MIB Viewer — SNMP MIB Browser & Database

MIB Viewer is a free SNMP MIB browser and database with over 19,000 MIBs and 2,500,000 OIDs, covering both the standard, cross-vendor MIBs every device supports and the enterprise-specific MIBs published by individual hardware vendors. Browse the full MIB list, search by name or OID, or use the OID lookup to trace any object's exact position in the tree — view its syntax, access level, and description, and generate a ready-to-run SNMP command, all in your browser, with nothing to install and no account required. The database grows continuously, and beyond the lookup tool itself, the site includes a growing library of written guides and reference material covering SNMP concepts, vendor-specific configuration, DOCSIS cable modem and CMTS monitoring, and troubleshooting — see the Guides menu above, or the highlights below.

Online MIB Browser

MIB Viewer works as a browser for SNMP MIB files the way a code editor browses a file tree: pick a module from the sidebar, or search by name, and the full text of that MIB opens on the right — every object, table, and notification it defines, with syntax, access level, and description rendered in a readable format instead of raw ASN.1. It runs entirely online, in your browser, with nothing to install — just open the site and start browsing.

How MIB files are structured →

MIB Database

Behind the browser is a growing database spanning the standard, cross-vendor MIBs every SNMP-capable device implements — IF-MIB, SNMPv2-MIB, HOST-RESOURCES-MIB, and the rest — plus the enterprise-specific MIBs published by hundreds of individual hardware vendors under their own IANA-assigned numbers, organized and searchable by vendor name or enterprise number.

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OID Search & Lookup

Every value an SNMP agent can report lives at a specific OID — a dotted numeric address like 1.3.6.1.2.1.1.1 — and this OID search resolves that address in either direction: paste a raw OID to look up the object it names, or search by name to find its OID, complete with its exact position in the MIB tree.

Try an OID lookup: sysDescr (1.3.6.1.2.1.1.1) →

MIB Browser

MIB Viewer Desktop is a native app for Mac and Windows that brings the same MIB browsing and OID lookup to your desktop, with MIBs and uploaded files saved locally across sessions instead of re-loading them in a browser tab each time. It's built for people who work with the same set of MIBs repeatedly and want them available offline, without a browser window open.

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MIB File Reader

Have your own MIB file? Drop it on the upload zone in the sidebar (or click to browse) and it's parsed and read right away, with the same navigable view as any MIB already in the database — every object, syntax, and description laid out in full. It's sent to the server to be parsed but isn't added to the shared, publicly searchable database; it stays scoped to your own session.

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SNMP Translate

The bulk translate tool takes a whole batch of OIDs or object names at once — paste them in or upload a file — and translates every line to the other form in one pass, which is useful for things like resolving the raw OIDs in a captured trap log or an SNMP walk output back to readable names.

Bulk translate OIDs & names →

SNMP & MIB Basics

What's a MIB?

A MIB (Management Information Base) defines the data a device can report over SNMP — things like interface counters, system uptime, or CPU load — organizing each value under a name and a fixed numeric address. Every MIB module declares a tree of related objects, and a device typically implements dozens of MIBs at once: a handful of universal ones every vendor supports, plus whatever proprietary ones that specific vendor has published.

What's SNMP?

SNMP (Simple Network Management Protocol) is how routers, switches, servers, and other network devices report status and statistics back to monitoring tools. It's the transport; MIBs are the vocabulary that gives the data it carries any meaning. Most monitoring platforms — Zabbix, PRTG, LibreNMS, Prometheus's SNMP exporter, and plenty of others — rely on this same underlying protocol and MIB structure.

What's an OID?

An OID is the actual address of one piece of data — a dotted sequence like 1.3.6.1.2.1.1.1, read from the root of a shared global tree down to one specific object. Names are for humans; OIDs are what actually gets sent over the wire. Every vendor's private MIBs live under that vendor's own reserved branch of the same tree, which is what lets one numbering system cover both universal and proprietary data.

What is a MIB browser?

