1 2Cisco90Series-MIB DEFINITIONS ::= BEGIN 3 4 IMPORTS 5 enterprises, Counter, TimeTicks 6 FROM RFC1155-SMI 7 OBJECT-TYPE 8 FROM RFC-1212 9 TRAP-TYPE 10 FROM RFC-1215; 11 12 -- From RFC-1213 (MIB-II) 13 DisplayString ::= 14 OCTET STRING 15 16 ciscoTelesend OBJECT IDENTIFIER ::= { enterprises 1570 } 17 frMux OBJECT IDENTIFIER ::= { ciscoTelesend 1 } 18 19 -- Frame Relay Multiplexer MIB groups 20 -- system group 21 frxSys OBJECT IDENTIFIER ::= { frMux 1 } 22 23 -- defaults group 24 frxDefault OBJECT IDENTIFIER ::= { frMux 2 } 25 26 -- bank group 27 frxBank OBJECT IDENTIFIER ::= { frMux 3 } 28 29 -- channel unit group 30 frxChUnit OBJECT IDENTIFIER ::= { frMux 4 } 31 32 -- channel unit management group 33 frxMgt OBJECT IDENTIFIER ::= { frMux 5 } 34 35 -- port group 36 frxPort OBJECT IDENTIFIER ::= { frMux 6 } 37 38 -- frxSys group 39 frxSysDescr OBJECT-TYPE 40 SYNTAX DisplayString (SIZE (0..255)) 41 ACCESS read-only 42 STATUS mandatory 43 DESCRIPTION 44 "Description of the Cisco 90 Series System." 45 ::= { frxSys 1 } 46 47 frxClockHour OBJECT-TYPE 48 SYNTAX INTEGER (0..23) 49 ACCESS read-write 50 STATUS mandatory 51 DESCRIPTION 52 "Synchronized 24 hour clock for the Cisco 90 Series system - 53 Hour. This clock is used by the channel units 54 and BRITE cards to set the performance monitoring 55 end-of-hour and end-of-day intervals." 56 ::= { frxSys 2 } 57 58 frxClockMin OBJECT-TYPE 59 SYNTAX INTEGER (0..59) 60 ACCESS read-write 61 STATUS mandatory 62 DESCRIPTION 63 "Synchronized 24 hour clock for the Cisco 90 Series system - 64 Minutes. This clock is used by the channel units 65 and BRITE cards to set the performance monitoring 66 end-of-hour and end-of-day intervals." 67 ::= { frxSys 3 } 68 69 frxClockSec OBJECT-TYPE 70 SYNTAX INTEGER (0..59) 71 ACCESS read-write 72 STATUS mandatory 73 DESCRIPTION 74 "Synchronized 24 hour clock for the Cisco 90 Series system - 75 Seconds. This clock is used by the channel units 76 and BRITE cards to set the performance monitoring 77 end-of-hour and end-of-day intervals." 78 ::= { frxSys 4 } 79 80 frxUpTime OBJECT-TYPE 81 SYNTAX TimeTicks 82 ACCESS read-only 83 STATUS mandatory 84 DESCRIPTION 85 "Time since the agent was last initialized in 86 0.01 second increments." 87 ::= { frxSys 5 } 88 89 frxAdminContact OBJECT-TYPE 90 SYNTAX DisplayString (SIZE (0..255)) 91 ACCESS read-write 92 STATUS mandatory 93 DESCRIPTION 94 "Cisco 90 Series administrative contact name." 95 ::= { frxSys 6 } 96 97 frxSysName OBJECT-TYPE 98 SYNTAX DisplayString (SIZE (0..255)) 99 ACCESS read-write 100 STATUS mandatory 101 DESCRIPTION 102 "Administratively assigned name for this Cisco 90 Series agent." 103 ::= { frxSys 7 } 104 105 frxSysLoc OBJECT-TYPE 106 SYNTAX DisplayString (SIZE (0..255)) 107 ACCESS read-write 108 STATUS mandatory 109 DESCRIPTION 110 "Physical location of the Cisco 90 Series agent." 111 ::= { frxSys 8 } 112 113 frxSysVersion OBJECT-TYPE 114 SYNTAX INTEGER (0..65535) 115 ACCESS read-only 116 STATUS mandatory 117 DESCRIPTION 118 "Cisco 90 Series Agent version number. The version number is 119 an INTEGER representation of the actual version number string. 120 The way to translate to a version number string is 200 = 2.0.0, 121 201 = 2.0.1, etc." 122 ::= { frxSys 9 } 123 124 frxUPerfTrapEnable OBJECT-TYPE 125 SYNTAX INTEGER { 126 enableUPerfTrap(1), 127 disableUPerfTrap(2) 128 } 129 ACCESS read-write 130 STATUS mandatory 131 DESCRIPTION 132 "1=Enable sending the frxUPerfTrap trap to the 133 SNMP manager when a performance monitoring 134 threshold is crossed at an Cisco 90 Series channel unit or 135 a downstream BRITE card. 136 2=Disable Trap." 137 ::= { frxSys 10 } 138 139 frxAgtLinkErrors OBJECT-TYPE 140 SYNTAX Counter 141 ACCESS read-only 142 STATUS mandatory 143 DESCRIPTION 144 "Number of Annex-D signaling link reliability errors 145 between the Cisco 90 Series Agent and the Frame Relay Switch. 146 A signaling reliability error is declared whenever 147 the Cisco 90 Series Agent did not receive a reply from the 148 frame relay switch in response to an Annex-D link 149 integrity poll or full status inquiry poll" 150 ::= { frxSys 11 } 151 152 frxAgtProtErrors OBJECT-TYPE 153 SYNTAX Counter 154 ACCESS read-only 155 STATUS mandatory 156 DESCRIPTION 157 "Number of Annex-D signaling protocol errors 158 between the Cisco 90 Series Agent and the Frame 159 Relay Switch. A signaling protocol error is 160 declared whenever the Cisco 90 Series Agent 161 receives a reply with incorrect format or 162 sequence numbers from the frame relay switch in 163 response to an Annex-D link integrity poll or 164 full status inquiry poll" 165 ::= { frxSys 12 } 166 167 frxAgtChInactive OBJECT-TYPE 168 SYNTAX Counter 169 ACCESS read-only 170 STATUS mandatory 171 DESCRIPTION 172 "Number of times the Cisco 90 Series Agent Annex-D signaling 173 channel was declared inactive." 174 ::= { frxSys 13 } 175 176 frxAgtChStatus OBJECT-TYPE 177 SYNTAX INTEGER { 178 active(1), 179 inactive(2) 180 } 181 ACCESS read-only 182 STATUS mandatory 183 DESCRIPTION 184 "Current status of the Annex-D signaling channel 185 between the Cisco 90 Series Agent and the Frame Relay Switch." 186 ::= { frxSys 14 } 187 188 -- frxDefault group 189 frxDefaultEnable OBJECT-TYPE 190 SYNTAX INTEGER { 191 enableAutoLoad(1), 192 disableAutoLoad(2) 193 } 194 ACCESS read-write 195 STATUS mandatory 196 DESCRIPTION 197 "1=Enable automatic loading of defaults (defined 198 in this group) to the channel unit when the 199 Download Configuration pushbutton on the channel 200 unit faceplate is pushed. 2=Disable loading." 201 ::= { frxDefault 1 } 202 203 frxDefaultTrap OBJECT-TYPE 204 SYNTAX INTEGER { 205 enableConfigureTrap(1), 206 disableConfigureTrap(2) 207 } 208 ACCESS read-write 209 STATUS mandatory 210 DESCRIPTION 211 "1=Enable sending the frxDownloadTrap trap to 212 the SNMP manager when the Download Configuration 213 pushbutton on the channel unit faceplate is pushed. 214 2=Disable Trap" 215 ::= { frxDefault 2 } 216 217 frxDConfigSrc OBJECT-TYPE 218 SYNTAX INTEGER { 219 annexD(1), 220 snmp(2) 221 } 222 ACCESS read-write 223 STATUS mandatory 224 DESCRIPTION 225 "System default for frxConfigSrc - used when the 226 Download Configuration pushbutton on the channel unit 227 faceplate is pushed and when frxDefaultEnable is set to 1. 228 1=Data rate and protocol set by Annex-D assignment rules. 229 2=Data rate and protocol set by the SNMP variables 230 frxPortSpeed and frxPortProtocol" 231 ::= { frxDefault 3 } 232 233 frxDMgtT391 OBJECT-TYPE 234 SYNTAX INTEGER (5..30) 235 ACCESS read-write 236 STATUS mandatory 237 DESCRIPTION 238 "System Default for frxMgtT391 - used when the 239 Download Configuration pushbutton on the channel unit 240 faceplate is pushed and when frxDefaultEnable is set to 1. 241 This controls how often (in seconds) the channel units 242 send an Annex-D poll to the frame relay switch. 243 This is the Annex-D T391 parameter (Typical value 10)" 244 ::= { frxDefault 4 } 245 246 frxDMgtT392 OBJECT-TYPE 247 SYNTAX INTEGER (5..30) 248 ACCESS read-write 249 STATUS mandatory 250 DESCRIPTION 251 "System Default for frxMgtT392 - used when the 252 Download Configuration pushbutton on the channel unit 253 faceplate is pushed and when frxDefaultEnable is set to 1. 254 This controls how long (in seconds) the channel unit 255 will wait for a subscriber to send it an Annex-D poll 256 before declaring a link error from the subscriber. 257 This is the Annex-D T392 parameter (Typical value 15)" 258 ::= { frxDefault 5 } 259 260 261 frxDMgtN391 OBJECT-TYPE 262 SYNTAX INTEGER (1..255) 263 ACCESS read-write 264 STATUS mandatory 265 DESCRIPTION 266 "System Default for frxMgtN391 - used when the 267 Download Configuration pushbutton on the channel unit 268 faceplate is pushed and when frxDefaultEnable is set to 1. 269 This controls how often the channel units send a full 270 status inquiry poll to the frame relay switch instead of 271 a link integrity verification poll. 272 This is the Annex-D N391 parameter (Typical value 6)" 273 ::= { frxDefault 6 } 274 275 frxDMgtN392 OBJECT-TYPE 276 SYNTAX INTEGER (1..10) 277 ACCESS read-write 278 STATUS mandatory 279 DESCRIPTION 280 "System Default for frxMgtN392 - used when the 281 Download Configuration pushbutton on the channel unit 282 faceplate is pushed and when frxDefaultEnable is set to 1. 283 When more than frxMgtN392 errors are detected in any 284 frxMgtN393 monitored Annex-D events, the network is 285 declared inactive. 286 This is the Annex-D N392 parameter (Typical value 3)" 287 ::= { frxDefault 7 } 288 289 290 frxDMgtN393 OBJECT-TYPE 291 SYNTAX INTEGER (1..10) 292 ACCESS read-write 293 STATUS mandatory 294 DESCRIPTION 295 "System Default for frxMgtN393 - used when the 296 Download Configuration pushbutton on the channel unit 297 faceplate is pushed and when frxDefaultEnable is set to 1. 298 When more than frxMgtN392 errors are detected in any 299 frxMgtN393 monitored Annex-D events, the network is 300 declared inactive. 301 This is the Annex-D N393 parameter (Typical value 4)" 302 ::= { frxDefault 8 } 303 304 frxDPortSpeed OBJECT-TYPE 305 SYNTAX INTEGER { 306 use56kbps(1), 307 use64kbps(2), 308 use128kbps(3), 309 use144kbps(4) 310 } 311 ACCESS read-write 312 STATUS mandatory 313 DESCRIPTION 314 "System Default for frxPortSpeed - used when the 315 Download Configuration pushbutton on the channel unit 316 faceplate is pushed and when frxDefaultEnable is set to 1. 317 This is the speed that the channel unit port runs at. 318 1=56kbps 2=64kbps 3=128kbps 4=144kbps" 319 ::= { frxDefault 9 } 320 321 322 frxDPortProtocol OBJECT-TYPE 323 SYNTAX INTEGER { 324 frameRelay(1), 325 ppp(2) 326 } 327 ACCESS read-write 328 STATUS mandatory 329 DESCRIPTION 330 "System Default for frxPortProtocol - used when the 331 Download Configuration pushbutton on the channel unit 332 faceplate is pushed and when frxDefaultEnable is set to 1. 