CM-FACILITY-MIB: View SNMP OID List / Download MIB

This module defines the Facility MIB definitions used by the F3 (FSP150CM/CC) product lines. Copyright (C) ADVA.

A list of entries corresponding to Ethernet Access Port Facilities for configuration purposes.

A conceptual row in the cmEthernetAccPortTable.

An integer index value used to uniquely identify this Ethernet Access Port within a card. Note that each Ethernet Access Port is uniquely identified by the indices neIndex, shelfIndex, slotIndex, cmEthernetAccPortIndex. From release 5.6CC zero value becomes valid. The zero value is used in Network Element level objects which contain cmEthernetAccPortIndex in the index which is not-applicable for these objects e.g. Pass-thru Flows, Shapers or Policers.

This object has the same value as ifIndex for Ethernet Access Port. An integer index value used to uniquely identify this Ethernet Access Port.

Entity Index from ENTITY-MIB for this port.

This object represents the Administrative State of the Ethernet Access Port.

This object represents the Operational State of the Ethernet Access Port.

This object represents the Secondary State of the Ethernet Access Port.

This object provides the MTU on the Ethernet Access Port. The object is made read-write for FSP150CC devices.

This object represents the type of Ethernet Media on the Ethernet Access Port.

This object allows to configure the speed of the Ethernet Access Port.

This object provides the negotiated speed of the Ethernet Access Port.

This object allows management of MDIX property on Ethernet Access Port.

This object allows enabling/disabling jumbo frames support on the Ethernet Access Port. This object is only applicable for Ethernet Access Port on R3.1CM NTU Card.

This object provides the vendor name of the SFP. This is applicable when cmEthernetAccPortMediaType is fiber or coppersfp.

This object provides the part number of the SFP. This is applicable when cmEthernetAccPortMediaType is fiber or coppersfp.

This object provides the serial number of the SFP. This is applicable when cmEthernetAccPortMediaType is fiber or coppersfp.

This object provides the date of manufacture of the SFP. This is applicable when cmEthernetAccPortMediaType is fiber or coppersfp.

This object provides the SFP connector value. This is applicable when cmEthernetAccPortMediaType is fiber or coppersfp.

This object allows to initiate Etherjack diagnosis on the Ethernet Access Port.

This object provides diagnosis results for the cable Pair 1 on Ethernet Access Port.

This object provides diagnosis results for the cable Pair 2 on Ethernet Access Port.

This object provides diagnosis results for the cable Pair 3 on Ethernet Access Port.

This object provides diagnosis results for the cable Pair 4 on Ethernet Access Port.

This object provides auto negotiation results of the diagnosis test on Ethernet Access Port.

This object provides port loopback results of the diagnosis test on Ethernet Access Port.

This object provides remote EFM loopback results of the diagnosis test on Ethernet Access Port.

This object provides results of the diagnosis test in string form on Ethernet Access Port.

This object provides the current status of the diagnosis test on Ethernet Access Port.

This object provides the time when diagnosis test was last executed.

This object allows to initiate loopbacks on on the Ethernet Access Port.

This object provides status of the current loopback on the Ethernet Access Port.

This object allows to specify time for timed-loopbacks on on the Ethernet Access Port.

This object allows to specify whether or not the loopbacked frame will have the Source Address and Destination Address swapped.

This object allows specification of the outer VLANs to be looped back when port is in vlan(terminal/facility) loopback configuration. Only 3 VLANs can be specified for vlan loopback. The various bit positions are: 1 Outer VLAN 1 Loopback Enabled 2 Outer VLAN 2 Loopback Enabled 4 Outer VLAN 3 Loopback Enabled Value of 0 means that no VLANs are enabled.

This object allows specification of the outer VLAN 1 to be looped back when port is in vlan(terminal/facility) loopback configuration. This is valid only if the corresponding bit in cmEthernetAccPortOuterVlanLoopbackMask is set. The value to be specified should be in the form X-Y where X is the VLAN Id and Y is the VLAN Priority. If Y is specified as a *, all Priorities (0 to 7) are looped back.

This object allows specification of the outer VLAN 2 to be looped back when port is in vlan(terminal/facility) loopback configuration. This is valid only if the corresponding bit in cmEthernetAccPortOuterVlanLoopbackMask is set. The value to be specified should be in the form X-Y where X is the VLAN Id and Y is the VLAN Priority. If Y is specified as a *, all Priorities (0 to 7) are looped back.

This object allows specification of the outer VLAN 3 to be looped back when port is in vlan(terminal/facility) loopback configuration. This is valid only if the corresponding bit in cmEthernetAccPortOuterVlanLoopbackMask is set. The value to be specified should be in the form X-Y where X is the VLAN Id and Y is the VLAN Priority. If Y is specified as a *, all Priorities (0 to 7) are looped back.

This object allows specification of the inner VLANs to be looped back when port is in vlan(terminal/facility) loopback configuration. Only 3 VLANs can be specified for vlan loopback. The various bit positions are: 1 Inner VLAN 1 Loopback Enabled 2 Inner VLAN 2 Loopback Enabled 4 Inner VLAN 3 Loopback Enabled Value of 0 means that no VLANs are enabled.

This object allows specification of the inner VLAN 1 to be looped back when port is in vlan(terminal/facility) loopback configuration. This is valid only if the corresponding bit in cmEthernetAccPortInnerVlanLoopbackMask is set. The value to be specified should be in the form X-Y where X is the VLAN Id and Y is the VLAN Priority. If Y is specified as a *, all Priorities (0 to 7) are looped back.

This object allows specification of the inner VLAN 2 to be looped back when port is in vlan(terminal/facility) loopback configuration. This is valid only if the corresponding bit in cmEthernetAccPortInnerVlanLoopbackMask is set. The value to be specified should be in the form X-Y where X is the VLAN Id and Y is the VLAN Priority. If Y is specified as a *, all Priorities (0 to 7) are looped back.

This object allows specification of the inner VLAN 3 to be looped back when port is in vlan(terminal/facility) loopback configuration. This is valid only if the corresponding bit in cmEthernetAccPortInnerVlanLoopbackMask is set. The value to be specified should be in the form X-Y where X is the VLAN Id and Y is the VLAN Priority. If Y is specified as a *, all Priorities (0 to 7) are looped back.

This object allows enabling/disabling link loss forwarding on the Ethernet Access Port.

This object allows definition of the link loss forwarding signalling type. This is applicable only if cmEthernetAccPortLinkLossFwdEnabled is enabled. This object is applicable only for FSP150CM Release 3.1. This object is deprecated henceforth. Link Loss signalling will be supported using the object cmEthernetAccPortLinkLossFwdTxActionType.

This object allows definition of the link loss forwarding trigger types. This is applicable only if cmEthernetAccPortLinkLossFwdEnabled is enabled.

This object allows specification of the delay between detection of link loss and signalling of link loss forwarding. Time specified is in seconds.

This object provides the link loss forwarding status indicating if link loss forwarding is currently being signaled via the port.

This object provides the indication of a link partners ability to support link loss forwarding via EFM, i.e. from received organization specific OAMPDUs.

This object allows configuration of the Local Link Id on Ethernet access port.

This object allows enabling/disabling Remote Link Ids on Ethernet access port. By setting the appropriate bit positions, the Ethernet access port is able to distinguish the remote side client ports from the Remote Link Down PDUs coming from remote end.

OAM Id. This is unique EFM OAM sublayer port id.

Ethernet Access Port's EFM OAM Disposition. This object is applicable only for FSP150CM Release 3.1. This object is deprecated henceforth. With FSP150CC Release 4.1, this property is managed using the Control Protocol Disposition tables.

Ethernet Access Port's OAM discovery state.

This object allows specification of whether the Ethernet Access Port supports sending variable response OAMPDUs.

This object allows specification of whether the Ethernet Access Port supports interpreting Link Events.

This object allows specification of whether the Ethernet Access Port is capable of OAM remote loopback mode.

This object allows specification of whether the Ethernet Access Port is capable of sending OAMPDUs when the receive path is non-operational.

This object represents the largest OAMPDU, in octets, supported by the Ethernet Access Port. This value is compared to the remote Maximum PDU Size and the smaller of the two is used.

This object allows to configure the OAM sublayer entity in either Active or Passive mode.

This object allows retrieval of the Remote Mac Address.

This object allows retrieval of whether the remote OAM entity supports sending variable response OAMPDUs.

This object allows retrieval of whether the remote OAM entity supports interpreting Link Events.

This object allows retrieval of whether the remote OAM entity supports OAM remote loopback mode.

This object allows retrieval of whether the remote OAM entity is capable of sending OAMPDUs when the receive path is non-operational.

This object allows retrieval of the remote OAM entity maximum OAMPDU size.

This object allows to retrieve whether the remote OAM sublayer entity is either in Active or Passive mode.

This object allows specification of whether the Ethernet Access Port is in a connection-oriented (offering VLAN based services) mode or connection-less (offering MAC based services) mode.

This object allows specification of whether the Ethernet Access Port provides transparent port based services, or multi-flow VLAN based services.

This object allows management of RX pause frames on Ethernet Access port. This object is applicable only for FSP150CM Release 3.1. This object is deprecated henceforth. With FSP150CC Release 4.1, this property is managed using the Control Protocol Disposition tables.

This object allows enabling/disabling transmit pause frames on Ethernet Access port.

This object allows specification of the Acceptable Frame Policy on Ethernet Access port. Users can specify whether the port supports only tagged frames, only untagged frames or both tagged and untagged frames.

This object provides the current MDIX status of the Ethernet Access port.

This object provides the SFP Reach in meters. This is applicable when cmEthernetAccPortMediaType is fiber or coppersfp.

This object provides the SFP Laser Wave Length in nano meters. This is applicable only when cmEthernetAccPortMediaType is fiber.

This object provides the SFP Media Type. This is applicable when cmEthernetAccPortMediaType is fiber or coppersfp.

This object allows to manage the EFM OAM on Ethernet Access Port.

This object provides the EFM OAM Admin State.

This object allows to manage the Access Port Shaping. When enabled, values in cmEthernetAccPortShapedSpeedLo and cmEthernetAccPortShapedSpeedHi are applicable.

This object allows to specify the lower 32 bits of the Access Port Shaped speed. This value is applicable when cmEthernetAccPortShapingEnabled is enabled.

This object allows to specify the higher 32 bits of the Access Port Shaped speed. This value is applicable when cmEthernetAccPortShapingEnabled is enabled.

This object allows to specify the Q-in-Q Ether Type on the Access Port. Setting this value to 0 will disable the Q-in-Q override on the Access Port.

This object allows to enable/disable the RX PAUSE on the Access Port. This object is not applicable for FSP150CM NTU Card. On NTU Card cmEthernetAccPortRxPauseDisposition object should be used to provision RxPause disposition.

This object allows to enable or disable the automatic Cable Diagnostic tests when the cable is removed from the port.

This object allows to specify the Access Port's behavior when link loss forwarding trigger events occur on the Network Port. This provides ability to configure per access port LLF behavior.

This object provides the received Remote Link IDs in EFM RLD messages on the Access Port.

This object allows to enable or disable the VLAN trunking on Ethernet Access port. Disabling VLAN trunking removes all VLAN tags before transmitting traffic out of the access port. This object is only applicable for connection-oriented, evpl service type.

This object allows to specify whether cmEthernetAccPortPortVlanId value will be PUSHed on untagged frames or not in the Access to Network direction. This object is only applicable for connection-oriented, evpl service type.

This object allows to specify whether cmEthernetAccPortPortVlanId value will be POPed in the Network to Access direction. This object is only applicable for connection-oriented, evpl service type.

This object allows to specify the Ethernet Access Port VLAN Id to PUSH on untagged frames in the Access to Network direction. This object is only applicable for connection-oriented, evpl service type, when cmEthernetAccPortA2NPushPVIDEnabled is set to true.

This object allows to specify the Ethernet Access Port VLAN Priority for the PUSHed VLAN tag (specified by cmEthernetAccPortPortVlanId) on untagged frames in the Access to Network direction. This object is only applicable for connection-oriented, evpl service type, when cmEthernetAccPortA2NPushPVIDEnabled is set to true.

This object allows to specify the Ethernet Access Port Priority Mapping Mode used for classification of frames. This object is only applicable for connection-oriented, evpl service type.

This object allows to specify whether the Ethernet Access Port can be enabled/disabled for Synchronous Ethernet. This object is only applicable for Synchronous Ethernet capable ports. When enabled, on receive side -port can extract the frequency of its input signal and pass the recovered clock to the system clock -port processes the ESMC(Ethernet Synchronization Messaging Channel) and extracts the QL (when also QL enabled) -port is eligible to be selected as a system clock reference When enabled, on transmit side -port's transmit clock is locked to the system clock -port generates an ESMC to generate a QL (when also QL enabled) When disabled, on receive side, -port does not pass the recovered clock to the system clock -port does not process the ESMC (if present) -port is not eligible to be selected as a system clock reference When disabled, on transmit side -port's output frequency may be synchronized to the system clock -port does not generate an ESMC.