A MIB browser is a tool for reading and navigating MIB files — the definitions that describe what data a device can report over SNMP. Instead of reading raw ASN.1 text by hand, a MIB browser renders each object's name, OID, syntax, and description in a searchable, navigable form. MIB Viewer does this entirely in your browser, for MIBs already in its database or ones you upload yourself.

What is an OID lookup tool?

An OID lookup tool resolves an OID — a dotted numeric address like 1.3.6.1.2.1.1.1 — to the object it identifies, and vice versa: name to OID. MIB Viewer's OID search does both, and shows the object's full definition and its exact position in the MIB tree, not just a bare name.

Is MIB Viewer free to use?

Yes — browsing MIBs, searching OIDs, uploading your own MIB files, and reading the guides are all free, with no account required. MIB Viewer Desktop is a separate paid native app for people who want MIBs saved locally across sessions and offline access, but the web tool itself has no paywall.

Can I look up a MIB from a specific vendor?

Yes — use Search Vendor MIBs under Tools to list every MIB a given vendor has published, searchable by vendor name or IANA enterprise number.

Guides & Resources

Beyond the lookup tool, the site includes practical, hands-on guides and reference material — installing and using the standard SNMP tools, configuring SNMP on specific vendor hardware, monitoring DOCSIS cable modems and CMTSs, and working through the errors people run into most. A few places to start:

SNMP Fundamentals

The manager/agent model, MIBs and OIDs, versions, access control, and all six core operations in one place.

Using net-snmp

Installing the standard Linux SNMP toolkit, the client commands, running an agent, receiving traps, and loading MIBs into each one.

SNMPv3

A complete deep dive into SNMPv3's security model — USM, authentication and privacy protocols, engine IDs, VACM, and configuring a real user.

SNMP vs Telemetry

How SNMP's pull-based polling compares to push-based streaming telemetry (gNMI, NETCONF/YANG) — architecture, tradeoffs, and when to use each.

Understanding MIBs

How objects, tables, and notifications are actually defined, and how vendor-specific numbering keeps everyone's private OIDs from colliding.

Troubleshooting SNMP

From a plain timeout to SNMPv3 auth failures to a MIB that won't parse — working through what actually went wrong and why.

Searching OIDs

Starting from a real device's sysObjectID, searching by name or number, and filtering a MIB down to just the objects you need.

Uploading MIBs

Parsing your own MIB file in-browser, what happens to it afterward, and troubleshooting a file that won't load.

Bulk Translate

Translating a whole batch of OIDs or object names at once — pasted in or uploaded — useful for trap logs and SNMP walk output.

SNMP History

From SNMPv1 in 1988 through v2c and v3, and how newer approaches like streaming telemetry fit alongside it today.

Get started

Search for a MIB or OID above, or pick one from the list on the left.

Have your own MIB file? Drop it on the upload zone in the sidebar (or click to browse) to parse and explore it right away. It's sent to the server to be parsed and isn't added to the shared, publicly searchable database — it stays scoped to your own session in the tree on the left.

New here? The Guides menu above is the place to start if you want the concepts explained rather than just looked up.

ARICENT-VLAN-EXT-MIB

102 objects

||||||

Imported Objects

AricentMIVlan-MIB	VlanId
P-BRIDGE-MIB	EnabledStatus
SNMPv2-SMI	Counter32 enterprises Integer32 MODULE-IDENTITY OBJECT-TYPE
SNMPv2-TC	MacAddress TEXTUAL-CONVENTION

