1-- ***************************************************************** 2-- CISCO-5800-HEALTH-MON-MIB.my: CISCO Health Monitor MIB file 3-- 4-- August 1997 Mark Szczesniak / Ashadevaki Hegde 5-- 6-- Copyright (c) 1997-1998 by cisco Systems, Inc. 7-- All rights reserved. 8-- 9-- ***************************************************************** 10-- $Endlog$ 11-- 12CISCO-5800-HEALTH-MON-MIB DEFINITIONS ::= BEGIN 13 14IMPORTS 15 MODULE-IDENTITY, 16 OBJECT-TYPE, 17 NOTIFICATION-TYPE, 18 Counter32, 19 Gauge32, 20 Integer32, 21 IpAddress 22 FROM SNMPv2-SMI 23 DisplayString, 24 TruthValue 25 FROM SNMPv2-TC 26 MODULE-COMPLIANCE, 27 OBJECT-GROUP 28 FROM SNMPv2-CONF 29 ciscoExperiment 30 FROM CISCO-SMI; 31 32 33cisco5800HealthMonMIB MODULE-IDENTITY 34 LAST-UPDATED "9708260000Z" 35 ORGANIZATION "Cisco Systems, Inc." 36 CONTACT-INFO 37 " Cisco Systems 38 Customer Service 39 40 Postal: 170 W Tasman Drive 41 San Jose, CA 95134 42 USA 43 44 Tel: +1 800 553-NETS 45 46 E-mail: cs-snmp@cisco.com" 47 DESCRIPTION 48 "This MIB provides a means to monitor the status of a 49 system's health." 50 51 ::= { ciscoExperiment 28 } 52 53 54cisco5800HealthMonObjects OBJECT IDENTIFIER ::= { cisco5800HealthMonMIB 1 } 55 56-- 57-- This mib gives you the status of the health monitoring subsystem 58-- running on the system controller. Health monitoring allows the user 59-- to configure three types of utilization on the system 60-- controller. Namely modem, trunk, and io-mem. When io-mem monitoring 61-- type is configured on the system controller, health moniotoring sets 62-- up the expressions, RMON alarms, RMON events on the known 63-- shelves. RMON alarm is asked to monitor the result from the set 64-- expression and if it's value exceeds the configured threshold value 65-- an event trap is sent to the system-controller. This trap is converted 66-- into the healthmon MIB format and sent to the management 67-- station. For the other two monitoring types, health monitor sets up 68-- the utilization calculation on the system controller based on the info 69-- available on this mib. 70-- 71-- Trunk Utilization = (ciscoHealthMonNumActiveDS0 * 100)/ 72-- (ciscoHealthMonNumTotalDS0) 73-- Modem Utilization = (ciscoHealthMonNumModemsInUse * 100)/ 74-- (ciscoHealthMonNumTotalModems) 75-- 76-- 77-- 1. ciscoHealthMonStatusTable - This has the status of the configured 78-- monitoring types. 79-- 80-- 2. ciscoHealthMonCountTable - This table keeps track of following 81-- info from each router shelf: 82-- 83-- o # T1/E1 lines up 84-- o # T1/E1 lines with operational status down and admin status up 85-- o # of Active DS0's (cpmActiveDS0 from CISCO-POP-MGMT-MIB.my) 86-- o # of Total DS0's (#of t1 - 1* 24) + 23 + (#of e1 * 30) 87-- o # of Installed modems 88-- (cmSystemInstalledModem from CISCO-MODEM-MGMT-MIB.my) 89-- o # of Inuse Modems(cmSystemModemsInUse from CISCO-MODEM-MGMT-MIB.my 90-- o # of Bad modems (cmSystemModemsUnavailable from CISCO-MODEM-MGMT-MIB.my) 91-- o # of IOmem free (IO-mem ciscoMemoryPoolUsed from CISCO-MEMORY-POOL-MIB.my) 92-- o # of IOmem used (IO-mem ciscoMemoryPoolFree from CISCO-MEMORY-POOL-MIB.my) 93-- o % CPU avgBusy5 (avgBusy5 from cisco-10-mib.my) 94-- o % Utilization of ifOutOctets of egress ports 95-- A port is considered as an egress port if it's ifSpeed > 1544000 96-- % Utilization of ifOutOctets = (diff_total_ifOutoctets*100)/ 97-- (time * total_speed) 98-- o % Utilization of ifInOctets of egress ports 99-- 100-- % Utilization of ifInOctets = (diff_total_ifInOctets*100)/ 101-- (time * total_speed) 102-- 103-- The above values are collected from a single shelf. They are added 104-- together to get the total number in the nitro complex. 