This object allows to specify whether the Ethernet Access Port can be enabled/disabled for QL Mode. This object is only applicable for Synchronous Ethernet capable ports, when cmEthernetAccPortQLModeEnabled is set to true. When enabled, on receive side -port shall PEER the SSM (Sync Status Messages) slow protocol PDUs and take appropriate action When enabled, on transmit side -port shall periodically (once a second) transmit QL TLV information PDUs When disabled, on receive side, -port shall terminate and discard any SSM slow protocol PDUs When disabled, on transmit side -port shall not transmit any SSM slow protocol PDUs.

This object allows to specify the expected QL when the Ethernet Access Port is enabled for QL Mode. This object is only applicable for Synchronous Ethernet capable ports, when cmEthernetAccPortQLModeEnabled is set to true. This object allows the user to set a minimum expected received Quality Level on the port. The valid values depend upon the SYNC entity's Network Clock Type. A value of None represents that a minimum Quality Level is not expected. The default value shall be None.

This object allows to specify the assumed QL on the Ethernet Access Port. This object is only applicable for Synchronous Ethernet capable ports. The Assumed QL is only meaningful if the Network Clock Type (see fsp150cm-sync.mib) is option1 and the port's QL Mode is disabled and the port is being used as an input reference source. Under these conditions, the specified QL value is assumed to be the Quality Level of the non-failed reference.

This object provides the Received QL value for the Ethernet port. If the Ethernet port's QL Mode is disabled, then the received QL value is not applicable.This object is only applicable for Synchronous Ethernet capable ports.

This object provides the Transmitted QL value for the Ethernet port. If the Ethernet port's QL Mode is disabled, then the received QL value is not applicable. This object is only applicable for Synchronous Ethernet capable ports.

This is a port level control to reset the DEI (Drop Eligibility Indicator) bit in the S-Tag, if the downstream equipment supports S-Tag TPID (EtherType) but cannot handle DEI bit set. In the receive direction, it uses the S-TAG DEI when enabled, else ignores it. The following comment is NOT relevant to OSA8.1.1, since this object is still supported by OSA8.1.1. The object has been deprecated. The respective configuration should be managed by following objects: cmEthernetAccPortRxDeiAction, cmEthernetAccPortTxDeiAction, cmEthernetAccPortRxDeiOuterTagType, cmEthernetAccPortTxDeiOuterTagType.

This is a port level control that specifies the mode of drop eligibility encoding in PCP bits of the VLAN tag.

This object allows the SNMP user to manage the Priority Code Point (PCP) Drop Eligibility Pairs. When the cmEthernetAccPortPcpDEEncType is of type 7p1d, 6p2d, 5p3d, the cmAccPortPcpDEPairTable can be used to specify alternate pairs of priorities to specify drop eligibility/ ineligibility.

This object allows retrieval of the Remote Mac Address, when the port is peering using SSM.

This object allows to specify the PHY type of 10G Ethernet Port. 10G ports can operate in LAN-PHY or WAN-PHY mode. The default mode is LAN-PHY and port rate in this mode is 10Gbps. In WAN-PHY mode the port rate is 9.29Gbps. This attribute is only applicable for ports configured to work at speed-10G-full. For other speeds the value of this object must be 'not-applicable' and cannot be changed.

This object allows to Enable/Disable the Acc Port Source MAC Address frame matching criteria for all streams. Not applicable for: efm-oam-remote, efm-oam-remote-timed.

This object allows to Enable/Disable the Acc Port Destination MAC Address frame matching criteria for all streams. Not applicable for: efm-oam-remote, efm-oam-remote-timed.

This object allows to set Acc Port Source MAC Address for frame matching when Acc Port Source MAC Control is enabled.

This object allows to set Acc Port Destination MAC Address for frame matching when Acc Port Destination MAC Control is enabled.

This object allows frame blocking when loopback is active. - True: Blocks frames in the non-loopback direction that match the PORT or VLAN received in the non-loopback direction. Discards frames in the loopback direction that match the PORT or VLAN, but do not match the MAC address criteria, - False: No blocking of frames.

This object allows to specify the Receive DEI Action.

This object allows to specify the Transmit DEI Action.

This object allows to specify the Receive DEI Outer Tag Type.

This object allows to specify the Transmit DEI Outer Tag Type.

Channel number of WDM tunable XFP setting.

Channel number of WDM tunable XFP setting.

Channel number of WDM tunable XFP setting.

This object provides the auto selected Ethernet Media of the Ethernet Access Port.

This object allows to Enable/Disable the Low Latency Queuing on the Ethernet Access Port.

This object allows to Enable/Disable the Swapping of Priority Vlan Id in the A2N direction.

This object allows to Enable/Disable the Swapping of Priority Vlan Id in the N2A direction.

This object allows to specify the value of Vlan Id for the Swapping of Priority Vlan Id operation for both the A2N and N2A direction.

This object describes the diagnose mac address for SAT, ECPA, JDSU, Loopback with Override SA etc.

Indicates which VLAN tag to use for PCP Priority to COS mapping when the port Priority Map Mode is 802.1p. Supported values are inner-vlantag and outer-vlantag. This attribute is only applicable on products when Flowpoint Model is supported. inner-vlantag: The inner VLAN tag PCP Priority of a frame is used for ingress COS mapping. A frame with no inner VLAN tag (untagged or single-tagged) will have a COS equal to the default COS of the port. outer-vlantag: The outer VLAN tag PCP Priority of a frame is used for ingress COS mapping. A frame with no outer VLAN tag (untagged) will have a COS equal to the default COS of the port. This attribute has been deprecated and is not supported. Now, the Priority Map Mode indicates whether it is inner or outer. Use priomap-8021p(4) for outer and priomap-8021p-inner(5) for inner.

The COS assigned to a frame that does not have a valid COS identifier for the Priority Map Mode of the port. This attribute is only applicable on products when Flowpoint Model is supported. This value is assigned to a frame received on a port when: - the cmEthernetAccPortPrioMapMode=priomap-8021p, ingressCOSPriority=inner-vlantag; and the frame is untagged - the cmEthernetAccPortPrioMapMode=priomap-8021p, ingressCOSPriority=inner-vlantag; and the frame has a single VLAN tag - the cmEthernetAccPortPrioMapMode=priomap-8021p, ingressCOSPriority=outer-vlantag; and the frame is untagged - the cmEthernetAccPortPrioMapMode=priomap-dscp; and the frame does not have an IP ethertype - the cmEthernetAccPortPrioMapMode=priomap-tos; and the frame does not have an IP ethertype. This attribute has been deprecated and is not supported. The Default COS is determined from the flowpoint's associated Priority Mapping Profle.

The Traffic Management connection model available for the port. - accessFlow: NID Traffic Connection model. - flowpoint: Multipoint and Aggregation Traffic Connection model.

This object describes whether the shaper bw independent.

This object is applicable when there is jdsu l3 loopback.

This object used to specify the wfq segmentation cos value.

This object used to specify the wfq group cos value.

This object used to specify the wfq group eir low 32 bits value.

This object used to specify the wfq group eir high 32 bits value.

Allows enabling/disabling of silent start.

This object provides the SFP Link Length. This is applicable only when cmEthernetTrafficPortMediaType is fiber or coppersfp.

This object allows enabling/disabling of Outer Tag TPID override. When enabled, values in Outer Tag TPID is applicable on egress Ethernet Access Port.

This object allows to specify the egress Outer Tag TPID on the Ethernet Access Port.

This object provides the official name of the SFP.

This object provides the hardware revision of the SFP.

This object allows enabling/disabling of Persistent Loopback Control. The loopback configuration parameters do not survive restart as typically maintenance actions are not persist. Setting this attribute to true shall persist the loopback configuration parameters. When it is set to false the loopback configuration parameters shall not survive a restart.

Control that enables/disables Test Reflector IPv4 Address to be used for Test Reflector IP Interface.

This is the Test Reflector Interface IPv4 address.

Control that enables/disables Test Reflector IPv6 Address to be used for Test Reflector IP Interface.

This is the Test Reflector Interface IPv6 address.

This object allows to manage (enable/disable) Power Over Ethernet Detection.

This object provides the status of Power Over Ethernet Detection.

This object provides the SFP identifier value.

A list of entries corresponding to Ethernet Access Port Control Protocol Disposition. This table is only applicable for FSP150CM Hub Shelf Release 3.x.

A conceptual row in the cmEthernetAccPortCpdTable. These entries represent a Control Protocol Disposition filtering criteria on the Ethernet Access Port.

An arbitrary integer index value used to uniquely identify this CPD Service Entry.

This enables specification of type of CPD Filter.

This provides description of CPD Filter.

This enables specification of disposion type of CPD Filter.

This enables provides the Filter MAC Address to match.

This enables provides the Filter MAC Address Mask to match.

This enables provides the Filter Ethertype to match.

This enables provides the Filter Ethertype Mask to match.

This enables provides the Filter Subtype to match.

This enables provides the Filter Subtype Mask to match.

A list of entries corresponding to Ethernet Access Port Cable Length Benchmark.

A conceptual row in the cmEthernetAccPortClbTable. These entries represent Cable Length Benchmarks on the Ethernet Access Port.

An integer index value used to uniquely identify this Cable Length Benchmark Entry specification.

This enables specification of Cable Length Benchmark entry.

Cable length of Cable Points Entry. The cable length is of the form XXX[.YY] where XX can be any integer value and YY allows precision of 2 decimals after the floating point. Note that .YY is optional.

A textual string containing description of cable span.

A list of entries corresponding to Ethernet Flows for configuration purposes. If the corresponding Ethernet Access Port's cmEthernetAccPortMode is connection-oriented and cmEthernetAccPortSvcType is epl, there exists a single Flow in this table. No Flow creation or deletion is allowed on this table for FSP150CM NTU based services. Since Fsp150 R5.6CC release this table is used to manage 2 types of Flows: - Access Port Flow as in the previous releases - Tranparent Flow (new in 5.6CC) A Transparent Flow is Flow between Network-1 and Network-2 ports used to convey pass-thru traffic in the ring topology e.g. ERP. Few of the existing attributes will have new semantix for Transperent Flow. Transparent Flow is a NE level object and hence has different indexing than the Access Port Flow. The valid indices are neIndex and cmFlowIndex. The remaining indices will have constant values as follows: shelfIndex = 1 slotIndex = 255 cmEthernetAccPortIndex = 0

A conceptual row in the cmFlowTable. These entries represent an Ethernet Flow.

The integer index value corresponding to an Ethernet Flow.

This object allows SNMP management entities to provide a circuit identifier with the Flow.

This object represents the Administrative State of the Flow.

This object represents the Operational State of the Flow.

This object represents the Secondary State of the Flow.

This object represents the type of the Flow.

This object allows specification of multiple COS (Class of Service) Flow.

This object represents the Commited Information Rate(CIR) of an Flow in the Access to Network (A2N) direction. For a portbased Flow(FSP150CM NTU, CPMR), this object is not settable. This value represents the lower 32-bits of the CIR. For a Multi COS flow, this value is settable only at creation time. In case of Tranparent Flow this object represents N1 to N2 CIR.

This object represents the Excess Information Rate(EIR) on an Flow in the Access to Network (A2N) direction. For a portbased Flow(FSP150CM NTU, CPMR), this object is not settable. This value represents the lower 32-bits of the CIR. For a Multi COS flow, this value is settable only at creation time. In case of Tranparent Flow this object represents N1 to N2 EIR.

This object allows management of the N2A rate limiting, independent of A2N rate limiting. When not enabled, N2A specification is the same as A2N. This object is not applicable for Tranparent Flow; the value should be FALSE.

This object represents the Commited Information Rate(CIR) of an Flow in the Network to Access (N2A) direction. For a portbased Flow, this object is not settable. This is only settable if cmFlowN2ARateLimitingEnabled is enabled. In case of Tranparent Flow this object represents N2 to N1 CIR.

This object represents the Excess Information Rate(CIR) of an Flow in the Network to Access (N2A) direction. For a portbased Flow, this object is not settable. This is only settable if cmFlowN2ARateLimitingEnabled is enabled. In case of Tranparent Flow this object represents N2 to N1 EIR.

The type of storage configured for this entry.

The status of this row. An entry MUST NOT exist in the active state unless all objects in the entry have an appropriate value, as described in the description clause for each writable object. The values of cmFlowRowStatus supported are createAndGo(4) and destroy(6). All mandatory attributes must be specified in a single SNMP SET request with cmFlowRowStatus value as createAndGo(4). Upon successful row creation, this object has a value of active(1). The cmFlowRowStatus object may be modified if the associated instance of this object is equal to active(1). Note that flow creation and deletion is only supported with access port in connection-oriented evpl mode.

This object provides information on the type of traffic flow supported by the system, i.e.'shaped-only' flows (support only shaping) or 'policed-shaped' (support policing and shaping) flows. 'shaped-only' flow exists for FSP150CM NTU and CPMR access ports. 'policed-shaped' flows are supported in FSP150CC devices. Please note that this object refers to how traffic profiles are managed on devices and is independent of the policing enabling/disabling feature.