OID	Name	Access	Status	Description
1.3.6.1.4.1.2076.137	IdentityfutureVlanExtMIB			\|\|\|\|\|\|
1.3.6.1.4.1.2076.137.1	NodefsVlanSystemConfig
1.3.6.1.4.1.2076.137.1.1	ScalarfsVlanBridgeMode	read-write	current	This object indicates the Bridge mode of the switch. Setting this to 'customerBridge' means that the switch will operate as a 802.1Q VLAN Bridge. Setting this …
1.3.6.1.4.1.2076.137.2	NodefsVlanTunnelObjects
1.3.6.1.4.1.2076.137.2.1	ScalarfsVlanTunnelBpduPri	read-write	current	Specifies the default User Priority for all the tunneled Layer 2 BPDU's received on tunnel ports.
1.3.6.1.4.1.2076.137.2.2	ScalarfsVlanTunnelStpAddress	read-write	current	The MAC address to be used for Customer STP BPDUs tunneling. When STP tunneling is enabled on a port, this MAC address will be used as the the destination MAC …
1.3.6.1.4.1.2076.137.2.3	ScalarfsVlanTunnelLacpAddress	read-write	current	The MAC address to be used for LACP packets tunneling . When LACP tunneling is enabled on a port, this MAC address will be used as the the destination MAC addr…
1.3.6.1.4.1.2076.137.2.4	ScalarfsVlanTunnelDot1xAddress	read-write	current	The MAC address to be used for Dot1x packets tunneling. When Dot1x tunneling is enabled on a port, this MAC address will be used as the the destination MAC add…
1.3.6.1.4.1.2076.137.2.5	ScalarfsVlanTunnelGvrpAddress	read-write	current	The MAC address to be used for GVRP PDUs tunneling. When GVRP tunneling is enabled on a port, this MAC address will be used as the the destination MAC address …
1.3.6.1.4.1.2076.137.2.6	ScalarfsVlanTunnelGmrpAddress	read-write	current	The MAC address to be used for GMRP PDUs tunneling. When GMRP tunneling is enabled on a port, this MAC address will be used as the the destination MAC address …
1.3.6.1.4.1.2076.137.2.7	TablefsVlanTunnelTable	not-accessible	current	This table contains information about the tunnel ports. A walk on this table will show only those interfaces that are configured for tunneling. This table is s…
1.3.6.1.4.1.2076.137.2.7.1	RowfsVlanTunnelEntry	not-accessible	current	Entry indicating the tunnel information of the port.
1.3.6.1.4.1.2076.137.2.7.1.1	ColumnfsVlanPort	not-accessible	current	The Index value of the port in the system for which this entry applies. The maximum index value of the port is defined by the system.
1.3.6.1.4.1.2076.137.2.7.1.2	ColumnfsVlanTunnelStatus	read-write	current	Indicates whether Tunneling is enabled or disabled on this port. fsVlanTunnelStatus can be set to 'enabled' if and only if the Bridge mode is set to be `Provid…
1.3.6.1.4.1.2076.137.2.8	TablefsVlanTunnelProtocolTable	not-accessible	current	This table contains information about the handling (Tunnel/Peer/ Discard)of customer Layer 2 protocols (STP/GVRP/GMRP/LACP/Dot1x/ IGMP/MVRP and MMRP) inside a …
1.3.6.1.4.1.2076.137.2.8.1	RowfsVlanTunnelProtocolEntry	not-accessible	current	Entry indicating the handling (Tunnel/Peer/Discard) of Layer 2 protocols (STP/GVRP/GMRP/LACP/Dot1x/IGMP/MVRP and MMRP) on this port. Tunnel Status cannot be se…
1.3.6.1.4.1.2076.137.2.8.1.1	ColumnfsVlanTunnelProtocolDot1x	read-write	current	The object to specify whether to peer/tunnel/discard the Dot1x packets received on this port.
1.3.6.1.4.1.2076.137.2.8.1.2	ColumnfsVlanTunnelProtocolLacp	read-write	current	The object to specify whether to peer/tunnel/discard the LACP packets received on this port.
1.3.6.1.4.1.2076.137.2.8.1.3	ColumnfsVlanTunnelProtocolStp	read-write	current	The object to specify whether to peer/tunnel/discard the STP packets received on this port.
1.3.6.1.4.1.2076.137.2.8.1.4	ColumnfsVlanTunnelProtocolGvrp	read-write	current	The object to specify whether to peer/tunnel/discard the GVRP packets received on this port.