105-- Example: 106-- #T1 & E1 lines UP = (T1 & E1 Lines up on shelf#1) + 107-- (T1 & E1 Lines up on shelf#2) + 108-- : 109-- : 110-- (T1 & E1 Lines up on shelf#n) 111-- 112-- NOTE: 113-- Monitored shelf - A shelf is discovered by the system controller using 114-- the Shelf Discovery Protocol 115 116ciscoHealthMonNumShelves OBJECT-TYPE 117 SYNTAX Integer32 118 MAX-ACCESS read-only 119 STATUS current 120 DESCRIPTION 121 "The total number of shelves monitored by the health monitor." 122 ::= { cisco5800HealthMonObjects 3 } 123 124ciscoHealthMonNumT1E1LinesUp OBJECT-TYPE 125 SYNTAX Gauge32 126 MAX-ACCESS read-only 127 STATUS current 128 DESCRIPTION 129 "This is the total number of active T1/E1 lines across 130 all the monitored shelves." 131 ::= { cisco5800HealthMonObjects 4 } 132 133ciscoHealthMonNumT1E1LinesDown OBJECT-TYPE 134 SYNTAX Gauge32 135 MAX-ACCESS read-only 136 STATUS current 137 DESCRIPTION 138 "This is the total number of inactive T1/E1 lines 139 across all the monitored shelves." 140 ::= { cisco5800HealthMonObjects 5 } 141 142ciscoHealthMonNumActiveDS0 OBJECT-TYPE 143 SYNTAX Gauge32 144 MAX-ACCESS read-only 145 STATUS current 146 DESCRIPTION 147 "The total number of DS0's in use across all the monitored 148 shelves." 149 ::= { cisco5800HealthMonObjects 6 } 150 151ciscoHealthMonNumTotalDS0 OBJECT-TYPE 152 SYNTAX Gauge32 153 MAX-ACCESS read-only 154 STATUS current 155 DESCRIPTION 156 "The total number of DS0's from all the monitored shelves." 157 ::= { cisco5800HealthMonObjects 7 } 158 159ciscoHealthMonNumTotalModems OBJECT-TYPE 160 SYNTAX Gauge32 161 MAX-ACCESS read-only 162 STATUS current 163 DESCRIPTION 164 "This is the total number of ciscoHealthMonTotalModems 165 from all the monitored shelves." 166 ::= { cisco5800HealthMonObjects 8 } 167 168ciscoHealthMonNumModemsInUse OBJECT-TYPE 169 SYNTAX Gauge32 170 MAX-ACCESS read-only 171 STATUS current 172 DESCRIPTION 173 "This is the total number of ciscoHealthMonModemsInUse 174 from all the monitored shelves ." 175 ::= { cisco5800HealthMonObjects 9 } 176 177ciscoHealthMonNumUnavailableModems OBJECT-TYPE 178 SYNTAX Gauge32 179 MAX-ACCESS read-only 180 STATUS current 181 DESCRIPTION 182 "This is the total number of ciscoHealthMonUnavailableModems 183 from all the monitored shelves." 184 ::= { cisco5800HealthMonObjects 10 } 185 186ciscoHealthMonStatusTable OBJECT-TYPE 187 SYNTAX SEQUENCE OF CiscoHealthMonStatusEntry 188 MAX-ACCESS not-accessible 189 STATUS current 190 DESCRIPTION 191 "The table of status maintained by the health monitor." 192 ::= { cisco5800HealthMonObjects 1 } 193 194ciscoHealthMonStatusEntry OBJECT-TYPE 195 SYNTAX CiscoHealthMonStatusEntry 196 MAX-ACCESS not-accessible 197 STATUS current 198 DESCRIPTION 199 "An entry in the status table, containing the 200 information about the status of the health monitoring setup 201 commands. Depending on the configured monitoring type these commands 202 are setup on the shelf or on the system controller. Monitoring iomem 203 is done on the shelf where as monitoring modem and trunk is done on 204 system controller. ciscoHealthMonShelfId, ciscoHealthMonAddress 205 doesn't exist for the modem and trunk