Compute Blade Built-in LAN Switch Module Software Manual. MIB Reference. Ver and Ver and 11.6 compatible BSLANSW-S006X-50 HITACHI

Transcription

1 Compute Blade Built-in L Switch Module Software Manual MIB Reference Ver and Ver and 11.6 compatible BSLSW-S006X-50 HITCHI

2 pplicable product This manual describes model Compute Blade Built in L Switch Module. It also describes Built in L Switch Module software Ver and Ver.10.7 and 11.6 functions. Software functions supported by software OS-L3 and OS-L3S is also described The BladeSymphony server name has been changed to Hitachi Compute Blade. If you are using BladeSymphony based server products, substitute references to Hitachi Compute Blade with BladeSymphony. This manual describes as substitution product code GV-BE2LSW1X1-Y for GV-BE2LSW1XR-Y and GV-BE2LSW2X1-Y for GV-BE2LSW2XR-Y. If you use OS-L3S, please add the prefix of 0/ to the interface number of gigabitethernet to be specified by some commands Caution when exporting The necessary procedures are to be adopted when exporting this product after first confirming the regulations of the Foreign Exchange and Foreign Trade Law, U.S. export control related regulations, etc. If any questions remains, please consult with our sales department. Trademarks Cisco is a registered trademark of U.S. Cisco Systems, Inc. in the U.S. and other countries. Ethernet is a product name of the Xerox Corp. IPX is a trademark of ovell,inc. Microsoft is a registered trademark of the Microsoft Corp. in the U.S. and other countries. Octpower is a trademark of EC Corporation. UIX is a registered trademark in the U.S. and other countries exclusively licensed by X/Open Company Limited. Windows is a registered trademark of the Microsoft Corp. in the U.S. and other countries. Other company names and product names are trademarks or registered trademarks of their respective companies. Thoroughly read and store this manual Read and thoroughly understand safety-related explanations before using this product. Keep this manual in a location close at hand for easy reference. ote The contents of this manual may be modified at any time for improvement without notice. Issue date Jan (8th edition) BSLSW-S006X-50 Copyright Copyright (c) Hitachi, Ltd ll rights reserved.

3 Summary of amendments 8th edition 8th edition Integrated the description of all switch model. Location Changes 1 Summary of Supported MIBs Some objests related to ax3650s are added to 1.1 MIB System Diagram. MIB list in 2 Standard MIBs (RFC-compliant and IETF Draft MIBs) is corrected. 3 Private MIBs MIB list in 3 Private MIBs is corrected. 4 Supported MIB Traps 4.4 Supported Trap-PDU Parameters[CB 2000][OS-L3S] is added. In addition to the above changes, minor editorial corrections have been made. 7th edition ddtion of some product code. 6th edition The BladeSymphony server name has been changed to Hitachi Compute Blade. 5th edition o Change 4th edition Location Changes 4 Supported MIB Traps The model name was named to the head of the trap name. Example axstrap -> ax3630strap axstrap -> ax3640strap The following is the neme before the change. axsxrpstatetransitiontrap axsgsrpstatetransitiontrap axsl2ldlinkdown axsl2ldlinkup axsl2ldloopdetection axsbroadcaststormdetecttrap axsmulticaststormdetecttrap axsunicaststormdetecttrap axsbroadcaststormportinactivatetrap axsmulticaststormportinactivatetrap axsunicaststormportinactivatetrap axsbroadcaststormrecovertrap axsmulticaststormrecovertrap axsunicaststormrecovertrap axsefmoamudldportinactivatetrap axsefmoamloopdetectportinactivatetrap In addition to the above changes, minor editorial corrections have been made.

4 [Ver. 10.7] Location Changes qbridgemib Group The following were implemented. dot1qtpfdbtable dot1qtpfdbentry dot1qtpfdbddress dot1qtpfdbport dot1qtpfdbstatus 3.7 axsl2ldmib Group (L2 Loop Detection Information MIB) This section was added. 4.1 Supported Trap and Issue Timing Description of traps concerning the newly supported L2 loop detection function is added. In "Table 4-1: Supported Trap and Issue Timing", [Implementation] is deleted from "o. 40 ax3630sirfanstoptrap" and "o. 40 ax3630sirfanstoptrap". 4.2 Supported Trap-PDU Parameters[CB 320] Description of traps concerning the newly supported L2 loop detection function is added. [Ver ] Location Changes 1.1 MIB System Diagram pim MIB (61) was added. 1.2 MIB List pim MIB group was added pimmib Group (IPv4 PIM MIB) This section was added interfaces Group (for Ethernet) ifdminstatus CCESS was changed from to R/W axsxrpmib Group (Ring Protocol Information) 3.14 ax3630sswitch Group (System Model Information MIB)[CB 320] 3.15 ax3630sdevice Group (System Chassis Information MIB)[CB 320] This section was added. 10Gbps L switch module was added to the model information on the system device of the ax3630s Switch group. 10Gbps L switch module was added to the case type of case information on the ax3630s Device group sflow Group (InMon Private MIB) This section was added. 4.1 Supported Trap and Issue Timing axsefmoamudldportinactivatetrap and axsefmoamloopdetectportinactivatetrap were added. The mounting existence of pethpseportonoffotification was changed from having to nothing. The mounting existence of pethmainpowerusageonotification was changed from having to nothing. The mounting existence of pethmainpowerusageoffotification was changed from having to nothing. 4.2 Supported Trap-PDU Parameters[CB 320] axsefmoamudldportinactivatetrap and axsefmoamloopdetectportinactivatetrap were added. In addition to the above changes, minor editorial corrections have been made. [Ver ] Unreleased

5 [Ver. 10.5] Unreleased [Ver. 10.4] Unreleased [Ver. 10.3] Unreleased [Ver. 10.2] o Change

