CISCO-STACK-MIB: View SNMP OID List / Download MIB

A lerAlarmOn trap signifies that the agent entity has detected that the fddimibPORTLerFlag object in the FDDI-SMT73-MIB (RFC 1512) has transitioned to the true(1) state for one of its ports. The generation of this trap can be controlled by the fddimibPORTLerAlarm object in the FDDI-SMT73-MIB for each port.

A lerAlarmOff trap signifies that the agent entity has detected that the fddimibPORTLerFlag object in the FDDI-SMT73-MIB (RFC 1512) has transitioned to the false(2) state for one of its ports. The generation of this trap can be controlled by the fddimibPORTLerAlarm object in the FDDI-SMT73-MIB for each port.

A moduleUp trap signifies that the agent entity has detected that the moduleStatus object in this MIB has transitioned to the ok(2) state for one of its modules. The generation of this trap can be controlled by the sysEnableModuleTraps object in this MIB.

A moduleDown trap signifies that the agent entity has detected that the moduleStatus object in this MIB has transitioned out of the ok(2) state for one of its modules. The generation of this trap can be controlled by the sysEnableModuleTraps object in this MIB.

A chassisAlarmOn trap signifies that the agent entity has detected the chassisTempAlarm, chassisMinorAlarm, or chassisMajorAlarm object in this MIB has transitioned to the on(2) state. The generation of this trap can be controlled by the sysEnableChassisTraps object in this MIB.

A chassisAlarmOff trap signifies that the agent entity has detected the chassisTempAlarm, chassisMinorAlarm, or chassisMajorAlarm object in this MIB has transitioned to the off(1) state. The generation of this trap can be controlled by the sysEnableChassisTraps object in this MIB.

ipPermitDeniedTrap indicates that IP permit denied access happens. The generation of this trap can be controlled by the sysEnableIpPermitTraps object in this MIB.

A sysConfigChange trap signifies that the system configuration in NVRAM is changed. The generation of this trap can be controlled by the sysEnableConfigTraps object in this MIB.

This trap is generated when a station local to a token ring port exceeds its Soft Error Threshold within the configured interval.

This MIB provides configuration and runtime status for chassis, modules, ports, etc. on the Catalyst systems.

Type of network management running on this entity. Enumeration: 'snmpV2V1': 4, 'smux': 3, 'snmpV3V2cV1': 6, 'snmpV1': 2, 'other': 1, 'snmpV2cV1': 5.

This entity's IP address. This object is deprecated and replaced by ciiIPAddressType and ciiIPAddress in CISCO-IP-IF-MIB.

This entity's subnet mask. This object is deprecated and replaced by ciiIPAddressPrefixLength in CISCO-IP-IF-MIB.

This entity's broadcast address. This object is deprecated and replaced by ciiIPAddressBroadcast in CISCO-IP-IF-MIB.

The trap receiver table (0 to 20 entries). This table lists the addresses of Network Management Stations that should receive trap messages from this entity when an exception condition occurs. This table is deprecated and replaced by trapDestTable and other tables in SNMP-TARGET- MIB and SNMP-NOTIFICATION-MIB.

A trap receiver table entry.

Setting this object to invalid(2) removes the corresponding entry from the sysTrapReceiverTable. To add a new entry to the sysTrapReceiverTable, set this object to valid(1) for an IpAddress which is not already in the table. Enumeration: 'valid': 1, 'invalid': 2.

IP address for trap receiver.

Community string used for trap messages to this trap receiver.

The community table (4 entries). This table lists community strings and their access levels. When an SNMP message is received by this entity, the community string in the message is compared with this table to determine access rights of the sender. Note that this item is only accessible when using the community string defined in sysCommunityRwa.

A community table entry.

A value of readWriteAll(4) allows the community to read and write all objects in the MIB. A value of readWrite(3) allows the community to read and write all objects except restricted items such as community strings, which cannot be accessed at all. A value of readOnly(2) allows the community to read all objects except restricted items. A value of other(1) allows no access. Enumeration: 'readWrite': 3, 'readOnly': 2, 'other': 1, 'readWriteAll': 4.

Configurable community string with access rights defined by the value of sysCommunityAccess.

The requested concentrator attachment type. For a dual attachment concentrator which can be connected to the trunk ring, the first FDDI port is configured as A and the second FDDI port is configured as B. For a single attachment concentrator which can be connected beneath another concentrator, the first FDDI port is configured as M and the second FDDI port is configured as S. For a null attachment concentrator which can be located at the root of the tree, the first two FDDI ports are configured as M. This object does not take effect until the concentrator is reset. The current attachment type can be determined from snmpFddiPORTPCType for ports 1 and 2. Enumeration: 'dualPrio': 5, 'other': 1, 'singleAttach': 3, 'nullAttach': 4, 'dualAttach': 2.

Traffic meter value, i.e. the percentage of bandwidth utilization for the previous polling interval.

Writing reset(2) to this object resets the control logic of all modules in the system. Writing resetMinDown(3) to this object resets the system with the minimal system down time. The resetMinDown(3) is only supported in systems with redundant supervisors. This object is deprecated and replaced by csyScheduledReset in CISCO-SYSTEM-MIB. Enumeration: 'reset': 2, 'other': 1, 'resetMinDown': 3.

The baud rate in bits per second of the RS-232 port. Enumeration: 'b9600': 9600, 'b1200': 1200, 'b2400': 2400, 'b38400': 38400, 'b19200': 19200, 'b600': 600, 'b4800': 4800.

The mode for inserting M-ports into the concentrator ring. Enumeration: 'scheduled': 3, 'graceful': 4, 'other': 1, 'standard': 2.

The time (in hundredths of a second) since mac counters were last cleared. Writing a 0 to this object causes the mac counters to be cleared.

The time (in hundredths of a second) since port counters were last cleared. Writing a 0 to this object causes the port counters to be cleared.

The fddi ring map table. This table lists the nodes in the FDDI ring(s) to which the system belongs.

A FDDI Ring table entry.

The value of the SMT index associated with this ring.

The MAC address of this node in the FDDI ring.

The MAC address of the next node in the FDDI ring.

Indicates whether the RS-232 port modem control lines are enabled. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates whether ICMP redirect messages are sent or received by the system. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates whether the SNMP agent supports the RMON MIB. Enumeration: 'disabled': 2, 'enabled': 1.

The aging time for the ARP table.

Peak traffic meter value since the last time port counters were cleared or the system started (see sysClearPortTime).

The time (in hundredths of a second) since the peak traffic meter value occurred.

When an SNMP message is received by this entity, the community string in the message is compared with this string first. If it matches, read-write access is granted to all items in the MIB. If it doesn't match, the sysCommunityRw string is compared next. Note that this item is only accessible when using the community string defined in sysCommunityRwa.

When an SNMP message is received by this entity, the community string in the message is compared with this string second. If it matches, read-write access is granted to all items in the MIB except restricted items such as community strings. (Restricted items appear empty when read and return a no such name error when an attempt is made to write them.) If it doesn't match, the sysCommunityRo string is compared next. Note that this item is only accessible when using the community string defined in sysCommunityRwa.

When an SNMP message is received by this entity, the community string in the message is compared with this string third. If it matches, read-only access is granted to all items in the MIB except restricted items such as community strings. (Restricted items appear empty when read.) If it doesn't match, no access is granted, no response is sent back to the SNMP requester, and an SNMP is sent to the SNMP trap receivers if configured. Note that this item is only accessible when using the community string defined in sysCommunityRwa.

Indicates whether chassisAlarmOn and chassisAlarmOff traps in this MIB should be generated. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates whether moduleUp and moduleDown traps in this MIB should be generated. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates whether newRoot and topologyChange traps in the BRIDGE-MIB (RFC 1493) should be generated. enabled -- both newRoot and topologyChange traps are enabled. disabled -- both of the newRoot and topologyChange traps are disabled. enabledForNewRootOnly -- only the newRoot trap is enabled. This value is read-only. enabledForTopoChangeOnly -- only the topologyChange trap is enabled. This value is read-only. This object is deprecated and replaced by stpxNotificationEnable in CISCO-STP-EXTENSIONS-MIB. Enumeration: 'disabled': 2, 'enabled': 1, 'enabledForNewRootOnly': 3, 'enabledForTopoChangeOnly': 4.

This entity's IP address Virtual LAN association.

The time (in hundredths of a second) since the configuration of the system was last changed.

Indicates whether the traps in the REPEATER-MIB (RFC1516) should be generated. Enumeration: 'disabled': 2, 'enabled': 1.

Message of the day banner which is displayed on the Command Line Interface before log in.

Indicates whether the IP permit traps in this MIB should be generated. Enumeration: 'disabled': 2, 'enabled': 1.

The system traffic meter table. This table lists the traffic meters available in the system.

A traffic meter table entry.

The type of traffic meter. Enumeration: 'systemSwitchingBus': 1, 'switchingBusC': 4, 'switchingBusB': 3, 'switchingBusA': 2.

Traffic meter value, i.e. the percentage of bandwidth utilization for the previous polling interval.

Peak traffic meter value since the system started.

The time (in hundredths of a second) since the peak traffic meter value occurred.

Indicates whether the vmVmpsChange trap defined in CISCO-VLAN-MEMBERSHIP-MIB should be generated. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates which NVRAM block is changed by whom.

Indicates whether sysConfigChange trap in this MIB should be generated. Enumeration: 'disabled': 2, 'enabled': 1.

The value of configuration register that will be used by the supervisor module when the system is restarted. This MIB object is only supported in systems with supervisor modules having ROMMON support. The lowest four bits of the configuration register (bits 3,2,1, and 0) form the boot field and the boot field determines whether the system boots from as the following: 0000 -- stay in ROM monitor 0001 -- boot from the first bootable system images on the bootflash 0010 to 1111 -- boot from the first bootable system images specified in the sysBootVariable The bit 5(0x0020) indicates whether the configuration file specified in sysStartupConfigSourceFile will beused recurringly or not whenever the system resets. If this bit is not set, the configuration file(s) specified in sysStartupConfigSourceFile will only be used once and the value of sysStartupConfigSourceFile will be reset to empty string automatically during the next system reset. If the bit 6(0x0040) is set, the system will start with default configuration. The bits 11,12 (0x0800, 0x1000) are used to specify the console line speed in ROM monitor mode as the following: 00 -- 9600 01 -- 1200 10 -- 4800 11 -- 2400 The unspecified bits are not used.

A list of the system boot images in the BOOT environment variable on supervisor modules with ROMMON. The format of sysBootVariable should be: :[],1;{:[],1;...} If the [fileName] is not specified, the first file on the will be used. This MIB object is only supported in systems having supervisor modules with ROMMON.

The name of the system boot image which the system booted from. This MIB object is only supported in the system with Supervisor module 3 present.

Indicates whether entConfigChange trap in the ENTITY-MIB should be generated. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates whether stpxInconsistencyUpdate, stpxRootInconsistencyUpdate and stpxLoopInconsistencyUpdate notifications in CISCO-STP-EXTENSIONS-MIB should be generated. enabled -- the stpxInconsistencyUpdate, stpxRootInconsistencyUpdate and stpxLoopInconsistencyUpdate traps are all enabled. disabled -- the stpxInconsistencyUpdate, stpxRootInconsistencyUpdate and stpxLoopInconsistencyUpdate traps are all disabled. enabledForInconOnly -- only the stpxInconsistencyUpdate trap is enabled. This value is read-only. enabledForRootOnly -- only the stpxRootInconsistencyUpdate trap is enabled. This value is read-only. enabledForLoopOnly -- only the stpxLoopInconsistencyUpdate trap is enabled. This value is read-only. enabledForInconRootOnly -- only the stpxInconsistencyUpdate and stpxRootInconsistencyUpdate traps are enabled. This value is read-only. enabledForInconLoopOnly -- only the stpxInconsistencyUpdate and stpxLoopInconsistencyUpdate traps are enabled. This value is read-only. enabledForRootLoopOnly -- only the stpxRootInconsistencyUpdate and stpxLoopInconsistencyUpdate traps are enabled. This value is read-only. This object is deprecated and replaced by stpxNotificationEnable in CISCO-STP-EXTENSIONS-MIB. Enumeration: 'enabledForLoopOnly': 5, 'enabledForInconLoopOnly': 7, 'enabledForInconOnly': 3, 'enabled': 1, 'disabled': 2, 'enabledForRootLoopOnly': 8, 'enabledForInconRootOnly': 6, 'enabledForRootOnly': 4.

Indicates whether the Extended RMON VlanMode feature is enabled or not. If it is set to enabled(1), hostTable (rmon 4) will provide the information of a list of VLANs instead of a list of MAC addresses for a monitored trunking port. Enumeration: 'disabled': 2, 'enabled': 1.

The password for enabling the Extended RMON Netflow feature and this object has to be set before setting sysExtendedRmonNetflowEnable to enabled(1). When reading this object, it will return empty string. If the platform supports sysExtendedRmonNetflowModuleMask object, this object will be not be supported.

Indicates whether the Extended RMON Netflow feature is enabled or not. Setting this object to disabled(2), will clear sysExtendedRmonNetflowPassword automatically. Setting this object to enabled(1) will be rejected if sysExtendedRmonNetflowPassword does not contain a valid password. If the platform supports sysExtendedRmonNetflowModuleMask object, this object will not be supported. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates whether the Extended RMON VlanAgent feature is enabled or not. If it is set to enabled(1), the extended RMON will also provide the information on VLAN based interface in addition to the port based interface for the monitored traffic. Setting this object to enabled(1), it will consume more CPU for processing each monitored frame and affect Extended RMON performance. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates whether the SNMP agent supports the extended RMON feature. noNAMPresent(3) is a read-only value and the agent will return this value when the sysEnableExtendedRmon is set to enabled(1), but Network Analysis module is not present in the system. Enumeration: 'disabled': 2, 'noNAMPresent': 3, 'enabled': 1.

Indicates whether TACACS+ or RADIUS is the primary login authentication, i.e which method will be tried first for a console session. If tacacsLoginAuthentication and radiusLoginAuthentication are set to disabled then sysConsolePrimaryLoginAuthentication will have a value of local(3). This object is deprecated and replaced by cacPriorityTable in CISCO-AAA-CLIENT-MIB. Enumeration: 'tacacs': 1, 'radius': 2, 'local': 3.

Indicates whether TACACS+ or RADIUS is the primary enable authentication, i.e which method will be tried first for a console session. If tacacsEnableAuthentication and radiusEnableAuthentication are set to disabled then sysConsolePrimaryEnableAuthentication will have a value of local(3). This object is deprecated and replaced by cacPriorityTable in CISCO-AAA-CLIENT-MIB. Enumeration: 'tacacs': 1, 'radius': 2, 'local': 3.

Indicates whether TACACS+ or RADIUS is the primary login authentication, i.e which method will be tried first for a telnet session. If tacacsLoginAuthentication and radiusLoginAuthentication are set to disabled then sysTelnetPrimaryLoginAuthentication will have a value of local(3). This object is deprecated and replaced by cacPriorityTable in CISCO-AAA-CLIENT-MIB. Enumeration: 'tacacs': 1, 'radius': 2, 'local': 3.

Indicates whether TACACS+ or RADIUS is the primary enable authentication, i.e which method will be tried first for a telnet session. If tacacsEnableAuthentication and radiusEnableAuthentication are set to disabled then sysTelnetPrimaryEnableAuthentication will have a value of local(3). This object is deprecated and replaced by cacPriorityTable in CISCO-AAA-CLIENT-MIB. Enumeration: 'tacacs': 1, 'radius': 2, 'local': 3.

Indicates whether the configuration file(s) specified in sysStartupConfigSourceFile will be used recurringly or not whenever the system resets. Setting this object to flashFileNonRecurring(2), the configuration file(s) specified in sysStartupConfigSourceFile will only be used once and the value of sysStartupConfigSourceFile will be reset to empty string automatically during the next system reset. This MIB object is only supported in systems with SupG supervisor models or supervisor models that have flash file system support. Enumeration: 'flashFileRecurring': 1, 'flashFileNonRecurring': 2.

Indicates which configuration file(s) on the flash device will be used during the next system startup. If the value of this MIB object contains one or multiple valid configuration file(s), then the valid configuration file(s) will reconfigure the system during the next system startup one by one in the order specified. If the value of this MIB object does not contain the valid configuration file(s) on the device, the NVRAM configuration will be used instead. For supervisor models wsx5540 and wsx5550, only 'cfg1' and 'cfg2' are valid file names. For supervisor models with the flash file system support, the valid file name has the format of '[;...]'. This MIB object is only supported in systems with supervisor models wsx5540 and wsx5550 or supervisor models with the flash file system support.