This object allows specification of the COS (Class of Service) value for the Traffic Flow. This value is used at flow creation time to identify the COS level of the A2N and N2A shaper. In case of a multi-COS flow, this value is not applicable when multiple policers/shapers exist on the flow. This object is also applicable to specify the COS of a connection-oriented epl service.

This object is applicable only when Port is in connection-oriented evpl mode. This attribute is mandatory if creation of connection-oriented evpl regular flow is desired. It allows specification of VLAN members of the Flow. VLAN members are comma separated, of the form X-Y where X is the VLAN Id and Y is the VLAN Priority. VLAN members can be of the form X-* or X (vlan X with all priorities), *-Y (all vlans with priority Y), and X1:X2 (range of vlans from X1 to X2, all priorities). Members with specific VLAN Id and specific VLAN Priority are not supported. Once the flow is created, this attribute can only be updated using cmFlowAction and cmFlowActionVlan objects.

This object is applicable only when Port is in connection-oriented evpl mode and the cmFlowType is regular. This object allows to add or remove the VLAN members specified by cmFlowActionVlan object. SNMP manager must first configure the VLAN member to be added/removed in the object cmFlowActionVlan and then should specify cmFlowAction on whether to add/remove the specified VLAN member.

This object is applicable only when Port is in connection-oriented evpl mode. This object allows adding/removing VLAN members to a connection-oriented evpl regular flow. VLAN member is of the form X-Y where X is the VLAN Id and Y is the VLAN Priority. VLAN members can be of the form X-* (vlan X with all priorities), *-Y (all vlans with priority Y), and X1:X2 (range of vlans from X1 to X2, all priorities). Members with specific VLAN Id and specific VLAN Priority are not supported. In order to add/remove VLAN member to a flow, user must specify this object with appropriate VLAN and then invoke cmFlowAction.

This object is applicable only when Port is in connection-oriented evpl mode for a regular flow as well as default flow. This object allows to specify whether or not the flow supports untagged traffic.

This object represents the Commited Information Rate(CIR) of an Flow in the Access to Network (A2N) direction. This value represents the upper 32 bits of CIR (lower is provided in cmFlowA2NCIR). For a Multi COS flow, this value is settable only at creation time. In case of Tranparent Flow this object represents N1 to N2 CIR.

This object represents the Excess Information Rate(EIR) on an Flow in the Access to Network (A2N) direction. For a portbased Flow(FSP150CM NTU, CPMR), this object is not settable. This value represents the higher 32-bits of the CIR. For a Multi COS flow, this value is settable only at creation time. In case of Tranparent Flow this object represents N1 to N2 EIR.

This object represents the Commited Information Rate(CIR) of an Flow in the Network to Access (N2A) direction. This value represents the upper 32 bits of CIR (lower is provided in cmFlowN2ACIR). For a Multi COS flow, this value is settable only at creation time. This is only settable if cmFlowN2ARateLimitingEnabled is enabled. In case of Tranparent Flow this object represents N2 to N1 CIR.

This object represents the Excess Information Rate(EIR) on an Flow in the Network to Access (N2A) direction. For a portbased Flow(FSP150CM NTU, CPMR), this object is not settable. This value represents the higher 32-bits of the CIR. For a Multi COS flow, this value is settable only at creation time. This is only settable if cmFlowN2ARateLimitingEnabled is enabled. In case of Tranparent Flow this object represents N2 to N1 EIR.

This object allows management of Hierarchical COS on the Flow.

This object supports the Hierarchical Class of Service (HCOS) feature. It is only applicable for a flow with multiple class of services. This allows the provisioning of guaranteed bandwidth (lower 32 bits) of a flow. This value must be greater than or equal to the sum of all individual COS CIRs. In case of Tranparent Flow this object represents N1 to N2 and N2 to N1 guaranteed bandwidth.

This object supports the Hierarchical Class of Service (HCOS) feature. It is only applicable for a flow with multiple class of services. This allows the provisioning of guaranteed bandwidth (upper 32 bits) of a flow. This value must be greater than or equal to the sum of all individual COS CIRs. In case of Tranparent Flow this object represents N1 to N2 and N2 to N1 guaranteed bandwidth.

This object supports the Hierarchical Class of Service (HCOS) feature. It is only applicable for a flow with multiple class of services. This allows the provisioning of maximum bandwidth (lower 32 bits) of a flow. This is the peak limit of a flow. This value must be greater than or equal to the sum of all individual COS CIRs. In case of Tranparent Flow this object represents N1 to N2 and N2 to N1 maximum bandwidth.

This object supports the Hierarchical Class of Service (HCOS) feature. It is only applicable for a flow with multiple class of services. This allows the provisioning of maximum bandwidth (upper 32 bits) of a flow. This is the peak limit of a flow. This value must be greater than or equal to the sum of all individual COS CIRs. In case of Tranparent Flow this object represents N1 to N2 and N2 to N1 maximum bandwidth.

This object allows specification of the tag management operation on the C-TAG. Supported types are 'push', 'pushvid', 'swapvid' and 'none'. If the type is 'push', the VLAN Id (cmFlowCTagVlanId) and priority (cmFlowCTagVlanPriority) are pushed onto the frame; if the type is 'pushvid', only the VLAN Id (12 bits) is pushed, the Priority is copied from incoming tag's priority; if the type is 'swapvid', only the VLAN Id (12 bits) are swapped with the specified cmFlowCTagVlanId; if the type is 'none', no C-TAG management is performed. This object is not applicable for Tranparent Flow; the value should be 'none'.

This object allows specification of the VLAN Id to be pushed or swapped, based on the value of cmFlowCTagControl. It is applicable for 'push', 'swapvid' and 'pushvid' control types. This object is not applicable for Tranparent Flow; the value should be 0.

This object allows specification of the VLAN Priority to be pushed or swapped, based on the value of cmFlowCTagControl. It is applicable for 'push' control type. This object is not applicable for Tranparent Flow; the value should be 0.

This object is used to specify whether the C-TAG priority be used or ignored for traffic in the N2A direction. This is only applicable if cmFlowCTagControl is 'push'. This object is not applicable for Tranparent Flow; the value should be FALSE.

This object allows specification of the tag management operation on the S-TAG. Supported types are 'push', 'swapvid', and 'none'. If the type is 'push', the VLAN Id (cmFlowSTagVlanId) and priority (cmFlowSTagVlanPriority) are pushed onto the frame; if the type is 'swapvid', the VLAN Id(12 bits) is swapped with the specified cmFlowSTagVlanId; type is 'none', no S-TAG manament is performed. This object is not applicable for Tranparent Flow; the value should be 'none'.

This object allows specification of the VLAN Id to be pushed, based on the value of cmFlowSTagControl. It is applicable for 'push' control type. This object is not applicable for Tranparent Flow; the value should be 0.

This object allows specification of the VLAN Priority to be pushed, based on the value of cmFlowSTagControl. It is applicable for 'push' control type. This object is not applicable for Tranparent Flow; the value should be 0.

This object is used to specify whether the flow participates in outer-tag priority swap. The Priority Mapping Table cmPrioMapTable allows the A2N outer-tag priority to be specified based on incoming priority at Access Port (based on priority mapping mode - 802.1P, TOS, DSCP). This object is not applicable for Tranparent Flow; the value should be FALSE.

This object is used to specify whether the flow uses the inner-tag or the outer-tag in determining the COS (Class of Service) in the N2A direction. This object is applicable in the case of a Multi COS Flow. This object is not supported for Tranparent Flow;

This object is used to specify the number of frames lost per flow that starts counting Errored Seconds (ES) on the flow. This functionality is applicable if the flow is monitored using the Y.1731 ESA functionality.

This object is used to specify the frame-loss ratio per flow that starts counting Severely Errored Seconds (SES) on the flow. This functionality is applicable if the flow is monitored using the Y.1731 ESA functionality.

This object is applicable only when Port is in connection-oriented mode. This object is applicable to both epl and evpl mode flows. This object allows to enable/disable the policing function on the flow.

This object is applicable only when Port is in connection-oriented mode. This object is applicable to evpl mode Regular flows, when S-TAG control is specified as SWAPVID. When enabled, this attribute preserves the EtherType (0x88a8) and DEI (Drop Eligibility Indicator) bit in the incoming S-TAG (both from Access and Network Port perspective) into the outgoing S-TAG. When not enabled, the incoming tag is considered as a Q-TAG (0x8100) and both EtherType and CFI (Canonical Form Indicator) bits are over-written by the S-TAG Ethertype (0x88a8) and DEI bit. This object is not applicable for Tranparent Flow; the value should be FALSE.

This object is used to specify whether the flow participates in inner-tag (second) priority swap. The Priority Mapping Table cmPrioMapTable allows the A2N inner-tag priority to be specified based on incoming priority at Access Port (based on priority mapping mode - 802.1P, TOS, DSCP). This object is not applicable for Tranparent Flow; the value should FALSE.

This object is used to specify whether the flow participates in outer-tag priority swap in the A2N direction. The Priority Mapping Table cmNetPortPrioMapTable allows the N2A outer-tag priority to be specified based on incoming priority at Network Port (based on priority mapping mode - 802.1P, TOS, DSCP). This object is not applicable for Tranparent Flow; the value should be FALSE.

This object is used to specify whether the traffic in A2N direction passing through this flow is shaped by port-level or flow-level Shapers. In case of portbased flows the value of this attribute is flow-based and cannot be changed. In case of regular and default flows Fsp150 products may support both port-based and flow-based shaping.

This object is used to specify whether the traffic in N2A direction passing through this flow is shaped by port-level or flow-level Shapers. In case of portbased flows the value of this attribute is flow-based and cannot be changed. In case of regular and default flows Fsp150 products may support both port-based and flow-based shaping.

This object indicates whether the S-TAG priority is used or ignored for traffic in the N2A direction. This is only applicable if cmFlowSTagControl is 'push'. This object is not applicable for Tranparent Flow; the value should be FALSE.

This object is applicable for Flows on the PWE3 Ethernet Backplane Port. When set to TRUE bandwidth of this Flow will be automatically adjusted when PWE3 SATOPs are provisioned. The bandwidth will be adjusted based on the TDM entities of associated SATOPs. Flow on ports other than PWE3 Ethernet Backplane Port will always have this value set to FALSE and it is not configurable.

This object specifies a physical or logical port on the Access side of the Flow. This can be Access Port, Access LAG or Access Split Horizion Group. In case of Tranparent Flow this object specifies port1 of the Flow which is Network-1.

This object specifies a physical or logical port on the Network side of the Flow. This can be Network Port, Network LAG, Network Split Horizion Group ERP or Protection Group. In case of Tranparent Flow this object specifies port2 of the Flow which is Network-2.

This object specifies the direction(s) in which Poling is enabled on traffic within this Flow when cmFlowPolicingEnabled is TRUE.

This object specifies the percentage of available CIR on the Network ports assigned to this Flow when cmFlowAutoBandwidthConfigEnabled is TRUE. The flow guaranteedBW is set to available BW multiplied by this value. This object is only applicable to Tranparent Flow. The value of this object should be 0 for Access Flow.

This object specifies the Loop Avoidance instance to which this Flow belongs. This object is appicable only for Transparent Flow and should point to the ERP instance for which this Flows carries pass-thru traffic. In case of Access Flow the value of this object should be zeroDotZero.

This object specifies if this Flow is an Access Flow or Pass-thru Flow.

This object is used to specify whether n2n forwarding is enabled on particular Flow.

Whether multicast frames are limited per Flow.

The rate limit for multicast packets per Flow. When cmFlowA2NMulticastRateLimiteControl is set and value is 0, then all multicast frames are dropped. This object represents the low-order 32-bits.

The rate limit for multicast packets per Flow. When cmFlowA2NMulticastRateLimiteControl is set and value is 0, then all multicast frames are dropped. This object represents the high-order 32-bits.

Whether broadcast frames are limited per Flow.

The rate limit for multicast packets per Flow. When cmFlowA2NBroadcastRateLimiteControl is set and value is 0, then all multicast frames are dropped. This object represents the low-order 32-bits.

The rate limit for multicast packets per Flow. When cmFlowA2NBroadcastRateLimiteControl is set and value is 0, then all multicast frames are dropped. This object represents the high-order 32-bits.

Whether both multicast and broadcast frames are limited per Flow.

The rate limit for multicast packets per Flow. When cmFlowA2NCombinedRateLimiteControl is set and value is 0, then all multicast frames are dropped. This object represents the low-order 32-bits.

The rate limit for multicast packets per Flow. When cmFlowA2NCombinedRateLimiteControl is set and value is 0, then all multicast frames are dropped. This object represents the high-order 32-bits.

This object used to specify the flow's profile.

This object specifies EoMpls Pw object OID.

This object used to specify the flow's N2A direction profile.

This object can be used to enable/disable secure block.

This object specifies the secure flow list, it should be f3ConnectGuardFlowIndex value list split with comma.

This object specifies the secure state list, it should be secure state value list and split with comma. For detailed description how to identify values, please see FlowSecState in CM-COMMON-MIB.