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7 Introduction Introduction Intended products and software versions This manual describes models Compute Blade Built-in L Switch Module. It also describes the functions of Compute Blade Built-in L Switch Module s software Ver and 10.7 and Software functions supported by software OS-L3 and OS-L3S is also described. Please read the manual carefully and thoroughly understand the instructions and cautions contained herein before operating the device. Keep the manual in a location close at hand for easy reference when necessary. common function to all models is described in this manual as long as it doesn't refuse especially. When use Compute Blade 2000 and 500, please read the description of Compute Blade 320 to Compute Blade 2000 or 500. peculiar function to Compute Blade 2000 and 500 or either Compute Blade 320 is shown respectively by the following marks. [CB 2000]: It is a function that supports it by the model of Compute Blade 2000 and 500. It is a function not to support in the model of Compute Blade 320 or a description that doesn't correspond. [CB 320]: It is a function that supports it by the model of Compute Blade 320. It is a function not to support in the model of Compute Blade 2000 and 500, or a description that doesn't correspond. [OS-L3]: It is a function that supports it by OS-L3 for Compute Blade 320, 2000 and 500 L switch module. [OS-L3S]: It is a function that supports it by OS-L3S for Compute Blade 500 1Gbps(40 port) L switch module. Correction of this manual Contents in this manual may be corrected in the "Release note" and "Manual correction document" provided with software. Intended users pplicable users are system managers who develop and operate network systems using this system. In addition, an understanding of the following is assumed. Basic knowledge of network system management Sequence of manual perusal Manuals to be referenced according to the flow of tasks from installation and setup to daily operations are indicated below. I

8 Introduction Conventions: abbreviations C CK DSL LG SI RP S UX BGP lternating Current CKnowledge symmetric Digital Subscriber Line pplication Level Gateway merican ational Standards Institute ddress Resolution Protocol utonomous System uxiliary Border Gateway Protocol II

9 Introduction BGP4 Border Gateway Protocol - version 4 BGP4+ Multiprotocol Extensions for Border Gateway Protocol - version 4 bit/s bits per second, usually abbreviated as bps. BPDU Bridge Protocol Data Unit BRI Basic Rate Interface CDP Cisco Discovery Protocol CIDR Classless Inter-Domain Routing CIR Committed Information Rate CIST Common and Internal Spanning Tree CLP ConnectionLess etwork Protocol CLS ConnectionLess etwork System COS Connection Oriented etwork System CRC Cyclic Redundancy Check CSM/CD Carrier Sense Multiple ccess with Collision Detection CSP Complete Sequence umbers PDU CST Common Spanning Tree D Destination ddress DC Direct Current DCE Data Circuit terminating Equipment DHCP Dynamic Host Configuration Protocol DIS Draft International Standard/Designated Intermediate System DS Domain ame System DR Designated Router DSP Destination Service ccess Point DSCP Differentiated Services Code Point DTE Data Terminal Equipment DVMRP Distance Vector Multicast Routing Protocol Electronic Mail EP Extensible uthentication Protocol EPOL EP Over L EFM Ethernet in the First Mile ES End System F Fan Unit FCS Frame Check Sequence FDB Filtering DataBase FTTH Fiber To The Home GBIC GigaBit Interface Converter GSRP Gigabit Switch Redundancy Protocol HMC Keyed-Hashing for Message uthentication I Internet ssigned umbers uthority ICMP Internet Control Message Protocol ICMPv6 Internet Control Message Protocol version 6 ID Identifier IEC International Electrotechnical Commission IEEE Institute of Electrical and Electronics Engineers, Inc. IETF the Internet Engineering Task Force IGMP Internet Group Management Protocol IP Internet Protocol IPCP IP Control Protocol IPv4 Internet Protocol version 4 IPv6 Internet Protocol version 6 IPV6CP IP Version 6 Control Protocol IPX Internetwork Packet Exchange ISO International Organization for Standardization ISP Internet Service Provider IST Internal Spanning Tree L Local rea etwork LCP Link Control Protocol LED Light Emitting Diode LLC Logical Link Control LLDP Link Layer Discovery Protocol LLQ+3WFQ Low Latency Queueing + 3 Weighted Fair Queueing LSP Label Switched Path LSP Link State PDU LSR Label Switched Router MC Media ccess Control MC Memory Card MD5 Message Digest 5 MDI Medium Dependent Interface MDI-X Medium Dependent Interface crossover MIB Management Information Base MRU Maximum Receive Unit MSTI Multiple Spanning Tree Instance MSTP Multiple Spanning Tree Protocol III

10 Introduction MTU K S T CP DP ET L ID PDU SP SS TP ODP OM OSPF OUI PD PE PC PCI PDU PICS PID PIM PIM-DM PIM-SM PIM-SSM PoE PRI PS PSP QoS R RDIUS RDI REJ RFC RIP RIPng RMO RPF RQ RSTP S SD SDH SDU SEL SFD SFP SMTP SP SMP SP SP SPF SSP STP T TCCS+ TCP/IP TL ID TLV TOS TPID TTL UDLD UDP UPC UPC-RED V VL VRRP W Maximum Transfer Unit ot cknowledge etwork ccess Server etwork ddress Translation etwork Control Protocol eighbor Discovery Protocol etwork Entity Title ext-level ggregation Identifier etwork Protocol Data Unit etwork Service ccess Point ot So Stubby rea etwork Time Protocol Octpower uto Discovery Protocol Operations,dministration,and Maintenance Open Shortest Path First Organizationally Unique Identifier PDding Port ccess Entity Personal Computer Protocol Control Information Protocol Data Unit Protocol Implementation Conformance Statement Protocol IDentifier Protocol Independent Multicast Protocol Independent Multicast-Dense Mode Protocol Independent Multicast-Sparse Mode Protocol Independent Multicast-Source Specific Multicast Power over Ethernet Primary Rate Interface Power Supply Partial Sequence umbers PDU Quality of Service Router dvertisement Remote uthentication Dial In User Service Remote Defect Indication REJect Request For Comments Routing Information Protocol Routing Information Protocol next generation Remote etwork Monitoring MIB Reverse Path Forwarding ReQuest Rapid Spanning Tree Protocol Source ddress Secure Digital Synchronous Digital Hierarchy Service Data Unit SP SELector Start Frame Delimiter Small Form factor Pluggable Simple Mail Transfer Protocol Sub-etwork ccess Protocol Simple etwork Management Protocol Sequence umbers PDU Sub network Point of ttachment Shortest Path First Source Service ccess Point Spanning Tree Protocol Terminal dapter Terminal ccess Controller ccess Control System Plus Transmission Control Protocol/Internet Protocol Top-Level ggregation Identifier Type, Length, and Value Type Of Service Tag Protocol Identifier Time To Live Uni-Directional Link Detection User Datagram Protocol Usage Parameter Control Usage Parameter Control - Random Early Detection VL ccess gent Virtual L Virtual Router Redundancy Protocol Wide rea etwork IV