Indicates the supervisor module (active or standby, if applicable) that the MIB objects sysConfigRegister, sysBootVariable, sysStartupConfigSource, and sysStartupConfigSourceFile are specified for. This MIB object is only supported by the supervisor modules with the flash file system feature support. The default value for this MIB object is set to the active supervisor module number.

Indicates whether the standby port feature is enabled or not. If this object is set to enabled(1), the uplink ports on the standby supervisor module are activated; otherwise, the uplink ports on the standby supervisor remain inactive. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates whether BPDU Guard for Spanning Tree Port Fast Start feature is enabled or not. If the value of this object is set to enabled(1), then when the switch receives a BPDU from a port with the value of portSpantreeFastStart object set to enabled(1), that port is immediately disabled. This object is deprecated and replaced by stpxFastStartBpduGuardEnable in CISCO-STP-EXTENSIONS-MIB. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates whether errdisable timeout feature is enabled for each of the causes or not. The other(0) is for all causes other than: udld(1), duplexMismatch(2), bpduPortGuard(3), channelMisconfig(4), crossBarFallBack(5), (only supported on platforms that support this errdisable reason.) gl2ptIngressLoop(6), (only supported on platforms that support this errdisable reason.) gl2ptThresholdExceed(7), (only supported on platforms that support this errdisable reason.) bcastSuppression(8), (only supported on platforms that support this errdisable reason.) arpInspectionRate(9), (only supported on platforms that support this errdisable reason.) noStaticInlinePwr(10), (only supported on platforms that support this errdisable reason.) camMonitor(11), (only supported on platforms that support this errdisable reason.) gl2ptCdpThresholdExceed(12), (only supported on platforms that support this errdisable reason.) gl2ptStpThresholdExceed(13), (only supported on platforms that support this errdisable reason.) gl2ptVtpThresholdExceed(14), (only supported on platforms that support this errdisable reason.) linkRxCrc(15), (only supported on platforms that support this errdisable reason.) linkTxCrc(16), (only supported on platforms that support this errdisable reason.) linkInErrors(17), (only supported on platforms that support this errdisable reason.) packetBufferError(18), (only supported on platforms that support this errdisable reason.) ethernetOam(19), (only supported on platforms that support this errdisable reason.) gl2ptEoamThresholdExceed(20), (only supported on platforms that support this errdisable reason.) A port is in errdisable state if ifAdminStatus of the port in the ifTable is up(1) while the port is shutdown during runtime by the system due to error detection. If the value of object portAdditionalOperStatus for the port is errdisable(11) then that port is in errdisable state. By setting the bit corresponding to a cause to '1', this errdisable timeout feature is enabled on the system for the ports that are put into errdisable state by that cause, then those ports can be re-enabled automatically during the timeout interval as specified by sysErrDisableTimeoutInterval object after they are put into errdisable state by that cause; otherwise, by setting the bit corresponding to a cause to '0', this errdisable timeout feature is disabled on the system for the ports that are put into errdisable state by that cause, then those ports will remain shutdown until the user re-enable it manually. Bits: 'bcastSuppression': 8, 'crossBarFallBack': 5, 'gl2ptThresholdExceed': 7, 'packetBufferError': 18, 'linkInErrors': 17, 'linkRxCrc': 15, 'gl2ptIngressLoop': 6, 'gl2ptVtpThresholdExceed': 14, 'gl2ptCdpThresholdExceed': 12, 'linkTxCrc': 16, 'duplexMismatch': 2, 'noStaticInlinePwr': 10, 'camMonitor': 11, 'channelMisconfig': 4, 'gl2ptEoamThresholdExceed': 20, 'other': 0, 'arpInspectionRate': 9, 'udld': 1, 'bpduPortGuard': 3, 'ethernetOam': 19, 'gl2ptStpThresholdExceed': 13.

Indicates the timeout interval in seconds for errdisable timeout feature.

Indicates the high watermark for the switching bus traffic in percentage. Syslog messages will be generated if the switching bus traffic goes over this object value during the polling interval. Setting this object value to 100 would mean no syslog message would be generated. For systems with 3 switching buses, high watermark and syslog will be for each switching bus.

Indicates whether High System Availability feature is enabled or not. If this feature is enabled, the active supervisor's layer-2 protocol state will be synched to the standby supervisor module, thus maintaining an up-to-date protocol data on the standby supervisor whenever possible. This object is supported in systems with High System Availability feature support.

Indicates whether support for supervisor software image versioning (i.e., the capability to run different images on the active and standby supervisors) for the High System Availability feature is enabled or not. This object is supported in systems with High System Availability feature support.

Indicates the operational status of High System Availability feature. If the value of this object is notRunning(2), then the reason why this feature is actually not running is specified by the object sysHighAvailabilityNotRunningReason. If the value of this object is running(1), then the value of object sysHighAvailabilityOperReason is empty string. This object is supported in systems with High System Availability feature support. Enumeration: 'running': 1, 'notRunning': 2.

Indicates the reason why High System Availability feature is not running when the value of sysHighAvailabilityOperStatus is notRunning(2). The value of this object is empty string when the value of sysHighAvailabilityOperStatus is running(1). This object is supported in systems with High System Availability feature support.

Indicates Netflow Export Data (NDE) to be sent to which Network Analysis Modules (NAM) in the same chassis. If users set a bit from off to on, the system will check the corresponding module is a NAM or not. If it is not, the system should return error. This mib object will only be supported by the system that can support the multiple NAM modules. Bits: 'module13': 12, 'module12': 11, 'module11': 10, 'module10': 9, 'module15': 14, 'module9': 8, 'module8': 7, 'module7': 6, 'module6': 5, 'module5': 4, 'module4': 3, 'module3': 2, 'module2': 1, 'module1': 0, 'module14': 13, 'module16': 15.

Indicates public key size in bits. In write, if a key does not exist, a value between 512 and 2048 will generate a RSA public key with the value as its key size for secured shell access. If a key exists a value other than 0 is valid, indicating a clear key operation. In read, the current key size is returned if a key exists. If not,a 0 is returned.

Indicates the maximum percentage of the memory usage for RMON.

Indicates whether Mac Reduction feature (to reduce the number of MAC addresses used in bridge identifier) is administratively enabled on the device or not.

Indicates whether Mac Reduction feature (to reduce the number of MAC addresses used in bridge identifier) is operationaly enabled on the device or not. If the value of this object is true(1), then the accepted values for dot1dStpPriority in BRIDGE-MIB should be multiples of 4096 plus bridge instance ID, such as VlanIndex. Changing this object value might cause the values of dot1dBaseBridgeAddress and dot1dStpPriority in BRIDGE-MIB to be changed also.

The operational status of the system. Enumeration: 'minorFault': 3, 'other': 1, 'ok': 2, 'majorFault': 4.

The chassis system type. Enumeration: 'wsc5500e': 18, 'wsc5509': 14, 'wsc6504e': 43, 'wsc5500': 8, 'cisco7613': 40, 'wsc5505': 10, 'wsc1001': 4, 'wsc1000': 3, 'wsc4503': 36, 'cisco7606': 31, 'cisco7604': 42, 'wsc4912g': 19, 'cisco7609': 32, 'c6880x': 56, 'wsc6509ve': 51, 'wsc65509': 38, 'wsc2980g': 26, 'cisco7603s': 52, 'wsc6509NEB': 25, 'other': 1, 'wsc6509': 22, 'wsc2926': 13, 'c6807xl': 55, 'mec6524gs8s': 45, 'wsc6506': 23, 'wsc2948g': 20, 'wsc6503': 33, 'wsc1200': 11, 'wsc5000': 6, 'wsc5002': 9, 'wsc2980ga': 28, 'wsc6509NEBA': 34, 'wsc2948ggetx': 41, 'wsc1100': 5, 'wsc1400': 12, 'wsc6513': 27, 'cisco7603': 30, 'c6880xle': 54, 'wsc6006': 15, 'wsc4506': 37, 'wsc6009': 16, 'wsc2900': 7, 'wsc4507': 35, 'wsc4003': 17, 'wsc4006': 24, 'mec6524gt8s': 48.

The chassis backplane type. Enumeration: 'fddiEthernet': 3, 'giga16': 8, 'giga40': 9, 'giga3E': 6, 'other': 1, 'giga12': 7, 'giga': 4, 'giga3': 5, 'fddi': 2.

Type of power supply number 1. Enumeration: 'wsc5508': 12, 'wscdc1360': 24, 'w50': 3, 'pwr400ac': 64, 'wsc5568': 13, 'pwr1900dc': 38, 'externalPS': 29, 'wsx4008ac650w': 42, 'wscac3000w': 44, 'wscdc2500w': 31, 'pwr2700ac': 54, 'pwr2700dc': 55, 'w120': 28, 'pwr6000dc': 105, 'pwrc451000ac': 46, 'wsx4008': 25, 'w175pfc': 16, 'w80': 6, 'wscac2500w': 30, 'wsx4008dc': 32, 'wsc5598': 27, 'wscdc3000w': 50, 'w175dc': 17, 'w600': 5, 'wsx4008dc650w': 43, 'other': 1, 'wsc5008b': 18, 'wsc5008c': 19, 'wsc5008a': 9, 'wsc5068b': 20, 'pwr1500dc': 106, 'wsc5508a': 14, 'pwr1900ac6': 39, 'pwr2700dc4': 60, 'wsc5518': 26, 'pwr4000dc': 34, 'pwr1900ac': 37, 'pwr950dc': 36, 'c6880x3kwac': 150, 'pwr2700ac4': 59, 'wsc5008': 8, 'w175': 10, 'pwrc451400dcp': 49, 'wscac1000': 21, 'pwr400dc': 63, 'wscac1300': 22, 'w130': 7, 'c6800xl3kwac': 152, 'wsc5068': 11, 'pwrc452800acv': 47, 'none': 2, 'c6880x3kwdc': 151, 'wscac6000w': 53, 'wscac4000w': 33, 'pwrc451300acv': 48, 'pwr1400ac': 51, 'w156': 52, 'w155': 15, 'w200': 4, 'pwr950ac': 35, 'wscdc1000': 23, 'wscac8700we': 58.

Status of power supply number 1. If the status is not ok, the value of chassisPs1TestResult gives more detailed information about the power supply's failure condition(s). Enumeration: 'minorFault': 3, 'other': 1, 'ok': 2, 'majorFault': 4.

Test result for power supply number 1. A zero indicates that the supply passed all tests. Bits set in the result indicate error conditions.

Type of power supply number 2. Enumeration: 'wsc5508': 12, 'wscdc1360': 24, 'w50': 3, 'pwr400ac': 64, 'wsc5568': 13, 'pwr1900dc': 38, 'externalPS': 29, 'wsx4008ac650w': 42, 'wscac3000w': 44, 'wscdc2500w': 31, 'pwr2700ac': 54, 'pwr2700dc': 55, 'w120': 28, 'pwr6000dc': 105, 'pwrc451000ac': 46, 'wsx4008': 25, 'w175pfc': 16, 'w80': 6, 'wscac2500w': 30, 'wsx4008dc': 32, 'wsc5598': 27, 'wscdc3000w': 50, 'w175dc': 17, 'w600': 5, 'wsx4008dc650w': 43, 'other': 1, 'wsc5008b': 18, 'wsc5008c': 19, 'wsc5008a': 9, 'wsc5068b': 20, 'pwr1500dc': 106, 'wsc5508a': 14, 'pwr1900ac6': 39, 'pwr2700dc4': 60, 'wsc5518': 26, 'pwr4000dc': 34, 'pwr1900ac': 37, 'pwr950dc': 36, 'c6880x3kwac': 150, 'pwr2700ac4': 59, 'wsc5008': 8, 'w175': 10, 'pwrc451400dcp': 49, 'wscac1000': 21, 'pwr400dc': 63, 'wscac1300': 22, 'w130': 7, 'c6800xl3kwac': 152, 'wsc5068': 11, 'pwrc452800acv': 47, 'none': 2, 'c6880x3kwdc': 151, 'wscac6000w': 53, 'wscac4000w': 33, 'pwrc451300acv': 48, 'pwr1400ac': 51, 'w156': 52, 'w155': 15, 'w200': 4, 'pwr950ac': 35, 'wscdc1000': 23, 'wscac8700we': 58.

Status of power supply number 2. If the status is not ok, the value of chassisPs2TestResult gives more detailed information about the power supply's failure condition(s). Enumeration: 'minorFault': 3, 'other': 1, 'ok': 2, 'majorFault': 4.

Test result for power supply number 2. A zero indicates that the supply passed all tests. Bits set in the result indicate error conditions.

Status of the chassis fan. If the status is not ok, the value of chassisFanTestResult gives more detailed information about the fan's failure condition(s). Enumeration: 'minorFault': 3, 'other': 1, 'ok': 2, 'majorFault': 4.

Test result for the chassis fan. A zero indicates that the fan passed all tests. Bits set in the result indicate error conditions.

The chassis minor alarm status. Enumeration: 'on': 2, 'off': 1.

The chassis major alarm status. Enumeration: 'on': 2, 'off': 1.

The chassis temperature alarm status. Enumeration: 'on': 2, 'critical': 3, 'off': 1.

The number of slots in the chassis available for plug-in modules.

An indication of which slots in the chassis have modules inserted. This is an integer value with bits set to indicate configured modules. It can be interpreted as a sum of f(x) as x goes from 1 to the number of slots, where f(x) = 0 for no module inserted and f(x) = exp(2, x-1) for a module inserted.

The manufacturer's model number for the chassis.

The serial number of the chassis in a numeric format. If the chassis uses an alphanumeric serial number, this MIB object will return 0. This object is deprecated and replaced by entPhysicalSerialNum in ENTITY-MIB.

A list of the chassis related components in the chassis. This table is deprecated and replaced by entPhysicalTable in ENTITY-MIB.

Entry containing information about one component in the chassis.

A unique value for each chassis related component within the chassis.

The type of the chassis component. Enumeration: 'wsc6509eFan': 11, 'wsc6000vtt': 3, 'c6800xl33vcon': 27, 'fan6524': 16, 'wsc6000tempSensor': 4, 'c6807xlFan': 26, 'fanMod6Shs': 17, 'wsc6506eFan': 10, 'fanMod9Shs': 18, 'wsc6000cl': 2, 'unknown': 1, 'wsc6509veFan': 20, 'clk7600': 6, 'fanMod4Hs': 15, 'wsc6513Clock': 5, 'wsc6503eFan': 13, 'ws9SlotFan': 7, 'c6880xFan': 25, 'fanMod9St': 19, 'wsc6000vtte': 14, 'fanMod9': 8, 'fanMod3Hs': 21.

The serial number of the chassis component.

The hardware version of the chassis component.

The manufacturer's model number for the chassis component.

The serial number of the chassis. This MIB object will return the chassis serial number for any chassis that either a numeric or an alphanumeric serial number is being used.

Type of power supply number 3. This object is only supported by systems that can have 3 or more power supplies. Enumeration: 'wsx4008': 25, 'none': 2, 'wsx4008dc': 32, 'wsx4008ac650w': 42, 'wsx4008dc650w': 43, 'other': 1.

Status of power supply number 3. If the status is not ok, the value of chassisPs3TestResult gives more detailed information about the power supply's failure condition(s). This object is only supported by systems that can have 3 or more power supplies. Enumeration: 'minorFault': 3, 'other': 1, 'ok': 2, 'majorFault': 4.

Test result for power supply number 3. A zero indicates that the supply passed all tests. Bits set in the result indicate error conditions. This object is only supported by systems that can have 3 or more power supplies.

Indicates whether Power Entry Module is installed into the Chassis or not. Power Entry Module is a connection into the system for an external power supply of -48 Volts. This object is only supported by systems that can have 3 or more power supplies.

A list of module entries. The number of entries is the number of modules in the chassis.

Entry containing information about one module in the chassis.

A unique value for each module within the chassis.