333 1=Port uses Frame Relay protocol 334 2=Port uses PPP protocol - do RFC-1973 encapsulation" 335 ::= { frxDefault 10 } 336 337 frxDCktCIR OBJECT-TYPE 338 SYNTAX INTEGER (0..1544000) 339 ACCESS read-write 340 STATUS mandatory 341 DESCRIPTION 342 "System Default for frxCktCIR - used when the 343 Download Configuration pushbutton on the channel unit 344 faceplate is pushed and when frxDefaultEnable is set to 1. 345 This is the committed information rate (CIR) in bits per 346 second. (Typical value 1536000/#ports)" 347 ::= { frxDefault 11 } 348 349 frxDCktBc OBJECT-TYPE 350 SYNTAX INTEGER (0..16777215) 351 ACCESS read-write 352 STATUS mandatory 353 DESCRIPTION 354 "System Default for frxCktBc - used when the 355 Download Configuration pushbutton on the channel unit 356 faceplate is pushed and when frxDefaultEnable is set to 1. 357 This is the committed BurstSize (Bc) in bits. The time 358 interval over which the burst is measured is Bc/CIR. 359 (Typically set to same number as frxDCktCIR)." 360 ::= { frxDefault 12 } 361 362 frxDCktBe OBJECT-TYPE 363 SYNTAX INTEGER (0..16777212) 364 ACCESS read-write 365 STATUS mandatory 366 DESCRIPTION 367 "System Default for frxCktBe - used when the 368 Download Configuration pushbutton on the channel unit 369 faceplate is pushed and when frxDefaultEnable is set to 1. 370 This is the excess BurstSize (Be) in bits. The time 371 interval over which the excess burst is measured is Be/CIR. 372 (Typical value 1536000)." 373 ::= { frxDefault 13 } 374 375 -- frxBank group 376 -- frxBank Table 377 frxBankTable OBJECT-TYPE 378 SYNTAX SEQUENCE OF FrxBankEntry 379 ACCESS not-accessible 380 STATUS mandatory 381 DESCRIPTION 382 "This Cisco 90 Series Bank Di-group Table contains channel 383 bank level information for each of the channel bank di-groups 384 in the system. A di-group is a T1 interface to the frame 385 relay network. The table is indexed using the Cisco 90 Series 386 channel bank digroup number" 387 ::= { frxBank 1 } 388 389 frxBankEntry OBJECT-TYPE 390 SYNTAX FrxBankEntry 391 ACCESS not-accessible 392 STATUS mandatory 393 DESCRIPTION 394 "A specific entry in the Cisco 90 Series Bank Di-group 395 Table. There is one entry for each channel bank di-group 396 (T1) in the system. There are no entries for unused banks" 397 INDEX { 398 frxBankIndex 399 } 400 ::= { frxBankTable 1 } 401 402 FrxBankEntry ::= SEQUENCE { 403 frxBankIndex INTEGER, 404 frxBankType INTEGER 405 } 406 407 frxBankIndex OBJECT-TYPE 408 SYNTAX INTEGER (16..1007) 409 ACCESS read-only 410 STATUS mandatory 411 DESCRIPTION 412 "Channel Bank Di-group Number. This index is used to address 413 the various channel banks in the system. This number is the 414 same as the DLCI number used to communicate with the bank at 415 the Cisco 90 SNMP Agent. (note that this is NOT the same 416 as the DLCI number at the channel bank. The channel bank 417 always uses DLCI 30 or 31 to communicate with the Agent.)" 418 ::= { frxBankEntry 1 } 419 420 frxBankType OBJECT-TYPE 421 SYNTAX INTEGER { 422 d4(1) 423 } 424 ACCESS read-write 425 STATUS mandatory 426 DESCRIPTION 427 "This is the type of channel bank and is for future use. 428 D4 banks return a value of 1." 429 ::= { frxBankEntry 2 } 430 431 432 -- frxChUnit group 433 -- frxChUnit Table 434 435 frxChUTable OBJECT-TYPE 436 SYNTAX SEQUENCE OF FrxChUEntry 437 ACCESS not-accessible 438 STATUS mandatory 439 DESCRIPTION 440 "This Cisco 90 Series Channel Unit Table contains channel unit 441 level control and statistics for each of the Cisco 90 Series 442 channel units in the system. The table is indexed 443 first using the Cisco 90 Series channel bank digroup number, 444 then the channel unit number (1 to 24)." 445 ::= { frxChUnit 1 } 446 447 frxChUEntry OBJECT-TYPE 448 SYNTAX FrxChUEntry 449 ACCESS not-accessible 450 STATUS mandatory 451 DESCRIPTION 452 "A specific entry in the Cisco 90 Series Channel Unit Table. 453 There is one entry for each Cisco 90 Series channel unit in 454 the system. There are no entries for unused banks or empty 455 channel unit slots" 456 INDEX { 457 frxBankIndex, 458 frxChUIndex 459 } 460 ::= { frxChUTable 1 } 461 462 FrxChUEntry ::= SEQUENCE { 463 frxChUIndex INTEGER, 464 frxChUType INTEGER, 465 frxChUVersion INTEGER, 466 frxSigProtocol INTEGER, 467 frxConfigSrc INTEGER, 468 frxDLCIAdLen INTEGER, 469 frxNetInOctets Counter, 470 frxNetOutOctets Counter, 471 frxNetBadFrames Counter, 472 frxNetHDLCEs Counter, 473 frxNetCRCEs Counter, 474 frxNetLinkEs Counter, 475 frxNetFrShEs Counter, 476 frxNetFrLgEs Counter, 477 frxNetPPPEs Counter, 478 frxNetBufEs Counter 479 } 480 481 frxChUIndex OBJECT-TYPE 482 SYNTAX INTEGER (1..24) 483 ACCESS read-only 484 STATUS mandatory 485 DESCRIPTION 486 "Channel Unit Number. This index is used to address a 487 specific channel unit in a bank. For D4 channel banks 488 this number is the same as the physical slot number 1-24" 489 ::= { frxChUEntry 1 } 490 491 frxChUType OBJECT-TYPE 492 SYNTAX INTEGER { 493 cisco90i(100) 494 } 495 ACCESS read-only 496 STATUS mandatory 497 DESCRIPTION 498 "Type of Cisco 90 Series channel unit installed." 499 ::= { frxChUEntry 2 } 500 501 frxChUVersion OBJECT-TYPE 502 SYNTAX INTEGER (0..65535) 503 ACCESS read-only 504 STATUS mandatory 505 DESCRIPTION 506 "Cisco 90 Series channel unit version number." 507 ::= { frxChUEntry 3 } 508 509 frxSigProtocol OBJECT-TYPE 510 SYNTAX INTEGER { 511 annexD(1) 512 } 513 ACCESS read-only 514 STATUS mandatory 515 DESCRIPTION 516 "This is the type of Local In-channel Signaling used 517 when the subscriber is running frame relay protocol. 518 It is provided for future use. Set to 1 for T1.617 519 Annex-D" 520 ::= { frxChUEntry 4 } 521 522 frxConfigSrc OBJECT-TYPE 523 SYNTAX INTEGER { 524 annexD(1), 525 snmp(2) 526 } 527 ACCESS read-write 528 STATUS mandatory 529 DESCRIPTION 530 "Source for configuring speed and protocol for each port. 531 1=Data rate and protocol set by DLCI assignment rules 532 as reported by Annex-D. This option allows control 533 of these basic parameters from the frame relay switch 534 management station instead of the Cisco 90 Series 535 management station. 536 2=Data rate and protocol set by SNMP variables 537 frxPortSpeed and frxPortProtocol" 538 ::= { frxChUEntry 5 } 539 540 frxDLCIAdLen OBJECT-TYPE 541 SYNTAX INTEGER { 542 twoOctetDlci(1) 543 } 544 ACCESS read-only 545 STATUS mandatory 546 DESCRIPTION 547 "The number of bytes used for the DLCI address. 548 For future use. 1=two octets." 549 ::= { frxChUEntry 6 } 550 551 frxNetInOctets OBJECT-TYPE 552 SYNTAX Counter 553 ACCESS read-only 554 STATUS mandatory 555 DESCRIPTION 556 "Total number of octets received by this channel 557 unit from Frame Relay Switch (on the T1 interface) 558 Only frames whose DLCI is addressed to a port on 559 this channel unit are counted. Bad frames, Annex-D 560 and SNMP frames are not counted. CRC bytes are not 561 counted" 562 ::= { frxChUEntry 7 } 563 564 frxNetOutOctets OBJECT-TYPE 565 SYNTAX Counter 566 ACCESS read-only 567 STATUS mandatory 568 DESCRIPTION 569 "Total number of octets transmitted to the Frame 570 Relay Switch (on the T1 interface) by this channel 571 unit. Annex-D and SNMP frames are not counted. CRC 572 bytes are not counted" 573 ::= { frxChUEntry 8 } 574 575 frxNetBadFrames OBJECT-TYPE 576 SYNTAX Counter 577 ACCESS read-only 578 STATUS mandatory 579 DESCRIPTION 580 "Total number of frames received on the network (T1) 581 interface that are discarded by this channel unit. 582 Possible reasons for discard are: 583 Frame contained HDLC abort (7 or more ones in a row) 584 Frame had a CRC error 585 Frame had a non-integral number of bytes 586 Frame was too short (less than 5 bytes) 587 Frame was too long (more than 8192 bytes) 588 Frame had bad RFC-1973 (PPP) header - this error only 589 occurs if destination port is set for PPP protocol. 590 Frame was discarded due to lack of buffer space. 591 Only frames whose DLCI is addressed to a port on 592 this channel unit are counted." 593 ::= { frxChUEntry 9 } 594 595 frxNetHDLCEs OBJECT-TYPE 596 SYNTAX Counter 597 ACCESS read-only 598 STATUS mandatory 599 DESCRIPTION 600 "Network Errored Seconds caused by HDLC aborts (7 or more 601 ones in a row). Total number of seconds in which a frame 602 with an HDLC abort is received by this channel unit on 603 the network (T1) interface. Only frames whose DLCI is 604 addressed to a port on this channel unit are counted." 605 ::= { frxChUEntry 10 } 606 607 frxNetCRCEs OBJECT-TYPE 608 SYNTAX Counter 609 ACCESS read-only 610 STATUS mandatory 611 DESCRIPTION 612 "Network Errored Seconds caused by CRC errors. 613 Total number of seconds in which a frame with a CRC 614 error is received by this channel unit on the network 615 (T1) interface. Only frames whose DLCI is addressed 616 to a port on this channel unit are counted." 617 ::= { frxChUEntry 11 } 618 619 frxNetLinkEs OBJECT-TYPE 620 SYNTAX Counter 621 ACCESS read-only 622 STATUS mandatory 623 DESCRIPTION 624 "Network Errored Seconds caused by Non-integral Bytes. 625 Total number of seconds in which a frame with a non-integral 626 number of bytes is received by this channel unit on the 627 network (T1) interface. Only frames whose DLCI is addressed 628 to a port on this channel unit are counted." 629 ::= { frxChUEntry 12 } 630 631 frxNetFrShEs OBJECT-TYPE 632 SYNTAX Counter 633 ACCESS read-only 634 STATUS mandatory 635 DESCRIPTION 636 "Network Errored Seconds caused by Short Frames received. 637 Total number of seconds in which a frame that is too 638 short (less than 5 bytes) is received by this channel 639 unit on the network (T1) interface. Only frames whose 640 DLCI is addressed to a port on this channel unit are 641 counted." 642 ::= { frxChUEntry 13 } 643 644 frxNetFrLgEs OBJECT-TYPE 645 SYNTAX Counter 646 ACCESS read-only 647 STATUS mandatory 648 DESCRIPTION 649 "Network Errored Seconds caused by Long Frames received. 