1.3.6.1.4.1.2076.137.2.8.1.5	ColumnfsVlanTunnelProtocolGmrp	read-write	current	The object to specify whether to peer/tunnel/discard the GMRP packets received on this port.
1.3.6.1.4.1.2076.137.2.8.1.6	ColumnfsVlanTunnelProtocolIgmp	read-write	current	The object to specify whether to peer/tunnel/discard the IGMP packets received on this port.
1.3.6.1.4.1.2076.137.2.8.1.7	ColumnfsVlanTunnelProtocolMvrp	read-write	current	The object to specify whether to peer/tunnel/discard the MVRP packets received on this port.
1.3.6.1.4.1.2076.137.2.8.1.8	ColumnfsVlanTunnelProtocolMmrp	read-write	current	The object to specify whether to peer/tunnel/discard the MMRP packets received on this port.
1.3.6.1.4.1.2076.137.2.8.1.9	ColumnfsVlanTunnelProtocolElmi	read-write	current	The object to specify whether to peer/tunnel/discard the ELMI packets received on this port.
1.3.6.1.4.1.2076.137.2.8.1.10	ColumnfsVlanTunnelProtocolLldp	read-write	current	The object to specify whether to peer/tunnel/discard the LLDP packets received on this port.
1.3.6.1.4.1.2076.137.2.8.1.11	ColumnfsVlanTunnelProtocolEcfm	read-write	current	The object to specify whether to peer/tunnel/discard the ECFM packets received on this port.
1.3.6.1.4.1.2076.137.2.8.1.12	ColumnfsVlanTunnelOverrideOption	read-write	current	This object specifies whether Override option is enabled or disabled on the Port. If this option is set to enable, Tunnel status for all the Layer 2 control pr…
1.3.6.1.4.1.2076.137.2.8.1.13	ColumnfsVlanTunnelProtocolEoam	read-write	current	The object specifies whether to peer or tunnel or discard the EOAM packets received on the port.
1.3.6.1.4.1.2076.137.2.9	TablefsVlanTunnelProtocolStatsTable	not-accessible	current	This table contains statistics information about the tunneled Layer 2 protocols (STP/GVRP/GMRP/LACP/Dot1x/IGMP/MVRP and MMRP) received and transmitted over a p…
1.3.6.1.4.1.2076.137.2.9.1	RowfsVlanTunnelProtocolStatsEntry	not-accessible	current	Entry indicating the handling (Tunnel/Peer/Discard) of Layer 2 protocols (STP/GVRP/GMRP/LACP/Dot1x/IGMP/MVRP and MMRP) on this port.
1.3.6.1.4.1.2076.137.2.9.1.1	ColumnfsVlanTunnelProtocolDot1xPktsRecvd	read-only	current	The number of tunneled Dot1x Packets received.
1.3.6.1.4.1.2076.137.2.9.1.2	ColumnfsVlanTunnelProtocolDot1xPktsSent	read-only	current	The number of tunneled Dot1x Packets transmitted.
1.3.6.1.4.1.2076.137.2.9.1.3	ColumnfsVlanTunnelProtocolLacpPktsRecvd	read-only	current	The number of tunneled LACP Packets received.
1.3.6.1.4.1.2076.137.2.9.1.4	ColumnfsVlanTunnelProtocolLacpPktsSent	read-only	current	The number of tunneled LACP packets transmitted.
1.3.6.1.4.1.2076.137.2.9.1.5	ColumnfsVlanTunnelProtocolStpPDUsRecvd	read-only	current	The number of tunneled STP PDUs received.
1.3.6.1.4.1.2076.137.2.9.1.6	ColumnfsVlanTunnelProtocolStpPDUsSent	read-only	current	The number of tunneled STP PDUs transmitted.
1.3.6.1.4.1.2076.137.2.9.1.7	ColumnfsVlanTunnelProtocolGvrpPDUsRecvd	read-only	current	The number of tunneled GVRP PDUs received.
1.3.6.1.4.1.2076.137.2.9.1.8	ColumnfsVlanTunnelProtocolGvrpPDUsSent	read-only	current	The number of tunneled GVRP PDUs transmitted.
1.3.6.1.4.1.2076.137.2.9.1.9	ColumnfsVlanTunnelProtocolGmrpPktsRecvd	read-only	current	The number of tunneled GMRP PDUs packets received.
1.3.6.1.4.1.2076.137.2.9.1.10	ColumnfsVlanTunnelProtocolGmrpPktsSent	read-only	current	The number of tunneled GMRP packets transmitted.
1.3.6.1.4.1.2076.137.2.9.1.11	ColumnfsVlanTunnelProtocolIgmpPktsRecvd	read-only	current	The number of tunneled IGMP packets received.
1.3.6.1.4.1.2076.137.2.9.1.12	ColumnfsVlanTunnelProtocolIgmpPktsSent	read-only	current	The number of tunneled IGMP packets transmitted.