This object used to specify the flow related A2N shaper BW whether independent.

This object used to specify the flow related wfq segmentation COS value.

This object used to specify the flow related wfq group COS value.

This object used to specify the flow related wfq group EIR low 32 bits value.

This object used to specify the flow related wfq group EIR high 32 bits value.

A list of entries corresponding to Flow Control Protocol Disposition. This table is only applicable for FSP150CM Hub Shelf Release 3.x.

A conceptual row in the cmFlowCpdTable. These entries represent a Control Protocol Disposition filtering criteria on the Ethernet Network Port.

An arbitrary integer index value used to uniquely identify this CPD Service Entry.

This enables specification of type of CPD Filter.

This provides description of CPD Filter.

This enables specification of disposion type of CPD Filter.

This enables provides the Filter MAC Address to match.

This enables provides the Filter MAC Address Mask to match.

This enables provides the Filter Ethertype to match.

This enables provides the Filter Ethertype Mask to match.

This enables provides the Filter Subtype to match.

This enables provides the Filter Subtype Mask to match.

A list of entries corresponding to Ethernet Quality of Service Shaper for configuration purposes.

A conceptual row in the cmQosShaperTable. These entries represent a Quality of Service Shaper.

The unique index value corresponding to a Quality of Service Shaper's direction. Values 1 and 2 are applicable to the Access Flow Shaper: - value of 1 stands for A2N direction, - value of 2 stands for N2A direction. Values 3 and 4 are applicable to Pass-thru Flow Shaper (new in 5.6CC release): - value of 3 stands for N1toN2 direction - value of 4 stands for N2toN1 direction

The unique integer index value corresponding to a Quality of Service Shaper. In release 5.6CC the range is extended to 1..16 to support duplicate A2N shapers on a Flow. The duplicate shapers are created under a Flow if network interface of the Flow is ERP Group or Split Horizon Group. In case of multi-cos Flow indices 1..8 represent shapers of COS 0..7 going to Network 1 port; indices 9..16 represent shapers for COS 0..7 going to Network 2 port. In case of single-cos Flow index 1 represents shaper going to Network 1 port; index 9 represents shaper going to Network 2 port.

The direction of the Quality of Service Shaper.

This object represents the Administrative State of the QOS Shaper.

This object represents the Operational State of the QOS Shaper.

This object represents the Secondary State of the QOS Shaper.

This object represents the Commited Information Rate(CIR) (Lower 32 bits)of a Shaper.

This object represents the Commited Burst Size (CBS) of the Shaper.

This object represents the Excess Information Rate(EIR) (Lower 32 bits) of a Shaper.

This object represents the Excess Burst Size (EBS) of the Shaper.

This object represents the Buffer Size of the Shaper.

The type of storage configured for this entry.

The status of this row. An entry MUST NOT exist in the active state unless all objects in the entry have an appropriate value, as described in the description clause for each writable object. The values of cmQosShaperRowStatus supported are createAndGo(4) and destroy(6). All mandatory attributes must be specified in a single SNMP SET request with cmQosShaperRowStatus value as createAndGo(4). Upon successful row creation, this object has a value of active(1). The cmQosShaperRowStatus object may be modified if the associated instance of this object is equal to active(1).

This object provides the COS (Class of Service) value for the QOS Shaper.

This object represents the Commited Information Rate(CIR) (Higher 32 bits) of a Shaper.

This object represents the Excess Information Rate(EIR) (Higher 32 bits) on the Shaper.

This object represents the Soam Commited Information Rate(SOAM-CIR) (Lower 32 bits) of a Shaper.

This object represents the Soam Commited Information Rate(SOAM-CIR) (Higher 32 bits) on the Shaper.

This object represents the Soam Excess Information Rate(SOAM-EIR) (Lower 32 bits) of a Shaper.

This object represents the Soam Excess Information Rate(SOAM-EIR) (Higher 32 bits) on the Shaper.

This object represents the Wred green packet min queue threshold value.

This object represents the Wred green packet max queue threshold value.

This object represents the Wred green packet drop probability.

This object represents the Wred yellow packet min queue threshold value.

This object represents the Wred yellow packet max queue threshold value.

This object represents the Wred yellow packet drop probability.

This object specifies the average frame size before fragmentation.

This object specifies the wfq weight value.

A list of entries corresponding to Ethernet Network Port Facilities for configuration purposes.

A conceptual row in the cmEthernetNetPortTable.

An integer index value used to uniquely identify this Ethernet Network Port within a card. Note that each Ethernet Network Port is uniquely identified by the indices neIndex, shelfIndex, slotIndex, cmEthernetNetPortIndex.

This object has the same value as ifIndex for Ethernet Network Port. An integer index value used to uniquely identify this Ethernet Network Port.

Entity Index from ENTITY-MIB for this port.

This object represents the Administrative State of the Ethernet Network Port.

This object represents the Operational State of the Ethernet Network Port.

This object represents the Secondary State of the Ethernet Network Port.

This object provides the MTU on the Ethernet Network Port.

This object represents the type of Ethernet Media on the Ethernet Network Port.

This object allows to configure the speed of the Ethernet Network Port.

This object provides the negotiated speed of the Ethernet Network Port.

This object allows management of MDIX property on Ethernet Network Port.

This object allows enabling/disabling jumbo frames support on the Ethernet Network Port. This object is only applicable for Ethernet Network Port on R3.1CM NTU Card.

This object provides the vendor name of the SFP. This is applicable when cmEthernetNetPortMediaType is fiber or coppersfp.

This object provides the part number of the SFP. This is applicable when cmEthernetNetPortMediaType is fiber or coppersfp.

This object provides the serial number of the SFP. This is applicable when cmEthernetNetPortMediaType is fiber or coppersfp.

This object provides the date of manufacture of the SFP. This is applicable when cmEthernetNetPortMediaType is fiber or coppersfp.

This object provides the SFP connector value. This is applicable when cmEthernetNetPortMediaType is fiber or coppersfp.

This object allows to initiate Etherjack diagnosis on the Ethernet Network Port.

This object provides diagnosis results for the cable Pair 1 on Ethernet Network Port.

This object provides diagnosis results for the cable Pair 2 on Ethernet Network Port.

This object provides diagnosis results for the cable Pair 3 on Ethernet Network Port.

This object provides diagnosis results for the cable Pair 4 on Ethernet Network Port.

This object provides auto negotiation results of the diagnosis test on Ethernet Network Port.

This object provides port loopback results of the diagnosis test on Ethernet Network Port.

This object provides remote EFM loopback results of the diagnosis test on Ethernet Network Port.

This object provides results of the diagnosis test in string form on Ethernet Network Port.

This object provides the current status of the diagnosis test on Ethernet Access Port.

This object provides the time when diagnosis test was last executed.

This object allows to initiate loopbacks on on the Ethernet Network Port.

This object provides status of the current loopback on the Ethernet Network Port.

This object allows to specify time for timed-loopbacks on on the Ethernet Network Port.

This object allows to specify whether or not the loopbacked frame will have the Source Address and Destination Address swapped.

This object allows specification of the outer VLANs to be looped back when port is in vlan(terminal/facility) loopback configuration. Only 3 VLANs can be specified for vlan loopback. The various bit positions are: 1 Outer VLAN 1 Loopback Enabled 2 Outer VLAN 2 Loopback Enabled 4 Outer VLAN 3 Loopback Enabled Value of 0 means that no VLANs are enabled.

This object allows specification of the outer VLAN 1 to be looped back when port is in vlan(terminal/facility) loopback configuration. This is valid only if the corresponding bit in cmEthernetNetPortOuterVlanLoopbackMask is set. The value to be specified should be in the form X-Y where X is the VLAN Id and Y is the VLAN Priority. If Y is specified as a *, all Priorities (0 to 7) are looped back.

This object allows specification of the outer VLAN 2 to be looped back when port is in vlan(terminal/facility) loopback configuration. This is valid only if the corresponding bit in cmEthernetNetPortOuterVlanLoopbackMask is set. The value to be specified should be in the form X-Y where X is the VLAN Id and Y is the VLAN Priority. If Y is specified as a *, all Priorities (0 to 7) are looped back.

This object allows specification of the outer VLAN 3 to be looped back when port is in vlan(terminal/facility) loopback configuration. This is valid only if the corresponding bit in cmEthernetNetPortOuterVlanLoopbackMask is set. The value to be specified should be in the form X-Y where X is the VLAN Id and Y is the VLAN Priority. If Y is specified as a *, all Priorities (0 to 7) are looped back.

This object allows specification of the inner VLANs to be looped back when port is in vlan(terminal/facility) loopback configuration. Only 3 VLANs can be specified for vlan loopback. The various bit positions are: 1 Inner VLAN 1 Loopback Enabled 2 Inner VLAN 2 Loopback Enabled 4 Inner VLAN 3 Loopback Enabled Value of 0 means that no VLANs are enabled.

This object allows specification of the inner VLAN 1 to be looped back when port is in vlan(terminal/facility) loopback configuration. This is valid only if the corresponding bit in cmEthernetNetPortInnerVlanLoopbackMask is set. The value to be specified should be in the form X-Y where X is the VLAN Id and Y is the VLAN Priority. If Y is specified as a *, all Priorities (0 to 7) are looped back.

This object allows specification of the inner VLAN 2 to be looped back when port is in vlan(terminal/facility) loopback configuration. This is valid only if the corresponding bit in cmEthernetNetPortInnerVlanLoopbackMask is set. The value to be specified should be in the form X-Y where X is the VLAN Id and Y is the VLAN Priority. If Y is specified as a *, all Priorities (0 to 7) are looped back.

This object allows specification of the inner VLAN 3 to be looped back when port is in vlan(terminal/facility) loopback configuration. This is valid only if the corresponding bit in cmEthernetNetPortInnerVlanLoopbackMask is set. The value to be specified should be in the form X-Y where X is the VLAN Id and Y is the VLAN Priority. If Y is specified as a *, all Priorities (0 to 7) are looped back.

This object allows enabling/disabling link loss forwarding on the Ethernet Network Port.

This object allows definition of the link loss forwarding signalling type. This is applicable only if cmEthernetNetPortLinkLossFwdEnabled is enabled. This object is only valid for FSP150CM Release 3.1. This object is deprecated henceforth. Link Loss signalling will be supported using the object cmEthernetAccPortLinkLossFwdTxActionType.

This object allows definition of the link loss forwarding trigger types. This is applicable only if cmEthernetAccPortLinkLossFwdEnabled is enabled.

This object allows specification of the delay between detection of link loss and signalling of link loss forwarding. Time specified is in seconds.

This object provides the link loss forwarding status indicating if link loss forwarding is currently being signaled via the port.

This object provides the indication of a link partners ability to support link loss forwarding via EFM, i.e. from received organization specific OAMPDUs.

This object allows configuration of the Local Link Id on Ethernet Network port.

This object allows enabling/disabling Remote Link Ids on Ethernet Network port. By setting the appropriate bit positions, the Ethernet Network port is able to distinguish the remote side client ports from the Remote Link Down PDUs coming from remote end.

OAM Id. This is unique EFM OAM sublayer port id.

Ethernet Network Port's EFM OAM Administrative Disposition. This object is applicable only for FSP150CM Release 3.1. This object is deprecated henceforth. With FSP150CC Release 4.1, this property is managed using the Control Protocol Disposition tables.

Ethernet Network Port's OAM discovery state.

This object allows specification of whether the Ethernet Network Port supports sending variable response OAMPDUs.

This object allows specification of whether the Ethernet Network Port supports interpreting Link Events.

This object allows specification of whether the Ethernet Network Port is capable of OAM remote loopback mode.

This object allows specification of whether the Ethernet Network Port is capable of sending OAMPDUs when the receive path is non-operational.

This object represents the largest OAMPDU, in octets, supported by the Ethernet Network Port. This value is compared to the remote Maximum PDU Size and the smaller of the two is used.

This object allows to configure the OAM sublayer entity in either Active or Passive mode.

This object allows retrieval of the Remote Mac Address.

This object allows retrieval of whether the remote OAM entity supports sending variable response OAMPDUs.

This object allows retrieval of whether the remote OAM entity supports interpreting Link Events.

This object allows retrieval of whether the remote OAM entity supports OAM remote loopback mode.

This object allows retrieval of whether the remote OAM entity is capable of sending OAMPDUs when the receive path is non-operational.

This object allows retrieval of the remote OAM entity maximum OAMPDU size.

This object allows to retrieve whether the remote OAM sublayer entity is either in Active or Passive mode.

This object allows enabling/disabling receive pause frames on Ethernet Network port. This object is not applicable for FSP150CC Release 4.1 products.

This object allows enabling/disabling transmit pause frames on Ethernet Network port. This object is not applicable for FSP150CC Release 4.1 products.

This object allows specification of the Acceptable Frame Policy on Ethernet Network port. Users can specify whether the port supports only tagged frames, only untagged frames or both tagged and untagged frames. This object is not applicable for FSP150CC Release 4.1 products.

This object provides the current MDIX status of the Ethernet Network port.

