
  • Page 665 – dellnloop; Delete Line Loop; Deleting a DS3 loopback line.
  • Page 669 – dspalm
  • Page 671 – Display Alarm Configuration; Keywords that specify the type of alarm s to display:
  • Page 672 – Display alarm configuration for AXSM cards.
  • Page 673 – Display Alarm Counters; Display the alarm count for T3 line 1 in bay 1.
  • Page 674 – Display SONET line 1 in bay 1.
  • Page 675 – Display Alarms
  • Page 681 – dspcdalms; Display Card Alarms
  • Page 682 – Display card-level alarms for the card in slot 8.
  • Page 684 – Display Cell Counts for the Card
  • Page 685 – Display Card Counters
  • Page 687 – Display Card Errors; Display all card errors.
  • Page 690 – dspcdstatus; Display Card Status; dspclkalms shows alarms related to network clocks.
  • Page 691 – This com mand requires a slot num ber.
  • Page 693 – Display Channel Counters
  • Page 694 – dspchanloop; Display Channel Loopbacks; addchanloop, delchanloop
  • Page 695 – dspchantests
  • Page 696 – Run tstdelay on connection 1 10 100 then display the results.; Run tstconseg for 1 10 100 then display the results.
  • Page 697 – Display Clock Alarms
  • Page 698 – Display clock alarms.
  • Page 707 – Display the SPVC sum maries for the current node.
  • Page 709 – Currently, the value for shelf is not necessary.
  • Page 714 – Display Diagnostics Configuration
  • Page 716 – Display Diagnostics Errors
  • Page 718 – Display Diagnostics Statistics
  • Page 719 – Display Diagnostics Status
  • Page 721 – Display Environment Alarms
  • Page 722 – dspndalms , dspcdstatus; Check the temperature.
  • Page 724 – Display Error; You can ftp this file to a workstation for further analysis
  • Page 726 – Display Error History—displays a list of errors for a card slot.
  • Page 727 – Display the error history for the AXSM in slot 6.
  • Page 729 – Display T 3 line 1 on the current AXSM.
  • Page 731 – The dsplncnt command displays counters for the following:; CL P0 and CLP1 cells*
  • Page 732 – Display the cell counters for line 1 in bay 1.
  • Page 735 – Display Log
  • Page 738 – Display Logs—display a list of all existing log files.; dsplogs
  • Page 739 – Display Node Alarms; dspcdalm s identifies line, port, or connection alarms on an AXSM.
  • Page 743 – dspportcnt; Display Port Counters
  • Page 744 – Display port counters on logical port (ifNum) 1 of the current AXSM.
  • Page 745 – Display Performance History; dspprfhist
  • Page 746 – dspswalm; An alarm can originate in any of the following:; dspndalms, dspxbarerrcnt
  • Page 747 – Display switching alarms.
  • Page 749 – dspxbar; Display Crossbar—display the configuration of the crossbars; Connectivity Between the Switching Fabric and Card Slots; Revision number of the ASIC.
  • Page 750 – plane
  • Page 752 – Display Crossbar Alarms—display severity of crossbar alarms.; dspxbaralm
  • Page 754 – dspxbarerrcnt; Transm itter parity errors.
  • Page 757 – Display the current crossbar error thresholds.
  • Page 758 – cnfxbarm gmt
  • Page 759 – dspxbarstatus; Display Crossbar Status
  • Page 761 – Execute dum ptrace, then view the contents with dsplog.
  • Page 762 – Off Diagnostics Statistics; ondiagstat
  • Page 763 – On Diagnostics Statistics
  • Page 764 – pathtraceie; Path Trace IE
  • Page 765 – pathtracenode; Path Trace Node
  • Page 766 – pathtraceport; Call Control Operations: Enable/Disable Path Trace at Port Level
  • Page 767 – Form at of the path trace result for a call in the log file:
  • Page 768 – Reset Card—resets the card or the failure history.; Reset the current PXM45.; Reset the failure history of the card in slot 1.
  • Page 770 – Attempt a switchcc without a standby PXM45 in the backplane.
  • Page 771 – tstconseg; Test Connection Segment
  • Page 772 – Test the integrity of 1 10 1000 in the egress direction.
  • Page 773 – tstdelay; Test Delay
  • Page 779 – Symbols
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Cisco MGX 8850 Routing Switch
Command Reference

Release 2.0
October 20 01

Customer Order Number: DOC-10467=
Text Part Number: 78-10467-04 Rev C0

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iii Cisco MGX 8850 Routing Switch Command Reference Release 2.0, Part Number 78-10467-04 Rev C0, October 2001 C O N T E N T S About This Manual xxi Objectives xxi Audience xxi Organization xxii Related Documentation xxiii Conventions xxiv Command Changes xxv New Commands xxv Changed Commands xxvi Re...

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