11 Introduction WDM WFQ WRED WS WWW XFP Wavelength Division Multiplexing Weighted Fair Queueing Weighted Random Early Detection Work Station World-Wide Web 10 gigabit small Form factor Pluggable Conventions: kb, MB, GB, and TB 1kB (kilobytes), 1MB (megabytes), 1GB (gigabytes) and 1TB (terabytes) indicate 1024 bytes, bytes, bytes and bytes, respectively. V

12 Introduction VI

13 Contents 1 Summary of Supported MIBs MIB System Diagram MIB List Method for cquiring the Private MIB Definition File MIB Description Format 12 2 Standard MIBs (RFC-compliant and IETF Draft MIBs) system Group (MIB-II) interfaces Group (MIB-II) interfaces Group (for Ethernet) interfaces Group (Other Cases) at Group (MIB-II) ip Group (MIB-II and IP Forward Table MIB) ip ipddrtable iproutetable ipettomediatable ipforward icmp Group (MIB-II) tcp Group (MIB-II and TCP MIB for IPv6) tcp ipv6tcpconntable udp Group (MIB-II and UDP MIB for IPv6) udp ipv6udptable dot3 Group (Ethernet Like MIB) snmp Group (MIB-II) ospf Group (OSPFv2 MIB) ospfgeneralgroup ospfreatable ospfstubreatable ospflsdbtable ospfrearangetable ospfhosttable ospfiftable ospfifmetrictable ospfvirtiftable ospfbrtable ospfvirtbrtable ospfextlsdbtable 52 i

14 Contents ospfreaggregatetable ospftrap bgp Group (BGP4 MIB) bgp bgppeertable bgp4pathttrtable rmon Group (Remote etwork Monitoring MIB) Ethernet Statistics Group History Control Group Ethernet History Group larm Group Event Group dot1dbridge Group dot1dbase Group dot1dstp Group dot1dtp Group pbridgemib Group qbridgemib Group ifmib Group (Interfaces Group MIB) ifmib (for Ethernet) ipv6mib Group (IPv6 MIB) ipv6mib ipv6iftable ipv6ifstatstable ipv6ddrprefixtable ipv6ddrtable ipv6routetable ipv6ettomediatable ipv6icmpmib Group (ICMPv6 MIB) vrrpmib Group vrrpoperations Group vrrpstatistics Group powerethernetmib Group (Power Ethernet MIB) pimmib Group (IPv4 PIM MIB) pimjoinpruneinterval piminterfacetable pimeighbortable ospfv3mib Group (OSPFv3 MIB) ospfv3generalgroup ospfv3reatable ospfv3slsdbtable ospfv3realsdbtable ospfv3linklsdbtable ospfv3iftable 111 ii

15 Contents ospfv3virtiftable ospfv3brtable ospfv3virtbrtable ospfv3reaggregatetable IEEE8023-LG-MIB Group dot3adgg Group dot3adggport Group dot3adtableslastchanged Group X MIB Group snmpmodules Group snmpframeworkmib Group (SMP FRMEWORK MIB) snmpmpdmib Group (SMP MPD MIB) snmptargetmib Group (SMP TRGET MIB) snmpotificationmib Group (SMP OTIFICTIO MIB) snmpproxymib Group (SMP PROXY MIB) snmpusmmib Group (SMP USER BSED SM MIB) snmpvacmmib Group (SMP VIEW BSED CM MIB) snmpcommunitymib Group (SMP COMMUITY MIB) Private MIBs axsstats Group (Statistics Information MIBs) axsifstats Group axsqos Group axsdhcp Group axsgsrpmib Group (GSRP Group Information) axsgsrpgrouptable Group axsgsrpvlangrouptable Group axsgsrpeighborgrouptable Group axsgsrpeighborvlangrouptable Group axsfdb Group (MC ddress Table Group MIB) axsvlan Group (VL Information MIB) axsvlanbridge Group (dot1dbase Information) axsvlantagtranslation Group (Tag Translation Information MIB) axsoadp Group (ODP Information MIB) axsoadpglobalinfo Group axsoadpportinfo Group axsoadpeighborinfo Group axsflow Group (FLOW Information MIB) axsccessfilterstats Group axsqosflowstats Group axsl2ldmib Group (L2 Loop Detection Information MIB) axsl2ldglobalinfo Group axsl2ldporttable Group 173 iii

16 Contents 3.8 axsospfmib Group (Multi-backbone OSPF Information MIB) axsospfgeneraltable axsospfreatable axsospfstubreatable axsospflsdbtable axsospfrearangetable axsospfiftable axsospfifmetrictable axsospfvirtiftable axsospfbrtable axsospfvirtbrtable axsospfextlsdbtable axsospfreaggregatetable axsospftrap axsospfv3mib Group (Multi-backbone OSPFv3 Information MIB) axsospfv3generaltable axsospfv3reatable axsospfv3slsdbtable axsospfv3realsdbtable axsospfv3linklsdbtable axsospfv3iftable axsospfv3virtiftable axsospfv3brtable axsospfv3virtbrtable axsospfv3reaggregatetable axsbootmanagement Group (System Booting Information MIB) axslogin Group (Login Information MIB) axslldp Group (LLDP Information MIB) axslldpconfiguration Group axslldpstats Group axslldplocalsystemdata Group axslldpremotesystemdata Group axslldpremoteorigininfodata Group axsxrpmib Group (Ring Protocol Information) axsxrpgrouptable Group axsxrpvlangrouptable Group ax3630sswitch Group (System Model Information MIB)[CB 320] ax3630sdevice Group (System Chassis Information MIB)[CB 320] Implementation Specifications (Chassis Information) of Group Implementation Specifications (Temperature Information) of ax3630schassis Group Implementation Specifications (Power Unit Information) of ax3630schassis Group Implementation Specifications (Fan Information) of ax3630schassis Group Implementation Specifications (External Power Unit Information) of ax3630schassis Group 223 iv