650 Total number of seconds in which a frame that is too 651 long (more than 8192 bytes) is received by this channel 652 unit on the network (T1) interface. Only frames whose 653 DLCI is addressed to a port on this channel unit are 654 counted." 655 ::= { frxChUEntry 14 } 656 657 frxNetPPPEs OBJECT-TYPE 658 SYNTAX Counter 659 ACCESS read-only 660 STATUS mandatory 661 DESCRIPTION 662 "Errored seconds caused by bad RFC-1973 (PPP) header. 663 Total number of seconds in which a frame with an 664 invalid RFC-1973 (PPP) header is received by this 665 channel unit on the network (T1) interface. Only frames 666 whose DLCI is addressed to a port that is set to PPP 667 protocol and is on this channel unit are counted." 668 ::= { frxChUEntry 15 } 669 670 frxNetBufEs OBJECT-TYPE 671 SYNTAX Counter 672 ACCESS read-only 673 STATUS mandatory 674 DESCRIPTION 675 "Errored Seconds caused by Buffer Overflow. 676 Total number of seconds in which a frame received 677 by this channel unit on the network (T1) interface 678 was discarded due to insufficient buffer space. Only 679 frames whose DLCI is addressed to a port on this 680 channel unit are counted." 681 ::= { frxChUEntry 16 } 682 683 -- frxMgt group 684 -- frxMgt Table 685 frxMgtTable OBJECT-TYPE 686 SYNTAX SEQUENCE OF FrxMgtEntry 687 ACCESS not-accessible 688 STATUS mandatory 689 DESCRIPTION 690 "This table monitors and controls the T1-617 Annex-D 691 parameters used by the channel units. There is one 692 table row for every channel unit in every bank. The 693 table is indexed first using the Cisco 90 Series channel 694 bank digroup number, then the channel unit number (1 to 24). 695 For best performance, all of the channel units in a 696 given bank should be set to identical values. These 697 values are typically set using global parameters in the 698 frxDefaultTable instead of directly via this table. " 699 ::= { frxMgt 1 } 700 701 frxMgtEntry OBJECT-TYPE 702 SYNTAX FrxMgtEntry 703 ACCESS not-accessible 704 STATUS mandatory 705 DESCRIPTION 706 "A specific entry in the Cisco 90 Series Management Table. 707 There is one entry for each Cisco 90 Series channel unit 708 in the system. There are no entries for unused banks or 709 empty channel unit slots" 710 INDEX { 711 frxBankIndex, 712 frxChUIndex 713 } 714 ::= { frxMgtTable 1 } 715 716 FrxMgtEntry ::= SEQUENCE { 717 frxPortsInSvc INTEGER, 718 frxMgtT391 INTEGER, 719 frxMgtT392 INTEGER, 720 frxMgtN391 INTEGER, 721 frxMgtN392 INTEGER, 722 frxMgtN393 INTEGER, 723 frxNetLinkErrors Counter, 724 frxNetProtErrors Counter, 725 frxNetChInactive Counter, 726 frxNetChStatus INTEGER 727 } 728 729 frxPortsInSvc OBJECT-TYPE 730 SYNTAX INTEGER (0..4) 731 ACCESS read-only 732 STATUS mandatory 733 DESCRIPTION 734 "Ports in service. The number of ports on a Cisco 90 Series 735 channel unit that have one or more active PVCs, as determined 736 by Annex-D." 737 ::= { frxMgtEntry 1 } 738 739 frxMgtT391 OBJECT-TYPE 740 SYNTAX INTEGER (5..30) 741 ACCESS read-write 742 STATUS mandatory 743 DESCRIPTION 744 "This controls how often (in seconds) the channel unit 745 sends an Annex-D poll to the frame relay switch. 746 This is the Annex-D T391 parameter (Typical value 10)" 747 ::= { frxMgtEntry 2 } 748 749 frxMgtT392 OBJECT-TYPE 750 SYNTAX INTEGER (5..30) 751 ACCESS read-write 752 STATUS mandatory 753 DESCRIPTION 754 "This controls how long (in seconds) the channel unit 755 will wait for a subscriber to send it an Annex-D poll 756 before declaring a link error from the subscriber. 757 This is the Annex-D T392 parameter (Typical value 15)" 758 ::= { frxMgtEntry 3 } 759 760 frxMgtN391 OBJECT-TYPE 761 SYNTAX INTEGER (1..255) 762 ACCESS read-write 763 STATUS mandatory 764 DESCRIPTION 765 "This controls how often (in polls) the channel unit 766 sends a full status inquiry poll to the frame relay 767 switch instead of a link integrity verification poll. 768 This is the Annex-D N391 parameter (Typical value 6)" 769 ::= { frxMgtEntry 4 } 770 771 frxMgtN392 OBJECT-TYPE 772 SYNTAX INTEGER (1..10) 773 ACCESS read-write 774 STATUS mandatory 775 DESCRIPTION 776 "When more than frxMgtN392 errors are detected in any 777 frxMgtN393 monitored Annex-D events, the network is 778 declared inactive. This is the Annex-D N392 parameter 779 (Typical value 3)" 780 ::= { frxMgtEntry 5 } 781 782 frxMgtN393 OBJECT-TYPE 783 SYNTAX INTEGER (1..10) 784 ACCESS read-write 785 STATUS mandatory 786 DESCRIPTION 787 "When more than frxMgtN392 errors are detected in any 788 frxMgtN393 monitored Annex-D events, the network is 789 declared inactive. This is the Annex-D N393 parameter 790 (Typical value 4)" 791 ::= { frxMgtEntry 6 } 792 793 frxNetLinkErrors OBJECT-TYPE 794 SYNTAX Counter 795 ACCESS read-only 796 STATUS mandatory 797 DESCRIPTION 798 "Number of signaling link reliability errors from 799 network. A signaling reliability error is declared 800 whenever the channel units did not receive a reply 801 from the frame relay switch to an Annex-D link 802 integrity poll or full status inquiry poll" 803 ::= { frxMgtEntry 7 } 804 805 frxNetProtErrors OBJECT-TYPE 806 SYNTAX Counter 807 ACCESS read-only 808 STATUS mandatory 809 DESCRIPTION 810 "Number of signaling protocol errors from network. 811 A signaling protocol error is declared whenever 812 the channel units receive a reply with incorrect 813 format or sequence numbers from the frame relay 814 switch in response to an Annex-D link integrity 815 poll or full status inquiry poll" 816 ::= { frxMgtEntry 8 } 817 818 frxNetChInactive OBJECT-TYPE 819 SYNTAX Counter 820 ACCESS read-only 821 STATUS mandatory 822 DESCRIPTION 823 "Number of times network Annex-D signaling channel 824 was declared inactive." 825 ::= { frxMgtEntry 9 } 826 827 frxNetChStatus OBJECT-TYPE 828 SYNTAX INTEGER { 829 active(1), 830 inactive(2) 831 } 832 ACCESS read-only 833 STATUS mandatory 834 DESCRIPTION 835 "Current status of the Annex-D signaling channel on 836 the network side of the channel bank." 837 ::= { frxMgtEntry 10 } 838 839 -- frxMgtPortTable 840 frxMgtPortTable OBJECT-TYPE 841 SYNTAX SEQUENCE OF FrxMgtPortEntry 842 ACCESS not-accessible 843 STATUS mandatory 844 DESCRIPTION 845 "This table monitors the T1-617 Annex-D link 846 between the channel units and the subscribers. 847 There is one table row for every port on every 848 channel unit in every bank. The table is indexed 849 first using the channel bank digroup number, then 850 the channel unit number (1 to 24), and then the 851 port number (0 to 3)." 852 ::= { frxMgt 2 } 853 854 frxMgtPortEntry OBJECT-TYPE 855 SYNTAX FrxMgtPortEntry 856 ACCESS not-accessible 857 STATUS mandatory 858 DESCRIPTION 859 "A specific entry in the Cisco 90 Series Management Port 860 Table. There is one entry for each port on each 861 Cisco 90 Series channel unit in the system. There are no 862 entries for unused banks or empty channel unit 863 slots." 864 INDEX { 865 frxBankIndex, 866 frxChUIndex, 867 frxPortIndex 868 } 869 ::= { frxMgtPortTable 1 } 870 871 FrxMgtPortEntry ::= SEQUENCE { 872 frxPortIndex INTEGER, 873 frxPortLinkErrors Counter, 874 frxPortProtErrors Counter, 875 frxPortChInactive Counter 876 } 877 878 frxPortIndex OBJECT-TYPE 879 SYNTAX INTEGER (0..3) 880 ACCESS read-only 881 STATUS mandatory 882 DESCRIPTION 883 "Which subscriber port on the channel unit is 884 addressed. Ports are numbered from 0 to 3. 885 Some channel unit types have less than 4 ports." 886 ::= { frxMgtPortEntry 1 } 887 888 frxPortLinkErrors OBJECT-TYPE 889 SYNTAX Counter 890 ACCESS read-only 891 STATUS mandatory 892 DESCRIPTION 893 "Number of signaling link reliability errors from 894 subscriber port. A signaling reliability error is 895 declared whenever the channel units did not receive 896 an Annex-D link integrity poll or full status inquiry 897 poll from the subscriber port within the required time." 898 ::= { frxMgtPortEntry 2 } 899 900 frxPortProtErrors OBJECT-TYPE 901 SYNTAX Counter 902 ACCESS read-only 903 STATUS mandatory 904 DESCRIPTION 905 "Number of signaling protocol errors from subscriber 906 port. A signaling protocol error is declared whenever 907 the channel units receive an Annex-D link integrity 908 poll or full status inquiry poll with incorrect 909 format or sequence numbers from the subscriber port." 910 ::= { frxMgtPortEntry 3 } 911 912 frxPortChInactive OBJECT-TYPE 913 SYNTAX Counter 914 ACCESS read-only 915 STATUS mandatory 916 DESCRIPTION 917 "Number of times the subscriber port Annex-D signaling 918 channel was declared inactive" 919 ::= { frxMgtPortEntry 4 } 920 921 -- frxPort group 922 -- frxPort Table 923 frxPortTable OBJECT-TYPE 924 SYNTAX SEQUENCE OF FrxPortEntry 925 ACCESS not-accessible 926 STATUS mandatory 927 DESCRIPTION 928 "This Cisco 90 Series Port Table contains per-port control and 929 statistics for each of the subscriber ports in the 930 system. The table is indexed first using the Cisco 90 Series 931 channel bank digroup number, then by the channel 932 unit number (1 to 24), and finally by the port 933 number (0-3)." 934 ::= { frxPort 1 } 935 936 frxPortEntry OBJECT-TYPE 937 SYNTAX FrxPortEntry 938 ACCESS not-accessible 939 STATUS mandatory 940 DESCRIPTION 941 "A specific entry in the Cisco 90 Series Port Table. There is 942 one entry for each port on each Cisco 90 Series channel unit 943 in the system. There are no entries for unused banks or 944 empty channel unit slots." 