monitoring types since 206 they are done on the system controller. " 207 INDEX { ciscoHealthMonStatusIndex, ciscoHealthMonStatusType } 208 ::= { ciscoHealthMonStatusTable 1 } 209 210CiscoHealthMonStatusEntry ::= 211 SEQUENCE { 212 ciscoHealthMonStatusIndex Integer32, 213 ciscoHealthMonStatusType Integer32 (1..3), 214 ciscoHealthMonShelfId Integer32, 215 ciscoHealthMonAddress IpAddress, 216 ciscoHealthMonDescr DisplayString, 217 ciscoHealthMonValue Gauge32, 218 ciscoHealthMonThreshold Integer32 (1..100), 219 ciscoHealthMonThresholdExceedCount Integer32 220 } 221 222 223ciscoHealthMonStatusIndex OBJECT-TYPE 224 SYNTAX Integer32(0..2147483647) 225 MAX-ACCESS not-accessible 226 STATUS current 227 DESCRIPTION 228 "Unique index for indexing the ciscoHealthMonStatusTable. 229 This index is for SNMP purposes only, and has no intrinsic meaning." 230 ::= { ciscoHealthMonStatusEntry 1 } 231 232ciscoHealthMonStatusType OBJECT-TYPE 233 SYNTAX Integer32 (1..3) 234 MAX-ACCESS read-only 235 STATUS current 236 DESCRIPTION 237 "Monitoring type 238 modemUtil(1), trunkUtil(2), iomemUtil(3)" 239 ::= { ciscoHealthMonStatusEntry 2 } 240 241ciscoHealthMonShelfId OBJECT-TYPE 242 SYNTAX Integer32 243 MAX-ACCESS read-only 244 STATUS current 245 DESCRIPTION 246 "This is the shelf-id of the monitored shelf." 247 ::= { ciscoHealthMonStatusEntry 3 } 248 249ciscoHealthMonAddress OBJECT-TYPE 250 SYNTAX IpAddress 251 MAX-ACCESS read-only 252 STATUS current 253 DESCRIPTION 254 "This is the IP address of the monitored shelf." 255 ::= { ciscoHealthMonStatusEntry 4 } 256 257ciscoHealthMonDescr OBJECT-TYPE 258 SYNTAX DisplayString(SIZE (0..32)) 259 MAX-ACCESS read-only 260 STATUS current 261 DESCRIPTION 262 "Textual description of the utilization type being 263 monitored on a shelf. This description is a short textual label, 264 suitable as a human-sensible identification for the rest of the 265 information in the entry." 266 ::= { ciscoHealthMonStatusEntry 5 } 267 268ciscoHealthMonValue OBJECT-TYPE 269 SYNTAX Gauge32 270 MAX-ACCESS read-only 271 STATUS current 272 DESCRIPTION 273 "The current value for the monitoring type on a 274 monitored shelf." 275 ::= { ciscoHealthMonStatusEntry 6 } 276 277ciscoHealthMonThreshold OBJECT-TYPE 278 SYNTAX Integer32 (1..100) 279 MAX-ACCESS read-only 280 STATUS current 281 DESCRIPTION 282 "This is the monitoring threshold value configured 283 through the command line. 284 285 If the configured monitoring type is io-mem, rmon alarm on the 286 shelf will use this value as the threshold for generating the 287 event. Shelf will be asked to send this generated event trap to the 288 system controller. Once the system controller receives this trap, 289 trap will converted to the health monitor mib format and sent to the 290 management station. 291 292 If the configured monitoring types are trunk and/or modem, 293 ciscoHealthMonValue is compared with this value and if 294 ciscoHealthMonValue exceeds this value, a notification is sent to the 295 configured management station. Also, a notification will be sent to 296 the management station if the current monitoring value is less than 297 the configured threshold and the previous monitored value is greater 298 than the configured threshold value." 299 ::= { ciscoHealthMonStatusEntry 7 } 300 301ciscoHealthMonThresholdExceedCount OBJECT-TYPE 302 SYNTAX Integer32 303 MAX-ACCESS read-only 304 STATUS current 305 DESCRIPTION 306 "Number of times monitoring value exceeded the 307 configured threshold value." 