17 Contents Implementation Specifications (Built-in Power Supply Redundancy Module Information) of ax3630schassis Group Implementation Specifications (Interface Information) of ax3630sphysline Group ax3630smanagementmib Group (Changing System Status/Information)[CB 320] ax3630sfdbclearmib Group (MC ddress Table Clear MIB) ax3640sswitch Group (System Model Information MIB)[CB 2000] ax3640sdevice Group (System Chassis Information MIB)[CB 2000] Implementation Specifications (ax3640s Chassis Information) of Group Implementation Specifications (Temperature Information) of ax3640schassis Group Implementation Specifications (Power Unit Information) of ax3640schassis Group Implementation Specifications (Fan Information) of ax3640schassis Group Implementation Specifications (External Power Unit Information) of ax3640schassis Group Implementation Specifications (Built-in Power Supply Redundancy Module Information) of ax3640schassis Group Implementation Specifications (Interface Information) of ax3640sphysline Group ax3640smanagementmib Group (Changing System Status/Information)[CB 2000] ax3640sfdbclearmib Group (MC ddress Table Clear MIB) ax3650sswitch Group (System Model Information MIB)[CB 2000][OS-L3S] ax3650sdevice Group (System Chassis Information MIB)[CB 2000][OS-L3S] Implementation Specifications (ax3650s Chassis Information) of Group Implementation Specifications (Temperature Information) of ax3650schassis Group Implementation Specifications (Power Unit Information) of ax3650schassis Group Implementation Specifications (Fan Information) of ax3650schassis Group Implementation Specifications (Built-in Power Supply Redundancy Module Information) of ax3650schassis Group Implementation Specifications (Interface Information) of ax3650sphysline Group ax3650smanagementmib Group (Changing System Status/Information)[CB 2000][OS-L3S] ax3650sfdbclearmib Group (MC ddress Table Clear MIB) icmp Group (HP Private MIB) sflow Group (InMon Private MIB) Supported MIB Traps Supported Trap and Issue Timing Supported Trap-PDU Parameters[CB 320] Supported Trap-PDU Parameters[CB 2000] Supported Trap-PDU Parameters[CB 2000][OS-L3S] 284 ppendix 297 ppendix Private MIB ames and Object IDs 298 ppendix.1 Private MIB 298 ppendix.2 HP Private MIB 322 ppendix.3 InMon Private MIB 323 v

18 Contents Index 325 vi

19 1 Summary of Supported MIBs 1.1 MIB System Diagram 1.2 MIB List 1.3 Method for cquiring the Private MIB Definition File 1.4 MIB Description Format 1

20 1. Summary of Supported MIBs 1.1 MIB System Diagram The system diagram of MIBs supported by this system is given in (1/2) and (2/2). Figure 1-1: MIB System Diagram (1/2) 2

21 1. Summary of Supported MIBs Figure 1-2: MIB System Diagram (2/2) 3

22 1. Summary of Supported MIBs 1.2 MIB List Supported MIBs are shown in the table below. Table 1-1: MIB Group List MIB Group Function Support Standard MIBs system group MIB of information related to system. Y interfaces group MIB of information related to interface. Y at group MIB of information related to the RP table. Y ip group ip MIB of IP information. Y ipddrtable MIB of addressing table information related to IP addresses. Y iproutetable MIB of information related to IP routing tables. Y ipettomediatable MIB of information related to IP address conversion tables. Y ipforward MIB of information related to IP forwarding tables. Y icmp group MIB of ICMP information. Y tcp group tcp MIB of TCP information. Y ipv6tcpconntable MIB of TCP information related to IPv6. Y udp group udp MIB of UDP information. Y ipv6udptable MIB of UDP information related to IPv6. Y dot3 group MIB of information relating to Ethernet-like interface. Y snmp group MIB of SMP information. Y 4

23 1. Summary of Supported MIBs MIB Group Function Support Standard MIBs ospf group ospfgeneralgroup MIB of OSPF information. Y ospfreatable MIB of the table storing information related to the areas to which the router is connected. Y ospfstubreatable ospflsdbtable ospfrearangetable ospfhosttable ospfiftable ospfifmetrictable ospfvirtiftable ospfbrtable ospfvirtbrtable ospfextlsdbtable ospfreaggregatetable MIB of information advertised within the stub areas by area border router. MIB of the table storing information related to OSPF process's link state database (LSDB). MIB of the table related to information of the range of addresses in areas to which the router is connected. MIB information of hosts and metrics advertised by the router as host route. MIB of the table storing information of each interface to which the router is connected. MIB of the table storing information related to service-types metrics of each interface. MIB of the table storing information related to virtual interfaces to which the router is connected. MIB of the table storing information related to neighboring offices that are not virtual. MIB of the table storing virtual neighboring router information. MIB related to the OSPF process's link state database (LSDB) table. MIB of IP address tables designating IP addresses and IP subnet masks as pairs. Y Y Y Y Y Y Y Y Y Y ospftrap MIB related to trap. Y bgp group bgp MIB of BGP information. Y bgppeertable MIB related to bgp peer tables. Y bgppathttrtable MIB related to path information received from BGP4. Y rmon group Ethernet Statistics Group MIB of the table related to statistics information of Ethernet interfaces. Y History Control Group Ethernet History Group MIB of the history control table of Ethernet statistics information. MIB of the history table of Ethernet statistics information. Y Y larm Group MIB of information related to alarm tables. Y Host Group MIB of information related to Host groups. Host Top"" MIB of information related to HostTop tables. Matrix MIB of information related to Matrix groups. Filter MIB of information related to Filter groups. Packet Capture MIB of information related to PacketCapture groups. Event Group MIB of the table of events generated by RMO agent. Y 5