The type of module. Enumeration: 'wsx4306gb': 303, 'wsx4604gwy': 320, 'm7600Sip400': 1103, 'wsx5020': 37, 'c7600ssc600': 1105, 'wsx6548rj21': 282, 'osm2choc48T3SI': 280, 'wsx6101oc12mmf': 209, 'osm2oc12PosMMPlus': 608, 'wsx6ksup1a2ge': 219, 'wsx4124fxmt': 317, 'wsx6248rj45': 203, 'wsSvcSsl1': 294, 'wsx5201r': 73, 'wsx1465': 20, 'wsx44122Gbtx': 321, 'wsx6381ids': 244, 'wsf5541': 88, 'wsx4302gb': 342, 'osm2oc12AtmMM': 213, 'me6524msfc2a': 598, 'wsx6516aGbic': 502, 'wsx6608t1': 229, 'wsSvcWlan1k9': 924, 'osm4choc3DS0SI': 296, 'wsSvcCe1': 293, 'wsx5530': 57, 'wsx5536': 92, 'wsx4448gblx': 332, 'wsx5534': 91, 'wsx5239': 83, 'wsx4232l3': 319, 'wsx6324mmmt': 235, 'wsx4424sxmt': 311, 'wsx44162gbtx': 305, 'mec6524gs8s': 511, 'osm1oc48PosSSPlus': 611, 'wsx4232rjxx': 312, 'wsx5234': 79, 'wsx5237': 96, 'wsx5236': 77, 'wsx5158': 45, 'wsx5010': 26, 'wsx5013': 24, 'wsx5012': 50, 'wsx5015': 76, 'wsx5014': 75, 'osm4GeWanGbicPlus': 603, 'wsx5153': 34, 'wsx5154': 33, 'wsx5155': 32, 'wsx5156': 43, 'wsx5157': 44, 'wsx6248atel': 225, 'wsx6148FeSfp': 928, 'wsx6248tel': 204, 'wsx6348rj45': 236, 'wsx5225r': 74, 'c6880xle16p10g': 1402, 'wsx1455': 18, 'wsx1454': 17, 'c7600Es4Tg3cxl': 618, 'wsSvcAon1k9': 925, 'wsx1450': 15, 'osm4oc12PosSIPlus': 617, 'wsx5224': 49, 'wsx5223': 48, 'wsSvcWism2k9': 946, 'c76EsXt2Tg3c': 634, 'osm16oc3PosSL': 248, 'wsx5380': 54, 'osm16oc3PosSI': 247, 'wsx5305': 85, 'c6800ia48fpd': 1304, 'c7600Es4Tg3c': 627, 'wsx5302': 52, 'osm4oc3PosSI': 286, 'wsx6624fxs': 231, 'wsx6302msm': 206, 'wsSvcVse1k9': 951, 'wsx5540': 78, 'wssup720base': 1002, 'osm8oc3PosMM': 253, 'wsSvcNam3k9': 949, 'wsx5009': 23, 'wsx5006': 38, 'wsx5005': 39, 'wsx4912gb': 306, 'wssvcpisa32': 597, 'wsx6816gbic': 271, 'wsx4424gbrj45': 330, 'wsx6248arj45': 224, 'wsx6408gbic': 201, 'osm24t3e3': 602, 'vssup2t10g': 1031, 'wsx1441': 13, 'wsSvcSamiBb': 940, 'wsx1444': 14, 'wsx6224ammmt': 222, 'wsSvcPsd1': 919, 'wsx6224mmmt': 202, 'wsSvcAgm1k9': 930, 'wsx2980rj': 323, 'wsx6348rj21': 281, 'wsx6024flmt': 208, 'wsx5410': 68, 'wsSvcAdm1k9': 929, 'wssup32ge3b': 509, 'wsx6408agbic': 226, 'osm4oc3PosSIPlus': 614, 'wsx4448gbrj45': 334, 'wsx5550': 87, 'wsx6608e1': 230, 'wsx6848tx': 1037, 'osm2oc12PosMM': 249, 'wsx6101oc12smf': 210, 'wsSvcFwm1': 292, 'wsc1200': 11, 'osm2choc12T3SI': 605, 'wsx6548rj45': 258, 'wsx6500sfm2': 278, 'm7600Sip600': 1004, 'osm4oc3PosMM': 289, 'wsSvcCmm': 284, 'osm12ct3T1': 600, 'wsx4012': 300, 'wsx4013': 318, 'osm8oc3PosSI': 254, 'c76EsXt4Tg3cxl': 625, 'wsx6516getx': 261, 'osm8oc3PosSL': 255, 'wsx4019': 325, 'c6880x': 1401, 'wsx690440g': 1035, 'c6880xle': 1403, 'osm4oc12PosSL': 218, 'wsx5403': 69, 'wsx1434': 22, 'c6800ia48td': 1301, 'osm4oc12PosSI': 217, 'wsx1431': 19, 'osm2oc12AtmMMPlus': 606, 'wsx5165': 65, 'c7600Es2Tg3cxl': 620, 'wsx5167': 82, 'wsx5166': 66, 'wsx5161': 61, 'wsx5162': 62, 'wsx6748getx': 1007, 'wsx4148rj45v': 326, 'wsx6148getx': 503, 'wssup3210ge3b': 510, 'wsx5168': 84, 'osm1oc48PosSI': 242, 'wsx6148rj21v': 913, 'wsf6kmsfc': 207, 'osm4choc12T3SI': 273, 'wsx5104': 30, 'wsx5103': 29, 'wsx5101': 28, 'wsx2948gbrj': 307, 'wsx6148rj45v': 912, 'wsx6148arj45': 923, 'rsp720': 1800, 'wsx4548gbrj45': 339, 'osm4geWanGbic': 240, 'wsc1100': 5, 'ace046500k9': 936, 'wssup720': 1001, 'wsx65822pa': 1101, 'wsx2980gbrj': 324, 'wsx6302amsm': 220, 'wsx2980': 322, 'osm1choc12T3SI': 604, 'wsx6ksup22ge': 237, 'wsx2948': 309, 'wsx6708a10ge': 1023, 'wsx6148egetx': 1036, 'wsx6066SlbSk9': 920, 'wsSvcIdsm2': 290, 'wsx4418gb': 304, 'wsc6500sfm': 245, 'wsSvcAsaSm1': 947, 'osm4oc12PosMM': 216, 'wsx650110gex4': 285, 'ace106500k9': 926, 'wsSvcMwam1': 910, 'empty': 2, 'c7600msfc4': 1805, 'wsx5114': 47, 'wsx6824sfp': 1040, 'wsSvcWebVpnk9': 927, 'wsx5111': 35, 'wsx5113': 27, 'wsx6516gbic': 239, 'wsSvcNam2': 291, 'osm8choc12T3MM': 274, 'wsx4248rj45v': 343, 'wsx6724sfp': 1010, 'osm1oc48PosSLPlus': 613, 'wsx6148x2rj45': 506, 'osm8oc3PosSLPlus': 615, 'c6880x16p10g': 1400, 'wsx2948ggetxgbrj': 346, 'wsf6kmsfc2': 234, 'm7600Sip200': 1102, 'wsx6148agetx': 921, 'wsx6380nam': 223, 'wsx6066SlbApc': 260, 'wsx5506': 41, 'wsx5505': 42, 'wsx2948ggetx': 345, 'wsx5509': 40, 'wsx681610ge': 1042, 'osm8choc12T3SI': 275, 'wsx6524mmmt': 259, 'wsx681610t': 1043, 'wsx6196rj21': 507, 'wsx6416gemt': 211, 'wsx1436': 21, 'c76EsXt4Tg3c': 633, 'wsx4248rj21v': 341, 'osm2oc12PosSIPlus': 609, 'wsx5011': 25, 'osm16oc3PosSIPlus': 610, 'mec6524gt8s': 512, 'osm2oc12AtmSI': 214, 'osm1choc48T3SI': 279, 'wsx4148fxmt': 331, 'wsx6748sfp': 1009, 'wsc1001': 4, 'wsc1000': 3, 'wsf6kmsfc2a': 599, 'osm2oc48OneDptSSDual': 268, 'wsx5213a': 53, 'osm2oc12AtmSIPlus': 607, 'osm1choc48T3SS': 276, 'wssup32p10ge': 516, 'osm16oc3PosMM': 246, 'wsx6848sfp': 1039, 'c7600ssc400': 1104, 'wsx5012a': 81, 'wsx4148lxmt': 337, 'rsp720base': 1801, 'osm2oc12PosSL': 251, 'wsSvcCsg1': 911, 'c76EsXt2Tg3cxl': 626, 'wsx6548getx': 915, 'osm2oc12PosSI': 250, 'wsSvcNam1': 914, 'wsx4148rj': 301, 'other': 1, 'wsx671610ge': 1027, 'wsx670410ge': 1008, 'osm2oc48OneDptSLDual': 270, 'wsx5213': 36, 'wsx1483': 16, 'c7600Es2Tg3c': 629, 'osm12t3e3': 601, 'wsx4232gbrj': 302, 'osm8oc3PosSIPlus': 616, 'wsx5031': 67, 'wsx5030': 46, 'wsx6ksup12ge': 200, 'wsx4912': 310, 'osm8choc3DS0SI': 295, 'osm1oc48PosSS': 241, 'osm1oc48PosSL': 243, 'wsx4148rj21': 313, 'wsc1400': 12, 'wsx650210ge': 252, 'osm4choc12T3MM': 272, 'wsx6416gbic': 221, 'wsx690810g': 1034, 'wsx670810ge': 1016, 'osm2oc48OneDptSI': 266, 'osm2choc48T3SS': 277, 'osm2oc48OneDptSL': 267, 'wsx671610t': 1033, 'wsx6324sm': 238, 'wssup32pge': 515, 'wsSvcAsaSm1k7': 950, 'osm2oc48OneDptSIDual': 269, 'wsx6316getx': 233, 'esm2x10ge': 1106, 'osm1choc12T1SI': 297, 'wsx61822pa': 212, 'vss72010g': 1021, 'wsx4548gbrj45v': 340, 'osm1oc48PosSIPlus': 612, 'wsSvcIpSec1': 903, 'osm2oc48OneDptSS': 265, 'wsx5201': 55, 'wsx6148ege45at': 1032, 'wsx5203': 56.

The serial number of the module in a numeric format. If the module uses an alphanumeric serial number, this MIB object will return 0. This object is deprecated and replaced by entPhysicalSerialNum in ENTITY-MIB.

The high part of the hardware version of the module. For example, if the hardware version is 3.1, the value of moduleHwHiVersion is 3. This object is deprecated and replaced by entPhysicalHardwareRev in ENTITY-MIB.

The low part of the hardware version of the module. For example, if the hardware version is 3.1, the value of moduleHwLoVersion is 1. This object is deprecated and replaced by entPhysicalHardwareRev in ENTITY-MIB.

The high part of the firmware version number. For example, if the firmware version is 3.1, the value of moduleFwHiVersion is 3. This object is deprecated and replaced by entPhysicalFirmwareRev in ENTITY-MIB.

The low part of the firmware version number. For example, if the firmware version is 3.1, the value of moduleFwLoVersion is 1. This object is deprecated and replaced by entPhysicalFirmwareRev in ENTITY-MIB.

The high part of the software version number. For example, if the software version is 3.1, the value of moduleSwHiVersion is 3. This object is deprecated and replaced by entPhysicalSoftwareRev in ENTITY-MIB.

The low part of the software version number. For example, if the software version is 3.1, the value of moduleSwLoVersion is 1. This object is deprecated and replaced by entPhysicalSoftwareRev in ENTITY-MIB.

The operational status of the module. If the status is not ok, the value of moduleTestResult gives more detailed information about the module's failure condition(s). Enumeration: 'minorFault': 3, 'other': 1, 'ok': 2, 'majorFault': 4.

The result of the module's self test. A zero indicates that the module passed all tests. Bits set in the result indicate error conditions.

This object, when read, returns one of the following results: other(1): module permanently enabled enable(3): module currently enabled disable(4): module currently disabled Setting this object to one of the acceptable values gives the following results: other(1): gives an error reset(2): resets the module's control logic enable(3): if the module status is configurable, enables the module, else gives error disable(4): if the module status is configurable, disables the module, else gives error. Setting this object to any other values results in an error. Enumeration: 'reset': 2, 'enable': 3, 'other': 1, 'disable': 4.

A descriptive string used by the network administrator to name the module.

The number of ports supported by the module.

A series of bytes containing status information about the module and each of the ports on the module. The first byte contains the status for the module (same value as moduleStatus), and subsequent bytes contain status for the first through the last ports on the module (same value as portOperStatus).

The type of daughterboard attached to this module. Enumeration: 'c7600esmdfc3cxl': 228, 'vsf6kpfc3cxl': 226, 'wsf6kdfc4exl': 231, 'vsf6kpfc3c': 227, 'wsf6kdfca': 107, 'wsf6700dfc3bxl': 207, 'wsf6kpfc2': 103, 'wsf6kdfc4e': 234, 'vsp300dfc': 200, 'c7600Es3c': 233, 'vsf6kpfc4': 229, 'wsf6kpfc': 102, 'wsf6700cfc': 208, 'wsf6kpfc3bxl': 206, 'wsf6kpfc3a': 201, 'wsf6kpfc3b': 216, 'c6880xledfc': 241, 'wsf5521': 8, 'wsf5520': 7, 'c6880xlepfc': 239, 'other': 1, 'm7600pfc3c': 213, 'wsf6700dfc3c': 218, 'wsf6700dfc3b': 217, 'wsf6700dfc3a': 203, 'empty': 2, 'vsf6kpfc4xl': 235, 'wsf6kdfc3bxl': 205, 'wsf6kdfc4axl': 236, 'wsf6700dfc3cxl': 221, 'wsf6020a': 101, 'c6880xpfc': 238, 'c7600Es3cxl': 232, 'wsf5510': 3, 'wsf5511': 4, 'wsf6kdfc3a': 202, 'wsf6kdfc3b': 223, 'c6880xdfc': 240, 'wsf6kpfc2a': 106, 'wsf6kvpwr': 104, 'wsf5531': 9, 'wsf6020': 100, 'wsx5304': 6, 'mec6524pfc3c': 224, 'wsf6kdfc4a': 237, 'sip600earl': 225, 'wsf6kdfc': 105, 'c7600esmdfc3c': 230.

The manufacturer's model number for the module.

The hardware version of the module.

The firmware version of the module.

The software version of the module.

Redundant status of a module that supports redundancy. Enumeration: 'active': 2, 'standby': 3, 'other': 1, 'error': 4.

If the module has a separate IP address to reach it by, then it is reported here. Otherwise, this object has a value of '00000000H'.

If the moduleIPAddress is valid then this object reports the VLAN to access that IP address on. Otherwise this object has a value of zero.

The type of daughterboard attached to this module. Enumeration: 'wsf6kmsfc': 207, 'wssvccmmact': 406, 'c7600Es4Tg': 618, 'wsf6kFe48af': 106, 'wssvcpisa32': 597, 'wssvcidsupg': 402, 'wsf6kmsfc2a': 599, 'wsf6kGe48af': 107, 'aceModExpnDc': 410, 'wsf6kmsfc2': 234, 'wsg6488': 102, 'wssup720': 1001, 'c7600EsItu2TgLk': 626, 'other': 1, 'c7600msfc4': 1805, 'wsu4502gb': 315, 'c7600Es2Tg': 620, 'empty': 2, 'c7600EsItu4TgLk': 625, 'wsu5533': 5, 'wssvccmm24fxs': 405, 'wsu5531': 3, 'wsu5537': 9, 'wsu5536': 8, 'wsu5535': 7, 'wsu5534': 6, 'wsu5539': 11, 'wsu5538': 10, 'wssvccmm6e1': 403, 'esm2x10ge': 1701, 'me6524msfc2a': 598, 'wsu4504fxmt': 314, 'wsg6483': 104, 'wssvccmm6t1': 404, 'vsf6kmsfc5': 1005, 'wsSvcAppProc1': 411, 'vsf6kmsfc3': 1026, 'wsf6kFe48x2af': 109, 'wsg6489': 103, 'wsf6kVpwrGe': 108, 'wsg6485': 105.

This value is determined by the chassis slot number where the module is located. Valid entries are 1 to the value of chassisNumSlots

The serial number of the module. This MIB object will return the module serial number for any module that either a numeric or an alphanumeric serial number is being used.

The value of the instance of the entPhysicalIndex object, defined in ENTITY-MIB, for the entity physical index corresponding to this module.

The additional status of the module. fruInstalled(0) indicates that whether or not FRU is installed on the module. powerDenied(1) indicates that whether phones connected to the ports of this module are denied of power. faulty(2) indicates hardware faulty. Bits: 'fruInstalled': 0, 'faulty': 2, 'powerDenied': 1.