945 INDEX { 946 frxBankIndex, 947 frxChUIndex, 948 frxPortIndex 949 } 950 ::= { frxPortTable 1 } 951 952 FrxPortEntry ::= SEQUENCE { 953 frxPortSpeed INTEGER, 954 frxPortProtocol INTEGER, 955 frxDSLStatus INTEGER, 956 frxPVCAssigned INTEGER, 957 frxLastChange TimeTicks, 958 frxBrite INTEGER, 959 frxDSLInOctets Counter, 960 frxDSLOutOctets Counter, 961 frxT1InOctets Counter, 962 frxT1OutOctets Counter, 963 frxDSLBadFrames Counter, 964 frxDSLHDLCEs Counter, 965 frxDSLCRCEs Counter, 966 frxDSLLinkEs Counter, 967 frxDSLFrShEs Counter, 968 frxDSLFrLgEs Counter, 969 frxDSLDLCIEs Counter, 970 frxTxBuf INTEGER, 971 frxRxBuf INTEGER, 972 frxPortNetEs Counter 973 } 974 975 frxPortSpeed OBJECT-TYPE 976 SYNTAX INTEGER { 977 use56kbps(1), 978 use64kbps(2), 979 use128kbps(3), 980 use144kbps(4) 981 } 982 ACCESS read-write 983 STATUS mandatory 984 DESCRIPTION 985 "This is the speed that the channel unit port runs at. 986 1=56kbps 2=64kbps 3=128kbps 4=144kbps 987 This parameter can only be changed if frxConfigSrc is 988 set to SNMP." 989 ::= { frxPortEntry 1 } 990 991 frxPortProtocol OBJECT-TYPE 992 SYNTAX INTEGER { 993 frameRelay(1), 994 ppp(2) 995 } 996 ACCESS read-write 997 STATUS mandatory 998 DESCRIPTION 999 "This parameter controls what protocol the channel 1000 unit should expect the subscriber to send on the port. 1001 1=Port uses Frame Relay protocol - no encapsulation 1002 2=Port uses PPP protocol - do RFC-1973 encapsulation 1003 This parameter can only be changed if frxConfigSrc is 1004 set to SNMP." 1005 ::= { frxPortEntry 2 } 1006 1007 frxDSLStatus OBJECT-TYPE 1008 SYNTAX INTEGER { 1009 loopDown(1), 1010 dslSyncOnly(2), 1011 loopUpInactive(3), 1012 loopUp(4) 1013 } 1014 ACCESS read-only 1015 STATUS mandatory 1016 DESCRIPTION 1017 "This is the status of the DSL loop to the subscriber. 1018 1=Loop is down. 1019 2=Frx card has achieved physical layer activation with 1020 the first BRITE card or the NT1 if there are no BRITE cards. 1021 3=Link is up but Annex-D is still inactive. The ACT bit has 1022 been exchanged with the NT1 indicating a clear channel path 1023 to the customer has been established. Ports running protocols 1024 (i.e. PPP) that do not support Annex-D will never be in this 1025 state. 1026 4=Link is fully up. Annex-D (if appropriate) is active." 1027 ::= { frxPortEntry 3 } 1028 1029 frxPVCAssigned OBJECT-TYPE 1030 SYNTAX INTEGER (0..8) 1031 ACCESS read-only 1032 STATUS mandatory 1033 DESCRIPTION 1034 "Number of PVCs assigned to Subscriber Port as determined 1035 by Annex-D" 1036 ::= { frxPortEntry 4 } 1037 1038 frxLastChange OBJECT-TYPE 1039 SYNTAX TimeTicks 1040 ACCESS read-only 1041 STATUS mandatory 1042 DESCRIPTION 1043 "Time since DSL went in sync or lost sync in 0.01 1044 second increments." 1045 ::= { frxPortEntry 5 } 1046 1047 frxBrite OBJECT-TYPE 1048 SYNTAX INTEGER (0..6) 1049 ACCESS read-only 1050 STATUS mandatory 1051 DESCRIPTION 1052 "Number of BRITE cards downstream. BRITE cards are used 1053 to extend the loop over subscriber loop carrier systems 1054 and are detected via a background polling operation." 1055 ::= { frxPortEntry 6 } 1056 1057 frxDSLInOctets OBJECT-TYPE 1058 SYNTAX Counter 1059 ACCESS read-only 1060 STATUS mandatory 1061 DESCRIPTION 1062 "Number of octets received from the subscriber DSL 1063 Does not include Annex-D octets" 1064 ::= { frxPortEntry 7 } 1065 1066 frxDSLOutOctets OBJECT-TYPE 1067 SYNTAX Counter 1068 ACCESS read-only 1069 STATUS mandatory 1070 DESCRIPTION 1071 "Number of octets transmitted to the subscriber DSL. 1072 Does not include Annex-D octets" 1073 ::= { frxPortEntry 8 } 1074 1075 frxT1InOctets OBJECT-TYPE 1076 SYNTAX Counter 1077 ACCESS read-only 1078 STATUS mandatory 1079 DESCRIPTION 1080 "Number of octets received from the network 1081 directed at this subscriber port" 1082 ::= { frxPortEntry 9 } 1083 1084 frxT1OutOctets OBJECT-TYPE 1085 SYNTAX Counter 1086 ACCESS read-only 1087 STATUS mandatory 1088 DESCRIPTION 1089 "Number of octets transmitted to the network 1090 from this subscriber port" 1091 ::= { frxPortEntry 10 } 1092 1093 frxDSLBadFrames OBJECT-TYPE 1094 SYNTAX Counter 1095 ACCESS read-only 1096 STATUS mandatory 1097 DESCRIPTION 1098 "Total number of frames received from this subscriber port 1099 that were discarded. Possible reasons for discard are: 1100 Frame contained HDLC abort (7 or more ones in a row) 1101 Frame had a CRC error 1102 Frame had a non-integral number of bytes 1103 Frame was too short (less than 5 bytes) 1104 Frame was too long (more than 8192 bytes) 1105 Frame had illegal DLCI (not 16-23) 1106 Frame was discarded due to lack of buffer space or 1107 due to congestion control" 1108 ::= { frxPortEntry 11 } 1109 1110 frxDSLHDLCEs OBJECT-TYPE 1111 SYNTAX Counter 1112 ACCESS read-only 1113 STATUS mandatory 1114 DESCRIPTION 1115 "Subscriber port Errored Seconds caused by HDLC aborts 1116 (7 or more ones in a row). Total number of seconds in 1117 which a frame with an HDLC abort is received from this 1118 port." 1119 ::= { frxPortEntry 12 } 1120 1121 frxDSLCRCEs OBJECT-TYPE 1122 SYNTAX Counter 1123 ACCESS read-only 1124 STATUS mandatory 1125 DESCRIPTION 1126 "Subscriber port Errored Seconds caused by CRC errors. 1127 Total number of seconds in which a frame with a CRC 1128 error is received from this port." 1129 ::= { frxPortEntry 13 } 1130 1131 frxDSLLinkEs OBJECT-TYPE 1132 SYNTAX Counter 1133 ACCESS read-only 1134 STATUS mandatory 1135 DESCRIPTION 1136 "Subscriber port Errored Seconds caused by Non-integral 1137 Bytes. Total number of seconds in which a frame with a 1138 non-integral number of bytes is received from this 1139 port." 1140 ::= { frxPortEntry 14 } 1141 1142 frxDSLFrShEs OBJECT-TYPE 1143 SYNTAX Counter 1144 ACCESS read-only 1145 STATUS mandatory 1146 DESCRIPTION 1147 "Subscriber port Errored Seconds caused by Short Frames. 1148 received Total number of seconds in which a frame that 1149 is too short (less than 5 bytes) is received from this 1150 port." 1151 ::= { frxPortEntry 15 } 1152 1153 frxDSLFrLgEs OBJECT-TYPE 1154 SYNTAX Counter 1155 ACCESS read-only 1156 STATUS mandatory 1157 DESCRIPTION 1158 "Subscriber port Errored Seconds caused by Long Frames 1159 received. Total number of seconds in which a frame that 1160 is too long (more than 8192 bytes) is received from this 1161 port." 1162 ::= { frxPortEntry 16 } 1163 1164 frxDSLDLCIEs OBJECT-TYPE 1165 SYNTAX Counter 1166 ACCESS read-only 1167 STATUS mandatory 1168 DESCRIPTION 1169 "Subscriber port Errored Seconds caused by illegal DLCI. 1170 Total number of seconds in which a frame that has a DLCI 1171 other than 16 to 23 (or 0) is received from this port." 1172 ::= { frxPortEntry 17 } 1173 1174 frxTxBuf OBJECT-TYPE 1175 SYNTAX INTEGER (0..65535) 1176 ACCESS read-only 1177 STATUS mandatory 1178 DESCRIPTION 1179 "Number of octets in the transmit buffer for this 1180 subscriber port. This data is waiting to be sent 1181 to the network (T1)." 1182 ::= { frxPortEntry 18 } 1183 1184 frxRxBuf OBJECT-TYPE 1185 SYNTAX INTEGER (0..65535) 1186 ACCESS read-only 1187 STATUS mandatory 1188 DESCRIPTION 1189 "Number of octets in the receive buffer for this 1190 subscriber port. This data is from the network (T1) 1191 and is waiting to be sent to the subscriber port." 1192 ::= { frxPortEntry 19 } 1193 1194 frxPortNetEs OBJECT-TYPE 1195 SYNTAX Counter 1196 ACCESS read-only 1197 STATUS mandatory 1198 DESCRIPTION 1199 "Total number of seconds in which a frame received 1200 from the network (T1) and targeted at this subscriber 1201 port was discarded." 1202 ::= { frxPortEntry 20 } 1203 1204 1205 -- frxCircuit Table 1206 frxCircuitTable OBJECT-TYPE 1207 SYNTAX SEQUENCE OF FrxCircuitEntry 1208 ACCESS not-accessible 1209 STATUS mandatory 1210 DESCRIPTION 1211 "This Cisco 90 Series Circuit Table contains 1212 per-virtual-circuit control and statistics for each of the 1213 permanent virtual circuits in the system. The table is 1214 indexed first using the Cisco 90 Series channel bank 1215 digroup number, then by the channel unit number (1 to 24), 1216 then by the port number (0-3) and finally by the circuit 1217 DLCI number (16 to 23)." 1218 ::= { frxPort 2 } 1219 1220 frxCircuitEntry OBJECT-TYPE 1221 SYNTAX FrxCircuitEntry 1222 ACCESS not-accessible 1223 STATUS mandatory 1224 DESCRIPTION 1225 "A specific entry in the Cisco 90 Series Circuit Table. 1226 There is one entry for each permanent virtual circuit 1227 in the system. There are no entries for unused 1228 banks or empty channel unit slots." 1229 INDEX { 1230 frxBankIndex, 1231 frxChUIndex, 1232 frxPortIndex, 1233 frxPvcIndex 1234 } 1235 ::= { frxCircuitTable 1 } 1236 1237 FrxCircuitEntry ::= SEQUENCE { 1238 frxPvcIndex INTEGER, 1239 frxCktCIR INTEGER, 1240 frxCktBc INTEGER, 1241 frxCktBe INTEGER, 1242 frxFarEndOpStat INTEGER, 1243 frxCktInOctets Counter, 1244 frxCktOutOctets Counter, 1245 frxCktInFrames Counter, 1246 frxCktOutFrames Counter, 1247 frxCktDiscards Counter 1248 } 1249 1250 frxPvcIndex OBJECT-TYPE 1251 SYNTAX INTEGER (16..23) 1252 ACCESS read-only 1253 STATUS mandatory 1254 DESCRIPTION 1255 "This index is the subscriber loop DLCI number of the 1256 permanent virtual circuit. It ranges from 16 to 23. 1257 The corresponding network side DLCI must be assigned 1258 in the frame relay switch and communicated to the Cisco 90 1259 Series channel units via the Annex-D protocol before this 1260 element can be addressed." 1261 ::= { frxCircuitEntry 1 } 1262 1263 frxCktCIR OBJECT-TYPE 1264 SYNTAX INTEGER (0..1544000) 1265 ACCESS read-write 1266 STATUS mandatory 1267 DESCRIPTION 1268 "This is the committed information rate (CIR) in bits 1269 per second for the addressed permanent virtual circuit. 1270 (Typical value 1536000/#ports)." 1271 ::= { frxCircuitEntry 2 } 1272 1273 frxCktBc OBJECT-TYPE 1274 SYNTAX INTEGER (0..16777215) 1275 ACCESS read-write 1276 STATUS mandatory 1277 DESCRIPTION 1278 "This is the Committed Burst Size (Bc) in bits for the 1279 addressed permanent virtual circuit. The time interval 1280 over which the burst is measured is Bc/CIR. (Typically 1281 set to same number as frxCktCIR)." 1282 ::= { frxCircuitEntry 3 } 1283 1284 frxCktBe OBJECT-TYPE 1285 SYNTAX INTEGER (0..16777215) 1286 ACCESS read-write 1287 STATUS mandatory 1288 DESCRIPTION 1289 "This is the Excess Burst Size (Be) in bits for the 1290 addressed permanent virtual circuit. The time interval 1291 over which the excess burst is measured is Be/CIR. 1292 (Typical value 1536000)." 