308 ::= { ciscoHealthMonStatusEntry 8 } 309 310 311 312-- 313-- HealthMonCount Table 314-- 315 316ciscoHealthMonCountTable OBJECT-TYPE 317 SYNTAX SEQUENCE OF CiscoHealthMonCountEntry 318 MAX-ACCESS not-accessible 319 STATUS current 320 DESCRIPTION 321 "The table of mib entries maintained by the health monitor." 322 ::= { cisco5800HealthMonObjects 2 } 323 324ciscoHealthMonCountEntry OBJECT-TYPE 325 SYNTAX CiscoHealthMonCountEntry 326 MAX-ACCESS not-accessible 327 STATUS current 328 DESCRIPTION 329 "An entry in the count table represents the polled data 330 of ceratin mib variables for a router shelf. System controller will do 331 the polling of the mib variables only if system controller can 332 talk to that particular router shelf." 333 INDEX { ciscoHealthMonCountIndex } 334 ::= { ciscoHealthMonCountTable 1 } 335 336CiscoHealthMonCountEntry ::= 337 SEQUENCE { 338 ciscoHealthMonCountIndex Integer32, 339 ciscoHealthMonT1E1LinesUp Gauge32, 340 ciscoHealthMonT1E1LinesDown Gauge32, 341 ciscoHealthMonActiveDS0 Gauge32, 342 ciscoHealthMonTotalDS0 Gauge32, 343 ciscoHealthMonTotalModems Gauge32, 344 ciscoHealthMonModemsInUse Gauge32, 345 ciscoHealthMonUnavailableModems Gauge32, 346 ciscoHealthMonIOMemUsed Gauge32, 347 ciscoHealthMonIOMemFree Gauge32, 348 ciscoHealthMonCPUavgBusy5 Integer32 (1..100), 349 ciscoHealthMonUtilEgressInOctet Counter32, 350 ciscoHealthMonUtilEgressOutOctet Counter32, 351 ciscoHealthMonShelfLastUpdate DisplayString 352 } 353 354ciscoHealthMonCountIndex OBJECT-TYPE 355 SYNTAX Integer32 (0..9999) 356 MAX-ACCESS not-accessible 357 STATUS current 358 DESCRIPTION 359 "Unique index for indexing the 360 ciscoHealthMonCountTable. This unique index represents the shelf-id of 361 the monitored shelf." 362 ::= { ciscoHealthMonCountEntry 1 } 363 364ciscoHealthMonT1E1LinesUp OBJECT-TYPE 365 SYNTAX Gauge32 366 MAX-ACCESS read-only 367 STATUS current 368 DESCRIPTION 369 "The number of active T1 and E1 lines on a shelf. A 370 line is considered as an active line if it is operationally up." 371 ::= { ciscoHealthMonCountEntry 2 } 372 373ciscoHealthMonT1E1LinesDown OBJECT-TYPE 374 SYNTAX Gauge32 375 MAX-ACCESS read-only 376 STATUS current 377 DESCRIPTION 378 "The number of inactive T1 and E1 lines on a 379 shelf. This is the special case where a line is counted as down if it 380 is operationally down and administratively up." 381 ::= { ciscoHealthMonCountEntry 3 } 382 383ciscoHealthMonActiveDS0 OBJECT-TYPE 384 SYNTAX Gauge32 385 MAX-ACCESS read-only 386 STATUS current 387 DESCRIPTION 388 "The number of DS0's that are currently in use." 389 ::= { ciscoHealthMonCountEntry 4 } 390 391ciscoHealthMonTotalDS0 OBJECT-TYPE 392 SYNTAX Gauge32 393 MAX-ACCESS read-only 394 STATUS current 395 DESCRIPTION 396 "The total number of DS0's on a shelf. This is based 397 on the number of T1 and E1 lines present on the router shelf. 398 399 Total DS0 = (# of T1 lines - 1 * 24) + 23 + (# of E1 lines*30)." 400 ::= { ciscoHealthMonCountEntry 5 } 401 402ciscoHealthMonTotalModems OBJECT-TYPE 403 SYNTAX Gauge32 404 MAX-ACCESS read-only 405 STATUS current 406 DESCRIPTION 407 "The total number of modems installed on a shelf. This 408 is the polled value for cmSystemInstalledModem from the router shelf." 