A list of port entries. The number of entries is determined by the number of modules in the chassis and the number of ports on each module.

Entry containing information for a particular port on a module.

An index value that uniquely identifies the module where this port is located.

An index value that uniquely identifies this port within a module. The value is determined by the location of the port on the module. Valid entries are 1 to the value of moduleNumPorts for this module.

A cross-reference to the port's index within another mib group. The value is dependent on the type of port. For an FDDI port, this corresponds to the snmpFddiPORTIndex.

A descriptive string used by the network administrator to name the port.

The type of physical layer medium dependent interface on the port. Enumeration: 'e1000BaseCX': 29, 'e10GBaseDwdm5092': 1058, 'scf': 10, 'depi2': 36, 'intrusionDetect': 55, 'e10GBaseDwdm3033': 1037, 'e10GBaseDwdm5494': 1062, 'e1000BaseDwdm5252': 1027, 'e100BaseFsm': 17, 'e1000BaseDwdm4134': 1094, 'e1000BaseDwdm3582': 1010, 'dptOc48mm': 62, 'e1000BaseCwdm1510': 79, 'e1000BaseZX': 35, 'e1000BaseDwdm3819': 1012, 'e10GBaseLRM': 1080, 'e10GBaseDwdm5012': 1057, 'mcr': 88, 'tppmd': 4, 'e10GBaseDwdm3582': 1043, 'e10GBaseUSR': 1090, 'e1000BaseDwdm3504': 1009, 'e10GBaseCU4M': 1088, 'e1000BaseDwdm5817': 1032, 'e10GBaseUnknown': 1001, 'e40GBaseSR': 1101, 'e40GBaseUnapproved': 1102, 'e1000BaseDwdm6141': 1099, 'psd': 91, 'atmOc12mm': 43, 'ssl': 73, 'e10GBaseDwdm4532': 1107, 'e1000BaseDwdm4532': 1095, 'e10GBaseCU6M': 1089, 'e1000BaseDwdm3977': 1014, 'atmOc3utp': 16, 'e10GBaseZR': 1077, 'atmDs3': 25, 'e1000BaseDwdm5575': 1030, 'e1000BaseTE': 1116, 'contentEngine': 72, 'e1000BaseDwdm5898': 1033, 'e10GBaseDwdm5655': 1064, 'e1000BaseDwdm3739': 1093, 'e10GBaseDwdm5413': 1061, 'e10GBaseDwdm5252': 1060, 'e1000BaseLX': 27, 't1': 37, 'e10GBaseSW': 97, 'e1000BaseSX': 28, 'e10GBaseDwdm4932': 1108, 'e10GBaseSR': 93, 'e10GBaseCU7M': 1085, 'e1000BaseLH': 32, 'e1000BaseDwdm3190': 1006, 'e10GBaseCU5M': 1084, 'e10GEmpty': 60, 'e1000BaseUnapproved': 86, 'e1000BaseDwdm5736': 1098, 'e1000BaseDwdm4453': 1019, 'e40GBaseLR': 1100, 'e1000BaseDwdm4214': 1016, 'e10GBaseEdc1310': 96, 'transcoding': 41, 'vpnIpSec': 75, 'e1000BaseDwdm4056': 1015, 'chOc12smi': 66, 'cddi': 2, 'ct3': 76, 'e1000BaseCwdm1530': 80, 'e10GBaseDwdm3898': 1046, 'e10GBaseDwdm4135': 1106, 'e10GBaseDwdm3425': 1041, 'e10GBaseDwdm4851': 1056, 'e100BaseEX': 1078, 'e10GBaseDwdm3819': 1045, 'smf': 7, 'posOc12mm': 46, 'conferencing': 42, 'e1000BaseDwdm5172': 1026, 'e10GBaseDwdm4294': 1050, 'e10GBaseTPluggable': 1081, 'e1000BaseDwdm4851': 1023, 'e1000BaseBT': 85, 'e1000BaseDwdm4612': 1020, 'vlanRouter': 20, 'e1000BaseCwdm1490': 78, 'sddi': 6, 'e100BaseSX': 1073, 'e10GBaseBad': 1076, 'e1000BaseCwdm1550': 81, 'e1': 38, 'chOc48ss': 68, 'e10GBaseDwdm5979': 1067, 'e10GBaseDwdm4772': 1055, 'e1000BaseDwdm3346': 1092, 'e1000BaseZXSMD': 1115, 'e10GBaseLRMSM': 1091, 'e10GBaseDwdm4612': 1053, 'e1000BaseSvc': 110, 'e1000BaseDwdm4294': 1017, 'dptOc48sml': 64, 'e100BaseF': 13, 'coe': 89, 'dptOc48smi': 63, 'e10a100a1000BaseT': 61, 'e1000BaseDwdm5332': 1097, 'atmOc3mmf': 14, 'e10GBaseEX4': 59, 'e10GBaseDwdm5333': 1109, 'e10GBaseCU3M': 1083, 'e1000BaseWdmRxOnly': 1003, 'firewall': 74, 'e10GBaseDwdm3977': 1047, 'e100BaseTX': 11, 'e1000UnsupportedGbic': 34, 'e10GBaseDwdm4056': 1048, 'posOc12smi': 47, 'e100BaseLX': 92, 'posOc12sml': 48, 'e10GBaseSX4': 70, 'e40GBaseEmpty': 113, 'e10a100BaseTX': 18, 'remoteRouter': 21, 'e10GBaseSvc': 111, 'atmOc12mmf': 23, 'e1000BaseDwdm4373': 1018, 'e10GBaseDwdm4453': 1052, 'e100BaseFXGE': 1119, 'mwa': 90, 'posOc3mm': 52, 'e1000BaseDwdm3661': 1011, 'e1000BaseDwdm3268': 1007, 'lwa': 100, 'intrusionProtect': 109, 'e1000BaseDwdm3112': 1005, 'chOc12mm': 67, 'chOc48smi': 69, 'networkAnalysis': 30, 'e10GBaseCU2M': 1087, 'e1000BaseBX10D': 1069, 'e1000BaseDwdm6061': 1035, 'e1000BaseDwdm5012': 1024, 'e10GBaseWdmRxOnly': 1036, 'atmOc12smf': 24, 'e10GBaseDwdm3347': 1104, 'e10GBaseDwdm5817': 1065, 'tokenringMmf': 26, 'sslVpn': 102, 'e1000BaseCwdm1470': 77, 'e1000BaseBX10U': 1070, 'e10GBaseLX4': 57, 'e1000BaseDwdm4772': 1022, 'e1000BaseUnknown': 1000, 'e10GBaseDwdm4373': 1051, 'e100BaseT4': 12, 'e10GBaseDwdm3661': 1044, 'chOc3smi': 87, 'e1000BaseSXMMD': 1117, 'e1000BaseT': 33, 'e10GBaseDwdm3740': 1105, 'e10GBaseDwdm5898': 1066, 'posOc3smi': 53, 'e10GBaseDwdm4692': 1054, 'e10GBaseCUdot3M': 1086, 'e10GBaseER': 71, 'atmOc12smi': 44, 'e10GBaseEW': 99, 'atmOc12sml': 45, 'posOc3sml': 54, 'e1000BaseDwdm5413': 1028, 'e10GBaseCU1M': 1082, 'e10BaseF': 9, 'e10GBaseDwdm4214': 1049, 'e10GBaseDwdm3112': 1038, 'e10GBaseWdm1550': 95, 'e1000BaseDwdm5655': 1031, 'e10GBaseDwdm5575': 1063, 'aces': 106, 'adsm': 104, 'e1000BaseCwdm1610': 84, 'e10BaseT': 8, 'mii': 19, 'e100BaseEmpty': 103, 'posOc48sml': 51, 'e1000BaseDwdm5092': 1025, 'e100BaseZX': 1079, 'posOc48smi': 50, 'mlt3': 5, 'aons': 101, 'e1000Empty': 31, 'e10GBaseDwdm5172': 1059, 'fxs': 39, 'e10GBaseDwdm3504': 1042, 'e1000BaseDwdm3033': 1004, 'fxo': 40, 'other': 1, 'e10GBaseDwdm3268': 1040, 'e1000BaseDwdm5494': 1029, 'atmOc3smf': 15, 'e10GBaseDwdm6061': 1068, 'e10GBaseDwdm5736': 1110, 'e10GBaseUnapproved': 1002, 'posOc48sms': 49, 'e10GBaseCPX': 56, 'e1000BaseDwdm4692': 1021, 'e1000BaseDwdm3898': 1013, 'e1000BaseCwdm1570': 82, 'e10GBaseACU7M': 1112, 'e100BaseUnknown': 1071, 'e1000BaseCwdm1590': 83, 'e100BaseUnapproved': 1072, 'tokenring': 22, 'agsm': 105, 'e1000BaseDwdm3425': 1008, 'e1000BaseEXSMD': 1114, 'fddi': 3, 'e10GBaseCX4': 94, 'e10GBaseDwdm3190': 1039, 'e100BaseBX10D': 1074, 'e1000BaseDwdm5979': 1034, 'e1000BaseLHSMD': 1118, 'e10GBaseLW': 98, 'e10GBaseDwdm6141': 1111, 'e10GBaseLR': 65, 'e10GBaseACU10M': 1113, 'e100BaseBX10U': 1075, 'e1000BaseDwdm4931': 1096.

The current operational status of the port. Enumeration: 'minorFault': 3, 'other': 1, 'ok': 2, 'majorFault': 4.

A cross-reference to another mib group for this port. The value is dependent on the type of port. For an FDDI port this corresponds to the snmpFddiPORTSMTIndex.

Additional status information for the port. The value is a sum. It initially takes the value zero, then for each state that is true, 2 raised to a power is added to the sum. The powers are according to the following table: State Power Transmit 0 Receive 1 Collision 2 Transmit state indicates that at least one packet was transmitted by the port in the last polling period. Receive state indicates that at least one packet was received by the port in the last polling period. Collision state indicates that at least one collision was detected on the port in the last polling period. Note that if a state is not applicable to a particular port or additional status is not supported on a particular port, its value is always false for that port.

The desired speed of the port. The current operational speed of the port can be determined from ifSpeed. Enumeration: 's10G': 10, 's10000000': 10000000, 's100000000': 100000000, 's1000000000': 1000000000, 's400000000': 400000000, 's155000000': 155000000, 'autoDetect': 1, 's45000000': 45000000, 's4000000': 4000000, 's1544000': 1544000, 's2048000': 2048000, 'autoDetect10100': 2, 's16000000': 16000000, 's64000000': 64000000, 's2000000': 2000000, 's622000000': 622000000, 's64000': 64000.

Indicates whether the port is operating in half- duplex, full-duplex, disagree or auto negotiation mode. If the port could not agree with the far end on port duplex, the port will be in disagree(3) mode. Enumeration: 'auto': 4, 'full': 2, 'disagree': 3, 'half': 1.

The value of the instance of the ifIndex object, defined in MIB-II, for the interface corresponding to this port.

Indicates whether the port is operating in spantree fast start mode. A port with fast start enabled is immediately put in spanning tree forwarding state on link up, rather than starting in blocking state which is the normal operation. This is useful when the port is known to be connected to a single station which has problems waiting for the normal spanning tree operation to put the port in forwarding state. This object is deprecated and replaced by stpxFastStartPortTable in CISCO-STP-EXTENSIONS-MIB. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates the receive flow control administrative status set on the port. If the status is set to on(1), the port will require the far end to send flow control. If the status is set to off(2), the port will not allow far end to send flow control. If the status is set to desired(3), the port will allow the far end to send the flow control. Enumeration: 'on': 1, 'off': 2, 'desired': 3.

Indicates the receive flow control operational status of the port. If the port could not agree with the far end on a link protocol, its operational status will be disagree(3). Enumeration: 'on': 1, 'off': 2, 'disagree': 3.

Indicates the transmit flow control administrative status set on the port. If the status is set to on(1), the port will send flow control to the far end. If the status is set to off(2), the port will not send flow control to the far end. If the status is set to desired(3), the port will send flow control to the far end if the far end supports it. Enumeration: 'on': 1, 'off': 2, 'desired': 3.

Indicates the transmit flow control operational status of the port. If the port could not agree with the far end on a link protocol, its operational status will be disagree(3). Enumeration: 'on': 1, 'off': 2, 'disagree': 3.

The total number of MAC control frames passed to the MAC sublayer for transmission.

The total number of MAC control frames passed by the MAC sublayer to the MAC Control sublayer on receive.

The total number of PAUSE frames passed to the MAC sublayer for transmission.

The total number of PAUSE frames passed by the MAC sublayer to the MAC Control sublayer on receive.

The total number of MAC Control frames received with an opcode that is not supported by the device.

Specifies additional link fault status on a gigabit link. noFault: Link is up and operational. nearEndFault: The port is enabled but there is no GBIC present or the local port cannot synchronize with the remote end. nearEndConfigFail: The local port has detected a configuration mismatch with the remote end. farEndDisable: The far end is in the disabled state. farEndFault: The remote port is cannot synchronize. farEndConfigFail: The remote port has detected a configuration mismatch with the local end. notApplicable: Link fault status is not applicable on this port. Enumeration: 'noFault': 1, 'nearEndConfigFail': 3, 'farEndConfigFail': 6, 'notApplicable': 7, 'farEndFault': 5, 'farEndDisable': 4, 'nearEndFault': 2.

The current operational status of the port which is showing additional detailed information of the port. Bits: 'disabled': 8, 'monitor': 9, 'errdisable': 10, 'standby': 2, 'linkFaulty': 11, 'onHook': 12, 'inactive': 5, 'dripDis': 7, 'other': 0, 'connected': 1, 'shutdown': 6, 'notConnected': 4, 'offHook': 13, 'faulty': 3, 'reflector': 14.

Indicate if the port detects an inline power capable device connected to it.

The value of the instance of the entPhysicalIndex object, defined in ENTITY-MIB, for the entity physical index corresponding to this port.

Indicates whether a port that is put into errdisable state by a cause as specified by sysErrDisableTimeoutEnable will be re-enabled automatically during the timeout interval as specified by sysErrDisableTimeoutInterval. Enumeration: 'disabled': 2, 'enabled': 1.

Name of source/destination host for the TFTP transfer or storage device transfer. If the name is for the TFTP transfer, it can be the IP address or the host name. If the name for the storage device transfer, it will be in the format of deviceName: (e.g. slot0:, slot1:).

Name of file for the TFTP transfer or for storage device transfer.

Which module's code/configuration is being transferred.

Setting this object to one of the acceptable values initiates the requested action using the information given in tftpHost, tftpFile, tftpModule. downloadConfig(2): receive configuration from host/file uploadConfig(3) : send configuration to host/file downloadSw(4) : receive software image from host/file uploadSw(5) : send software image to host/file downloadFw(6) : receive firmware image from host/file uploadFw(7) : send firmware image to host/file Setting this object to any other value results in an error. Enumeration: 'downloadConfig': 2, 'uploadSw': 5, 'uploadFw': 7, 'uploadConfig': 3, 'other': 1, 'downloadSw': 4, 'downloadFw': 6.

Contains result of the last tftp action request. Enumeration: 'badLength': 8, 'unknownStatus': 17, 'invalidTftpHost': 14, 'insufficientSpaceOnStorageDevice': 19, 'accessViolation': 16, 'invalidTftpModule': 15, 'success': 2, 'tooManyRetries': 4, 'serverError': 10, 'insufficientDramSize': 20, 'invalidStorageDevice': 18, 'noBuffers': 5, 'badFlash': 9, 'noProcesses': 6, 'wrongCode': 12, 'userCanceled': 11, 'incompatibleImage': 21, 'inProgress': 1, 'fileNotFound': 13, 'noResponse': 3, 'badChecksum': 7.

Indicates whether the RIP protocol is enabled. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates if Spanning Tree protocol is enabled. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates whether special handling of giant packets is enabled. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates whether IP fragmentation is enabled. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates whether ICMP unreachable messages are sent by the system. Enumeration: 'disabled': 2, 'enabled': 1.

The aging time for the CAM table. This duplicate item is the same value as dot1dTpAgingTime.

Mode in which the CAM module is operating. Enumeration: 'forwarding': 2, 'filtering': 1.