24 1. Summary of Supported MIBs MIB Group Function Support Standard MIBs dot1dbridge group dot1dbase group Bridge information. Y dot1dstp group Spanning tree protocol information. Y dot1dtp group Bridge forwarding information. Y dot1dstatic group Filtering information. pbridgemib group Priority control and multicast filtering information. Y qbridgemib group Virtual bridge information. Y ifmib group MIB related to interface extension information. Y ipv6mib group ipv6mib ipv6 general group MIB related to IPv6 interface information. Y ipv6iftable MIB of the table of network layer interfaces (V6). Y ipv6ifstatstable MIB related to IPv6 interface traffic statistics information. Y ipv6ddrprefixtable MIB of the table of IPv6 interface address prefixes. Y ipv6ddrtable MIB related to the interface address table. Y ipv6routetable MIB related to the IPv6 routing table. Y ipv6ettomediatable MIB related to the IPv6 address conversion table. Y ipv6icmpmib group MIB related to IPv6 ICMP. Y vrrpmib group vrrpoperations group MIB related to VRRP router configuration and control information. Y vrrpstatistics group MIB related to VRRP packet statistics information. Y vrrpotifications group MIB of information related to VRRP traps sent from VRRP routers. powerethernetmib group[cb320] pethpseporobjects group MIB related to power supply characteristics of the port on the power supply unit Y pethmainpseobjects group MIB related to attributes of the main power unit on the power supply unit Y pethotificationcontrol group MIB related to notification information of the power supply unit Y pimmib group pimjoinpruneinterval MIB relating to a PIM-SM Join/Prune message interval Y piminterfacetable MIB related to PIM interface table information Y pimeighbortable MIB related to PIM neighbor table information Y pimipmroutetable MIB related to PIM routing table information pimrptable MIB related to an RP information table for PIM version 1 pimrpsettable MIB related to an RP candidate information table pimipmrouteexthoptabl e pimcandidaterptable pimcomponenttable MIB related to PIM routing ext Hop table information MIB related to group information that will be advertised when it is an RP candidate MIB related to table information of a component that identifies a PIM domain 6

25 1. Summary of Supported MIBs MIB Group Function Support Standard MIBs ospfv3mib group ospfv3generalgroup MIB of OSPFv3 information. Y ospfv3reatable MIB of the table storing information related to the areas to which the router is connected. Y ospfv3slsdbtable ospfv3realsdbtable ospfv3linklsdbtable ospfv3iftable ospfv3virtiftable ospfv3brtable ospfv3virtbrtable ospfv3reaggregatetable MIB of the table related to information of the OSPFv3 S Scope link state database. MIB of the table storing information related to OSPFv3 reascope link state database. MIB of the table related to information of the OSPFv3 LinkScope link state database. MIB of the table storing information related to interfaces to which the router is connected. MIB of the table storing information related to virtual link interfaces to which the router is connected. MIB of the table storing information of neighboring offices that are not virtual. MIB of the table storing virtual neighboring router information. MIB of the IPv6 Prefix table designating Prefix and Prefix length as a pair. Y Y Y Y Y Y Y Y IEEE8023-LG-MIB group dot3adgg group Information related to the ggregator. Y dot3adggport group Link ggregation Control information related to all ggregation Ports. Y 802.1X MIB group MIB related to 802.1X. Y snmpmodules group snmpframeworkmib group MIB relating to SMP framework Y snmpmpdmib group MIB relating to SMP message and dispatcher Y snmptargetmib group MIB relating to SMP destination information Y snmpotificationmib group MIB relating to SMP notification information Y snmpproxymib group MIB relating to SMP proxy snmpusmmib group MIB relating to SMP user-based security model Y snmpvacmmib group snmpcommunitymib group MIB relating to SMP view-based access control model MIB relating to coexistence of SMPv1, v2c, and v3 Y Private MIB axsstats group axsifstats group MIB of interface statistics in mega units. Y axsqos group MIB related to QoS statistics information. Y axsdhcp group MIB of statistics information on DHCP server. Y axsgsrpmib group axsgsrpgrouptable group MIB of the table storing GSRP group information. Y axsgsrpvlangrouptable group axsgsrpeighborgrouptab le group axsgsrpeighborvlangrou ptable group MIB of the table storing GSRP VL group information. Table storing GSRP information of remote system. MIB of the table storing GSRP VL group information of remote system. Y Y Y axsfdb group axsfdbcountertable MIB of the information table on the number of learned MC address tables. Y 7

26 1. Summary of Supported MIBs MIB Group Function Support Private MIB axsvlan group axsvlanbridge group MIB related to Bridge-MIB for each VL. Y axsvlantagtranslation group MIB of the information table on Tag conversion function. Y axsoadp group axsoadpglobalinfo group MIB related to active status of the ODP function. Y axsoadpportinfo group MIB related to ODP port information. Y axsoadpeighborinfo group MIB related to ODP neighboring node. Y axsflow group axsccessfilterstats group MIB related to the packet count table information matching the flow detection condition/operation information set in the access list Y axsqosflowstats group MIB related to the packet count table information matching the flow detection condition/operation information set in the QoS flow list Y axsospfmib group axsospfgeneraltable MIB of the table storing OSPF information. Y axsospfdomainreatable axsospfstubreatable axsospflsdbtable axsospfrearangetable axsospfiftable axsospfifmetrictable axsospfvirtiftable axsospfbrtable axsospfvirtbrtable axsospfextlsdbtable axsospfreaggregatetabl e MIB of the table storing information related to the areas to which the router is connected. MIB of the table related to information advertised in the stub area by area border routers. MIB of the table storing information related to OSPF process's link state database (LSDB). MIB of the table related to information of the range of addresses in areas to which the router is connected. MIB of the table storing information of each interface to which the router is connected. MIB of the table storing information related to service-types metrics of each interface. MIB of the table storing information related to virtual interfaces to which the router is connected. MIB of the table storing information related to neighboring offices that are not virtual. MIB of the table storing virtual neighboring router information. MIB of the table related to OSPF process's link state database (LSDB). MIB of the table of IP addresses designating IP addresses and IP subnet masks as pairs. Y Y Y Y Y Y Y Y Y Y Y axsospftrap MIB related to trap. Y 8