409 ::= { ciscoHealthMonCountEntry 6 } 410 411ciscoHealthMonModemsInUse OBJECT-TYPE 412 SYNTAX Gauge32 413 MAX-ACCESS read-only 414 STATUS current 415 DESCRIPTION 416 "The number of modems on a shelf that are in the 417 following states: connected, offHook, loopback, or 418 downloadFirmware. This the polled value for cmSystemModemsInUse from 419 the router shelf." 420 ::= { ciscoHealthMonCountEntry 7 } 421 422ciscoHealthMonUnavailableModems OBJECT-TYPE 423 SYNTAX Gauge32 424 MAX-ACCESS read-only 425 STATUS current 426 DESCRIPTION 427 "The number of modems on a shelf that cannot accept the 428 calls. They are in the following states: unknown, onHook, busiedOut, 429 disabled, bad, or downloadFirmwareFailed. This is the polled value for 430 cmSystemModemsUnavailable from the router shelf." 431 ::= { ciscoHealthMonCountEntry 8 } 432ciscoHealthMonIOMemUsed OBJECT-TYPE 433 SYNTAX Gauge32 434 UNITS "bytes" 435 MAX-ACCESS read-only 436 STATUS current 437 DESCRIPTION 438 "The number of bytes of IO memory that are currently 439 in use by the applications on the shelf. This is the polled value for 440 ciscoMemoryPoolUsed of io-mem type on the router shelf." 441 ::= { ciscoHealthMonCountEntry 9 } 442 443ciscoHealthMonIOMemFree OBJECT-TYPE 444 SYNTAX Gauge32 445 UNITS "bytes" 446 MAX-ACCESS read-only 447 STATUS current 448 DESCRIPTION 449 "The number of bytes of IO memory that are currently 450 available to use on the shelf.This is the polled value for 451 ciscoMemoryPoolFree of io-mem type on the router shelf." 452 ::= { ciscoHealthMonCountEntry 10 } 453 454ciscoHealthMonCPUavgBusy5 OBJECT-TYPE 455 SYNTAX Integer32 (1..100) 456 MAX-ACCESS read-only 457 STATUS current 458 DESCRIPTION 459 "5 minute exponentially-decayed moving average of the 460 CPU busy percentage. This is the polled value for avgBusy5 from the 461 router shelf." 462 ::= { ciscoHealthMonCountEntry 11 } 463 464ciscoHealthMonUtilEgressInOctet OBJECT-TYPE 465 SYNTAX Counter32 466 MAX-ACCESS read-only 467 STATUS current 468 DESCRIPTION 469 "This is the percentage utilization of total number of 470 octets received on all the active egress interface, including framing 471 characters. 472 473 A port is considered as an egress port if it's ifSpeed > 1544000 474 % Utilization of ifInOctets = (diff_total_ifInoctets*100)/ 475 (time in seconds * total_speed) 476 ." 477 ::= { ciscoHealthMonCountEntry 12 } 478 479ciscoHealthMonUtilEgressOutOctet OBJECT-TYPE 480 SYNTAX Counter32 481 MAX-ACCESS read-only 482 STATUS current 483 DESCRIPTION 484 "This is the percentage utilization of the total 485 number of octets transmitted out on all the active egress interface, 486 including framing characters. 487 488 A port is considered as an egress port if it's ifSpeed > 1544000 489 % Utilization of ifOutOctets = (diff_total_ifOutoctets*100)/ 490 (time in seconds * total_speed) 491 ." 492 ::= { ciscoHealthMonCountEntry 13 } 493 494ciscoHealthMonShelfLastUpdate OBJECT-TYPE 495 SYNTAX DisplayString (SIZE (0..32)) 496 MAX-ACCESS read-only 497 STATUS current 498 DESCRIPTION 499 "This is the last time at which the system-controller 500 has polled the mib entries from a shelf. However, if system-controller 501 can not talk to that shelf, this entry will have the same time as the 502 last update and a string Lost Contact. All the mib entries 503 corresponding to this shelf will remain as it is until 504 system-controller can talk to this shelf again." 