1.3.6.1.4.1.2076.137.2.9.1.13	ColumnfsVlanTunnelProtocolMvrpPktsRecvd	read-only	current	The number of MVRPDUs received on a port for which the MVRP tunneling status is enabled.
1.3.6.1.4.1.2076.137.2.9.1.14	ColumnfsVlanTunnelProtocolMvrpPktsSent	read-only	current	The number of MVRPDUs transmitted on a port on which the MVRP tunneling status is enabled.
1.3.6.1.4.1.2076.137.2.9.1.15	ColumnfsVlanTunnelProtocolMmrpPktsRecvd	read-only	current	The number of MMRPDUs received on a port for which the MMRP tunneling status is enabled.
1.3.6.1.4.1.2076.137.2.9.1.16	ColumnfsVlanTunnelProtocolMmrpPktsSent	read-only	current	The number of MMRPDUs transmitted on a port on which the MMRP tunneling status is enabled.
1.3.6.1.4.1.2076.137.2.9.1.17	ColumnfsVlanTunnelProtocolElmiPktsRecvd	read-only	current	The number of ELMI packets received on a port for which the ELMI tunneling status is enabled.
1.3.6.1.4.1.2076.137.2.9.1.18	ColumnfsVlanTunnelProtocolElmiPktsSent	read-only	current	The number of ELMI packets transmitted on a port on which the ELMI tunneling status is enabled.
1.3.6.1.4.1.2076.137.2.9.1.19	ColumnfsVlanTunnelProtocolLldpPktsRecvd	read-only	current	The number of LLDPUDs received on a port for which the LLDP tunneling status is enabled.
1.3.6.1.4.1.2076.137.2.9.1.20	ColumnfsVlanTunnelProtocolLldpPktsSent	read-only	current	The number of LLDPUDs transmitted on a port on which the LLDP tunneling status is enabled.
1.3.6.1.4.1.2076.137.2.9.1.21	ColumnfsVlanTunnelProtocolEcfmPktsRecvd	read-only	current	The number of ECFM packets received on a port for which the ECFM tunneling status is enabled.
1.3.6.1.4.1.2076.137.2.9.1.22	ColumnfsVlanTunnelProtocolEcfmPktsSent	read-only	current	The number of ECFM packets transmitted on a port on which the ECFM tunneling status is enabled.
1.3.6.1.4.1.2076.137.2.9.1.23	ColumnfsVlanTunnelProtocolEoamPktsRecvd	read-only	current	This object displays the number of EOAM packets received on a port on which the EOAM tunneling status is enabled.
1.3.6.1.4.1.2076.137.2.9.1.24	ColumnfsVlanTunnelProtocolEoamPktsSent	read-only	current	This object displays the number of EOAM packets transmitted on a port for which the EOAM tunneling status is enabled.
1.3.6.1.4.1.2076.137.2.10	ScalarfsVlanTunnelMvrpAddress	read-write	current	The MAC address to be used for MVRP PDUs tunneling. When MVRP tunneling is enabled on a port, this MAC address will be used as the the destination MAC address …
1.3.6.1.4.1.2076.137.2.11	ScalarfsVlanTunnelMmrpAddress	read-write	current	The MAC address to be used for MMRP PDUs tunneling. When MMRP tunneling is enabled on a port, this MAC address will be used as the the destination MAC address …
1.3.6.1.4.1.2076.137.2.12	ScalarfsVlanTunnelElmiAddress	read-write	current	The MAC address to be used for ELMI packets tunneling . When ELMI tunneling is enabled on a port, this MAC address will be used as the the destination MAC addr…
1.3.6.1.4.1.2076.137.2.13	ScalarfsVlanTunnelLldpAddress	read-write	current	The MAC address to be used for LLDP packets tunneling . When LLDP tunneling is enabled on a port, this MAC address will be used as the the destination MAC addr…
1.3.6.1.4.1.2076.137.2.14	ScalarfsVlanTunnelEcfmAddress	read-write	current	The MAC address to be used for ECFM packets tunneling. When ECFM tunneling is enabled on a port, this MAC address will be used as the the destination MAC addre…
1.3.6.1.4.1.2076.137.2.15	TablefsServiceVlanTunnelProtocolTable	not-accessible	current	This table contains information about the handling (Tunnel/Peer/ Discard)of customer Layer 2 protocols (GVRP/GMRP/IGMP/MVRP/MMRP/ECFM) with service based insid…