27 1. Summary of Supported MIBs MIB Group Function Support Private MIB axsospfv3 group axsospfv3generaltable MIB of OSPFv3 information. Y axsospfv3reatable MIB of the table storing information related to the areas to which the router is connected. Y axsospfv3slsdbtable axsospfv3realsdbtable axsospfv3linklsdbtable axsospfv3iftable axsospfv3virtiftable axsospfv3brtable axsospfv3virtbrtable axsospfv3reaggregatet able MIB of the table related to information of the OSPFv3 S Scope link state database. MIB of the table storing information related to OSPFv3 reascope link state database. MIB of the table related to information of the OSPFv3 LinkScope link state database. MIB of the list storing information related to the interfaces to which the router is connected. MIB of the table storing information related to virtual interfaces to which the router is connected. MIB of the table storing information related to neighboring offices that are not virtual. MIB of the table storing virtual neighboring router information. MIB of the table of IPv6 Prefixes designating Prefix and Prefix length as a pair. Y Y Y Y Y Y Y Y axsbootmanagement group MIB related to booting of the system. Y axslogin group MIB related to login. Y axslldp group axslldpconfiguration group MIB of LLDP configuration Y axslldpstats group MIB of statistics information of LLDP. Y axslldplocalsystemdata group axslldpremotesystemdata group axslldpremoteorigininfod ata group MIB of LLDP information on this system. MIB of LLDP information on the neighbor system connected with this system. MIB of laxala original LLDP TLV information. Y Y Y 9

28 1. Summary of Supported MIBs MIB Group Function Support Private MIB axsxrpmib group axsxrpgrouptable group MIB related to Ring Protocol group information. Y axsxrpvlangrouptable group MIB related to Ring Protocol VL group information. Y ax3630sswitch group MIB of model information of system. Y ax3630sdevice ax3630schassis group MIB of chassis information of system. Y ax3630sphysline group MIB of system interface information Y ax3630smanagement ax3630sfdbclearmib group MIB for clearing MC address table information. Y ax3640sswitch group MIB of model information of system. Y ax3640sdevice ax3640schassis group MIB of chassis information of system. Y ax3640sphysline group MIB of system interface information Y ax3640smanagement ax3640sfdbclearmib group MIB for clearing MC address table information. Y ax3650sswitch group MIB of switch model information Y ax3650sdevice ax3650schassis group MIB of switch chassis information Y ax3650sphysline group MIB of switch interface information Y ax3650smanagement ax3650sfdbclearmib group MIB for clearing MC address table information Y icmp group (HP private MIB) Private MIB for HP Y sflow group (InMon private MIB) Private MIB for InMon Corp. Y icmp group (HP private MIB) Private MIB of the HP company. Y sflow group (InMon private MIB) Private MIB of the InMon company. Y (Legend) Y: Supported by this system. : ot supported by this system. 10

29 1. Summary of Supported MIBs 1.3 Method for cquiring the Private MIB Definition File Private MIB definition file (S.1) is provided with software. 11

30 1. Summary of Supported MIBs 1.4 MIB Description Format The following is an explanation of the description format of supported MIBs described in this manual. Identifier and implementation specifications by group are given for each MIB. Identifier This is the officially recognized description format of object identifiers. (Example) The description formats of identifier and object ID values of private MIB axsstats group are shown below. Identifier axsstats OBJECT IDETIFIER ::= {axsmib 1} Object ID value For details of object ID value of private MIB, see "ppendix Private MIB ames and Object IDs". Implementation specifications The table gives an explanation of the implementation specification of each MIB. The table items are explained, using the implementation specification of axsstats group as an example. Examples of the implementation specifications of the axsstats group are shown in the table below. Table 1-2: Implementation Specifications of axsstats Group o. Object Identifier SYTX ccess Implementation Specifications Implemented 1 axsifstatstable {axsifstats 1} OT-CCES SIBLE Extended statistics information table of interface. 2 axsifstatsentry {axsifstatstable 1} OT-CCES SIBLE Entry of extended statistics information table of interface. IDEX {axsifstatsindex} 3 axsifstatsindex {axsifstatsentry 1} OT-CCES SIBLE Interface index of this system. Same as ifindex. : : : : : : : : : : : : : : : : : : Object Identifier Shows the name of the MIB object identifier. SYTX The meaning of SYTX used in private MIBs is indicated below. SYTX is only explained with private MIB implementation specifications. Table 1-3: Meaning of SYTX Used in Private MIBs o. SYTX Explanation of SYTX 1 Counter Integer which increases to (2 32-1) and returns to 0 again. 2 Counter32 Integer which increases to (2 32-1) and returns to 0 again. 3 Counter64 Integer which increases to (2 64-1) and returns to 0 again. 4 DisplayString Character string from 0 to 255 characters (each byte is a VT SCII value). 5 Gauge Integer of 0 or greater that can be increased or decreased ( ). 6 ITEGER Indicates integer information in the range of ( ). 7 Integer32 Indicates integer information in the range of ( ). 8 OCTET STRIG 0 or more character strings (in units of eight bits). Each byte is