This object provides the SFP Reach in meters. This is applicable when cmEthernetNetPortMediaType is fiber or coppersfp.

This object provides the SFP Laser Wave Length in nano meters. This is applicable only when cmEthernetNetPortMediaType is fiber.

This object provides the SFP Media Type. This is applicable when cmEthernetNetPortMediaType is fiber or coppersfp.

This object allows to manage the EFM OAM on Ethernet Network Port.

This object provides the EFM OAM Admin State.

This object allows to manage the Network Port Shaping. When enabled, values in cmEthernetNetPortShapedSpeedLo and cmEthernetNetPortShapedSpeedHi are applicable.

This object allows to specify the lower 32 bits of the Network Port Shaped speed. This value is applicable when cmEthernetNetPortShapingEnabled is enabled.

This object allows to specify the higher 32 bits of the Network Port Shaped speed. This value is applicable when cmEthernetNetPortShapingEnabled is enabled.

This object allows to specify the Q-in-Q Ether Type on the Network Port. Setting this value to 0 will disable the Q-in-Q override on the Network Port.

This object allows to specify the Network Port's behavior when link loss forwarding trigger events occur on the Access Port.

This object provides the received Remote Link IDs in EFM RLD messages on the Network Port.

This object allows to enable or disable the automatic Cable Diagnostic tests when the cable is removed from the port.

This object allows to specify whether the Ethernet Network Port can be enabled/disabled for Synchronous Ethernet. This object is only applicable for Synchronous Ethernet capable ports. When enabled, on receive side -port can extract the frequency of its input signal and pass the recovered clock to the system clock -port processes the ESMC(Ethernet Synchronization Messaging Channel) and extracts the QL (when also QL enabled) -port is eligible to be selected as a system clock reference When enabled, on transmit side -port's transmit clock is locked to the system clock -port generates an ESMC to generate a QL (when also QL enabled) When disabled, on receive side, -port does not pass the recovered clock to the system clock -port does not process the ESMC (if present) -port is not eligible to be selected as a system clock reference When disabled, on transmit side -port's output frequency may be synchronized to the system clock -port does not generate an ESMC.

This object allows to specify whether the Ethernet Network Port can be enabled/disabled for QL Mode. This object is only applicable for Synchronous Ethernet capable ports, when cmEthernetNetPortQLModeEnabled is set to true. When enabled, on receive side -port shall PEER the SSM (Sync Status Messages) slow protocol PDUs and take appropriate action When enabled, on transmit side -port shall periodically (once a second) transmit QL TLV information PDUs When disabled, on receive side, -port shall terminate and discard any SSM slow protocol PDUs When disabled, on transmit side -port shall not transmit any SSM slow protocol PDUs.

This object allows to specify the expected QL when the Ethernet Network Port is enabled for QL Mode. This object is only applicable for Synchronous Ethernet capable ports, when cmEthernetNetPortQLModeEnabled is set to true. This object allows the user to set a minimum expected received Quality Level on the port. The valid values depend upon the SYNC entity's Network Clock Type. A value of None represents that a minimum Quality Level is not expected. The default value shall be None.

This object allows to specify the assumed QL on the Ethernet Network Port. This object is only applicable for Synchronous Ethernet capable ports. The Assumed QL is only meaningful if the Network Clock Type (see fsp150cm-sync.mib) is option1 and the port's QL Mode is disabled and the port is being used as an input reference source. Under these conditions, the specified QL value is assumed to be the Quality Level of the non-failed reference.

This object provides the Received QL value for the Ethernet port. If the Ethernet port's QL Mode is disabled, then the received QL value is not applicable.This object is only applicable for Synchronous Ethernet capable ports.

This object provides the Transmitted QL value for the Ethernet port. If the Ethernet port's QL Mode is disabled, then the received QL value is not applicable. This object is only applicable for Synchronous Ethernet capable ports.

This object provides the Priority Mapping Mode used for classification of frames.

This is a port level control to reset the DEI (Drop Eligibility Indicator) bit in the S-Tag, if the downstream equipment supports S-Tag TPID (EtherType) but cannot handle DEI bit set. In the receive direction, it uses the S-TAG DEI when enabled, else ignores it. The following comment is NOT relevant to OSA8.1.1, since this object is still supported by OSA8.1.1. The object has been deprecated. The respective configuration should be managed by following objects: cmEthernetNetPortRxDeiAction, cmEthernetNetPortTxDeiAction, cmEthernetNetPortRxDeiOuterTagType, cmEthernetNetPortTxDeiOuterTagType.

This is a port level control that specifies the mode of drop eligibility encoding in PCP bits of the VLAN tag.

This object allows the SNMP user to manage the Priority Code Point (PCP) Drop Eligibility Pairs. When the cmEthernetNetPortPcpDEEncType is of type 7p1d, 6p2d, 5p3d, the cmNetPortPcpDEPairTable can be used to specify alternate pairs of priorities to specify drop eligibility/ ineligibility.

This object allows retrieval of the Remote Mac Address, when the port is peering using SSM.

This object allows to specify the PHY type of 10G Ethernet Port. 10G ports can operate in LAN-PHY or WAN-PHY mode. The default mode is LAN-PHY and port rate in this mode is 10Gbps. In WAN-PHY mode the port rate is 9.29Gbps. This attribute is only applicable for ports configured to work at speed-10G-full. For other speeds the value of this object must be 'not-applicable' and cannot be changed.

This object allows to Enable/Disable the Net Port Source MAC Address frame matching criteria for all streams. Not applicable for: efm-oam-remote, efm-oam-remote-timed.

This object allows to Enable/Disable the Net Port Destination MAC Address frame matching criteria for all streams. Not applicable for: efm-oam-remote, efm-oam-remote-timed.

This object allows to set Net Port Source MAC Address for frame matching when Net Port Source MAC Control is enabled.

This object allows to set Net Port Destination MAC Address for frame matching when Net Port Destination MAC Control is enabled.

This object allows frame blocking when loopback is active. - True: Blocks frames in the non-loopback direction that match the PORT or VLAN received in the non-loopback direction. Discards frames in the loopback direction that match the PORT or VLAN, but do not match the MAC address criteria, - False: No blocking of frames.

This object allows to specify the Receive DEI Action.

This object allows to specify the Transmit DEI Action.

This object allows to specify the Receive DEI Outer Tag Type.

This object allows to specify the Transmit DEI Outer Tag Type.

Channel number of WDM tunable XFP setting.

Channel number of WDM tunable XFP setting.

Channel number of WDM tunable XFP setting.

This object provides the auto selected Ethernet Media of the Ethernet Network Port.

This object allows to Enable/Disable the Low Latency Queuing on the Ethernet Network Port.

This object describes the diagnose mac address for SAT, ECPA, JDSU, Loopback with Override SA etc.

Indicates the VLAN tag to use for PCP Priority to COS mapping when the port Priority Map Mode is 802.1p. Supported values are inner-vlantag and outer-vlantag. This attribute is only applicable on products when Flowpoint Model is supported. inner-vlantag: The inner VLAN tag PCP Priority of a frame is used for ingress COS mapping. A frame with no inner VLAN tag (untagged or single-tagged) will have a COS equal to the default COS of the port. outer-vlantag: The outer VLAN tag PCP Priority of a frame is used for ingress COS mapping. A frame with no outer VLAN tag (untagged) will have a COS equal to the default COS of the port. This attribute has been deprecated and is not supported. Now, the Priority Map Mode indicates whether it is inner or outer. Use priomap-8021p(4) for outer and priomap-8021p-inner(5) for inner.

The COS assigned to a frame that does not have a valid COS identifier for the Priority Map Mode of the port. This attribute is only applicable on products when Flowpoint Model is supported. This value is assigned to a frame received on a port when: - the cmEthernetNetPortPrioMapMode=priomap-8021p, ingressCOSPriority=inner-vlantag; and the frame is untagged - the cmEthernetNetPortPrioMapMode=priomap-8021p, ingressCOSPriority=inner-vlantag; and the frame has a single VLAN tag - the cmEthernetNetPortPrioMapMode=priomap-8021p, ingressCOSPriority=outer-vlantag; and the frame is untagged - the cmEthernetNetPortPrioMapMode=priomap-dscp; and the frame does not have an IP ethertype - the cmEthernetNetPortPrioMapMode=priomap-tos; and the frame does not have an IP ethertype. This attribute has been deprecated and is not supported. The Default COS is determined from the flowpoint's associated Priority Mapping Profle.

The Traffic Management connection model available for the port. - accessFlow: NID Traffic Connection model. - flowpoint: Multipoint and Aggregation Traffic Connection model.

This object describes the shaper BW whether independent.

This is a port level control that specifies the mode of drop eligibility encoding in exp bits of the VLAN tag.

This object allows the SNMP user to manage the Priority Code Point (PCP) Drop Eligibility Pairs. When the cmEthernetNetPortExpDEEncType is of type 7p1d, 6p2d, 5p3d, the cmNetPortExpDEPairTable can be used to specify alternate pairs of priorities to specify drop eligibility/ ineligibility.

This is a port level control that specifies the mode of drop eligibility encoding in Ip Prec bits of the VLAN tag.

This object allows the SNMP user to manage the Ip Prec Drop Eligibility Pairs. When the cmEthernetNetPortIpPrecDEEncType is of type 7p1d, 6p2d, 5p3d, the cmNetPortIpPrecDEPairTable can be used to specify alternate pairs of priorities to specify drop eligibility/ ineligibility.

This is a port level control the mode of drop eligibility encoding in PCP bits of the VLAN tag in encapsulation header.

This object allows the SNMP user to manage the Priority Code Point (PCP) Drop Eligibility Pairs. When the cmEthernetNetPortEncapPcpDEEncodingType is of type 7p1d, 6p2d, 5p3d, the cmNetPortEncapPcpDEPairTable can be used to specify alternate pairs of priorities to specify drop eligibility/ ineligibility.

This object is applicable when there is jdsu l3 loopback.

This object is used to specify the wfq segmentation COS value.

This object is used to specify the wfq group COS value.

This object is used to specify the wfq group eir low 32 bits value.

This object is used to specify the wfq group eir high 32 bits value.

Allows enabling/disabling of silent start.

This object provides the SFP Link Length. This is applicable only when cmEthernetTrafficPortMediaType is fiber or coppersfp.

This object allows enabling/disabling of Outer Tag TPID override. When enabled, values in Outer Tag TPID is applicable on egress Ethernet Network Port.

This object allows to specify the egress Outer Tag TPID on the Ethernet Network Port.

This object provides the official name of the SFP.

This object provides the hardware revision of the SFP.

This object allows enabling/disabling of Persistent Loopback Control. The loopback configuration parameters do not survive restart as typically maintenance actions are not persist. Setting this attribute to true shall persist the loopback configuration parameters. When it is set to false the loopback configuration parameters shall not survive a restart.

Control that enables/disables Test Reflector IPv4 Address to be used for Test Reflector IP Interface.

This is the Test Reflector Interface IPv4 address.

Control that enables/disables Test Reflector IPv6 Address to be used for Test Reflector IP Interface.

This is the Test Reflector Interface IPv6 address.

This object provides the SFP identifier value.

A list of entries corresponding to Ethernet Network Port Control Protocol Disposition. This table is only applicable for FSP150CM Hub Shelf Release 3.x.

A conceptual row in the cmEthernetNetPortCpdTable. These entries represent a Control Protocol Disposition filtering criteria on the Ethernet Network Port.

An arbitrary integer index value used to uniquely identify this CPD Service Entry.

This enables specification of type of CPD Filter.

This provides description of CPD Filter.

This enables specification of disposion type of CPD Filter.

This enables provides the Filter MAC Address to match.

This enables provides the Filter MAC Address Mask to match.

This enables provides the Filter Ethertype to match.

This enables provides the Filter Ethertype Mask to match.

This enables provides the Filter Subtype to match.

This enables provides the Filter Subtype Mask to match.

A list of entries corresponding to Ethernet Management Port Facilities for configuration purposes.

A conceptual row in the cmEthernetMgmtPortTable.

An integer index value used to uniquely identify this Ethernet Management Port within a card. Note that each Ethernet Management Port is uniquely identified by the indices neIndex, shelfIndex, slotIndex, cmEthernetMgmtPortIndex.

Entity Index from ENTITY-MIB for this port.

This object represents the Administrative State of the Ethernet Management Port.

This object represents the Operational State of the Ethernet Management Port.

This object represents the Secondary State of the Ethernet Management Port.

This object provides the MTU on the Ethernet Management Port.

This object allows to configure the speed of the Ethernet Management Port.

This object provides the negotiated speed of the Ethernet Management Port.

This object allows management of MDIX property on Ethernet Management Port.

This object provides the current MDIX status of the Ethernet Management port.

This object represents the type of Ethernet Media on the Ethernet Management Port.

A list of entries corresponding to Ethernet Priority Mappings in multi Class of Service (COS) mode. This table is applicable only when the Access Port is in connection-oriented evpl mode.

A conceptual row in the cmPrioMapTable.