1.3.6.1.4.1.2076.137.2.15.1	RowfsServiceVlanTunnelProtocolEntry	not-accessible	current	This entry indicates the handling (Tunnel/Peer/Discard) of Layer 2 protocols (GVRP/GMRP/IGMP/MVRP/MMRP/ECFM) on the VLAN. Tunnel Status cannot be set to 'tunne…
1.3.6.1.4.1.2076.137.2.15.1.1	ColumnfsServiceVlanId	not-accessible	current	This object specifies the service vlan identifier which is allocated for the customer at provider domain.
1.3.6.1.4.1.2076.137.2.15.1.2	ColumnfsServiceProtocolEnum	not-accessible	current	This object specifies the protocols which are received on the service.
1.3.6.1.4.1.2076.137.2.15.1.3	ColumnfsServiceVlanRsvdMacaddress	read-write	current	This object specifies the reserved MAC address for the protocol and it is applicable only when the value of the field fsServiceProtocolEnum is 'other'.
1.3.6.1.4.1.2076.137.2.15.1.4	ColumnfsServiceVlanTunnelMacaddress	read-write	current	This object specifies the Tunnel MAC address for the protocol and it is applicable only when the value of the field fsServiceProtocolEnum is `other`.
1.3.6.1.4.1.2076.137.2.15.1.5	ColumnfsServiceVlanTunnelProtocolStatus	read-write	current	This object specifies the status (peer/tunnel/discard) of L2 packets received on the VLAN.
1.3.6.1.4.1.2076.137.2.15.1.6	ColumnfsServiceVlanTunnelPktsRecvd	read-only	current	This object specifies the number of tunneled Packets received.
1.3.6.1.4.1.2076.137.2.15.1.7	ColumnfsServiceVlanTunnelPktsSent	read-only	current	This object specifies the number of tunneled Packets transmitted.
1.3.6.1.4.1.2076.137.2.15.1.8	ColumnfsServiceVlanDiscardPktsRx	read-only	current	This object specifies the number of packets discarded on the reception side due to discard option.
1.3.6.1.4.1.2076.137.2.15.1.9	ColumnfsServiceVlanDiscardPktsTx	read-only	current	This object specifies the number of packets discarded on the transmission side due to discard option.
1.3.6.1.4.1.2076.137.2.16	ScalarfsVlanTunnelEoamAddress	read-write	current	This object specifies the MAC address to be used for EOAM packets tunneling . When EOAM tunneling is enabled on the port, this MAC address will be used as dest…
1.3.6.1.4.1.2076.137.2.17	ScalarfsVlanTunnelIgmpAddress	read-write	current	This object specifies the MAC address to be used for IGMP packets tunneling . When IGMP tunneling is enabled on the port, this MAC address will be used as dest…
1.3.6.1.4.1.2076.137.3	NodefsVlanDiscardObjects
1.3.6.1.4.1.2076.137.3.1	TablefsVlanDiscardStatsTable	not-accessible	current	This table contains statistics information about the L2 protocol packets (STP/GVRP/GMRP/LACP/Dot1x/IGMP/MVRP and MMRP) discarded on reception and transmission …
1.3.6.1.4.1.2076.137.3.1.1	RowfsVlanDiscardStatsEntry	not-accessible	current	Entry indicating the Discard statistics for L2 protocol packets.
1.3.6.1.4.1.2076.137.3.1.1.1	ColumnfsVlanDiscardDot1xPktsRx	read-only	current	The number of Dot1x packets discarded on the reception side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.2	ColumnfsVlanDiscardDot1xPktsTx	read-only	current	The number of Dot1x packets discarded on the transmission side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.3	ColumnfsVlanDiscardLacpPktsRx	read-only	current	The number of LACP packets discarded on the reception side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.4	ColumnfsVlanDiscardLacpPktsTx	read-only	current	The number of LACP packets discarded on the transmission side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.5	ColumnfsVlanDiscardStpPDUsRx	read-only	current	The number of STP BPDUs discarded on the reception side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.6	ColumnfsVlanDiscardStpPDUsTx	read-only	current	The number of STP BPDUs discarded on the transmission