The default translation for IPX packets when bridging from FDDI SNAP to Ethernet. Enumeration: 'snap': 1, 'iso8023': 3, 'raw8023': 4, 'ethernetII': 2.

The default translation for IPX packets when bridging from Ethernet 802.3 Raw to FDDI. Enumeration: 'snap': 1, 'iso8022': 5, 'fddiRaw': 6.

Maximum number of Ethernet receive buffers processed at one time per port.

Maximum number of Ethernet transmit buffers processed at one time per port.

Maximum number of FDDI receive buffers processed at one time per port.

Maximum number of FDDI transmit buffers processed at one time per port.

A list of brouter port entries. The number of entries is determined by the number of modules in the chassis and the number of ports on each module.

Entry containing bridge/router information for a particular port on a module.

An index value that uniquely identifies the module index where this port is located.

An index value that uniquely identifies this port within a module (see portIndex).

The IP Virtual LAN to which this port belongs.

This port's IP address.

This port's subnet mask.

This port's broadcast address.

The bridge Virtual LAN to which this port belongs.

An indication of which other Virtual LANs UDP/IP broadcasts received on this port will be forwarded to. The normal situation is broadcasts NOT forwarded beyond the originating VLAN, but it can be useful in certain circumstances. This is an octet string value with bits set to indicate forwarded to VLANs. It can be interpreted as a sum of f(x) as x goes from 0 to 1023, where f(x) = 0 for no forwarding to VLAN x and f(x) = exp(2, x) for VLAN x forwarded to. If all bits are 0 or the octet string is zero length, then UDP/IP broadcasts are not being forwarded to other VLANs.

The default translation for IPX packets when bridging from FDDI 802.2 to Ethernet. Enumeration: 'snap': 1, 'iso8023': 3, 'raw8023': 4, 'ethernetII': 2.

Indicates whether Ethernet packets are encapsulated on FDDI via transit encapsulation protocol. Normally this option would be disabled to allow translational bridging between Ethernet and FDDI to take place. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates whether MAC addresses learned one side of a translational bridge should not be allowed to be learned on the other side of the bridge. The presence certain misbehaving devices on the network may require this option to be enabled. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates whether the Automatic Packet Recognition and Translation feature is enabled on translational bridge(s) in the box. If APaRT is disabled, the default translations as defined by the objects brouterIpx8022ToEther, brouterIpx8023RawToFddi, brouterIpxSnapToEther, etc, are used on all packets and no automatic learning of translation information is performed. Enumeration: 'disabled': 2, 'enabled': 1.

A list of filter mac entries.

Entry containing MAC address filter information.

An index value that uniquely identifies the module where this port is located (see portModuleIndex).

An index value that uniquely identifies this port within a module (see portIndex).

A MAC address. If the source or destination MAC address equals this value, a match occurs. The packet is dropped if a match occurs and deny(1) was specified. The packet is dropped if a match doesn't occur and at least one MAC address filter was specified with permit(3).

Setting this object to invalid(2) removes the corresponding entry from the filterMacTable. To add a new entry to the filterMacTable, set this object to deny(1) or any value from permit(3) to denySrcLearn(8) for a module, port, and MAC address not already in the table. Enumeration: 'denyDst': 7, 'deny': 1, 'permit': 3, 'invalid': 2, 'denySrcLearn': 8, 'denySrc': 6, 'permitSrc': 4, 'permitDst': 5.

A list of filter vendor ID entries.

Entry containing vendor ID filter information.

An index value that uniquely identifies the module where this port is located (see portModuleIndex).

An index value that uniquely identifies this port within a module (see portIndex).

The vendor ID portion of a MAC address. If the source or destination MAC address has the same vendor ID, a match occurs. The packet is dropped if a match occurs and deny(1) was specified. The packet is dropped if a match doesn't occur and at least one Vendor ID filter was specified with permit(3).

Setting this object to invalid(2) removes the corresponding entry from the filterVendorTable. To add a new entry to the filterVendorTable, set this object to deny(1) or permit(3) for a module, port, and vendor ID not already in the table. Enumeration: 'deny': 1, 'invalid': 2, 'permit': 3.

A list of filter protocol entries.

Entry containing PROTOCOL address filter information.

An index value that uniquely identifies the module where this port is located (see portModuleIndex).

An index value that uniquely identifies this port within a module (see portIndex).

A 16-bit protocol value. If the packet's type field or the packet's DSAP/SSAP field is equal to this value, a match occurs. The packet is dropped if a match occurs and deny(1) was specified. The packet is dropped if a match doesn't occur and at least one protocol type filter was specified with permit(3).

Setting this object to invalid(2) removes the corresponding entry from the filterProtocolTable. To add a new entry to the filterProtocolTable, set this object to deny(1) or permit(3) for a module, port, and protocol value not already in the table. Enumeration: 'deny': 1, 'invalid': 2, 'permit': 3.

A list of filter test entries.

Entry containing test filter information.

An index value that uniquely identifies the module where this port is located (see portModuleIndex).

An index value that uniquely identifies this port within a module (see portIndex).

An index value that uniquely identifies a test for a particular module/port.

Setting this object to invalid(2) removes the corresponding entry from the filterTestTable. To add a new entry to the filterTestTable, set this object to valid(1) for a module, port, and test index not already in the table. Enumeration: 'valid': 1, 'invalid': 2.

A byte offset into packet. Must be a 32-bit word aligned offset, i.e. 0, 4, 8, etc.

A 32-bit value to be compared against the packet location specified by filterTestOffset.

A 32-bit value to be bitwise ANDed with the packet location specified by filterTestOffset before being compared to filterTestValue.

A list of filter port entries. The number of entries is determined by the number of modules in the chassis and the number of ports on each module.

Entry containing filter information for a particular port on a module.

An index value that uniquely identifies the module where this port is located (see portModuleIndex).

An index value that uniquely identifies this port within a module (see portIndex).

A complex expression made up of the numbers 1 through 8 indicating test results from filterTestIndex and using logical operators '&' (and), '|' (or), '!' (not), and parenthesis. For example: ((1 & 2) | !3). If this complex filter matches a packet, it is dropped.

The maximum number of broadcast packets per second allowed on this port. If the number of incoming broadcast packets in a one second interval exceeds this amount, packets are dropped for the rest of the interval. If the capability exists, only broadcast packets should be dropped. Otherwise, all packets are dropped during the suppression interval. A value of 0 indicates broadcast packets should not be limited. The ability to suppress broadcast packets in this manner exists only on certain ports. If it does not exist on this port, attempts to write a value other than 0 are rejected. This object also applies to multicast (and/or) unicast suppression when filterPortSuppressionOption is enabled.

Indicates the integer part of the maximum percentage of available bandwidth allowed for incoming traffic of the specific traffic types on this port. The associated object filterPortBroadcastThresholdFraction indicates the fraction part of the maximum percentage of available bandwidth allowed for incoming traffic of the specific traffic types on this port. Either packets of the specific traffic types are dropped of the port is put into errdisable state depending on the value of filterPortSuppressionViolation on this port if the percentage of incoming traffic of the specific traffic types would exceed this limit. The traffic types that are enabled for this traffic suppression feature is indicated by filterPortBroadcastOption. The maximum percentage for the combination of this object value and the object value of filterPortBroadcastThresholdFraction is 100.00 which indicates traffic of all traffic types should not be limited. The ability to suppress traffic in this manner exists only on certain ports. If it does not exist on this port, attempts to write a value of this object other than 100 are rejected. On platforms where filterPortSuppressionOption object is not supported, this object only applies to broadcast suppression.

The number of packets discarded due to traffic suppression on this port.

Indicates the fraction part of the maximum percentage of available bandwidth allowed for incoming traffic of the specific traffic types on this port. The associated object filterPortBroadcastThreshold indicates the integer part of the maximum percentage of available bandwidth allowed for incoming traffic of the specific traffic types on this port. Either packets of the specific traffic types are dropped or the port is put into errdisable state depending on the value of filterPortSuppressionViolation on this port if the percentage of incoming traffic of the specific traffic type would exceed this limit. The traffic types that are enabled for this traffic suppression feature is indicated by filterPortBroadcastOption. The maximum percentage for the combination of this object value and the object value of filterPortBroadcastThreshold is 100.00 which indicates traffic of all traffic types should not be limited. The ability to suppress traffic in this manner exists only on certain ports. If it does not exist on this port, attempts to write a value of this object other than 100 are rejected. On platforms where filterPortSuppressionOption object is not supported, this object only applies to broadcast suppression.

Indicates the traffic types that traffic suppression feature is enabled for. multicast(0) is set when multicast suppression is enabled. unicast(1) is set when unicast suppression is enabled. broadcast(2) is set when broadcast suppression is enabled. Bits: 'unicast': 1, 'broadcast': 2, 'multicast': 0.

Indicates the action that will be taken on this port when the percentage of either broadcast, multicast or unicast traffic exceeds the limit as indicated by filterPortBroadcastThreshold and filterPortBroadcastThresholdFraction. dropPackets - the excessive packets will be - dropped on this port. errdisable - the port will be put into errdisable - state. The object is only supported on platforms that support this suppression violation action feature. Enumeration: 'dropPackets': 1, 'errdisable': 2.

An index value that uniquely identifies the module where the monitoring source port is located. A value of 0 indicates that the monitorSourcePort is really a source Virtual LAN number. To monitor multiple source ports, this object should be set to 0 and monitorAdminSourcePorts should be configured.

An index value that uniquely identifies the monitoring source port within a module or the monitoring source Virtual LAN. To monitor multiple source ports, this object should be set to 0 and monitorAdminSourcePorts should be configured

An index value that uniquely identifies the module where the monitoring destination port is located.

An index value that uniquely identifies the monitoring destination port within a module.

The type of packets to be monitored at the source port. Enumeration: 'transmit': 1, 'receive': 2, 'transmitAndReceive': 3.

Indicates whether port monitoring is in progress. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates the administrative status of which ports are monitored. All the monitored ports have to be non-trunking port and belong to the same Virtual LAN. The octet string contains one bit per port. Each bit within the octet string represents one port of the device. The ordering of ports represented within the octet string is in the same order as in the RFC 1493 dot1dStpPortTable. The bit value interpretation is as follows: 1 = being monitored 0 = not being monitored

Indicates which ports are actually being monitored. All the monitored ports have to be non-trunking port and belong to the same Virtual LAN. The octet string contains one bit per port. Each bit within the octet string represents one port of the device. The ordering of ports represented within the octet string is in the same order as in the RFC 1493 dot1dStpPortTable. The bit value interpretation is as follows: 1 = being monitored 0 = not being monitored

A list of Virtual LAN entries. The number of entries is determined by the number of VLANs supported by the system.

Entry containing information for a particular Virtual LAN.

An index value that uniquely identifies the Virtual LAN associated with this information.

Indicates whether Spanning Tree protocol is enabled for this Virtual LAN. If the device only supports a single global Spanning Tree PVST+ Protocol enable/disable for all the existing VLANs, then the object value assigned to this VLAN will be applied to the object values of all the instances in this table which do not have the value of notApplicable(3). This object is deprecated and replaced by stpxPVSTVlanEnable in CISCO-STP-EXTENSIONS-MIB. Enumeration: 'disabled': 2, 'notApplicable': 3, 'enabled': 1.

The value of the ifIndex object defined in MIB-II, for the interface corresponding to this VLAN. This object is deprecated and replaced by vtpVlanIfIndex in CISCO-VTP-MIB.

A list of Virtual LAN port entries. The number of entries is determined by the number of modules in the chassis and the number of ports on each module.

Entry containing Virtual LAN information for a particular port on a module.

An index value that uniquely identifies the module where this port is located (see portModuleIndex).

An index value that uniquely identifies this port within a module (see portIndex).

The Virtual LAN to which this port belongs.

An indication of which Virtual LANs are allowed on this Inter-Switch Link. This is an octet string value with bits set to indicate allowed VLANs. It can be interpreted as a sum of f(x) as x goes from 0 to 1023, where f(x) = 0 for VLAN x not allowed and f(x) = exp(2, x) for VLAN x allowed.

Indicates the priority level the port uses to access the switching media. If vlanPortSwitchLevel is not applicable to the port, notApplicable(3) will be returned by the device. Enumeration: 'high': 2, 'notApplicable': 3, 'normal': 1.

Indicates the administrative status set on the trunk port while the operational status is the one that indicates whether the port is actually trunking or not. If the status is set to off(2), the port is permanently set to be a non-trunk. If the status is set to onNoNegotiate(5), the port is permanently set to be a trunk and no negotiation takes place with the far end to try to ensure consistent operation. If the status is set to on(1), the port initiates a request to become a trunk and will become a trunk regardless of the response from the far end. If the status is set to desirable(3), the port initiates a request to become a trunk and will become a trunk if the far end agrees. If the status is set to auto(4), the port does not initiate a request to become a trunk but will do so if it receives a request to become a trunk from the far end. Enumeration: 'on': 1, 'onNoNegotiate': 5, 'off': 2, 'desirable': 3, 'auto': 4.

Indicates if the port is actually trunking or not. In the case of ISL capable ports, the status depends on the success or failure of the negotiation process initiated by the port to become a trunk or non trunk. In the case of 802.10 capable ports, it is directly related to the on/off administrative status. Enumeration: 'notTrunking': 2, 'trunking': 1.

An indication of which Virtual LANs have a better dot1dStpPortPriority value. This object can be used to perform load balancing on Inter-Switch Links via spanning tree. An Inter-Switch Link has two dot1dStpPortPriority values which are shared by all the Virtual LANs on the link. The Virtual LANs indicated by this object have priority over the other Virtual LANs on the link. This is an octet string value with bits set to indicate priority VLANs. It can be interpreted as a sum of f(x) as x goes from 0 to 1023, where f(x) = 0 for a VLAN x which does not have priority and f(x) = exp(2, x) for a VLAN x which has priority. Setting the dot1dStpPortPriority value for any of the Virtual LANs indicated by this object causes the dot1dStpPortPriority value for all the Virtual LANs indicated by this object to be set to the same value. Setting the dot1dStpPortPriority value for any other Virtual LAN causes the dot1dStpPortPriority value for all other Virtual LANs to be set to the same value.

Indicates whether the port will get assigned to a VLAN statically or dynamically. When it is set to dynamic, the needed information will be accessed from one of the Vlan Membership Policy Servers specified in the vmpsTable. Default value is static(1). Note that vlanPortAdminStatus cannot be set to dynamic(2) for a port which has portSecurityAdminStatus set to enabled(1) or for a port which currently has a vlanPortIslOperStatus of trunking(1). Enumeration: 'dynamic': 2, 'static': 1.

An indication of the current VLAN status of the port. A status of inactive(1) indicates that a dynamic port does not yet have a VLAN assigned or that a static or dynamic port has been assigned a VLAN that is not currently active. A status of active(2) indicates that the currently assigned VLAN is active. A status of shutdown(3) indicates that the port has been shutdown as a result of a VMPS response on a dynamic port. A status of vlanActiveFault(4) only applies to tokenring ports and indicates that the port is operationally disabled because the TR-CRF VLAN of which the port is a member has active ports on another device and only ports on that remote device may participate in that TR-CRF VLAN. Enumeration: 'active': 2, 'inactive': 1, 'vlanActiveFault': 4, 'shutdown': 3.

The Voice Virtual Vlan ID (VVID) to which this port belongs to. If the VVID is not supported on the port, this MIB object will not be configurable and will return 4096. Setting this MIB object to 4096, the CDP packets transmitting through this port would not include Appliance VLAN-ID TLV. Setting this MIB object to 4095, the CDP packets transmitting through this port would contain Appliance VLAN-ID TLV with value of 4095 - VoIP and related packets are expected to be sent and received untagged without an 802.1p priority. Setting this MIB object to 0, the CDP packets transmitting through this port would contain Appliance VLAN-ID TLV with value of 0 - VoIP and related packets are expected to be sent and received with VLAN-id=0 and an 802.1p priority. Setting this MIB object to N (1..1000|1025..4094), the CDP packets transmitting through this port would contain Appliance VLAN-ID TLV with N - VoIP and related packets are expected to be sent and received with VLAN-id=N and an 802.1p priority. This object is deprecated and replaced by vmVoiceVlanId in CISCO-VLAN-MEMBERSHIP-MIB.

This table lists a maximum of 3 IP addresses of Vlan Membership Policy Servers.

A VMPS table entry.

The IP address of a Vlan Membership Policy Server. To configure the internal VMPS, use the same IP address as specified in sysIpAddr.