The integer index value corresponding to a priority value based on the cmEthernetAccPortPrioMapMode. In case of TOS and 8021P, valid indices are 1 to 8, in case of DSCP, valid indices are 1 to 64.

The integer index value corresponding to a priority value based on the cmEthernetAccPortPrioMapMode. In case of TOS and 8021P, valid indices are 0 to 7, in case of DSCP, valid indices are 0 to 63.

This allows specification of whether the priority of incoming X-TAG should be swapped with cmPrioMapXTagPriority.

This allows specification of the VLAN priority that will replace the incoming X-TAG's priority. This is applicable with cmPrioMapXTagControl as 'swap'.

This allows specification of the COS Priority, i.e. this helps in determining the appropriate COS Policer for the Flow.

This allows specification of the VLAN priority that will replace the outgoing (A2N direction) outer-tag's priority. Note that, each flow participates or not in outer-tag priority mapping, using the object 'cmFlowOuterTagPrioEnabled'.

This allows specification of the VLAN priority that will replace the outgoing (A2N direction) inner-tag's (i.e. second tag) priority. Note that, each flow participates or not in inner-tag priority mapping, using the object 'cmFlowInnerTagPrioEnabled'.

A list of entries corresponding to Ethernet Quality of Service Policer for configuration purposes.

A conceptual row in the cmQosFlowPolicerTable. These entries represent a Quality of Service Policer.

The unique index value corresponding to a Quality of Service Policer's direction. Values 1 and 2 are applicable to the Access Flow Policer - value of 1 stands for A2N direction, - value of 2 stands for N2A direction. Values 3 and 4 are applicable to Pass-thru Flow Policer (new in 5.6CC release): - value of 3 stands for N1toN2 direction - value of 4 stands for N2toN1 direction

The Policer Index that represents the COS level. This is applicable in case of a Multi COS flow. Index 1 represents COS 0; Index 2 represents COS 1 and so on. In release 5.6CC the range is extended to 1..16 to support duplicate N2A policers on a Flow. The duplicate policers are created under a Flow if network interface of the Flow is ERP Group or Split Horizon Group. In case of multi-cos Flow indices 1..8 represent policers of COS 0..7 going from Network 1 port; indices 9..16 represent policers for COS 0..7 going from Network 2 port. In case of single-cos Flow index 1 represents policer going from Network 1 port; index 9 represents policer going from Network 2 port.

This object is allows specification of Policer direction as 'a2n' or 'n2a'.

This object represents the Administrative State of the QOS Flow Policer.

This object represents the Operational State of the QOS Flow Policer.

This object represents the Secondary State of the QOS Flow Policer.

This object allows specification of the Commited Information Rate(CIR) on Policer. This represents the lower 32 bits of the CIR.

This object allows specification of the Commited Information Rate(CIR) on Policer. This represents the upper 32 bits of the CIR.

This object allows specification of the Excess Information Rate(EIR) on the Policer. This represents the lower 32 bits of the EIR.

This object allows specification of the Excess Information Rate(EIR) on the Policer. This represents the upper 32 bits of the EIR.

This object allows specification of the Commited Burst Size (CBS) on Policer.

This object allows specification of the Excess Burst Size (EBS) on the Policer.

This object allows specification of Policer algorithm as 'srTCM' (Single Rate Triple Color Marking) or 'trTCM' (Two Rate Triple Color Marking).

This object allows specification of Policer Color Mode as 'color-aware' or 'color-blind'.

This object allows specification of Policer Color Marking Flag. The policer will set/clear the DEI (Drop Eligibility Indication) bit of the frame on an S-TAG if this flag is enabled. This object is not supported - setting any value will not have effect on the System.

This object allows specification of Policer Coupling Flag. When coupling is enabled, tokens that would normally be added to the C-bucket are passed to the E-bucket only once the CIR bucket has reached its CBS level. Therefore under this condition the E-bucket is being filled at the rate of CIR + EIR. Normally the long term average of frames declared yellow is bounded by the EIR. Coupling is a function to allow the long term average of frames declared yellow to be bounded by CIR + EIR. This allows a higher volume of yellow frames to be delivered/received if the arrival of green marked frames is low. Tokens from the E-bucket do NOT get passed to the C-bucket once the EBS level has been reached. Enabling coupling in combination with a provisioned EIR of 0 allows for a single rate three color marking (srTCM) algorithm to be established. In this situation the E-bucket is filled at the CIR rate in the case the C-bucket is filled to its CBS level.

This object allows specification of the QOS Shaper associated with this Policer. Multiple Policers can map to single Shaper. The corresponding row with the specified QOS value must exist in cmQosShaperTable when this value is specified.

The type of storage configured for this entry.

The status of this row. An entry MUST NOT exist in the active state unless all objects in the entry have an appropriate value, as described in the description clause for each writable object. The values of cmQosFlowPolicerRowStatus supported are createAndGo(4) and destroy(6). All mandatory attributes must be specified in a single SNMP SET request with cmQosFlowPolicerRowStatus value as createAndGo(4). Upon successful row creation, this object has a value of active(1). The cmQosFlowPolicerRowStatus object may be modified if the associated instance of this object is equal to active(1).

This object allows specification of the Commited Information Rate(CIR) MAX on Policer. This represents the high 32 bits.

This object allows specification of the Commited Information Rate(CIR) MAX on Policer. This represents the lower 32 bits.

This object allows specification of the Excess Information Rate(EIR) MAX on the Policer. This represents the high 32 bits.

This object allows specification of the Excess Information Rate(EIR) MAX on the Policer. This represents the lower 32 bits.

This object allows specification of envelope object.

This object allows specification of rank value.

This object describes whether the policing is enabled.

A list of entries corresponding to Ethernet Access Port Quality of Service Shaper for configuration purposes. These shapers can be managed when the Access Port is in evpl mode and are relevant for traffic in the network to access direction.

A conceptual row in the cmAccPortQosShaperTable. These entries represent a Quality of Service Shaper.

The unique integer index value corresponding to a Quality of Service Shaper.

The direction of the Quality of Service Shaper.

This object represents the Administrative State of the QOS Shaper.

This object represents the Operational State of the QOS Shaper.

This object represents the Secondary State of the QOS Shaper.

This object represents the Commited Information Rate(CIR) (Lower 32 bits)of a Shaper.

This object represents the Commited Information Rate(CIR) (Higher 32 bits) of a Shaper.

This object represents the Excess Information Rate(EIR) (Higher 32 bits) on the Shaper.

This object represents the Excess Information Rate(EIR) (Higher 32 bits) on the Shaper.

This object represents the Commited Burst Size (CBS) of the Shaper.

This object represents the Excess Burst Size (EBS) of the Shaper.

This object represents the Buffer Size of the Shaper.

This object provides the COS (Class of Service) value for the QOS Shaper.

This object represents the Soam Commited Information Rate(SOAM-CIR) (Lower 32 bits)of a Shaper.

This object represents the Soam Commited Information Rate(SOAM-CIR) (Higher 32 bits) of a Shaper.

This object represents the Soam Excess Information Rate(SOAM-EIR) (Higher 32 bits) on the Shaper.

This object represents the Soam Excess Information Rate(SOAM-EIR) (Higher 32 bits) on the Shaper.

This object represents the Wred green packet min queue threshold value.

This object represents the Wred green packet max queue threshold value.

This object represents the Wred green packet drop probability.

This object represents the Wred yellow packet min queue threshold value.

This object represents the Wred yellow packet max queue threshold value.

This object represents the Wred yellow packet drop probability.

This object specifies the average frame size before fragmentation.

This object specifies the wfq weight value.

A list of entries corresponding to Ethernet Access Port Control Protocol Disposition (CPD) V2. This support of CPD is provided on the GE206/GE201 device.

A conceptual row in the cmEthernetAccPortCpdV2Table. These entries represent a Control Protocol Disposition filtering criteria on the Ethernet Access Port.

Unique Index value to access the CPD row.

Deprecated - each Cisco protocol has its own disposition. Control Protocol Disposition for Cisco Group. This includes ISL, PAGP, UDLD, CDP, VTP, DTP, PSVTP+, UplinkFast, VLAN Bridge, L2PT. Note that a specific protocol filter overrides the group setting.

Control Protocol Disposition for ISL (Inter Switch Link). MAC Address (01:00:0C:00:00:00).

Control Protocol Disposition for PAGP (Port Aggregation Protocol). MAC Address (01:00:0C:CC:CC:CC), Ethertype(0x104).

Control Protocol Disposition for UDLD (Unidirectional Link Detection). MAC Address (01:00:0C:CC:CC:CC), Ethertype(0x111).

Control Protocol Disposition for CDP (Cisco Discovery Protocol). MAC Address (01:00:0C:CC:CC:CC), Ethertype(0x2000).

Control Protocol Disposition for VTP (VLAN Trunking Protocol). MAC Address (01:00:0C:CC:CC:CC), Ethertype(0x2003).

Control Protocol Disposition for DTP (Dynamic Trunking). MAC Address (01:00:0C:CC:CC:CC), Ethertype(0x2004).

Control Protocol Disposition for Spanning Tree PVSTP+. MAC Address (01:00:0C:CC:CC:CC), Ethertype(0x10B).

Control Protocol Disposition for STP UplinkFast. MAC Address (01:00:0C:CD:CD:CD), Ethertype(0x200A).

Control Protocol Disposition for VLAN Bridge. MAC Address (01:00:0C:CD:CD:CE), Ethertype(0x10C).

Control Protocol Disposition for Layer 2 Protocol Tunnelling(L2PT). MAC Address (01:00:0C:CD:CD:D0).

Deprecated - individual dispositions available for each MAC. Bridge Group Control Protocol Disposition Type. This includes BPDU, PAUSE (IEEE 802.3x Flow Control), LACP (Link Aggregation), LACP Marker (Marker), EFM OAM (IEEE 802.3 ah) and IEEE 802.1x Port Authentication, besides reserved MAC addresses from 01:80:C2:00:00:04 thru 01:80:C2:00:00:0F.

Control Protocol Disposition for IEEE Spanning Tree(STP), MSTP (Multiple Spanning Tree) and RSTP (Rapid Reconfiguration of Spanning Tree). MAC Address (01:80:C2:00:00:00).

Control Protocol Disposition for IEEE 802.3x Flow Control (PAUSE frames).

Control Protocol Disposition for 802.3ad Link Aggregation Protocol. MAC Address (01:80:C2:00:00:03), Ethertype (0x8809), Subtype(01).

Control Protocol Disposition for IEEE 802.3ad Marker Protocol. MAC Address (01:80:C2:00:00:03), Ethertype (0x8809), Subtype(02).

Control Protocol Disposition for IEEE 802.3ah EFM OAM. MAC Address (01:80:C2:00:00:03), Ethertype (0x8809), Subtype(03).

Control Protocol Disposition for Sync Status Messages. MAC Address (01:80:C2:00:00:02), Ethertype (0x19A7), Subtype(0A).

Control Protocol Disposition for IEEE 802.1x Protocol. MAC Address (01:80:C2:00:00:03), Ethertype (0x888E).

Deprecated - individual dispositions available for each MAC. Control Protocol Disposition for Range of MAC Addresses from 01:80:C2:00:00:04 to 01:80:C2:00:00:0F.

Control Protocol Disposition for IEEE 802.1d LAN Bridge Managment. MAC Address (01:80:C2:00:00:10).

Deprecated - each GARP Group protocol has its own disposition. Group Disposition type which includes GMRP, GVRP and MAC Address from range 01:80:C2:00:00:20 to 01:80:C2:00:00:2F.

Control Protocol Disposition for GARP Multicast Registration Protocol. MAC Address (01:80:C2:00:00:20).

Control Protocol Disposition for GARP VLAN Registration Protocol. MAC Address (01:80:C2:00:00:21).

Group Disposition type which includes GARP Reserved MAC Address from range 01:80:C2:00:00:22 to 01:80:C2:00:00:2F.

Deprecated - each LLDP MAC protocol has its own disposition. LLDP (Link Layer Discovery Protocol) Disposition type. MAC Address 01:80:C2:00:00:0e, 01:80:C2:00:00:03, or 01:80:C2:00:00:00.

ELMI (Ethernet Local Management Interface) Disposition type. MAC Address 01:80:C2:00:00:07 and EtherType of 0x88EE.

Configurable Layer 2 Protocol Tunneling MAC Address. For protocols STP, CDP and VTP, with control protocol disposition as pass-thru-l2pt, this configured MAC address replaces the DA, upon encapsulation. For decapsulation, protocol signature and this configured MAC address are matched and the MAC address is replaced with the protocol's inferred MAC address.

MAC Address 01:80:C2:00:00:00 Disposition type.

MAC Address 01:80:C2:00:00:01 Disposition type.

MAC Address 01:80:C2:00:00:02 Disposition type.

MAC Address 01:80:C2:00:00:03 Disposition type.

MAC Address 01:80:C2:00:00:04 Disposition type.

MAC Address 01:80:C2:00:00:05 Disposition type.

MAC Address 01:80:C2:00:00:06 Disposition type.

MAC Address 01:80:C2:00:00:07 Disposition type.