31 1. Summary of Supported MIBs o. SYTX Explanation of SYTX 9 Ipddress 4-byte OCTET STRIG (stores 32-bit IP addresses). 10 Ipv6ddress 16-byte OCTET STRIG (stores 128-bit IPv6 addresses). 11 OBJECT IDETIFIER Stores fixed order list of sub-identifiers. 12 Macddress 802MC address represented in the regular order defined by IEEE802.1a. OCTET STRIG type. 13 RowStatus SYTX type that controls the generation or deletion of conceptual row entries. 14 TimeStamp Time stamp that measures the time from a given event in 1/100 second units. 15 TimeTicks Positive integer which represents the time from a given event in 1/100 seconds. 16 BITS amed bit string which represents 0 or more character strings (in units of eight bits) with 1 assigned to the corresponding bit. amed bit 0 corresponds to the highest bit, and the logical OR of each named bit is returned with GetResponse. Example) If named bits 0 and 6 are valid, the value returned with GetResponse will be 0x OT-CCESSIBLE Cannot be accessed. 18 PortList Bit map of a port. 1 is assigned to the bit corresponding to an effective port. In this system, 1 is assigned to the bit corresponding to the ifindex number of a port. 19 VlanIndex Indicates index number ( ) of VL. 20 VlanIdOrZero Indicates index number ( ) of VL. 21 SnmpdminString Character string that contains management information. DisplayString type. 22 InetddressType Type of Internet address 23 Inetddress Internet address. OCTET STRIG type. 24 OwnerString Character string from 0 up to 127. Represents the name of the owner of the resource allocated for management. DisplayString type. 25 BridgeId Bridge identifier used in a spanning tree. OCTET STRIG type. 26 Timeout STP timer in 1/100 second units 27 TruthValue Truth-value 28 InterfaceIndex ifindex number managed by the system. Integer within the range of (2 31-1) 29 Unsigned32 Integer-valued information within the range of (2 32-1) ccess : Shows that MIB access on the standard document is Read_Only. R/W: Shows that MIB access on the standard document is Read_Write. : Shows that MIB access on the standard document is Read_Write, but is Read_Only in this system. : Indicates that the MIB access in a specification document is accessible-for-notify. n Object cannot be acquired and set, but it can be read as the variable of a trap. : Shows that MIB access on the standard document is not-accessible. Implementation Specifications [Standard]: Describes the standard outline of the standard document. [Implementation]: Describes the implementation specifications in this system. Implemented : Shows MIB supported (responded) by this system. However, if the access column has "", no response to MIB is made. lso note that those responding differ depending on the function used. B: MIB supported (responded) by this system, but shows MIB that responds with a fixed value since this system cannot count with a statistical counter. 13

32 1. Summary of Supported MIBs : Shows MIB not supported (responded) by this system. 14

33 2 Standard MIBs (RFC-compliant and IETF Draft MIBs) This chapter gives an explanation of the implementation specifications of standard MIBs used in this system. 2.1 system Group (MIB-II) 2.2 interfaces Group (MIB-II) 2.3 at Group (MIB-II) 2.4 ip Group (MIB-II and IP Forward Table MIB) 2.5 icmp Group (MIB-II) 2.6 tcp Group (MIB-II and TCP MIB for IPv6) 2.7 udp Group (MIB-II and UDP MIB for IPv6) 2.8 dot3 Group (Ethernet Like MIB) 2.9 snmp Group (MIB-II) 2.10 ospf Group (OSPFv2 MIB) 2.11 bgp Group (BGP4 MIB) 2.12 rmon Group (Remote etwork Monitoring MIB) 2.13 dot1dbridge Group 2.14 ifmib Group (Interfaces Group MIB) 2.15 ipv6mib Group (IPv6 MIB) 2.16 ipv6icmpmib Group (ICMPv6 MIB) 2.17 vrrpmib Group 2.18 powerethernetmib Group (Power Ethernet MIB) 2.19 pimmib Group (IPv4 PIM MIB) 2.20 ospfv3mib Group (OSPFv3 MIB) 2.21 IEEE8023-LG-MIB Group X MIB Group 15

34 snmpmodules Group

35 2.1 system Group (MIB-II) 2.1 system Group (MIB-II) (1) Identifier system OBJECT IDETIFIER ::= {mib-2 1} Object ID value (2) Implementation specifications The table below shows the implementation specifications of system group. Table 2-1: Implementation Specifications of system Group o. Object Identifier ccess Implementation Specifications Implemented 1 sysdescr {system 1} [Standard] ame or version number of hardware, OS, and network OS. [Installation] Character string that contains company name, system type name, system model, software name, software type name, software version, and software abbreviation. (Example) X3600S "laxala X3600S X-xxxx-xx [X36xxS-xx] Switching Software Ver [OS-xx]" X-xxxx-xx: System type name X36xxS-xx: System model Switching Software: Software name Ver. 10.4: Software version OS-xx: Software abbreviation 2 sysobjectid {system 2} [Standard] uthorized ID of network management subsystem vendor. [Installation] Fixed value. Compute Blade 2000(X3640S) Compute Blade 320(X3630S) sysuptime {system 3} [Standard] Cumulative time after system starts (10ms counter). [Implementation] Cumulative time after the system is started 4 syscontact {system 4} R/W [Standard] Contact destination related to control node. [Implementation] Character string (60 characters or less) set by the user using the configuration command. Default: none (ULL). 5 sysame {system 5} R/W [Standard] ame of control node and domain name of control node. [Implementation] Character string (60 characters or less) set by the user using the configuration command. Default: none (ULL). 6 syslocation {system 6} R/W [Standard] Installation location of control node. [Implementation] Character string (60 characters or less) set by the user using the configuration command. Default: none (ULL). 7 sysservices {system 7} [Standard] Value that shows services. [Implementation] 78 fixed. 17

36 2.2 interfaces Group (MIB-II) 2.2 interfaces Group (MIB-II) interfaces Group (for Ethernet) The following is an explanation of the interfaces group listed below. 10BSE-T/100BSE-TX/1000BSE-T SERDES 10GBSE-R (1) Identifier interfaces OBJECT IDETIFIER ::= {mib-2 2} Object ID value (2) Implementation specifications The table below shows the implementation specifications of interfaces group for Ethernet. Table 2-2: Implementation Specifications of interfaces Group (with Ethernet) o. Object Identifier ccess Implementation Specifications Implemented 1 ifumber {interfaces 1} [Standard] The number of network interfaces installed in this system. The value of this object changes if the interface configuration is changed. 2 iftable {interfaces 2} [Standard] Table of Interface entity. 3 ifentry {iftable 1} [Standard] List of interface information belonging to sub-network layer. IDEX { ifindex } 4 ifindex {ifentry 1} [Standard] umber for identifying this interface. Continuous values ranging from 1 to ifumber. The value of this object changes if the interface configuration is changed. 5 ifdescr {ifentry 2} [Standard] Interface information. [Implementation] Fixed character sequence by each interface type. 6 iftype {ifentry 3} [Standard] Type of interface. [Implementation] Dependent on the interface. For ifindex of port: Ethernet-csmacd (6) For ifindex of VL: l2vlan (135) For ifindex of link aggregation: ieee8023adlag (161) 7 ifmtu {ifentry 4} [Standard] Maximum datagram size which is available for sending/receiving in this interface (octet). [Implementation] Dependent on the interface. For ifindex of port: Same as standard. For ifindex of VL: Minimum value among the Ethernet interface MTU value, system MTU information, and IP MTU information (only if it is set) belonging to the VL For ifindex of link aggregation: Same as VL information. 8 ifspeed {ifentry 5} [Standard] The current line speed of this interface (bit/s). [Implementation] Dependent on the interface. For ifindex of port: If configuration command "bandwidth" is not set, line speed of the interface is displayed. If it is set, the set value is displayed. For ifindex of VL: 0 fixed. For ifindex of link aggregation: Port at the highest line speed among the ports belonging to a channel group 18