To add a new entry to the vmpsTable, set this object to primary(2) or other(3) for an IP address which is not already in the table. The primary entry will be used first, if it is reachable. Otherwise one of the other entries will be used. Setting one entry to primary(2) causes any previous primary entry to change to other(3). To remove an entry from the table, set this object to invalid(1). Enumeration: 'other': 3, 'primary': 2, 'invalid': 1.

This object, when read, returns the result of the last action requested: other(1), inProgress(2), success(3), noResponse(3), noPrimaryVmps(5), noDynamicPort(6), or noHostConnected(7). Setting this object to reconfirm(8) causes the switch to contact the Vlan Membership Policy Server immediately to reconfirm the current VLAN assignments for all dynamic ports on the switch. Normally VLAN assignments for dynamic ports are reconfirmed once an hour. Enumeration: 'reconfirm': 8, 'noHostConnected': 7, 'success': 3, 'noDynamicPort': 6, 'other': 1, 'noPrimaryVmps': 5, 'inProgress': 2, 'noResponse': 4.

The IP address of the last Vlan Membership Policy Server accessed. If there was no response from the last VMPS request, the value returned is 0.

Maximum number of active configurable trunk VLAN mapping entries allowed. A value of zero indicates no limitation on the number of active configurable trunk VLAN mapping.

This table contains zero or more rows of trunk VLAN to VLAN associations. The maximum number of active entries is determined by vlanTrunkMappingMax. VLAN above 1k can not be created if the value of corresponding instance of vlanTrunkMappingType is dot1qToisl(2).

Information about the VLAN mapping of a particular trunk VLAN to another VLAN.

The VLAN with this VLAN ID will be mapped to the VLAN in the corresponding instance of vlanTrunkMappingToVlan in the device. Agent returns inconsistentValue if this VLAN exists in the device. Agent returns inconsistentValue if this VLAN is not a reserved VLAN and the value of corresponding instance of vlanTrunkMappingType is reservedToNonReserved(1). Agent returns wrongValue if this VLAN is not a valid 802.1Q VLAN and the value of corresponding instance of vlanTrunkMappingType is dot1qToisl(2).

The VLAN which the corresponding instance of vlanTrunkMappingFromVlan will be mapped to. Agent returns inconsistentValue if this VLAN exists in the device. Agent returns inconsistentValue if this VLAN is a reserved VLAN and the value of corresponding instance of vlanTrunkMappingType is reservedToNonReserved(1). Agent returns inconsistentValue if this VLAN is not a valid ISL VLAN and the value of corresponding instance of vlanTrunkMappingType is dot1qToisl(2).

The type of this trunk VLAN mapping. reservedToNonReserved(1) An user defined association which maps a reserved VLAN to a non-reserved VLAN. dot1qToisl(2) An user defined association which maps a VLAN in 802.1q trunk to a VLAN in ISL trunk. Implementations are allowed to restrict the available types for this object. For devices which support the range of VlanIndex between 1024 and 4095, the default value is reservedToNonReserved(1). The default value is dot1qToisl(2) for devices which do not support the range of VlanIndex between 1024 and 4095. Enumeration: 'reservedToNonReserved': 1, 'dot1qToisl': 2.

Indicates whether this VLAN mapping is effective or not.

The status of this trunk VLAN mapping. Once a row becomes active, value in any other column within such row cannot be modified except by setting vlanTrunkMappingStatus to notInService(2) for such row.

A list of port security entries. The number of entries is determined by the number of ports in the system which support the Security feature.

Entry containing security information for a particular port.

An index value that uniquely identifies the module where this port is located (see portModuleIndex).

An index value that uniquely identifies this port within a module (see portIndex).

When security is enabled, source MAC addresses are monitored for all packets received on the port. If an address is detected that does not match the portSecuritySecureSrcAddr and any corresponding portSecurityExtSecureSrcAddr, of which portSecurityExtModuleIndex and portSecurityExtPortIndex in the portSecurityExtTable is the same as the portSecurityModuleIndex and portSecurityPortIndex, and the number of MAC address learned or configured for this port is equal to portSecurityMaxSrcAddr, the port will shutdown or drop packets. If the portSecurityViolationPolicy is set to shutdown(2), the port is shutdown and a linkDown trap is sent; otherwise the port drops the invalid packets. Enumeration: 'disabled': 2, 'enabled': 1.

An indication of whether the port has been shut down as a result of an insecure address being detected on a secure port. Enumeration: 'shutdown': 2, 'notShutdown': 1.

The last source MAC address in a receive packet seen on the port.

The address to be compared with source MAC addresses of received packets when the portSecurityAdminStatus is enabled(1). Setting this value to 0.0.0.0.0.0 puts the port in learning mode so that the next source MAC address received by the port becomes the portSecuritySecureSrcAddr.

The maximum number (N) of MAC address to be secured on the port. The first N MAC addresses learned or configured are made secured. If the user wants to make the port secured for more than one MAC address, the portSecurityExtTable is used in addition to portSecuritySecureSrcAddr. If changing the maximum number N of Mac address to M, which is smaller than N, some MAC addresses are removed. Setting this value to 1, the portSecurityExtTable will not be used for this port and the corresponding entries for this port will also be removed from portSecurityExtTable.

The interval in which the port is secured. After the expiration of the time, the corresponding portSecuritySecureSrcAddr or portSecurityExtSecureSrcAddr will be removed from the secure address list. If the value of this object is 0, the aging mechanism is disabled.

The interval in which the port is shutdown due to the violation of security. After the expiration of the time all the security configuration of this port is re-installed and the port is enabled. If the value of this object is 0, the port is shut down permanently.

If the value of this object is restrict(1) - the port drops all packets with insecured addresses. shutdown(2) - the port is forced to shut down if there is a violation of security. Enumeration: 'restrict': 1, 'shutdown': 2.

A list of port security entries. The number of entries is determined by the number of ports in the system which support the Security feature and the number of MAC addresses learned/configured to be secured per port.

Entry containing security information for a particular port and a particular MAC address. The entry can be configured by the user and can be added by the agent when the device learns a new secured MAC address.

An index value that uniquely identifies the module where this port is located (see portModuleIndex).

An index value that uniquely identifies this port within a module (see portIndex).

An index value that uniquely identifies the MAC address, which is to be secured.

This object used to add or remove a secured MAC address of the corresponding port in the row. If setting this object to valid(1), the portSecurityExtSecureSrcAddr is made to be secured for the port. If setting this object to invalid(2), the portSecurityExtSecureSrcAddr is no longer to be secured for the current port. Enumeration: 'valid': 1, 'invalid': 2.

Table containing token ring configuration information.

Entry containing token ring configuration information for a particular port.

An index value that uniquely identifies the module where this port is located (see portModuleIndex).

An index value that uniquely identifies this port within a module (see portIndex).

Specifies if the AC bits shall be set unconditionally when a port forwards certain LLC frames. Enumeration: 'disabled': 2, 'enabled': 1.

Specifies the port's mode of operation. auto: Automatically detect the port mode upon insertion. fdxCport: Transmit Immediate (full-duplex) Concentrator Port fdxStation: Transmit Immediate (full-duplex) Station emulation hdxCport: Token Passing Protocol (half-duplex) Concentrator Port hdxStation: Token Passing Protocol (half-duplex) Station emulation riro: RingIn/RingOut mode. (wsx5031 only) Enumeration: 'hdxStation': 5, 'riro': 7, 'auto': 1, 'hdxCport': 4, 'fdxCport': 2, 'fdxStation': 3.

This object provides the ability to enable or disable early token release for a particular port. Early token release only applies to ports operating at 16 Mbps. If ifSpeed reflects 4 Mbps for a particular port, then the corresponding instance of this object will have a value of disabled(2) regardless of attempts to set the object to enabled(1). Whenever a port is opened with a ring speed of 16 Mbps, by default, early token release will be enabled. Enumeration: 'disabled': 2, 'enabled': 1.

The highest token ring frame priority that shall go to the low-priority transmit queue.

The minimum token priority that will be used for transmit.

Number of configuration loss events during the sample interval which, if exceeded, should cause the port to be disabled. If the port is disabled by this function the port must be administratively re-enabled.

The sampling interval, in minutes, for which the port monitors to see if the configuration loss threshold has been exceeded.

This object reflects whether TR-CRFs can be distributed across ISL topologies. Setting this object to enabled(1) allows TR-CRFs to be distributed. Setting this object to disabled(2) prevents TR-CRFs from being distributed across ISL topologies. When this object is set to disabled(2), the system will disable ports involved in the distributed TR-CRF. Enumeration: 'disabled': 2, 'enabled': 1.

This object reflects whether or not All Routes Explorer (ARE) reduction capabilities are enabled or disabled on this system. Setting this object to enabled(1) will permit DRiP to participate in the configuration of Token Ring ports ARE reduction capabilities on the system. Setting this object to disabled(2) will prevent DRiP from participating in the configuration of Token Ring port ARE reduction capabilities. Enumeration: 'disabled': 2, 'enabled': 1.

The unique system identifier that will be sent in all advertisements generated by this system. It uniquely identifies this system from other DRiP capable systems.

The revision number transmitted in the most recent advertisement. That advertisement may or may not have contained changed data.

The revision number transmitted in the most recent advertisement containing changed data.

The number of DRiP advertisements received by this system.

The number of DRiP advertisements transmitted by this system.

The number of DRiP advertisements processed by this system.

The number of DRiP advertisements dropped from this system's input queue.

The number of DRiP advertisements dropped from this system's output queue.

A table containing DRiP VLAN status information local to this system. The existence of an entry indicates that at least one local port is assigned to the associated TR-CRF VLAN.

Entry containing DRiP related information for a particular TR-CRF VLAN.

A TR-CRF VLAN ID.

This object reflects DRiP's status regarding the overall set of local ports assigned to the TR-CRF VLAN associated with this entry. A value of active(1) indicates that at least one local port is inserted/connected (i.e., active on the Token Ring). A value of inactive(2) indicates that none of the local ports are inserted/connected. All local ports are either disabled or are simply not connected. Enumeration: 'active': 1, 'inactive': 2.

This object reflects DRiP's status regarding any ports on remote systems. A value of active(1) indicates that at least one remote port is inserted/connected (i.e., active on the Token Ring). A value of inactive(2) indicates that none of the remote ports are inserted/connected. All remote ports are either disabled or are simply not connected. Enumeration: 'active': 1, 'inactive': 2.

This object reflects whether or not DRiP has detected remote ports assigned to the TR-CRF VLAN associated with this entry. A value of true(1) indicates there is at least one port on a remote system assigned to this TR-CRF VLAN. A value of false(2) indicates no remote ports are assigned to this TR-CRF VLAN. Enumeration: 'false': 2, 'true': 1.

This object reflects whether DRiP considers the TR-CRF VLAN associated with this entry to be distributed across systems. A value of true(1) indicates the TR-CRF is distributed. A value of false(2) indicates the TR-CRF is not distributed. Enumeration: 'false': 2, 'true': 1.

This object reflects whether or not the TR-CRF VLAN associated with this entry is configured as a backup TR-CRF. A value of true(1) indicates the TR-CRF is a configured as a backup. A value of false(2) indicates the TR-CRF is not configured as a backup. Enumeration: 'false': 2, 'true': 1.

The unique identifier of the system that has advertised that it has local ports assigned to the TR-CRF VLAN associated with this entry.

Table containing token ring soft error monitoring configuration information.

Entry containing token ring soft error monitoring configuration information for a particular port.

The number of soft errors reported from a station connected to this port which, if exceeded, should cause a soft error exceeded trap to be issued. The error counters being monitored and compared to this threshold value are all of the error counters in the ringStationTable (see RFC 1513).

The sampling period, in seconds, in which each station connected to this port will be monitored for excessive soft error reports. If a station reports more than tokenRingPortSoftErrThreshold errors within the sampling period a trap will be issued to the management station(s). Setting a value of 0 will cause no traps to be sent for this port.

When this object is set to reset(2), all Soft Error Monitoring related counters on this port will be set to 0. Enumeration: 'reset': 2, 'noop': 1.

The time (in hundredths of a second) since Soft Error Monitoring counters for this port were last cleared.

Indicates whether the Token Ring Soft Error Monitoring feature is enabled on this port or not. The detailed soft error statistics are provided by Token Ring RMON SNMP objects. Thus, if RMON (sysEnableRmon) is disabled(2) then the soft error statistics will only be available from the CLI. Enumeration: 'disabled': 2, 'enabled': 1.

A list of multicast router port entries. The number of entries is determined by the number of ports in the system.

Entry containing multicast router information for a particular port.

An index value that uniquely identifies the module where this port is located (see portModuleIndex).

An index value that uniquely identifies this port within a module (see portIndex).

And indication of whether the presence of an IP multicast router on this port is to be determined statically or dynamically. The value routerPresent(1) indicates that the presence of a router is statically configured to be present. The value dynamic(3) indicates the presence is to be learned dynamically. Enumeration: 'routerPresent': 1, 'dynamic': 3.

An indication of whether an IP multicast router is present on this port. Enumeration: 'routerPresent': 1, 'noRouter': 2.

Indicates whether Cisco Group Management Protocol is enabled on the device or not. When CGMP is enabled in conjunction with Cisco routers running CGMP, only the required ports will participate in IP multicast groups. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates whether Internet Group Management Protocol is enabled on the device or not. When IGMP is enabled in conjunction with Cisco routers running CGMP, only the required ports will participate in IP multicast groups. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates whether Router Group Management Protocol is enabled on the device or not. When RGMP is enabled in conjunction with Cisco routers running RGMP, multicast data traffic is forwarded only to those multicast routers that are interested to receive that data traffic. IGMP snooping feature must be enabled on the system to make RGMP feature operational. Enumeration: 'disabled': 2, 'enabled': 1.

Indicates if the DNS feature is enabled or disabled. Enumeration: 'disabled': 2, 'enabled': 1.

This table lists a maximum of 3 DNS servers.

A DNS server table entry.

The IP address of a DNS server.

To add a new entry to the dnsServerTable, set this object to primary(2) or other(3) for an IP address which is not already in the table. The primary entry will be used first, if it is reachable. Otherwise, one of the other entries will be used. Setting one entry to primary(2) causes any previous primary entry to change to other(3). To remove an entry from the table, set this object to invalid(1). Enumeration: 'other': 3, 'primary': 2, 'invalid': 1.

DNS domain name.

This table lists a maximum of 3 system log servers.

A system log server table entry.

The IP address of a system log Server.

To add/remove a new entry to the syslogServerTable, setting to invalid(2) removes the corresponding entry from the syslogServerTable. To add a new entry into syslogServerTable, set this object to valid(1) for an IP address which is not already in the table. Enumeration: 'valid': 1, 'invalid': 2.

Indicate whether the system log messages should be sent to console. Enumeration: 'disabled': 2, 'enabled': 1.

Indicate whether the system log messages should be sent to syslog servers. Enumeration: 'disabled': 2, 'enabled': 1.

This table contains the information about what system log messages should be sent to syslog host, console, login session, and/or logged into the internal buffer.

A system log message control table entry.

System log message facility. Enumeration: 'spantree': 10, 'kernel': 18, 'qos': 30, 'gvrp': 28, 'ip': 7, 'eoam': 44, 'mvrp': 47, 'mcast': 2, 'tcp': 13, 'dhcpsnooping': 38, 'cdp': 1, 'filesys': 19, 'tac': 12, 'pruning': 8, 'privatevlan': 34, 'ld': 33, 'diags': 40, 'snmp': 9, 'system': 11, 'vtp': 16, 'udld': 27, 'rsvp': 32, 'protfilt': 24, 'vmps': 17, 'callhome': 37, 'ethc': 35, 'telnet': 14, 'cops': 29, 'webauth': 45, 'mgmt': 22, 'security': 25, 'fddi': 6, 'earl': 5, 'gl2pt': 36, 'dom': 46, 'pagp': 21, 'drip': 20, 'acl': 31, 'mls': 23, 'eo': 42, 'radius': 26, 'tftp': 15, 'dtp': 3, 'backup': 43, 'dvlan': 4.

System log message severity. Enumeration: 'debugging': 8, 'errors': 4, 'warnings': 5, 'notification': 6, 'alerts': 2, 'emergencies': 1, 'critical': 3, 'informational': 7.