MAC Address 01:80:C2:00:00:08 Disposition type.

MAC Address 01:80:C2:00:00:09 Disposition type.

MAC Address 01:80:C2:00:00:0A Disposition type.

MAC Address 01:80:C2:00:00:0B Disposition type.

MAC Address 01:80:C2:00:00:0C Disposition type.

MAC Address 01:80:C2:00:00:0D Disposition type.

MAC Address 01:80:C2:00:00:0E Disposition type.

MAC Address 01:80:C2:00:00:0F Disposition type.

LLDP (Link Layer Discovery Protocol) Nearest Bridge Disposition type.

LLDP (Link Layer Discovery Protocol) Non-TPMR Bridge Disposition type.

LLDP (Link Layer Discovery Protocol) Customer Bridge Disposition type.

PTP untagged frame Disposition type.

PTP tagged frame Disposition type.

A list of entries corresponding to Ethernet Flow Control Protocol Disposition V2. This table is supported for the GE206/GE201 devices.

A conceptual row in the cmFlowCpdV2Table. These entries represent a Control Protocol Disposition filtering criteria on the Ethernet Flow.

Unique Index value to access the CPD row.

Deprecated - each Cisco protocol has its own disposition. Control Protocol Disposition for Cisco Group. This includes ISL, PAGP, UDLD, CDP, VTP, DTP, PSVTP+, UplinkFast, VLAN Bridge, L2PT. Note that a specific protocol filter overrides the group setting.

Control Protocol Disposition for ISL (Inter Switch Link). MAC Address (01:00:0C:00:00:00).

Control Protocol Disposition for PAGP (Port Aggregation Protocol). MAC Address (01:00:0C:CC:CC:CC), Ethertype(0x104).

Control Protocol Disposition for UDLD (Unidirectional Link Detection). MAC Address (01:00:0C:CC:CC:CC), Ethertype(0x111).

Control Protocol Disposition for CDP (Cisco Discovery Protocol). MAC Address (01:00:0C:CC:CC:CC), Ethertype(0x2000).

Control Protocol Disposition for VTP (VLAN Trunking Protocol). MAC Address (01:00:0C:CC:CC:CC), Ethertype(0x2003).

Control Protocol Disposition for DTP (Dynamic Trunking). MAC Address (01:00:0C:CC:CC:CC), Ethertype(0x2004).

Control Protocol Disposition for Spanning Tree PVSTP+. MAC Address (01:00:0C:CC:CC:CC), Ethertype(0x10B).

Control Protocol Disposition for STP UplinkFast. MAC Address (01:00:0C:CD:CD:CD), Ethertype(0x200A).

Control Protocol Disposition for VLAN Bridge. MAC Address (01:00:0C:CD:CD:CE), Ethertype(0x10C).

Control Protocol Disposition for Layer 2 Protocol Tunnelling(L2PT). MAC Address (01:00:0C:CD:CD:D0).

Deprecated - individual dispositions available for each MAC. Bridge Group Control Protocol Disposition Type. This includes BPDU, PAUSE (IEEE 802.3x Flow Control), LACP (Link Aggregation), LACP Marker (Marker), EFM OAM (IEEE 802.3 ah) and IEEE 802.1x Port Authentication, besides reserved MAC addresses from 01:80:C2:00:00:04 thru 01:80:C2:00:00:0F.

Control Protocol Disposition for IEEE Spanning Tree(STP), MSTP (Multiple Spanning Tree) and RSTP (Rapid Reconfiguration of Spanning Tree). MAC Address (01:80:C2:00:00:00).

Control Protocol Disposition for IEEE 802.3x Flow Control (PAUSE frames).

Control Protocol Disposition for 802.3ad Link Aggregation Protocol. MAC Address (01:80:C2:00:00:03), Ethertype (0x8809), Subtype(01).

Control Protocol Disposition for IEEE 802.3ad Marker Protocol. MAC Address (01:80:C2:00:00:03), Ethertype (0x8809), Subtype(02).

Control Protocol Disposition for IEEE 802.3ah EFM OAM. MAC Address (01:80:C2:00:00:03), Ethertype (0x8809), Subtype(03).

Control Protocol Disposition for Sync Status Messages. MAC Address (01:80:C2:00:00:02), Ethertype (0x19A7), Subtype(0A).

Control Protocol Disposition for IEEE 802.1x Protocol. MAC Address (01:80:C2:00:00:03), Ethertype (0x888E).

Deprecated - individual dispositions available for each MAC. Control Protocol Disposition for Range of MAC Addresses from 01:80:C2:00:00:04 to 01:80:C2:00:00:0F.

Control Protocol Disposition for IEEE 802.1d LAN Bridge Managment. MAC Address (01:80:C2:00:00:10).

Deprecated - each GARP Group protocol has its own disposition. Group Disposition type which includes GMRP, GVRP and MAC Address from range 01:80:C2:00:00:20 to 01:80:C2:00:00:2F.

Control Protocol Disposition for GARP Multicast Registration Protocol. MAC Address (01:80:C2:00:00:20).

Control Protocol Disposition for GARP VLAN Registration Protocol. MAC Address (01:80:C2:00:00:21).

Group Disposition type which includes GARP Reserved MAC Address from range 01:80:C2:00:00:22 to 01:80:C2:00:00:2F.

List of Active Control Protocol Dispositions. Note that if the Port Level Disposition control is set to PEER or DISCARD, the flow level disposition is no longer active. This object provides information on all the active dispositions.

Deprecated - each LLDP MAC protocol has its own disposition. LLDP (Link Layer Discovery Protocol) Disposition type. MAC Address 01:80:C2:00:00:0e, 01:80:C2:00:00:03, or 01:80:C2:00:00:00.

ELMI (Ethernet Local Management Interface) Disposition type. MAC Address 01:80:C2:00:00:07 and EtherType of 0x88EE.

MAC Address 01:80:C2:00:00:00 Disposition type.

MAC Address 01:80:C2:00:00:01 Disposition type.

MAC Address 01:80:C2:00:00:02 Disposition type.

MAC Address 01:80:C2:00:00:03 Disposition type.

MAC Address 01:80:C2:00:00:04 Disposition type.

MAC Address 01:80:C2:00:00:05 Disposition type.

MAC Address 01:80:C2:00:00:06 Disposition type.

MAC Address 01:80:C2:00:00:07 Disposition type.

MAC Address 01:80:C2:00:00:08 Disposition type.

MAC Address 01:80:C2:00:00:09 Disposition type.

MAC Address 01:80:C2:00:00:0A Disposition type.

MAC Address 01:80:C2:00:00:0B Disposition type.

MAC Address 01:80:C2:00:00:0C Disposition type.

MAC Address 01:80:C2:00:00:0D Disposition type.

MAC Address 01:80:C2:00:00:0E Disposition type.

MAC Address 01:80:C2:00:00:0F Disposition type.

LLDP (Link Layer Discovery Protocol) Nearest Bridge Disposition type.

LLDP (Link Layer Discovery Protocol) Non-TPMR Bridge Disposition type.

LLDP (Link Layer Discovery Protocol) Customer Bridge Disposition type.

A list of entries corresponding to Ethernet Network Port Control Protocol Disposition V2. This table is supported for the GE206/GE201 devices.

A conceptual row in the cmEthernetNetPortCpdV2Table. These entries represent a Control Protocol Disposition filtering criteria on the Ethernet Network Port.

Unique Index value to access the CPD row.

Deprecated - each Cisco protocol has its own disposition. Control Protocol Disposition for Cisco Group. This includes ISL, PAGP, UDLD, CDP, VTP, DTP, PSVTP+, UplinkFast, VLAN Bridge, L2PT. Note that a specific protocol filter overrides the group setting.

Control Protocol Disposition for ISL (Inter Switch Link). MAC Address (01:00:0C:00:00:00).

Control Protocol Disposition for PAGP (Port Aggregation Protocol). MAC Address (01:00:0C:CC:CC:CC), Ethertype(0x104).

Control Protocol Disposition for UDLD (Unidirectional Link Detection). MAC Address (01:00:0C:CC:CC:CC), Ethertype(0x111).

Control Protocol Disposition for CDP (Cisco Discovery Protocol). MAC Address (01:00:0C:CC:CC:CC), Ethertype(0x2000).

Control Protocol Disposition for VTP (VLAN Trunking Protocol). MAC Address (01:00:0C:CC:CC:CC), Ethertype(0x2003).

Control Protocol Disposition for DTP (Dynamic Trunking). MAC Address (01:00:0C:CC:CC:CC), Ethertype(0x2004).

Control Protocol Disposition for Spanning Tree PVSTP+. MAC Address (01:00:0C:CC:CC:CC), Ethertype(0x10B).

Control Protocol Disposition for STP UplinkFast. MAC Address (01:00:0C:CD:CD:CD), Ethertype(0x200A).

Control Protocol Disposition for VLAN Bridge. MAC Address (01:00:0C:CD:CD:CE), Ethertype(0x10C).

Control Protocol Disposition for Layer 2 Protocol Tunnelling(L2PT). MAC Address (01:00:0C:CD:CD:D0).

Deprecated - individual dispositions available for each MAC. Bridge Group Control Protocol Disposition Type. This includes BPDU, PAUSE (IEEE 802.3x Flow Control), LACP (Link Aggregation), LACP Marker (Marker), EFM OAM (IEEE 802.3 ah) and IEEE 802.1x Port Authentication, besides reserved MAC addresses from 01:80:C2:00:00:04 thru 01:80:C2:00:00:0F.

Control Protocol Disposition for IEEE Spanning Tree(STP), MSTP (Multiple Spanning Tree) and RSTP (Rapid Reconfiguration of Spanning Tree). MAC Address (01:80:C2:00:00:00).

Control Protocol Disposition for IEEE 802.3x Flow Control (PAUSE frames).

Control Protocol Disposition for 802.3ad Link Aggregation Protocol. MAC Address (01:80:C2:00:00:03), Ethertype (0x8809), Subtype(01).

Control Protocol Disposition for IEEE 802.3ad Marker Protocol. MAC Address (01:80:C2:00:00:03), Ethertype (0x8809), Subtype(02).

Control Protocol Disposition for IEEE 802.3ah EFM OAM. MAC Address (01:80:C2:00:00:03), Ethertype (0x8809), Subtype(03).

Control Protocol Disposition for Sync Status Messages. MAC Address (01:80:C2:00:00:02), Ethertype (0x19A7), Subtype(0A).

Control Protocol Disposition for IEEE 802.1x Protocol. MAC Address (01:80:C2:00:00:03), Ethertype (0x888E).

Deprecated - individual dispositions available for each MAC. Control Protocol Disposition for Range of MAC Addresses from 01:80:C2:00:00:04 to 01:80:C2:00:00:0F.

Control Protocol Disposition for IEEE 802.1d LAN Bridge Managment. MAC Address (01:80:C2:00:00:10).

Deprecated - each GARP Group protocol has its own disposition. Group Disposition type which includes GMRP, GVRP and MAC Address from range 01:80:C2:00:00:20 to 01:80:C2:00:00:2F.

Control Protocol Disposition for GARP Multicast Registration Protocol. MAC Address (01:80:C2:00:00:20).

Control Protocol Disposition for GARP VLAN Registration Protocol. MAC Address (01:80:C2:00:00:21).

Group Disposition type which includes GARP Reserved MAC Address from range 01:80:C2:00:00:22 to 01:80:C2:00:00:2F.

Deprecated - each LLDP MAC protocol has its own disposition. LLDP (Link Layer Discovery Protocol) Disposition type. MAC Address 01:80:C2:00:00:0e, 01:80:C2:00:00:03, or 01:80:C2:00:00:00.

ELMI (Ethernet Local Management Interface) Disposition type. MAC Address 01:80:C2:00:00:07 and EtherType of 0x88EE.

Configurable Layer 2 Protocol Tunneling MAC Address. For protocols STP, CDP and VTP, with control protocol disposition as pass-thru-l2pt, this configured MAC address replaces the DA, upon encapsulation. For decapsulation, protocol signature and this configured MAC address are matched and the MAC address is replaced with the protocol's inferred MAC address.

MAC Address 01:80:C2:00:00:00 Disposition type.

MAC Address 01:80:C2:00:00:01 Disposition type.

MAC Address 01:80:C2:00:00:02 Disposition type.

MAC Address 01:80:C2:00:00:03 Disposition type.

MAC Address 01:80:C2:00:00:04 Disposition type.

MAC Address 01:80:C2:00:00:05 Disposition type.

MAC Address 01:80:C2:00:00:06 Disposition type.

MAC Address 01:80:C2:00:00:07 Disposition type.

MAC Address 01:80:C2:00:00:08 Disposition type.

MAC Address 01:80:C2:00:00:09 Disposition type.

MAC Address 01:80:C2:00:00:0A Disposition type.

MAC Address 01:80:C2:00:00:0B Disposition type.

MAC Address 01:80:C2:00:00:0C Disposition type.

MAC Address 01:80:C2:00:00:0D Disposition type.

MAC Address 01:80:C2:00:00:0E Disposition type.

MAC Address 01:80:C2:00:00:0F Disposition type.