side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.7	ColumnfsVlanDiscardGvrpPktsRx	read-only	current	The number of GVRP packets discarded on the reception side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.8	ColumnfsVlanDiscardGvrpPktsTx	read-only	current	The number of GVRP packets discarded on the transmission side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.9	ColumnfsVlanDiscardGmrpPktsRx	read-only	current	The number of GMRP packets discarded on the reception side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.10	ColumnfsVlanDiscardGmrpPktsTx	read-only	current	The number of GMRP packets discarded on the transmission side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.11	ColumnfsVlanDiscardIgmpPktsRx	read-only	current	The number of IGMP packets discarded on the reception side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.12	ColumnfsVlanDiscardIgmpPktsTx	read-only	current	The number of IGMP packets discarded on the transmission side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.13	ColumnfsVlanDiscardMvrpPktsRx	read-only	current	The number of MVRP packets discarded on the reception side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.14	ColumnfsVlanDiscardMvrpPktsTx	read-only	current	The number of MVRP packets discarded on the transmission side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.15	ColumnfsVlanDiscardMmrpPktsRx	read-only	current	The number of MMRP packets discarded on the reception side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.16	ColumnfsVlanDiscardMmrpPktsTx	read-only	current	The number of MMRP packets discarded on the transmission side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.17	ColumnfsVlanDiscardElmiPktsRx	read-only	current	The number of ELMI packets discarded on the reception side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.18	ColumnfsVlanDiscardElmiPktsTx	read-only	current	The number of ELMI packets discarded on the transmission side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.19	ColumnfsVlanDiscardLldpPktsRx	read-only	current	The number of LLDP packets discarded on the reception side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.20	ColumnfsVlanDiscardLldpPktsTx	read-only	current	The number of LLDP packets discarded on the transmission side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.21	ColumnfsVlanDiscardEcfmPktsRx	read-only	current	The number of ECFM packets discarded on the reception side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.22	ColumnfsVlanDiscardEcfmPktsTx	read-only	current	The number of ECFM packets discarded on the transmission side due to Discard option.
1.3.6.1.4.1.2076.137.3.1.1.23	ColumnfsVlanDiscardEoamPktsRx	read-only	current	This object displays the number of EOAM packets discarded on the reception side when the tunnel protocol status is set as Discard.
1.3.6.1.4.1.2076.137.3.1.1.24	ColumnfsVlanDiscardEoamPktsTx	read-only	current	This object displays the number of EOAM packets discarded on the transmission side when the tunnel protocol status is set as Discard.

Type Definitions

Name	Syntax	Status	Description
L2CPProtocols	INTEGER (1..23)	current	This object specifies the types of Layer 2 protocols. Identifiers from 1 to 13 specify the standard protocols - dot1x(1), lacp(2), stp(3), gvrp(4), gmrp(5), igmp(6), mvrp(7), mmrp(8), elmi(9), lldp(10), ecfm(11), eoam(1…
TunnelStatus	INTEGER { peer(1), tunnel(2), discard(3) }	current	To specify how to handle the L2 protocol packets received on a particular port. When the option is set to 'peer', the L2 protocol packets received on a particular port will be processed in the Bridge. When the option is…

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