1293 ::= { frxCircuitEntry 4 } 1294 1295 frxFarEndOpStat OBJECT-TYPE 1296 SYNTAX INTEGER { 1297 active(1), 1298 inactive(2) 1299 } 1300 ACCESS read-only 1301 STATUS mandatory 1302 DESCRIPTION 1303 "This is the status of the far end of the frame relay 1304 permanent virtual circuit (through the frame relay 1305 network) as determined by Annex-D. 1306 1=active 1307 2=inactive" 1308 ::= { frxCircuitEntry 5 } 1309 1310 frxCktInOctets OBJECT-TYPE 1311 SYNTAX Counter 1312 ACCESS read-only 1313 STATUS mandatory 1314 DESCRIPTION 1315 "The number of input octets from the subscriber port 1316 on the addressed permanent virtual circuit. These 1317 octets are destined for the network (T1)." 1318 ::= { frxCircuitEntry 6 } 1319 1320 frxCktOutOctets OBJECT-TYPE 1321 SYNTAX Counter 1322 ACCESS read-only 1323 STATUS mandatory 1324 DESCRIPTION 1325 "The number of output octets to the subscriber port 1326 on the addressed permanent virtual circuit. These 1327 octets were received from the network (T1)." 1328 ::= { frxCircuitEntry 7 } 1329 1330 frxCktInFrames OBJECT-TYPE 1331 SYNTAX Counter 1332 ACCESS read-only 1333 STATUS mandatory 1334 DESCRIPTION 1335 "The number of input frames from the subscriber port 1336 on the addressed permanent virtual circuit. These 1337 frames are destined for the network (T1)." 1338 ::= { frxCircuitEntry 8 } 1339 1340 frxCktOutFrames OBJECT-TYPE 1341 SYNTAX Counter 1342 ACCESS read-only 1343 STATUS mandatory 1344 DESCRIPTION 1345 "The number of output frames to the subscriber port 1346 on the addressed permanent virtual circuit. These 1347 frames were received from the network (T1)." 1348 ::= { frxCircuitEntry 9 } 1349 1350 frxCktDiscards OBJECT-TYPE 1351 SYNTAX Counter 1352 ACCESS read-only 1353 STATUS mandatory 1354 DESCRIPTION 1355 "The number of input frames from the subscriber port 1356 on the addressed permanent virtual circuit that were 1357 discarded due to congestion (lack of buffer space or 1358 congestion control." 1359 ::= { frxCircuitEntry 10 } 1360 1361 1362 -- frxUEoc Table 1363 frxUEocTable OBJECT-TYPE 1364 SYNTAX SEQUENCE OF FrxUEocEntry 1365 ACCESS not-accessible 1366 STATUS mandatory 1367 DESCRIPTION 1368 "This Cisco 90 Series Embedded Operations Channel Table 1369 is used to diagnose and sectionalize problems with the 1370 subscriber loop. It contains one entry for each of the 1371 Cisco 90 Series channel units in the system. The table 1372 is indexed first using the Cisco 90 Series channel bank 1373 digroup number, then the channel unit number (1 to 24)." 1374 ::= { frxPort 3 } 1375 1376 frxUEocEntry OBJECT-TYPE 1377 SYNTAX FrxUEocEntry 1378 ACCESS not-accessible 1379 STATUS mandatory 1380 DESCRIPTION 1381 "A specific entry in the Cisco 90 Series Embedded Operations 1382 Channel Table. There is one entry for each Cisco 90 Series 1383 channel unit in the system. There are no entries for unused 1384 banks or empty channel unit slots" 1385 INDEX { 1386 frxBankIndex, 1387 frxChUIndex 1388 } 1389 ::= { frxUEocTable 1 } 1390 1391 FrxUEocEntry ::= SEQUENCE { 1392 frxTestPort INTEGER, 1393 frxTestType INTEGER, 1394 frxLoopLoc INTEGER, 1395 frxLoopCh INTEGER, 1396 frxStartTest INTEGER, 1397 frxBertRst INTEGER, 1398 frxBertBE Counter, 1399 frxBertTestTime TimeTicks, 1400 frxTestInProg INTEGER 1401 } 1402 1403 frxTestPort OBJECT-TYPE 1404 SYNTAX INTEGER (0..3) 1405 ACCESS read-write 1406 STATUS mandatory 1407 DESCRIPTION 1408 "This parameter indicates which subscriber port on the 1409 channel unit to test. It has no effect until frxStartTest 1410 is set to start the test. Only one port on a given channel 1411 unit may be tested at a time." 1412 ::= { frxUEocEntry 1 } 1413 1414 frxTestType OBJECT-TYPE 1415 SYNTAX INTEGER { 1416 loopbackAndBert(1), 1417 bertOnly(2), 1418 sendCorruptCRC(3), 1419 loopbackOnly(4), 1420 localLoopAllPorts(5) 1421 } 1422 ACCESS read-write 1423 STATUS mandatory 1424 DESCRIPTION 1425 "This parameter indicates the type of test to perform. It 1426 has no effect until frxStartTest is set to start the test. 1427 1=Set up a loopback and run a PN-2047 Bit Error Rate Test. 1428 2=Run a (straightaway) PN-2047 Bit Error Rate Test. This 1429 test assumes a loopback has been manually set up somewhere 1430 downstream or another test set running PN-2047 BERT is 1431 connected downstream. 1432 3=Send corrupted CRC on the DSL. This has no effect on the 1433 frame relay CRC, only the out-of-band DSL CRC (used for 1434 performance monitoring) is corrupted. 1435 4=Set up a loopback at the specified location to loop the 1436 frame relay or PPP data in both directions. 1437 5=Setup a local loopback on all 4 ports. frxTestPort and 1438 frxLoopLoc are ignored for this test." 1439 ::= { frxUEocEntry 2 } 1440 1441 frxLoopLoc OBJECT-TYPE 1442 SYNTAX INTEGER { 1443 localFrx(7), 1444 briteCard1(1), 1445 briteCard2(2), 1446 briteCard3(3), 1447 briteCard4(4), 1448 briteCard5(5), 1449 briteCard6(6), 1450 nt1(8) 1451 } 1452 ACCESS read-write 1453 STATUS mandatory 1454 DESCRIPTION 1455 "This parameter indicates the location of the loopback or 1456 the card that will send corrupt CRC. It has no effect 1457 until frxStartTest is set to start the test. It has no 1458 effect for a BertOnly test. 1459 7=Local Cisco 90 Series card 8=NT1 at customer premise 1460 1 to 6 is used to address intervening BRITE cards." 1461 ::= { frxUEocEntry 3 } 1462 1463 frxLoopCh OBJECT-TYPE 1464 SYNTAX INTEGER { 1465 b1only(1), 1466 b2only(2), 1467 all(3) 1468 } 1469 ACCESS read-write 1470 STATUS mandatory 1471 DESCRIPTION 1472 "This parameter indicates which channels to use for the 1473 loopbackOnly and localLoopAllPorts test. It has no effect 1474 until frxStartTest is set to start the test. Note that the 1475 loopbackAndBert test always loops all channels back. 1476 1=B1 channel 2=B2 channel 3=All channels (includes all 1477 B channels plus all D channels" 1478 ::= { frxUEocEntry 4 } 1479 1480 frxStartTest OBJECT-TYPE 1481 SYNTAX INTEGER { 1482 stopTest(1), 1483 startTest(2) 1484 } 1485 ACCESS read-write 1486 STATUS mandatory 1487 DESCRIPTION 1488 "This parameter is used to start and stop the test. 1489 frxTestPort, frxTestType, frxLoopLoc, and frxLoopCh should 1490 be set up prior to starting the test. 1491 1=stop test. 2=start test." 1492 ::= { frxUEocEntry 5 } 1493 1494 frxBertRst OBJECT-TYPE 1495 SYNTAX INTEGER { 1496 normal(1), 1497 resetBert(2) 1498 } 1499 ACCESS read-write 1500 STATUS mandatory 1501 DESCRIPTION 1502 "This parameter may be used during a LoopbackAndBert test 1503 or a BertOnly test to reset the frxBertBE counter. It 1504 must be returned to the normal posiion to allow errors to 1505 be counted. 1506 1=normal. 2=Reset BERT counter." 1507 ::= { frxUEocEntry 6 } 1508 1509 frxBertBE OBJECT-TYPE 1510 SYNTAX Counter 1511 ACCESS read-only 1512 STATUS mandatory 1513 DESCRIPTION 1514 "BERT test block errors" 1515 ::= { frxUEocEntry 7 } 1516 1517 frxBertTestTime OBJECT-TYPE 1518 SYNTAX TimeTicks 1519 ACCESS read-only 1520 STATUS mandatory 1521 DESCRIPTION 1522 "BERT test time in 0.01 second increments" 1523 ::= { frxUEocEntry 8 } 1524 1525 frxTestInProg OBJECT-TYPE 1526 SYNTAX INTEGER { 1527 testInProgress(1), 1528 normalOperation(2) 1529 } 1530 ACCESS read-only 1531 STATUS mandatory 1532 DESCRIPTION 1533 "Test in progress (1); Normal operation (2)" 1534 ::= { frxUEocEntry 9 } 1535 1536 -- frxUThr Table 1537 frxUThrTable OBJECT-TYPE 1538 SYNTAX SEQUENCE OF FrxUThrEntry 1539 ACCESS not-accessible 1540 STATUS mandatory 1541 DESCRIPTION 1542 "This table contains the U-interface Performance Monitoring 1543 Thresholds and Alarms for each of the subscriber loops in 1544 the system and for any BRITE cards extending those loops 1545 (e.g. using Subscriber Loop Carrier systems) The table is 1546 indexed first using the Cisco 90 Series channel bank digroup 1547 number, then the channel unit number (1 to 24), then the port 1548 number (0, 1, etc) and finally the location number (the BRITE 1549 card number (1 to 6) or 7 for local parameters in the Cisco 1550 90 Series card). These registers are defined by Bellcore 1551 TR-TSY-000829." 1552 ::= { frxPort 4 } 1553 1554 frxUThrEntry OBJECT-TYPE 1555 SYNTAX FrxUThrEntry 1556 ACCESS not-accessible 1557 STATUS mandatory 1558 DESCRIPTION 1559 "A specific entry in the U-interface Performance Monitoring 1560 Threshold table. There is one entry for each port on each 1561 Cisco 90 Series channel unit in the system and one entry for 1562 each BRITE card extending those ports. There are no entries 1563 for unused banks or empty channel unit slots" 1564 INDEX { 1565 frxBankIndex, 1566 frxChUIndex, 1567 frxPortIndex, 1568 frxPAddrIndex 1569 } 1570 ::= { frxUThrTable 1 } 1571 1572 FrxUThrEntry ::= SEQUENCE { 1573 frxPAddrIndex INTEGER, 1574 frxChEsTh INTEGER, 1575 frxCdEsTh INTEGER, 1576 frxChSesTh INTEGER, 1577 frxCdSesTh INTEGER, 1578 frxAlertMask INTEGER, 1579 frxThCond INTEGER 1580 } 1581 1582 frxPAddrIndex OBJECT-TYPE 1583 SYNTAX INTEGER { 1584 localFrx(7), 1585 briteCard1(1), 1586 briteCard2(2), 1587 briteCard3(3), 1588 briteCard4(4), 1589 briteCard5(5), 1590 briteCard6(6) 1591 } 1592 ACCESS read-only 1593 STATUS mandatory 1594 DESCRIPTION 1595 "This is the physical location where the performance 1596 monitoring takes place. It may be set to localFrx(7) 1597 to access and control PM values local to the Cisco 90 1598 Series channel unit. If there are BRITE cards in the 1599 subscriber loop between the Cisco 90 Series channel 1600 unit and the customer, PM values contained in those 1601 cards may be accessed using briteCard1(1) to 1602 briteCard6(6) where briteCard1 is the card closest 1603 to the Cisco 90 Series channel unit." 1604 ::= { frxUThrEntry 1 } 1605 1606 frxChEsTh OBJECT-TYPE 1607 SYNTAX INTEGER (1..3600) 1608 ACCESS read-write 1609 STATUS mandatory 1610 DESCRIPTION 1611 "Current Hour Errored Seconds threshold. This 1612 threshold is used for both the transmit and receive 1613 directions. When errors are detected that exceed this 1614 threshold and the corresponding bit in the frxAlertMask 1615 register is 0, the corresponding bit in the frxThCond 1616 register is set and a trap is generated (depending on 1617 the state of frxUPerfTrapEnable). Factory defaut is 40. 