LLDP (Link Layer Discovery Protocol) Nearest Bridge Disposition type.

LLDP (Link Layer Discovery Protocol) Non-TPMR Bridge Disposition type.

LLDP (Link Layer Discovery Protocol) Customer Bridge Disposition type.

PTP non forwarding untagged frame Disposition type.

PTP tagged frame Disposition type.

A list of entries corresponding to BITS Port Facilities for configuration purposes.

A conceptual row in the bitsPortTable.

An integer index value used to uniquely identify this BITS Port within the card. Value 1 stands for BITS-IN, 2 for BITS-OUT.

An integer index value used to uniquely identify this BITS Port within the card. Note that each BITs Port is uniquely identified by the indices neIndex, shelfIndex, slotIndex, bitsPortIndex.

This object has the same value as ifIndex for Bits Port. An integer index value used to uniquely identify this Bits Port.

Entity Index from ENTITY-MIB for this port.

This object represents the Administrative State of the BITS Port.

This object represents the Operational State of the BITS Port.

This object represents the Secondary State of the BITS Port.

This object represents the BITS Port Type.

This object represents the BITS Port Line Type. Determines whether the T1/E1 BITS port operates in T1, E1, or 2048kHz mode.

This object represents the BITS Port Line Code. When the port is configured for a Line Type of T1, the valid values are t1-b8zs and t1-ami and the default value is t1-b8zs. When the port is configured for a Line Type of E1, the valid values are e1-hdb3 and e1-ami and the default value is e1-hdb3. When the port is configured for a Line Type of 2048kHz, the value is none.

This object represents the BITS Port Frame Format. When the port is configured for a Line Type of T1, the valid values are t1-sf and t1-esf and the default value is t1-esf. When the port is configured for a Line Type of E1, the valid values are e1-unframed, e1-crc4, and e1-dualFrame and the default value is e1-crc4. When the port is configured for a Line Type of 2048kHz, the value is none. R4.1CC and R4.3CC do not support e1-unframed.

This object represents the BITS Port Sa Bit Designation. Determines which E1 Sa Bit is used to transmit/receive the SSM. For T1 and 2048khz Line Types, the only allowed value is None. For E1 Line Type, the default value is bit4 and it can only have a value of None if QL Mode is disabled, otherwise, None is an invalid value.

This object allows to specify whether the BITS Port can be enabled/disabled for QL Mode. When enabled, on receive side -port shall PEER the SSM (Sync Status Messages) slow protocol PDUs and take appropriate action When enabled, on transmit side -port shall periodically (once a second) transmit QL TLV information PDUs When disabled, on receive side, -port shall terminate and discard any SSM slow protocol PDUs When disabled, on transmit side -port shall not transmit any SSM slow protocol PDUs.

This object allows to specify the expected QL when the BITS Port is enabled for QL Mode. This object allows the user to set a minimum expected received Quality Level on the port. The default value shall be None.

This object allows to specify the assumed QL on the BITS Port. The Assumed QL is only meaningful if the Network Clock Type (see fsp150cm-sync.mib) is option1 and the port's QL Mode is disabled and the port is being used as an input reference source. Under these conditions, the specified QL value is assumed to be the Quality Level of the non-failed reference.

This object provides the Received QL value for the BITS port. If the BITS port's QL Mode is disabled, then the received QL value is not applicable.

This object provides the Transmitted QL value for the BITS port. If the BITS port's QL Mode is disabled, then the received QL value is not applicable.

This object allows to set the Squelch QL for the BITS-OUT port. The Squelch QL is only meaningful if the QL Mode is Enabled. The Squelch QL is used to determine whether or not to squelch the output of the BITS-OUT port. If the system's QL is lower than the Squelch QL, the output is squelched. If the BITS port's QL Mode is disabled, then the received QL value is not applicable.

This object allows to manage the line build out on the BITS-OUT port when the Line Type is T1.

This object provides the impedance mode for the BITS-OUT port.

This object allows to include or not the CRC to the signal of the BITS-OUT port.

This object allows to manage the Idle Code for the BITS-OUT port.

This object allows to set the AIS signal for the BITS-OUT port.

This object allows to manage the five Sa Bit values, from bit4 to bit8, for the BITS-OUT port. The object value is a BIT string that concatenate the Sa Bit values. The Sa Bit values are applied to each of the five Sa Bits of the output signal except to the one that carries SSM information when QL Mode is enabled.

This object indicates the Squelch Control for the port. The Squelch Control determines the type of squelch control used to squelch an output of the port.

This object represents the Port Signal Shape. Indicates whether the signal has a sine or a square shape.

Indicates the signal frequency of the port. Possible value are 100 kHz, 1 MHz, 1544 kHz, 2048 kHz, 5 MHz, 25 Mhz or 50 MHz. It can be set only to a port that is dedicated to yield a variety of frequencies.

A list of entries corresponding to IEEE Ethernet Port Facilities for configuration purposes.

A conceptual row in the IEEE Ethernet Port Table.

An integer index value used to uniquely identify the IEEE Ethernet Port.

This object has the same value as ifIndex for the IEEE Ethernet Port.

Entity Index from ENTITY-MIB for this port.

This object represents the Administrative State of the Port.

This object represents the Operational State of the Port.

This object represents the Secondary State of the Port.

This object provides the MTU on the Port.

This object represents the type of Media.

This object allows to configure the speed of the Port.

This object provides the negotiated speed of the Port.

This object allows management of MDIX property on Port.

A list of entries corresponding to GPS 10MHz Facilities for configuration purposes.

A conceptual row in the GPS 10MHz Port Table.

An integer index value used to uniquely identify the IEEE Ethernet Port.

This object has the same value as ifIndex for the IEEE Ethernet Port.

Entity Index from ENTITY-MIB for this port.

This object represents the Administrative State of the Port.

This object represents the Operational State of the Port.

This object represents the Secondary State of the Port.

This object allows specification of the signal type (i.e. input or output).

This object allows to set the Squelch Control for the 10MHz port. The Squelch Control is used to determine the type of squelch control used to squelch the output of the TOD port. Only option supported is squelch-ql.

This object allows to set the Squelch QL for the 10MHz port. This value is used when f310MHzClockPortSquelchControl is squelch-ql. The Squelch QL is used to determine whether or not to squelch the output of the TOD port. If the system's QL is lower than the Squelch QL, the output is squelched.

This object allows to set the Frequency Source for the Port.

This object specify GPS port clock class.

This object specify GPS port clock accuracy.

This object specify GPS port time source.

This object allows to specify the assumed QL on the GPS Port. The Assumed QL is only meaningful if the Network Clock Type (see fsp150cm-sync.mib) is option1 and the port's QL Mode is disabled and the port is being used as an input reference source. Under these conditions, the specified QL value is assumed to be the Quality Level of the non-failed reference.

This object allows SNMP management entities to provide an alias to the gps 10MHz Port entity.

This object allows specification of the input signal type (i.e. 10mhz or 2048khz).

A list of entries corresponding to Ethernet Network Port Cable Length Benchmark.

A conceptual row in the cmEthernetNetPortClbTable. These entries represent Cable Length Benchmarks on the Ethernet Network Port.

An integer index value used to uniquely identify this Cable Length Benchmark Entry specification.

This enables specification of Cable Length Benchmark entry.

Cable length of Cable Points Entry. The cable length is of the form XXX[.YY] where XX can be any integer value and YY allows precision of 2 decimals after the floating point. Note that .YY is optional.

A textual string containing description of cable span.

A list of entries corresponding to Ethernet Network Port Priority Mappings in multi Class of Service (COS) mode.

A conceptual row in the cmNetPortPrioMapTable.

The integer index value corresponding to a priority value.

The integer index value corresponding to a priority value.

This allows specification of the COS Priority, i.e. this helps in determining the appropriate COS Policer for the Flow.

This allows specification of the VLAN priority that will replace the outgoing (N2A direction) outer-tag's priority. Note that, each flow participates or not in outer-tag priority mapping, using the object 'cmFlowN2AOuterTagPrioEnabled'.

Ethernet Access Port PCP drop eligibility encoding table. This is applied to a frame that is egressing at the Access port.

A conceptual row in the ethernetPBPcpDEEncPortTable.

An integer index value used to uniquely identify a row in the PCP drop eligible encoding table.

This object is the input priority that is translated to a drop eligibility priority or a drop ineligibility priority.

This object is the PCP value that has a priority value with implicit drop ineligibility encoded into it.

This object is the PCP value that has a priority value with implicit drop eligibility encoded into it.

Ethernet Access Port PCP drop eligibility decoding table. This is applied to a frame that is ingressing at a port.

A conceptual row in the ethernetPBPcpDEDecPortTable.

An integer index value used to uniquely identify a row in the PCP drop eligible decoding table.

This object is the input priority that is decoded to get priority and the drop eligibility of a frame.

This object is the priority value decoded from a incoming PCP value.

This object is the drop eligibility decoded from a incoming PCP value.

Ethernet Access Port PCP drop eligibility priority pair table. The priority pair is encoded to same drop eligibility and drop ineligibility priority. Depending on the PCP DE Enc/Dec mode there can be upto 3 pairs in the table. There will one pair for 7P1D, two pairs for 6P2D and three pairs for 5P3D.

A conceptual row in the cmAccPortPcpDEPairEntry.

An integer index value used to uniquely identify a row in the PCP drop eligible priority pair table.

This object is the drop ineligible priority.

This object is the drop eligible priority.

Ethernet Network Port PCP drop eligibility encoding table. This is applied to a frame that is egressing at the Network port.

A conceptual row in the ethernetPBPcpDEEncPortTable.

An integer index value used to uniquely identify a row in the PCP drop eligible encoding table.

This object is the input priority that is translated to a drop eligibility priority or a drop ineligibility priority.

This object is the PCP value that has a priority value with implicit drop ineligibility encoded into it.

This object is the PCP value that has a priority value with implicit drop eligibility encoded into it.

Ethernet Network Port PCP drop eligibility decoding table. This is applied to a frame that is ingressing at a port.

A conceptual row in the ethernetPBPcpDEDecPortTable.

An integer index value used to uniquely identify a row in the PCP drop eligible decoding table.

This object is the input priority that is decoded to get priority and the drop eligibility of a frame.

This object is the priority value decoded from a incoming PCP value.

This object is the drop eligibility decoded from a incoming PCP value.

Ethernet Network Port PCP drop eligibility priority pair table. The priority pair is encoded to same drop eligibility and drop ineligibility priority. Depending on the PCP DE Enc/Dec mode there can be upto 3 pairs in the table. There will one pair for 7P1D, two pairs for 6P2D and three pairs for 5P3D.

A conceptual row in the cmNetPortPcpDEPairEntry.

An integer index value used to uniquely identify a row in the PCP drop eligible priority pair table.

This object is the drop ineligible priority.

This object is the drop eligible priority.

A list of entries corresponding to Ethernet Facilities for configuration purposes.

A conceptual row in the cmEthernetTrafficPortTable.

An integer index value used to uniquely identify this Ethernet Port within a card. Note that each Ethernet Port is uniquely identified by the indices neIndex, shelfIndex, slotIndex, cmEthernetTrafficPortIndex.

This object has the same value as ifIndex for Ethernet Port. An integer index value used to uniquely identify this Ethernet Port.

Entity Index from ENTITY-MIB for this port.

This object represents the Administrative State of the Ethernet Port.

This object represents the Operational State of the Ethernet Port.

This object represents the Secondary State of the Ethernet Port.

This object provides the MTU on the Ethernet Port. The object is made read-write for FSP150CC devices.

This object represents the type of Ethernet Media on the Ethernet Port. The media type includes, copper (1) fiber (2) coppersfp (3) CM Aggregation Product doesn't support copper.

This object allows to configure the speed of the Ethernet Port.

This object provides the negotiated speed of the Ethernet Port.

This object allows management of MDIX property on Ethernet Port.

This object provides the current MDIX status of the Ethernet port.

This object provides the vendor name of the SFP. This is applicable when cmEthernetTrafficPortMediaType is fiber or coppersfp.

This object provides the part number of the SFP. This is applicable when cmEthernetTrafficPortMediaType is fiber or coppersfp.

This object provides the serial number of the SFP. This is shown only when cmEthernetTrafficPortMediaType is fiber.

This object provides the date of manufacture of the SFP. This is applicable when cmEthernetTrafficPortMediaType is fiber or coppersfp.

This object provides the SFP connector value. This is applicable when cmEthernetTrafficPortMediaType is fiber or coppersfp.

This object provides the SFP Link Length. This is applicable only when cmEthernetTrafficPortMediaType is fiber or coppersfp.

This object provides the SFP Laser Wave Length in nano meters. This is applicable only when cmEthernetTrafficPortMediaType is fiber.

This object provides the SFP Media Type. This is applicable only when cmEthernetTrafficPortMediaType is fiber or coppersfp.

This object allows to initiate loopbacks on on the Ethernet Port.

This object provides status of the current loopback on the Ethernet Port.

This object allows to specify time for timed-loopbacks on on the Ethernet Port.