505 ::= { ciscoHealthMonCountEntry 14 } 506 507 508 509 510ciscoHealthMonMIBNotificationEnables OBJECT IDENTIFIER ::= { cisco5800HealthMonMIB 2 } 511 512 513ciscoHealthMonEnableNotification OBJECT-TYPE 514 SYNTAX TruthValue 515 MAX-ACCESS read-write 516 STATUS current 517 DESCRIPTION 518 "This variable indicates whether the system produces 519 the ciscoHealthNotification. A false value will prevent notifications 520 from being generated by this system." 521 DEFVAL { false } 522 ::= { ciscoHealthMonMIBNotificationEnables 1 } 523 524-- the following two OBJECT IDENTIFIERS are used to define SNMPv2 Notifications 525-- that are backward compatible with SNMPv1 Traps. 526ciscoHealthMonMIBNotificationPrefix OBJECT IDENTIFIER ::= { cisco5800HealthMonMIB 3 } 527ciscoHealthMonMIBNotifications OBJECT IDENTIFIER ::= { ciscoHealthMonMIBNotificationPrefix 0 } 528 529ciscoHealthMonNotification NOTIFICATION-TYPE 530 OBJECTS { 531 ciscoHealthMonStatusType, 532 ciscoHealthMonShelfId, 533 ciscoHealthMonAddress, 534 ciscoHealthMonDescr, 535 ciscoHealthMonValue, 536 ciscoHealthMonThreshold 537 } 538 STATUS current 539 DESCRIPTION 540 "A ciscoHealthMonNotification is sent if the measured 541 utilization has crossed the threshold value. It will be generated 542 when the value rises above the threshold. ciscoHealthMonShelfId and 543 ciscoHealthMonAddress are optional entries. This entry is valid only 544 if the notification generated for the monitoring types set on the 545 router shelf. This entry will not have anything if notification is 546 generated for the monitoring types set on the system controller." 547 ::= { ciscoHealthMonMIBNotifications 1 } 548 549-- conformance information 550 551cisco5800HealthMonMIBConformance OBJECT IDENTIFIER ::= { cisco5800HealthMonMIB 4 } 552cisco5800HealthMonMIBCompliances OBJECT IDENTIFIER ::= { cisco5800HealthMonMIBConformance 1 } 553cisco5800HealthMonMIBGroups OBJECT IDENTIFIER ::= { cisco5800HealthMonMIBConformance 2 } 554 555 556-- compliance statements 557 558cisco5800HealthMonMIBCompliance MODULE-COMPLIANCE 559 STATUS current 560 DESCRIPTION 561 "The compliance statement for entities which implement 562 the Cisco Health Monitor MIB" 563 MODULE -- this module 564 MANDATORY-GROUPS { cisco5800HealthMonMIBGroup } 565 ::= { cisco5800HealthMonMIBCompliances 1 } 566 567-- units of conformance 568 569cisco5800HealthMonMIBGroup OBJECT-GROUP 570 OBJECTS { 571 ciscoHealthMonStatusType, 572 ciscoHealthMonShelfId, 573 ciscoHealthMonAddress, 574 ciscoHealthMonDescr, 575 ciscoHealthMonValue, 576 ciscoHealthMonThreshold, 577 ciscoHealthMonThresholdExceedCount, 578 ciscoHealthMonT1E1LinesUp, 579 ciscoHealthMonT1E1LinesDown, 580 ciscoHealthMonActiveDS0, 581 ciscoHealthMonTotalDS0, 582 ciscoHealthMonTotalModems, 583 ciscoHealthMonModemsInUse, 584 ciscoHealthMonUnavailableModems, 585 ciscoHealthMonIOMemUsed, 586 ciscoHealthMonIOMemFree, 587 ciscoHealthMonCPUavgBusy5, 588 ciscoHealthMonUtilEgressInOctet, 589 ciscoHealthMonUtilEgressOutOctet, 590 ciscoHealthMonShelfLastUpdate, 591 592 ciscoHealthMonNumShelves, 593 ciscoHealthMonNumT1E1LinesUp, 594 ciscoHealthMonNumT1E1LinesDown, 595 ciscoHealthMonNumActiveDS0, 596 ciscoHealthMonNumTotalDS0, 597 ciscoHealthMonNumTotalModems, 598 ciscoHealthMonNumModemsInUse, 599 ciscoHealthMonNumUnavailableModems, 600 601 ciscoHealthMonEnableNotification 602 } 603 STATUS current 604 DESCRIPTION 605 "A collection of objects providing health monitoring 606 capability to a cisco chassis." 607 ::= { cisco5800HealthMonMIBGroups 1 } 608 609END 610 611