Indicates whether syslog Time Stamp Option is enabled or not. If it is set to enabled(1), the Time Stamp will be in the beginning of each syslog message. Enumeration: 'disabled': 2, 'enabled': 1.

Indicate whether the system log messages should be sent to telnet sessions. Enumeration: 'disabled': 2, 'enabled': 1.

Entry which tells if Cat5000 should act as a Broadcast client or not. Enumeration: 'disabled': 2, 'enabled': 1.

Estimated Round trip time (in micro seconds) for NTP broadcasts. The range is from 1 to 999999.

Entry which tells if the device can act as a NTP client (in a client-server configuration type). Enumeration: 'disabled': 2, 'enabled': 1.

A list of NTP Server entries. This table lists a maximum of 10 Entries.

Entry containing NTP information for a particular entry.

Entry containing NTP Server's IP address.

To add or remove an entry to ntpServerTable. Setting to 1 adds the entry and setting to 2 clears the entry. Enumeration: 'valid': 1, 'invalid': 2.

The key to be used when communicating with this server. A key with a value of zero indicates an invalid ntpServerPublicKey. When the authentication feature is enabled the system will not sync with this server when ntpAuthenticationPublicKey doesn't match with NTP Packet's public key. or If the ntpAuthenticationTrustedMode is trusted but encrypted message of ntpAuthenticationSecretKey with NTP packet's data doesn't match with NTP packet's crypto checksum in the message authentication mode (MAC). or If the ntpAuthenticationTrustedMode is untrusted. In client mode NMP will not send request NTP Packet to the server when ntpServerPublicKey doesn't match with any of the ntpAuthenticationPublicKey in ntpAuthenticationTable. or If the ntpAuthenticationTrustedMode is untrusted.

Enabling or Disabling will set the clock ahead or behind 1 hour respectively.(daylight savings time in USA). This command gets active only in Summer time. Enumeration: 'disabled': 2, 'enabled': 1.

Summertime time zone name for display purposes.

Time zone name for display purposes.

Time offset (Hour) from Greenwich Mean Time.

Time offset (Minutes) from Greenwich Mean Time.

Specifies if authentication feature is enabled or disabled in the system. Enumeration: 'disabled': 2, 'enabled': 1.

A list of NTP Authentication Key entries. This table lists a maximum of 10 Entries

An entry in the ntpAuthenticationTable, containing values of an NTP authentication key pair.

A unique value to identify the authentication key. When the authentication feature is enabled and the ntpAuthenticationPublicKey matches with the NTP packet's public key then this entry is used.

An arbitrary string known as the secret key used for encrypting of the NTP packet. This key is useful when the ntpAuthenticationTrustedMode is set to trusted(1). This key has to be specified when this ntpAuthenticationEntry is created. When reading this object, it will return empty string.

A flag indicates whether the ntpAuthenticationSecretKey is trusted or untrusted. Setting a ntpAuthenticationSecretKey to trusted(1) allows authentication on NTP packets containing this key, and setting a ntpAuthenticationSecretKey to untrusted(2) drops all NTP packets containing this key. Enumeration: 'untrusted': 2, 'trusted': 1.

To add or remove an entry to ntpAuthenticationTable. Setting to 1 adds the entry and setting to 2 clears the entry. Enumeration: 'valid': 1, 'invalid': 2.

Indicates whether the login authentication using the TACACS+ feature is enabled or disabled for console sessions and/or telnet sessions. Setting this object to enabled(1), the login authentication using the TACACS+ feature is enabled for both telnet and console sessions. Setting this object to disabled(2), the login authentication using the TACACS+ feature is disabled for both telnet and console sessions. Setting this object to enabledForTelnetOnly(3), the login authentication using the TACACS+ feature is enabled only for telnet sessions, but disabled for console sessions. Setting this object to enabledForConsoleOnly(4), the login authentication using the TACACS+ feature is enabled only for console sessions, but disabled for telnet sessions. This object is deprecated and replaced by cacPriorityTable in CISCO-AAA-CLIENT-MIB. Enumeration: 'disabled': 2, 'enabledForConsoleOnly': 4, 'enabled': 1, 'enabledForTelnetOnly': 3.

Indicates whether the enable authentication using the TACACS+ feature is enabled or disabled for console sessions and/or telnet sessions based on the value. Setting this object to enabled(1), the enable authentication using the TACACS+ feature is enabled for both telnet and console sessions. Setting this object to disabled(2), the enable authentication using the TACACS+ feature is disabled for both telnet and console sessions. Setting this object to enabledForTelnetOnly(3), the enable authentication using the TACACS+ feature is enabled only for telnet sessions, but disabled for console sessions. Setting this object to enabledForConsoleOnly(4), the enable authentication using the TACACS+ feature is enabled only for console sessions, but disabled for telnet sessions. This object is deprecated and replaced by cacPriorityTable in CISCO-AAA-CLIENT-MIB. Enumeration: 'disabled': 2, 'enabledForConsoleOnly': 4, 'enabled': 1, 'enabledForTelnetOnly': 3.

Indicates whether the login authentication using local password is enabled or disabled for Console session and/or Telnet session based on the value. Setting this object to enabled(1),the login authentication using local password is enabled for both telnet and console sessions. Setting this object to disabled(2), the login authentication using local password is disabled for both telnet and console sessions. Setting this object to enabledForTelnetOnly(3), the login authentication using local password is enabled only for telnet sessions, but disabled for console session. Setting this object to enabledForConsoleOnly(4), the login authentication using local password is enabled only for console session, but disabled for telnet sessions. This object is deprecated and replaced by cacPriorityTable in CISCO-AAA-CLIENT-MIB. Enumeration: 'disabled': 2, 'enabledForConsoleOnly': 4, 'enabled': 1, 'enabledForTelnetOnly': 3.

Indicates whether the enable authentication using local password is enabled or disabled for Console session and/or Telnet sessions. Setting this object to enabled(1),the enable authentication using local password is enabled for both telnet and console sessions. Setting this object to disabled(2), the enable authentication using local password is disabled for both telnet and console sessions. Setting this object to enabledForTelnetOnly(3), the enable authentication using local password is enabled only for telnet sessions, but disabled for console sessions. Setting this object to enabledForConsoleOnly(4), the enable authentication using local password is enabled only for console sessions, but disabled for telnet sessions. This object is deprecated and replaced by cacPriorityTable in CISCO-AAA-CLIENT-MIB. Enumeration: 'disabled': 2, 'enabledForConsoleOnly': 4, 'enabled': 1, 'enabledForTelnetOnly': 3.

The number of login attempts allowed. This object is deprecated and replaced by cacMaxLoginAttempt in CISCO-AAA-CLIENT-MIB.

Indicates whether the directed-request feature of TACACS+ is enabled or disabled. Enumeration: 'disabled': 2, 'enabled': 1.

The duration in seconds to wait for a response from the TACACS+ server host. This object is deprecated and replaced by cacLockoutPeriodExt in CISCO-AAA-CLIENT-MIB.

The key used in encrypting the packets passed between the TACACS+ server and the client. This key must match the one configured on the server. Note that this item is only accessible when using the community string defined in sysCommunityRwa.

This table lists a maximum of 3 TACACS+ servers.

A TACACS+ server table entry.

The IP address of a TACACS+ Server.

To add a new entry to the tacacsServerTable, set this object to primary(2) or other(3) for an IP address which is not already in the table. The primary entry will be used first, if it is reachable. Otherwise, one of the other entries will be used. Setting one entry to primary(2) causes any previous primary entry to change to other(3). To remove an entry from the table, set this object to invalid(1). Enumeration: 'other': 3, 'primary': 2, 'invalid': 1.

This is deprecated and replaced by ipPermitAccessTypeEnable. Indicate whether the IP permit feature is enabled or disabled for Telnet and/or SNMP. Setting this object to enabled(1), the IP permit feature is enabled for both telnet and SNMP. Setting this object to disabled(2), the IP permit feature is disabled for both telnet and SNMP. Setting this object to enabledForTelnetOnly(3), the IP permit feature is enabled for Telnet, but disabled for the rest. Setting this object to enabledForSnmpOnly(4), the IP permit feature is enabled for SNMP, but disabled for the rest. Enumeration: 'disabled': 2, 'enabledForSnmpOnly': 4, 'enabled': 1, 'enabledForTelnetOnly': 3.

This table lists a maximum of 100 IP Addresses with net masks of IP permit hosts. If ipPermitEnable is set to enabled(1), the system will only accept inbound accesses which come from the configured hosts with their permit access types in this table.

A IP permit list table entry.

The IP address of a IP permit host.

The IP net mask of a IP permit host.

Setting this object to invalid(2), removes the corresponding entry from the ipPermitListTable. To add a new entry into ipPermitListTable, set this object to valid(1), for an IP address and IP net mask which are not already in the table. Enumeration: 'valid': 1, 'invalid': 2.

The IP access type of a IP permit host. At least one access type has to be set. Bits: 'http': 3, 'snmp': 1, 'ssh': 2, 'telnet': 0.

Indicates the telnet connection limit that will be applied when accepting new telnet connections for a specific host. A value of zero means no limit will be applied for telnet connections. Setting this object to a non-zero value will turn on the 'telnet' bit in the corresponding ipPermitAccessType. Turnning off the 'telnet' bit in the corresponding ipPermitAccessType will reset this ipPermitTelnetConnectLimit value to zero.

Indicates the ssh connection limit that will be applied when accepting new ssh connections for a specific host. A value of zero means no limit will be applied for ssh connections. Setting this object to a non-zero value will turn on the 'ssh' bit in the corresponding ipPermitAccessType. Turnning off the 'ssh' bit in the corresponding ipPermitAccessType will reset this ipPermitSshConnectLimit value to zero.

This table lists up to 10 the most recently denied IP addresses with the access type.

A IP permit denied list table entry.

The IP address of a IP permit denied access.

The denied access type. Enumeration: 'http': 4, 'snmp': 2, 'ssh': 3, 'telnet': 1.

The time (in hundredths of a second) since the IP permit denied access happens.

This is to replace ipPermitEnable. Indicates whether the IP permit feature is enabled or disabled for Telnet, SNMP, ssh and http. If a bit is set the coresponding feature is enabled. If a bit is not set the coresponding feature is disabled. Bits: 'http': 3, 'snmp': 1, 'ssh': 2, 'telnet': 0.

A list of port channel entries. The number of entries is determined by the number of ports in the system which support the Ethernet Channelling feature. This table is deprecated and replaced by pagpEtherChannelTable in CISCO-PAGP-MIB and dot3adAggTable in IEEE8023-LAG-MIB.

Entry containing information for a particular port on a module.

An index value that uniquely identifies the module where this port is located.

An index value that uniquely identifies this port within a module (see portIndex).

The set of ports on a module channelling together. Each Octet within the value of this object specifies a set of eight ports, with the first octet specifying ports 1 through 8, the second octet specifying ports 9 through 16, etc. Within each octet, the most significant bit represents the lowest numbered port, and the least significant bit rep resents the highest numbered port. Thus, each port is represented by a single bit within the value of this object. If that bit has a value of `1' then that port is included in the set of channel ports. The default value of this object is a string which only has a value of `1' on its own port.

Indicates the administrative status set on the channel ports. If the status is set to on(1), the channelling is enabled. If the status is set to off(2), the channelling is disabled. If the status is set to desirable(3), the port initiates a pagp negotiation request to become a channel and will become a channel if the far end agrees. If the status is set to auto(4), the port does not initiate a request to become a channel but will do so if it receives a request to become a channel from the far end. If the status is set to desirableSilent(5), the port initiates a pagp negotiation request to become a channel and will become a channel if the far end agrees. If the port doesn't receive any packets from far end, then after some timeout period the port forms a channel by itself. If the status is set to autoSilent(6), the port does not initiate a request to become a channel, but will do so if it receives a request to become a channel from the far end. If the port doesn't receive any request, then after some timeout period the port forms a channel by itself. Enumeration: 'on': 1, 'off': 2, 'auto': 4, 'desirable': 3, 'desirableSilent': 5, 'autoSilent': 6.

Indicates whether the ports current channelling operational status is channel or not. Enumeration: 'channelling': 1, 'notChannelling': 2.

Indicates the neighbors device id.

Indicates the neighbor ports' Id.

Indicates the number of protocol packets received on the ports.

Indicates the number of protocol packets transmitted on the ports.

The value of the instance of the ifIndex object defined in MIB-II, for the interface corresponding to the channel which the port belongs to. This object will have a non zero value if its portChannelOperStatus is channelling and the link of this port is up.

A list of port capability entries. The number of entries is determined by the number of modules in the chassis and the number of ports on each module.

Entry containing port capability information for a particular port on a module.

An index value that uniquely identifies the module where this port is located (see portModuleIndex).

An index value that uniquely identifies this port within a module (see portIndex).

Indicates the port speed capability of a port. Bits: 'mbps400': 7, 'mbps16': 3, 'mbps1dot544': 10, 'mbps10': 2, 'auto': 0, 'mbps1000': 9, 'mbps622': 8, 'mbps10000': 14, 'kps64': 13, 'mbps100': 5, 'mbps45': 4, 'mbps2dot048': 12, 'mbps4': 1, 'mbps2': 11, 'mbps155': 6.

Indicates the duplex capability of a port. The fdx(4) is specially for tokenring full-duplex and hdx(3) is specially for tokenring half-duplex. Bits: 'hdx': 3, 'auto': 2, 'full': 1, 'fdx': 4, 'half': 0.

Indicates the VLAN encapsulation capability of a port, The dot10(1) is for 801.10 and dot1q(2) is for 801.1Q. Bits: 'lane': 0, 'isl': 3, 'negotiate': 4, 'dot1Q': 2, 'dot10': 1.

Indicates the trunk capability of a port. Bits: 'on': 0, 'onNoNegotiate': 4, 'off': 1, 'desirable': 2, 'auto': 3.

Indicates the channelling capability of a port.

Indicates the broadcast suppression capability of a port. The pps(0) is for ports capable of specifying suppression in packets per second and percentage(1) is for ports capable of specifying suppression in terms of percentage of bandwidth. Bits: 'pps': 0, 'percentage': 1.

Indicates the flow control capability of a port. Bits: 'receiveOn': 1, 'receiveOff': 0, 'receiveDesired': 2, 'sendDesired': 5, 'sendOn': 4, 'sendOff': 3.

Indicates whether a port supports security. Enumeration: 'yes': 1, 'no': 2.

Indicates the vlan membership capability of a port. Bits: 'dynamic': 1, 'static': 0.

Indicates whether a port supports portfast. Enumeration: 'yes': 1, 'no': 2.

Indicates whether the port is capable of UDLD (UniDirectional Link Detection) or not. Enumeration: 'yes': 1, 'no': 2.

Indicate the inline power capability of a port. 'auto' denotes the ability that the switch automatically determines whether or not power should be provided. 'on' denotes the ability to manually turn on inline power. 'off' denotes the ability to manually turn off inline power. 'static' denotes the ability to preallocate power for a port. Bits: 'auto': 0, 'static': 3, 'off': 2, 'on': 1.

Indicate the voice vlan capability of a port. Bits: 'vlanNo': 0, 'untagged': 1, 'none': 3, 'dot1p': 2.

Indicates port span capabilities. source(0) denotes the capability of being SPAN source destination(1) denotes the capability of being SPAN destination, reflector(2) denotes the capability of being SPAN reflector. Bits: 'source': 0, 'destination': 1, 'reflector': 2.

Indicates whether a port supports CoS rewrite. Enumeration: 'yes': 1, 'no': 2.

Indicates the ToS rewrite capability of a port. dscp(0) denotes the port capability to classify packets according to the DSCP. ipPrecedence(1) denotes the port capability to classify packets according to the IP Precedence. Bits: 'dscp': 0, 'ipPrecedence': 1.

The set of ports on a module that are configured together as far as the Differentiated Services Cops feature is concerned. Each Octet within the value of this object specifies a set of eight ports, with the first octet specifying ports 1 through 8, the second octet specifying ports 9 through 16, etc. Within each octet, the most significant bit represents the lowest numbered port, and the least significant bit represents the highest numbered port. Thus, each port is represented by a single bit within the value of this object. If that bit has a value of `1' then that port is included in the set of Cops grouping.

Indicates whether a port supports 802.1x. Enumeration: 'yes': 1, 'no': 2.

Indicates whether a port supports IGMP filter. Enumeration: 'yes': 1, 'no': 2.

A list of top N port control entries.