37 2.2 interfaces Group (MIB-II) o. Object Identifier ccess Implementation Specifications Implemented 9 ifphysddress {ifentry 6} [Standard] Interface physical address under network layer. [Implementation] Dependent on the interface. For ifindex of port: Responded with the MC address represented by a canonical value. For ifindex of VL: Responds with a value that is a canonical expression of MC address assigned to the VL. For ifindex of link aggregation: Responds with a value that is a canonically expressed MC address of the channel group. 10 ifdminstatus {ifentry 7} R/W [Standard] Desired interface state. up (1) down (2), testing (3) [Implementation] Dependent on the interface. For ifindex of port: down (2) when shutdown is specified in the configuration. For ifindex of VL: down (2) when VL suspend is specified in the configuration. For ifindex of link aggregation: down (2) when shutdown of the channel group is specified in the configuration. 11 ifoperstatus {ifentry 8} [Standard] Current state of this interface. up (1) down (2), testing (3) [Implementation] Dependent on the interface. For ifindex of port: Same as standard. In the case of VL: Same as standard. In the case of link aggregation: Same as standard. 12 iflastchange {ifentry 9} [Standard] sysuptime when ifoperstatus of this interface was changed last (unit: 1/100 sec). [Implementation] Dependent on the interface. For ifindex of port: Same as standard. For ifindex of VL: Same as standard. For ifindex of link aggregation: Same as standard. 13 ifinoctets {ifentry 10} [Standard] umber of octets received on this interface including the bad packets. [Implementation] Dependent on the interface. For ifindex of port, the number of received octets in the frame length from D field to FCS field of MC header, including the bad packets. For ifindex of VL: 0 fixed. For ifindex of link aggregation, the number of received octets in the frame length from D field to FCS field of MC header, including the bad packets. 14 ifinucastpkts {ifentry 11} [Standard] umber of unicast packets notified to the upper layer protocol. [Implementation] Dependent on the interface. For ifindex of port: Same as standard. For ifindex of VL: 0 fixed. For ifindex of link aggregation: Same as standard. 15 ifinucastpkts {ifentry 12} [Standard] The number of non-unicast packets (broadcast, multicast packet) posted to upper layer protocol. [Implementation] Dependent on the interface. For ifindex of port: Same as standard. For ifindex of VL: 0 fixed. For ifindex of link aggregation: Same as standard. 19

38 2.2 interfaces Group (MIB-II) o. Object Identifier ccess Implementation Specifications Implemented 16 ifindiscards {ifentry 13} [Standard] The number of packets that do not have errors, but could not be handed to upper layer protocol (the number of received packets discarded for not having buffer, or for other reasons). [Implementation] Dependent on the interface. For ifindex of port: umber of events discarded due to receiving FIFO Overflow. For ifindex of VL: 0 fixed. For ifindex of link aggregation: umber of events discarded due to receiving FIFO Overflow. 17 ifinerrors {ifentry 14} [Standard] The number of packets discarded for containing errors. [Implementation] Dependent on the interface. For ifindex of port: The number of packets discarded for errors such as FCS error, short packet, exceeding maximum packet length, colliding packet, illegal packet format, and fractional bit, etc. For ifindex of VL: 0 fixed. For ifindex of link aggregation: The number of packets discarded for errors such as FCS error, short packet, exceeding maximum packet length, colliding packet, illegal packet format, and fractional bit, etc. 18 ifinunknownpro tos {ifentry 15} [Standard] The number of discarded packets that are received with unsupported protocol. [Implementation] Fixed to ifoutoctets {ifentry 16} [Standard] The number of packet octets sent by this system. [Implementation] Dependent on the interface. For ifindex of port: The number of sent octets in frame length from the D field of MC header to FCS. For ifindex of VL: 0 fixed. For ifindex of link aggregation: The number of sent octets in frame length from the D field of MC header to FCS. 20 ifoutucastpkts {ifentry 17} [Standard] umber of unicast packets transmitted by the upper layer. [Implementation] Dependent on the interface. For ifindex of port: 0 fixed. For ifindex of VL: 0 fixed. For ifindex of link aggregation: 0 fixed. B 21 ifoutucastpkts {ifentry 18} [Standard] The number of non-unicast packets sent by the upper layer. [Implementation] Dependent on the interface. For ifindex of port: The number of normal non-unicast packets sent by the upper layer (I/G bit of MC D='1' number of packets. MC packet is excluded. SMT is included). For ifindex of VL: 0 fixed. For ifindex of link aggregation: The number of normal non-unicast packets sent by the upper layer (I/G bit of MC D='1' number of packets. MC packet is excluded. SMT is included). 22 ifoutdiscards {ifentry 19} [Standard] The number of packets that do not have errors, but are discarded by the sending process (not enough send buffers, etc.). [Implementation] Dependent on the interface. For ifindex of port: umber of events discarded due to a transmitting FIFO Overflow (underrun). For ifindex of VL: 0 fixed. For ifindex of link aggregation: umber of events discarded due to a transmitting FIFO overflow (underrun). 23 ifouterrors {ifentry 20} [Standard] The number of packets that could not be sent because of errors. [Implementation] Dependent on the interface. For ifindex of port: 0 fixed. For ifindex of VL: 0 fixed. For ifindex of link aggregation: 0 fixed. 20