1618 Indexed by Bank.ChannelUnit.Port.Address" 1619 ::= { frxUThrEntry 2 } 1620 1621 frxCdEsTh OBJECT-TYPE 1622 SYNTAX INTEGER (1..65535) 1623 ACCESS read-write 1624 STATUS mandatory 1625 DESCRIPTION 1626 "Current Day Errored Seconds threshold. This 1627 threshold is used for both the transmit and receive 1628 directions. When errors are detected that exceed this 1629 threshold and the corresponding bit in the frxAlertMask 1630 register is 0, the corresponding bit in the frxThCond 1631 register is set and a trap is generated (depending on 1632 the state of frxUPerfTrapEnable). Factory defaut is 100. 1633 Indexed by Bank.ChannelUnit.Port.Address" 1634 ::= { frxUThrEntry 3 } 1635 1636 frxChSesTh OBJECT-TYPE 1637 SYNTAX INTEGER (1..3600) 1638 ACCESS read-write 1639 STATUS mandatory 1640 DESCRIPTION 1641 "Current Hour Severely Errored Seconds threshold. This 1642 threshold is used for both the transmit and receive 1643 directions. When errors are detected that exceed this 1644 threshold and the corresponding bit in the frxAlertMask 1645 register is 0, the corresponding bit in the frxThCond 1646 register is set and a trap is generated (depending on 1647 the state of frxUPerfTrapEnable). Factory defaut is 10. 1648 Indexed by Bank.ChannelUnit.Port.Address" 1649 ::= { frxUThrEntry 4 } 1650 1651 frxCdSesTh OBJECT-TYPE 1652 SYNTAX INTEGER (1..65535) 1653 ACCESS read-write 1654 STATUS mandatory 1655 DESCRIPTION 1656 "Current Day Severely Errored Seconds threshold. This 1657 threshold is used for both the transmit and receive 1658 directions. When errors are detected that exceed this 1659 threshold and the corresponding bit in the frxAlertMask 1660 register is 0, the corresponding bit in the frxThCond 1661 register is set and a trap is generated (depending on 1662 the state of frxUPerfTrapEnable). Factory defaut is 25. 1663 Indexed by Bank.ChannelUnit.Port.Address" 1664 ::= { frxUThrEntry 5 } 1665 1666 frxAlertMask OBJECT-TYPE 1667 SYNTAX INTEGER (0..255) 1668 ACCESS read-write 1669 STATUS mandatory 1670 DESCRIPTION 1671 "8-bit Alert Mask register. One bit for each threshold in 1672 both directions. When set to 1, the corresponding threshold 1673 crossing is ignored. When set to 0, the corresponding threshold 1674 crossing is indicated in frxThCond and may cause a trap to be 1675 sent depending on the state of frxUPerfTrapEnable. 1676 1 Current Day Severely Errored Seconds Receive 1677 2 Current Day Severely Errored Seconds Transmit 1678 4 Current Day Errored Seconds Receive 1679 8 Current Day Errored Seconds Receive 1680 16 Current Hour Severely Errored Seconds Receive 1681 32 Current Hour Severely Errored Seconds Transmit 1682 64 Current Hour Errored Seconds Receive 1683 128 Current Hour Errored Seconds Transmit 1684 Transmit is data from the customer towards the network. 1685 Receive is data from the network towards the Customer. 1686 This register is defined by Bellcore TR-TSY-000829. 1687 Indexed by Bank.ChannelUnit.Port.Address" 1688 ::= { frxUThrEntry 6 } 1689 1690 frxThCond OBJECT-TYPE 1691 SYNTAX INTEGER (0..255) 1692 ACCESS read-write 1693 STATUS mandatory 1694 DESCRIPTION 1695 "8-bit Threshold Condition register. One bit for each 1696 threshold in both directions. Set to 1 if the threshold 1697 is exceeded and the corresponding bit in the frxAlertMask 1698 register is set to 0. Only set to 0 by the SNMP manager. 1699 1 Current Day Severely Errored Seconds Receive 1700 2 Current Day Severely Errored Seconds Transmit 1701 4 Current Day Errored Seconds Receive 1702 8 Current Day Errored Seconds Receive 1703 16 Current Hour Severely Errored Seconds Receive 1704 32 Current Hour Severely Errored Seconds Transmit 1705 64 Current Hour Errored Seconds Receive 1706 128 Current Hour Errored Seconds Transmit 1707 Receive is data from the customer towards the network. 1708 Transmit is data from the network towards the Customer. 1709 SNMP manager should reset bits to 0 after they it has been 1710 read by issuing a set using the inverted byte read. Sets 1711 will only reset bits where the set data is a 0. Setting 1712 a bit to a 1 has no effect. This register is defined 1713 by Bellcore TR-TSY-000829. In the spirit of SNMP, the bits 1714 are inverted when read relative to that specification so 1715 the sense of the bits is the same for sets and gets. 1716 Indexed by Bank.ChannelUnit.Port.Address" 1717 ::= { frxUThrEntry 7 } 1718 1719 -- frxUPerf Table 1720 frxUPerfTable OBJECT-TYPE 1721 SYNTAX SEQUENCE OF FrxUPerfEntry 1722 ACCESS not-accessible 1723 STATUS mandatory 1724 DESCRIPTION 1725 "This table contains the U-interface Performance Monitoring 1726 Statistics for each of the subscriber loops in the system 1727 and for any BRITE cards extending those loops (e.g. using 1728 Subscriber Loop Carrier systems) The table is indexed 1729 first using the Cisco 90 Series channel bank digroup number, 1730 then the channel unit number (1 to 24), then the port number 1731 (0, 1, etc) and finally the location number (the BRITE card 1732 number (1 to 6) or 7 for local parameters in the Cisco 90 1733 Series card). These registers are defined by Bellcore 1734 TR-TSY-000829." 1735 ::= { frxPort 5 } 1736 1737 frxUPerfEntry OBJECT-TYPE 1738 SYNTAX FrxUPerfEntry 1739 ACCESS not-accessible 1740 STATUS mandatory 1741 DESCRIPTION 1742 "A specific entry in the U-interface Performance Monitoring 1743 Statistics table. There is one entry for each port on each 1744 Cisco 90 Series channel unit in the system and one entry for 1745 each BRITE card extending those ports. There are no entries for 1746 unused banks or empty channel unit slots" 1747 INDEX { 1748 frxBankIndex, 1749 frxChUIndex, 1750 frxPortIndex, 1751 frxPAddrIndex 1752 } 1753 ::= { frxUPerfTable 1 } 1754 1755 FrxUPerfEntry ::= SEQUENCE { 1756 frxResetPM INTEGER, 1757 frxPMtype INTEGER, 1758 frxChEsTx INTEGER, 1759 frxChEsRx INTEGER, 1760 frxPhEsTx INTEGER, 1761 frxPhEsRx INTEGER, 1762 frxH2EsTx INTEGER, 1763 frxH2EsRx INTEGER, 1764 frxH3EsTx INTEGER, 1765 frxH3EsRx INTEGER, 1766 frxH4EsTx INTEGER, 1767 frxH4EsRx INTEGER, 1768 frxH5EsTx INTEGER, 1769 frxH5EsRx INTEGER, 1770 frxH6EsTx INTEGER, 1771 frxH6EsRx INTEGER, 1772 frxH7EsTx INTEGER, 1773 frxH7EsRx INTEGER, 1774 frxH8EsTx INTEGER, 1775 frxH8EsRx INTEGER, 1776 frxCdEsTx INTEGER, 1777 frxCdEsRx INTEGER, 1778 frxPdEsTx INTEGER, 1779 frxPdEsRx INTEGER, 1780 frxChSesTx INTEGER, 1781 frxChSesRx INTEGER, 1782 frxPhSesTx INTEGER, 1783 frxPhSesRx INTEGER, 1784 frxCdSesTx INTEGER, 1785 frxCdSesRx INTEGER, 1786 frxPdSesTx INTEGER, 1787 frxPdSesRx INTEGER, 1788 frxChBeTx INTEGER, 1789 frxChBeRx INTEGER, 1790 frxPhBeTx INTEGER, 1791 frxPhBeRx INTEGER 1792 } 1793 1794 frxResetPM OBJECT-TYPE 1795 SYNTAX INTEGER { 1796 normal(1), 1797 resetPM(2) 1798 } 1799 ACCESS read-write 1800 STATUS mandatory 1801 DESCRIPTION 1802 "Reset all of the performance monitoring statistics on the 1803 specified Cisco 90 Series channel unit or BRITE card. 1804 1=Normal. 2=Reset. There is no need to set this register 1805 back to Normal after doing a reset." 1806 ::= { frxUPerfEntry 1 } 1807 1808 frxPMtype OBJECT-TYPE 1809 SYNTAX INTEGER { 1810 segmentedPM(1), 1811 pathPM(2) 1812 } 1813 ACCESS read-only 1814 STATUS mandatory 1815 DESCRIPTION 1816 "Determines if the Cisco 90 Series channel unit or the downstream 1817 BRITE cards is doing segmented or path performance monitoring as 1818 specified in Bellcore document TR-NWT-000397. Only segmented 1819 performance monitoring should be used. In segmented PM, CRC 1820 errors are counted on each segment of the loop, instead of 1821 over the entire path. If no BRITE cards exist in the system, 1822 there is no difference between segmented and path PM 1823 1=Segmented. 2=Path." 1824 ::= { frxUPerfEntry 2 } 1825 1826 frxChEsTx OBJECT-TYPE 1827 SYNTAX INTEGER (0..3600) 1828 ACCESS read-only 1829 STATUS mandatory 1830 DESCRIPTION 1831 "Current Hour Errored Seconds - Transmit direction. 1832 Transmit is data from the network towards the customer. 1833 Errored Seconds are seconds in which one or more block 1834 errors occur. These errors are measured at the physical 1835 link level (e.g. DSL CRC or BPV errors) and not at the 1836 frame relay level. This register is defined by Bellcore 1837 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address 1838 (note: DDS loops cannot detect transmit errors)" 1839 ::= { frxUPerfEntry 3 } 1840 1841 frxChEsRx OBJECT-TYPE 1842 SYNTAX INTEGER (0..3600) 1843 ACCESS read-only 1844 STATUS mandatory 1845 DESCRIPTION 1846 "Current Hour Errored Seconds - Receive direction. 1847 Receive is data from the customer towards the network. 1848 Errored Seconds are seconds in which one or more block 1849 errors occur. These errors are measured at the physical 1850 link level (e.g. DSL CRC or BPV errors) and not at the 1851 frame relay level. This register is defined by Bellcore 1852 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address" 1853 ::= { frxUPerfEntry 4 } 1854 1855 frxPhEsTx OBJECT-TYPE 1856 SYNTAX INTEGER (0..3600) 1857 ACCESS read-only 1858 STATUS mandatory 1859 DESCRIPTION 1860 "Previous Hour Errored Seconds - Transmit direction. 1861 Transmit is data from the network towards the customer. 1862 Errored Seconds are seconds in which one or more block 1863 errors occur. These errors are measured at the physical 1864 link level (e.g. DSL CRC or BPV errors) and not at the 1865 frame relay level. This register is defined by Bellcore 1866 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address 1867 (note: DDS loops cannot detect transmit errors)" 1868 ::= { frxUPerfEntry 5 } 1869 1870 frxPhEsRx OBJECT-TYPE 1871 SYNTAX INTEGER (0..3600) 1872 ACCESS read-only 1873 STATUS mandatory 1874 DESCRIPTION 1875 "Previous Hour Errored Seconds - Receive direction. 1876 Receive is data from the customer towards the network. 1877 Errored Seconds are seconds in which one or more block 1878 errors occur. These errors are measured at the physical 1879 link level (e.g. DSL CRC or BPV errors) and not at the 1880 frame relay level. This register is defined by Bellcore 1881 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address" 1882 ::= { frxUPerfEntry 6 } 1883 1884 frxH2EsTx OBJECT-TYPE 1885 SYNTAX INTEGER (0..3600) 1886 ACCESS read-only 1887 STATUS mandatory 1888 DESCRIPTION 1889 "Errored Seconds 2 hours ago - Transmit direction. 1890 Transmit is data from the network towards the customer. 1891 Errored Seconds are seconds in which one or more block 1892 errors occur. These errors are measured at the physical 1893 link level (e.g. DSL CRC or BPV errors) and not at the 1894 frame relay level. This register is defined by Bellcore 1895 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address 1896 (note: DDS loops cannot detect transmit errors)" 1897 ::= { frxUPerfEntry 7 } 1898 1899 frxH2EsRx OBJECT-TYPE 1900 SYNTAX INTEGER (0..3600) 1901 ACCESS read-only 1902 STATUS mandatory 1903 DESCRIPTION 1904 "Errored Seconds 2 hours ago - Receive direction. 1905 Receive is data from the customer towards the network. 1906 Errored Seconds are seconds in which one or more block 1907 errors occur. These errors are measured at the physical 1908 link level (e.g. DSL CRC or BPV errors) and not at the 1909 frame relay level. This register is defined by Bellcore 1910 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address" 1911 ::= { frxUPerfEntry 8 } 1912 1913 frxH3EsTx OBJECT-TYPE 1914 SYNTAX INTEGER (0..3600) 1915 ACCESS read-only 1916 STATUS mandatory 1917 DESCRIPTION 1918 "Errored Seconds 3 hours ago - Transmit direction. 1919 Transmit is data from the network towards the customer. 1920 Errored Seconds are seconds in which one or more block 1921 errors occur. These errors are measured at the physical 1922 link level (e.g. DSL CRC or BPV errors) and not at the 1923 frame relay level. This register is defined by Bellcore 1924 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address 1925 (note: DDS loops cannot detect transmit errors)" 1926 ::= { frxUPerfEntry 9 } 1927 1928 frxH3EsRx OBJECT-TYPE 1929 SYNTAX INTEGER (0..3600) 1930 ACCESS read-only 1931 STATUS mandatory 1932 DESCRIPTION 1933 "Errored Seconds 3 hours ago - Receive direction. 1934 Receive is data from the customer towards the network. 1935 Errored Seconds are seconds in which one or more block 1936 errors occur. These errors are measured at the physical 1937 link level (e.g. DSL CRC or BPV errors) and not at the 1938 frame relay level. This register is defined by Bellcore 1939 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address" 1940 ::= { frxUPerfEntry 10 } 1941 1942 frxH4EsTx OBJECT-TYPE 1943 SYNTAX INTEGER (0..3600) 1944 ACCESS read-only 1945 STATUS mandatory 1946 DESCRIPTION 1947 "Errored Seconds 4 hours ago - Transmit direction. 1948 Transmit is data from the network towards the customer. 1949 Errored Seconds are seconds in which one or more block 1950 errors occur. These errors are measured at the physical 1951 link level (e.g. DSL CRC or BPV errors) and not at the 1952 frame relay level. This register is defined by Bellcore 1953 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address 1954 (note: DDS loops cannot detect transmit errors)" 1955 ::= { frxUPerfEntry 11 } 1956 1957 frxH4EsRx OBJECT-TYPE 1958 SYNTAX INTEGER (0..3600) 1959 ACCESS read-only 1960 STATUS mandatory 1961 DESCRIPTION 1962 "Errored Seconds 4 hours ago - Receive direction. 1963 Receive is data from the customer towards the network. 1964 Errored Seconds are seconds in which one or more block 1965 errors occur. These errors are measured at the physical 1966 link level (e.g. DSL CRC or BPV errors) and not at the 1967 frame relay level. This register is defined by Bellcore 1968 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address" 1969 ::= { frxUPerfEntry 12 } 1970 1971 frxH5EsTx OBJECT-TYPE 1972 SYNTAX INTEGER (0..3600) 1973 ACCESS read-only 1974 STATUS mandatory 1975 DESCRIPTION 1976 "Errored Seconds 5 hours ago - Transmit direction. 1977 Transmit is data from the network towards the customer. 1978 Errored Seconds are seconds in which one or more block 1979 errors occur. These errors are measured at the physical 1980 link level (e.g. DSL CRC or BPV errors) and not at the 1981 frame relay level. This register is defined by Bellcore 1982 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address 1983 (note: DDS loops cannot detect transmit errors)" 1984 ::= { frxUPerfEntry 13 } 1985 1986 frxH5EsRx OBJECT-TYPE 1987 SYNTAX INTEGER (0..3600) 1988 ACCESS read-only 1989 STATUS mandatory 1990 DESCRIPTION 1991 "Errored Seconds 5 hours ago - Receive direction. 1992 Receive is data from the customer towards the network. 1993 Errored Seconds are seconds in which one or more block 1994 errors occur. These errors are measured at the physical 1995 link level (e.g. DSL CRC or BPV errors) and not at the 1996 frame relay level. This register is defined by Bellcore 1997 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address" 1998 ::= { frxUPerfEntry 14 } 1999 2000 frxH6EsTx OBJECT-TYPE 2001 SYNTAX INTEGER (0..3600) 2002 ACCESS read-only 2003 STATUS mandatory 2004 DESCRIPTION 2005 "Errored Seconds 6 hours ago - Transmit direction. 2006 Transmit is data from the network towards the customer. 2007 Errored Seconds are seconds in which one or more block 2008 errors occur. These errors are measured at the physical 2009 link level (e.g. DSL CRC or BPV errors) and not at the 2010 frame relay level. This register is defined by Bellcore 2011 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address 2012 (note: DDS loops cannot detect transmit errors)" 2013 ::= { frxUPerfEntry 15 } 2014 2015 frxH6EsRx OBJECT-TYPE 2016 SYNTAX INTEGER (0..3600) 2017 ACCESS read-only 2018 STATUS mandatory 2019 DESCRIPTION 2020 "Errored Seconds 6 hours ago - Receive direction. 2021 Receive is data from the customer towards the network. 2022 Errored Seconds are seconds in which one or more block 2023 errors occur. These errors are measured at the physical 2024 link level (e.g. DSL CRC or BPV errors) and not at the 2025 frame relay level. This register is defined by Bellcore 2026 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address" 2027 ::= { frxUPerfEntry 16 } 2028 2029 frxH7EsTx OBJECT-TYPE 2030 SYNTAX INTEGER (0..3600) 2031 ACCESS read-only 2032 STATUS mandatory 2033 DESCRIPTION 2034 "Errored Seconds 7 hours ago - Transmit direction. 2035 Transmit is data from the network towards the customer. 2036 Errored Seconds are seconds in which one or more block 2037 errors occur. These errors are measured at the physical 2038 link level (e.g. DSL CRC or BPV errors) and not at the 2039 frame relay level. This register is defined by Bellcore 2040 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address 2041 (note: DDS loops cannot detect transmit errors)" 2042 ::= { frxUPerfEntry 17 } 2043 2044 frxH7EsRx OBJECT-TYPE 2045 SYNTAX INTEGER (0..3600) 2046 ACCESS read-only 2047 STATUS mandatory 2048 DESCRIPTION 2049 "Errored Seconds 7 hours ago - Receive direction. 2050 Receive is data from the customer towards the network. 2051 Errored Seconds are seconds in which one or more block 2052 errors occur. These errors are measured at the physical 2053 link level (e.g. DSL CRC or BPV errors) and not at the 2054 frame relay level. This register is defined by Bellcore 2055 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address" 2056 ::= { frxUPerfEntry 18 } 2057 2058 frxH8EsTx OBJECT-TYPE 2059 SYNTAX INTEGER (0..3600) 2060 ACCESS read-only 2061 STATUS mandatory 2062 DESCRIPTION 2063 "Errored Seconds 8 hours ago - Transmit direction. 2064 Transmit is data from the network towards the customer. 2065 Errored Seconds are seconds in which one or more block 2066 errors occur. These errors are measured at the physical 2067 link level (e.g. DSL CRC or BPV errors) and not at the 2068 frame relay level. This register is defined by Bellcore 2069 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address 2070 (note: DDS loops cannot detect transmit errors)" 2071 ::= { frxUPerfEntry 19 } 2072 2073 frxH8EsRx OBJECT-TYPE 2074 SYNTAX INTEGER (0..3600) 2075 ACCESS read-only 2076 STATUS mandatory 2077 DESCRIPTION 2078 "Errored Seconds 8 hours ago - Receive direction. 2079 Receive is data from the customer towards the network. 2080 Errored Seconds are seconds in which one or more block 2081 errors occur. These errors are measured at the physical 2082 link level (e.g. DSL CRC or BPV errors) and not at the 2083 frame relay level. This register is defined by Bellcore 2084 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address" 2085 ::= { frxUPerfEntry 20 } 2086 2087 frxCdEsTx OBJECT-TYPE 2088 SYNTAX INTEGER (0..65535) 2089 ACCESS read-only 2090 STATUS mandatory 2091 DESCRIPTION 2092 "Current Day Errored Seconds - Transmit direction. 2093 Transmit is data from the network towards the customer. 2094 Errored Seconds are seconds in which one or more block 2095 errors occur. These errors are measured at the physical 2096 link level (e.g. DSL CRC or BPV errors) and not at the 2097 frame relay level. This register is defined by Bellcore 2098 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address 2099 (note: DDS loops cannot detect transmit errors)" 2100 ::= { frxUPerfEntry 21 } 2101 2102 frxCdEsRx OBJECT-TYPE 2103 SYNTAX INTEGER (0..65535) 2104 ACCESS read-only 2105 STATUS mandatory 2106 DESCRIPTION 2107 "Current Day Errored Seconds - Receive direction. 2108 Receive is data from the customer towards the network. 2109 Errored Seconds are seconds in which one or more block 2110 errors occur. These errors are measured at the physical 2111 link level (e.g. DSL CRC or BPV errors) and not at the 2112 frame relay level. This register is defined by Bellcore 2113 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address" 2114 ::= { frxUPerfEntry 22 } 2115 2116 frxPdEsTx OBJECT-TYPE 2117 SYNTAX INTEGER (0..65535) 2118 ACCESS read-only 2119 STATUS mandatory 2120 DESCRIPTION 2121 "Previous Day Errored Seconds - Transmit direction. 2122 Transmit is data from the network towards the customer. 2123 Errored Seconds are seconds in which one or more block 2124 errors occur. These errors are measured at the physical 2125 link level (e.g. DSL CRC or BPV errors) and not at the 2126 frame relay level. This register is defined by Bellcore 2127 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address 2128 (note: DDS loops cannot detect transmit errors)" 2129 ::= { frxUPerfEntry 23 } 2130 2131 frxPdEsRx OBJECT-TYPE 2132 SYNTAX INTEGER (0..65535) 2133 ACCESS read-only 2134 STATUS mandatory 2135 DESCRIPTION 2136 "Previous Day Errored Seconds - Receive direction. 2137 Receive is data from the customer towards the network. 2138 Errored Seconds are seconds in which one or more block 2139 errors occur. These errors are measured at the physical 2140 link level (e.g. DSL CRC or BPV errors) and not at the 2141 frame relay level. This register is defined by Bellcore 2142 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address" 2143 ::= { frxUPerfEntry 24 } 2144 2145 frxChSesTx OBJECT-TYPE 2146 SYNTAX INTEGER (0..3600) 2147 ACCESS read-only 2148 STATUS mandatory 2149 DESCRIPTION 2150 "Current Hour Severely Errored Seconds - Transmit direction. 2151 Transmit is data from the network towards the customer. 2152 Severely Errored Seconds are seconds in which three or more 2153 block errors occur. These errors are measured at the physical 2154 link level (e.g. DSL CRC or BPV errors) and not at the 2155 frame relay level. This register is defined by Bellcore 2156 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address 2157 (note: DDS loops cannot detect transmit errors)" 2158 ::= { frxUPerfEntry 25 } 2159 2160 frxChSesRx OBJECT-TYPE 2161 SYNTAX INTEGER (0..3600) 2162 ACCESS read-only 2163 STATUS mandatory 2164 DESCRIPTION 2165 "Current Hour Severely Errored Seconds - Receive direction. 2166 Receive is data from the customer towards the network. 2167 Severely Errored Seconds are seconds in which three or more 2168 block errors occur. These errors are measured at the physical 2169 link level (e.g. DSL CRC or BPV errors) and not at the 2170 frame relay level. This register is defined by Bellcore 2171 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address" 2172 ::= { frxUPerfEntry 26 } 2173 2174 frxPhSesTx OBJECT-TYPE 2175 SYNTAX INTEGER (0..3600) 2176 ACCESS read-only 2177 STATUS mandatory 2178 DESCRIPTION 2179 "Previous Hour Severely Errored Seconds - Transmit direction. 2180 Transmit is data from the network towards the customer. 2181 Severely Errored Seconds are seconds in which three or more 2182 block errors occur. These errors are measured at the physical 2183 link level (e.g. DSL CRC or BPV errors) and not at the 2184 frame relay level. This register is defined by Bellcore 2185 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address 2186 (note: DDS loops cannot detect transmit errors)" 2187 ::= { frxUPerfEntry 27 } 2188 2189 frxPhSesRx OBJECT-TYPE 2190 SYNTAX INTEGER (0..3600) 2191 ACCESS read-only 2192 STATUS mandatory 2193 DESCRIPTION 2194 "Previous Hour Severely Errored Seconds - Receive direction. 2195 Receive is data from the customer towards the network. 2196 Severely Errored Seconds are seconds in which three or more 2197 block errors occur. These errors are measured at the physical 2198 link level (e.g. DSL CRC or BPV errors) and not at the 2199 frame relay level. This register is defined by Bellcore 2200 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address" 2201 ::= { frxUPerfEntry 28 } 2202 2203 frxCdSesTx OBJECT-TYPE 2204 SYNTAX INTEGER (0..65535) 2205 ACCESS read-only 2206 STATUS mandatory 2207 DESCRIPTION 2208 "Current Day Severely Errored Seconds - Transmit direction. 2209 Transmit is data from the network towards the customer. 2210 Severely Errored Seconds are seconds in which three or more 2211 block errors occur. These errors are measured at the physical 2212 link level (e.g. DSL CRC or BPV errors) and not at the 2213 frame relay level. This register is defined by Bellcore 2214 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address" 2215 ::= { frxUPerfEntry 29 } 2216 2217 frxCdSesRx OBJECT-TYPE 2218 SYNTAX INTEGER (0..65535) 2219 ACCESS read-only 2220 STATUS mandatory 2221 DESCRIPTION 2222 "Current Day Severely Errored Seconds - Receive direction. 2223 Receive is data from the customer towards the network. 2224 Severely Errored Seconds are seconds in which three or more 2225 block errors occur. These errors are measured at the physical 2226 link level (e.g. DSL CRC or BPV errors) and not at the 2227 frame relay level. This register is defined by Bellcore 2228 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address" 2229 ::= { frxUPerfEntry 30 } 2230 2231 frxPdSesTx OBJECT-TYPE 2232 SYNTAX INTEGER (0..65535) 2233 ACCESS read-only 2234 STATUS mandatory 2235 DESCRIPTION 2236 "Previous Day Severely Errored Seconds - Transmit direction. 2237 Transmit is data from the network towards the customer. 2238 Severely Errored Seconds are seconds in which three or more 2239 block errors occur. These errors are measured at the physical 2240 link level (e.g. DSL CRC or BPV errors) and not at the 2241 frame relay level. This register is defined by Bellcore 2242 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address" 2243 ::= { frxUPerfEntry 31 } 2244 2245 frxPdSesRx OBJECT-TYPE 2246 SYNTAX INTEGER (0..65535) 2247 ACCESS read-only 2248 STATUS mandatory 2249 DESCRIPTION 2250 "Previous Day Severely Errored Seconds - Receive direction. 2251 Receive is data from the customer towards the network. 2252 Severely Errored Seconds are seconds in which three or more 2253 block errors occur. These errors are measured at the physical 2254 link level (e.g. DSL CRC or BPV errors) and not at the 2255 frame relay level. This register is defined by Bellcore 2256 TR-TSY-000829. Indexed by Bank.ChannelUnit.Port.Address" 2257 ::= { frxUPerfEntry 32 } 2258 2259 frxChBeTx OBJECT-TYPE 2260 SYNTAX INTEGER (0..65535) 2261 ACCESS read-only 2262 STATUS mandatory 2263 DESCRIPTION 2264 "Current Hour Block Errors - Transmit direction. 2265 Transmit is data from the network towards the customer. 2266 Block errors are 12 millisecond time periods in which a 2267 physical link level (e.g. DSL CRC or BPV) error occurs. 2268 These errors are not the same as frame relay level errors. 2269 This register is defined by Bellcore TR-TSY-000829. 2270 Indexed by Bank.ChannelUnit.Port.Address" 2271 ::= { frxUPerfEntry 33 } 2272 2273 frxChBeRx OBJECT-TYPE 2274 SYNTAX INTEGER (0..65535) 2275 ACCESS read-only 2276 STATUS mandatory 2277 DESCRIPTION 2278 "Current Hour Block Errors - Receive direction. 2279 Receive is data from the customer towards the network. 2280 Block errors are 12 millisecond time periods in which a 2281 physical link level (e.g. DSL CRC or BPV) error occurs. 2282 These errors are not the same as frame relay level errors. 2283 This register is defined by Bellcore TR-TSY-000829. 2284 Indexed by Bank.ChannelUnit.Port.Address" 2285 ::= { frxUPerfEntry 34 } 2286 2287 frxPhBeTx OBJECT-TYPE 2288 SYNTAX INTEGER (0..65535) 2289 ACCESS read-only 2290 STATUS mandatory 2291 DESCRIPTION 2292 "Previous Hour Block Errors - Transmit direction. 2293 Transmit is data from the network towards the customer. 2294 Block errors are 12 millisecond time periods in which a 2295 physical link level (e.g. DSL CRC or BPV) error occurs. 2296 These errors are not the same as frame relay level errors. 2297 This register is defined by Bellcore TR-TSY-000829. 2298 Indexed by Bank.ChannelUnit.Port.Address" 2299 ::= { frxUPerfEntry 35 } 2300 2301 frxPhBeRx OBJECT-TYPE 2302 SYNTAX INTEGER (0..65535) 2303 ACCESS read-only 2304 STATUS mandatory 2305 DESCRIPTION 2306 "Previous Hour Block Errors - Receive direction. 2307 Receive is data from the customer towards the network. 2308 Block errors are 12 millisecond time periods in which a 2309 physical link level (e.g. DSL CRC or BPV) error occurs. 2310 These errors are not the same as frame relay level errors. 2311 This register is defined by Bellcore TR-TSY-000829. 2312 Indexed by Bank.ChannelUnit.Port.Address" 2313 ::= { frxUPerfEntry 36 } 2314 2315 -- frx Traps 2316 frxDownloadTrap TRAP-TYPE 2317 ENTERPRISE frMux 2318 VARIABLES { frxBankIndex, frxChUIndex } 2319 DESCRIPTION 2320 "This trap is sent if the Download Config pushbutton 2321 on the channel unit faceplate is pushed and frxDefaultTrap 2322 is set to 1." 2323 ::= 1 2324 2325 frxUPerfTrap TRAP-TYPE 2326 ENTERPRISE frMux 2327 VARIABLES { frxBankIndex, frxChUIndex } 2328 DESCRIPTION 2329 "This trap is sent if a performance monitoring threshold 2330 on a channel unit or a BRITE card is exceeded and the 2331 corresponding bit in the frxAlertMask is enabled and 2332 frxUPerfTrapEnable is enabled. The manager should read 2333 and clear all of the threshold condition registers 2334 for the specified channel unit to enable the trap to 2335 be sent again." 2336 ::= 2 2337 2338 frxInsertChUTrap TRAP-TYPE 2339 ENTERPRISE frMux 2340 VARIABLES { frxBankIndex, frxChUIndex } 2341 DESCRIPTION 2342 "This trap is sent when the channel unit is inserted." 2343 ::= 3 2344 2345 frxRemoveChUTrap TRAP-TYPE 2346 ENTERPRISE frMux 2347 VARIABLES { frxBankIndex, frxChUIndex } 2348 DESCRIPTION 2349 "This trap is sent when the channel unit is removed." 2350 ::= 4 2351 2352 frxDConfigFailed TRAP-TYPE 2353 ENTERPRISE frMux 2354 VARIABLES { frxBankIndex, frxChUIndex } 2355 DESCRIPTION 2356 "This trap is sent if downloading configuration data 2357 to a channel unit fails." 2358 ::= 5 2359 2360END 2361 2362