A set of parameters that control the creation of a report of the top N ports according to several metrics. For example, an instance of the portTopNDuration object might be named portTopNDuration.3

An index that uniquely identifies an entry in the portTopNControl table. Each such entry defines one top N report.

The variable for all ports in this system based on which portTopNTable/report is ordered. This object may not be modified if the associated portTopNStatus object is equal to active(1). Enumeration: 'portTopNIOOctets': 2, 'portTopNIOPkts': 3, 'portTopNBufferOverflow': 7, 'portTopNInErrors': 6, 'portTopNIOBroadcastPkts': 4, 'portTopNUtilization': 1, 'portTopNIOMulticastPkts': 5.

The sampling port type. This object may not be modified if the associated portTopNStatus object is equal to active(1). Enumeration: 'portTopNAllEthernetPorts': 7, 'portTopNFastEthernet': 3, 'portTopNTokenRing': 5, 'portTopNEthernet': 2, 'portTopNGigaEthernet': 4, 'portTopNFDDI': 6, 'portTopNAllPorts': 1, 'portTopN10GigaEthernet': 8.

The running mode of this portTopN control entry. portTopNForeground (1) means when portTopNTimeRemaining reaches to 0, the report will show on the CLI at once and it won't be kept in the portTopNTable. portTopNBackground (2) means the report will not show on the CLI it will be kept in the portTopNTable. This object may not be modified if the associated portTopNStatus object is equal to active(1). Enumeration: 'portTopNBackground': 2, 'portTopNForeground': 1.

The report status of this portTopN control entry. Progressing (1) means that the report of this portTopN control entry is still in progress. The management station can poll this mib object to check the report data is available or not. Ready (2) means the report is available. Enumeration: 'ready': 2, 'progressing': 1.

The sampling interval in seconds during which statistics are collected for this report. When this is set a value and the corresponding portTopNControlEntry is valid, the portTopNTimeRemaining object shall be set to the same value. portTopNTimeRemaining starts at the same value as portTopNDuration and counts down as the collection goes on. If this object is set to be zero, it will do the collection immediately. And the collecting report value should be the absolute counter value.

The number of seconds left in the report currently being collected. When portTopNDuration object is modified by the management station, a new collection is started, possibly aborting a currently running report. The new value is used as the requested duration of this report, which is loaded from the associated portTopNDuration object. When this object is a non-zero value, any associated portTopNEntries shall be made inaccessible by the monitor. While the value of this object is non-zero and the corresponding portTopNControlENtry is valid, it decrements by one per second until it reaches zero. During this time, all associated portTopNEntries shall remain inaccessible. At the time that this object decrements to zero, the report is made accessible in the portTopNTable. Thus, the portTopN table is to be created only at the end of the collection interval.

The value of sysUpTime when this top N report was last started. In other words, this is the time that the associated portTopNTimeRemaining object was modified to start the requested report.

The maximum number of ports requested for the top N entry. When this object is created or modified, the value of portTopNGrantedSize is set as closely to this object as is possible for the particular implementation and available resources. Valid value for this object is 1 to maximum number of physical ports. The default value is 20 ports.

The maximum number of ports in the top N table. When the associated portTopNRequestedSize object is created or modified, the value of this object should be set as closely to the requested value as is possible for the particular implementation and available resources. The value must not be lowered except as a result of a set to the associated portTopNRequestedSize object. Ports with the highest value of portTopNRateBase shall be placed in this table in decreasing order of this rate until there is no more room or until there are no more ports.

The entity that configured this entry and is therefore using the resources assigned to it.

The status of this portTopNControl entry. The Management station sends the user set values with a portTopNStatus value of createAndGo(4). When the agent receives it the collection of the report starts. When the portTopNReportStatus is ready(2) the user can get the reports (portTopNTable). For the current implementation createAndWait(5) will not be supported. There can be only 5 rows in the control table.

A list of top N port entries.

A set of statistics for a port that is part of a top N report. For example, an instance of the portTopNRateBase object might be named portTopNUtilization.3.10

An index that uniquely identifies an entry in the portTopN table among those in the same report. This index is between 1 and N, where N is the portTopNGrantedSize of ports with the highest portTopNRateBase. Increasing values of portTopNIndex shall be assigned to entries with decreasing values of portTopNRateBase until index N is assigned to the entry with the lowest value of portTopNRateBase or there are no more portTopNEntries.

The module number of the port counter data entry.

The port number of the port counter data entry.

The utilization of the port in the system. The utilization is computed in the following methods: Ethernet Utilization: (If Full Duplex, multiply by 2) 10 Mbps I/O-pkts * (9.6 + 6.4) + (0.8 * I/O-Bytes) Ethernet Util = ----------------------------------------- Interval * 10,000 where 9.6 is interframe gap of Ethernet 6.4 is preamble of Ethernet 10,000 is 10Mbps 100 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes) Ethernet Util = -------------------------------------- Interval * 1,000,000 1000 Mbps I/O-pkts * (96 + 64) + (8 * I/O-Bytes) Ethernet Util = -------------------------------------- Interval * 10,000,000 All other I/O-pkts * (9.6 + 6.4) + (0.8 * I/O-Bytes) Ethernet Util = ------------------------------------------ Interval * N * 1,000 (where N is N Mbps) Token Ring Utilization: (Assuming that Octets is from AC byte through FCS) 4 Mbps Pkts * 32 + (8 * Octets) Token Ring Util = 100 * ------------------------ Interval * 4,000,000 where 32 is bits in SD, ED, FS and IFG 16 Mbps Pkts * 64 + (8 * Octets) Token Ring Util = 100 * ------------------------ Interval * 16,000,000 where 64 is bits in SD, ED, FS and IFG FDDI Utilization: I/O-Pkts * (64 + 8 + 32 + 16) + (8 * I/O-Bytes) FDDI Util = ---------------------------------------------- Interval * 100,000,000 where 64 is Preamble of FDDI, 8 is the Start Delimiter (SD) of FDDI, 32 is the CRC, and 16 is the End of Frame Sequence (EFS) of FDDI.

The Input and Output octets of the port in the system.

The Input and Output packets of the port in the system.

The Input and Output broadcast packets of the port in the system.

The Input and Output multicast packets of the port in the system.

The Input error packets of the port in the system.

The number of buffer overflow of the port in the system.

This table lists a maximum of 3 MDG gateways.

A MDG gateway table entry.

The IP address of a default gateway.

To add a new entry to the mdgGatewayTable, set this object to primary(2) or other(3) for an IP address which is not already in the table. The primary entry will be used first, if it is reachable. Otherwise, one of the other entries will be used. Setting one entry to primary(2) causes any previous primary entry to change to other(3). To remove an entry from the table, set this object to invalid(1). Changing an existing entry from primary(2) to other(3) is not allowed. If the value of this object is updated, the corresponding entry of the ipRouteTable (mibII) will be updated and vice versa. Enumeration: 'other': 3, 'primary': 2, 'invalid': 1.

Indicates whether the login authentication using RADIUS feature is enabled or disabled for console and/or telnet sessions. Setting this object to enabled(1), the login authentication using RADIUS feature is enabled for both console and telnet sessions. Setting this object to disabled(2), the login authentication using RADIUS feature is disabled for both console and telnet sessions. Setting this object to enabledForTelnetOnly(3),the login authentication using RADIUS feature is enabled only for telnet sessions, but disabled for console session. Setting this object to enabledForConsoleOnly(4), the login authentication using RADIUS feature is enabled only for console sessions, but disabled for telnet sessions. This object is deprecated and replaced by cacPriorityTable in CISCO-AAA-CLIENT-MIB. Enumeration: 'disabled': 2, 'enabledForConsoleOnly': 4, 'enabled': 1, 'enabledForTelnetOnly': 3.

Indicates whether the enable authentication using the RADIUS feature is enabled or disabled for Console and telnet sessions. Setting this object to enabled(1), the enable authentication using RADIUS feature is enabled for both console and telnet sessions. Setting this object to disabled(2), the enable authentication using RADIUS feature is disabled for both console and telnet sessions. Setting this object to enabledForTelnetOnly(3), the enable authentication using RADIUS feature is enabled only for telnet sessions, but disabled for console sessions. Setting this object to enabledForConsoleOnly(4), the enable authentication using RADIUS feature is enabled only for console sessions, but disabled for telnet sessions. This object is deprecated and replaced by cacPriorityTable in CISCO-AAA-CLIENT-MIB. Enumeration: 'disabled': 2, 'enabledForConsoleOnly': 4, 'enabled': 1, 'enabledForTelnetOnly': 3.

Indicates the length of time in minutes that the system will mark the server dead when a RADIUS server does not respond to an authentication request. During the interval of the dead time, any authentication request that comes up would not be sent to that RADIUS server that was marked as dead. The default value of 0 means that the RADIUS servers will not be marked dead if they do not respond.

The key used in encrypting the packets passed between the RADIUS server and the client. This key must match the one configured on the server. Note that this item is only accessible when using the community string defined in sysCommunityRwa.

This is the time in seconds between retransmissions to the RADIUS server.

Indicates number of times the RADIUS server should be tried before giving up on the server.

This table lists a maximum of 3 RADIUS servers. This object is deprecated and replaced by crRadiusServerTable in CISCO-RADIUS-MIB.

A RADIUS server table entry.

The IP address of a RADIUS Server.

This is the destination UDP port number to which RADIUS messages should be sent. The RADIUS server will not be used for authentication if this port number is 0.

To add a new entry to the radiusServerTable, set this object to primary(2) or other(3) for an IP address which is not already in the table. The primary entry will be used first, if it is reachable. Otherwise, one of the other entries will be used. Setting one entry to primary(2) causes any previous primary entry to change to other(3). To remove an entry from the table, set this object to invalid(1). Enumeration: 'other': 3, 'primary': 2, 'invalid': 1.

Maximum number of query entries allowed to be outstanding at any time, in the traceRouteQueryTable. The typical value for this object is 5.

A control table used to query the information about each gateway along the path to a host by specifying retrieval criteria for the host. The resulting data for each instance of a query in this table is returned in the traceRouteDataTable. The maximum number of entries (rows) in this table cannot exceed the value returned by traceRouteMaxQueries.

A conceptual row of the traceRouteQueryTable used to setup retrieval criteria to search for gateways belongs to the path to a particular host identified by its IP address. The actual search is started by setting the value of traceRouteQueryStatus to valid(1).

Object which specifies an unique entry in the traceRouteQueryTable.

Network(IP) address in dotted decimal format or the DNS hostname of the host which is tracerouted.

If this value of this object is true, the traceroute operation will do a DNS lookup for each hop on the path, so the corresponding instance of the traceRouteDataTable will contain the host name and the ip address; otherwise, that instance only contains the ip address. Enumeration: 'disabled': 2, 'enabled': 1.

The trace route waiting time in seconds for an ICMP response message.

If this value of this object is set, it allows users skip processing for gateways that are less than traceRouteQueryInitTTL away by sending datagram with the value of this object instead of the default value of one.

The maximum TTL value used in outgoing packets.

The base UDP destination port is used in the traceroute datagrams. This value of this object is often larger than 30,000 to make it improbable that this port is used (this causes the destination host's UDP module to generate an ICMP port unreachable so the traceroute operation knows when the operation is accomplished). The traceroute operation will increment this value of this object each time it sends a datagram. This object should be used in the unlikely event that the destination port is listening to a port in the default traceroute port range.

Specifies the number of traceroute packets to send to the target host in this sequence.

Specifies the size of traceroute packets to send to the target host in this sequence.

The type of service to be set in the IP header of the outgoing packets.This value can set to see if different types-of-service result in different paths. Not all values of TOS are legal or meaningful (see the IP spec for definitions. Useful values are probably 16 (low delay) and 8 (high throughput).

The result status of the query. Possible values are: -1 -Either the query has not been initiated or the agent is busy processing this query instance. Time to completion of the query processing depends on the complexity of the query and the number of matches that satisfy this query. 0..2147483647 - The search has ended and this is the number of rows in the traceRouteDataTable, resulting from this query.

The value of sysUpTime at the time when the query is configured.

The manager entity that configured this entry and is therefore using the resources assigned to it.

The status object used to manage rows in this table. When set this object to valid(1), the query is initiated. Once initiated, all the read-write objects of this table can't be modified. To remove an entry from the table, set this object to invalid(2). Enumeration: 'valid': 1, 'invalid': 2.

A table containing information about the gateway belongs to the path to the host corresponding to all the completed queries setup in the traceRouteQueryTable.

A conceptual row of the traceRouteDataTable used to return information about all the gateway belongs to the host of which search criteria is corresponding instance of the traceRouteQueryTable.

Object which specifies an unique entry in the traceRouteDataTable.

The DNS name of the gateway if available.

The ip address of the gateway. If the traceroute packet was sent and timed-out, the ip address is set to 0.0.0.0.

The round trip time of the current packet that have been sent in this sequence.

The number of hop starting from the place where the traceroute operation is initialized to the gateway which has the traceRouteDataGatewayIp.

The error of the traceroute operation. Enumeration: 'icmpUnreachPort': 4, 'icmpUnreachHostIsolated': 9, 'icmpUnreachNoHost': 8, 'icmpUnreachNet': 1, 'icmpUnreachNoNet': 7, 'icmpUnreachHostPrec': 15, 'icmpUnreachSrcFail': 6, 'icmpUnreachAdmin': 14, 'icmpUnreachHostTos': 13, 'icmpUnknown': 17, 'icmpUnreachNeedFrag': 5, 'icmpUnreachPrecedence': 16, 'icmpTTLExpired': 19, 'icmpUnreachNetTos': 12, 'icmpUnreachProtocol': 3, 'icmpTimeOut': 18, 'icmpUnreachProhib': 11, 'icmpUnreachNetProhib': 10, 'icmpUnreachHost': 2.

The protocol to be used for any remote copy. If the config file transfer is to occur locally on the SNMP agent, the method of transfer is left up to the implementation, and is not restricted to the protocols above. The value of this object can not be changed when the fileCopyResult object has the value of inProgress(1). Enumeration: 'tftp': 1, 'rcp': 2.

The IP address or the host name of the tftp/rcp remote server from (or to) which to copy the file. If the copy operation is local on the SNMP agent, this object is not applicable. The value of this object can not be changed when the fileCopyResult object has the value of inProgress(1).

The source file name (including the path, if applicable) of the file. The accepted value of this object is 'cfg1' or 'cfg2' when the requested action is one of the following: copyConfigFromFlashToRuntime(8), and copyConfigFileFromFlashToHost(11). The value of this object can not be changed when the fileCopyResult object has the value of inProgress(1).

The destination file name (including the path, if applicable) of the file. The accepted value of this object is 'cfg1' or 'cfg2' when the requested action is one of the following: copyConfigFromRuntimeToFlash(9), copyConfigFileFromHostToFlash(10). The value of this object can not be changed when the fileCopyResult object has the value of inProgress(1).

The module number specified in the copy operation. If the value of this object is 0 and the fileCopyAction object has the value of copyImageFromHostToFlash(4), the switch will do multiple download to the modules with matching image type. It is left to the SNMP agent to allow the individual modules to be reset with the downloaded images or not. The value of this object can not be changed when the fileCopyResult object has the value of inProgress(1).

Remote user name for copy via rcp protocol. This object must be specified when the fileCopyProtocol is rcp.

Setting this object to one of the acceptable values will initiate the requested action using the information provided by fileCopyProtocol, fileCopyRemoteServer, fileCopySrcFileName, fileCopyDstFileName,fileCopyModuleNumber and fileCopyUserName. copyConfigFromHostToRuntime(2): Copy the configuration file from host to runtime configuration over the network through tftp/rcp. This action will use fileCopyProtocol, fileCopyRemoteServer, fileCopySrcFileName, fileCopyModuleNumber, and fileCopyUserName (if applicable). copyConfigFromRuntimeToHost(3): Copy the runtime configuration to host over the network through tftp/rcp. This action will use fileCopyProtocol, fileCopyRemoteServer, fileCopyModuleNumber, fileCopyDstFileName, fileCopyUserName (if applicable), and fileCopyRuntimeConfigPart. copyImageFromHostToFlash(4): Copy the image from host to the flash over the network through tftp/rcp. It is up to the SNMP agent to reset and run the downloaded image after copying. This action will use fileCopyProtocol, fileCopyRemoteServer, fileCopySrcFileName, fileCopyModuleNumber, and fileCopyUserName (if applicable). copyImageFromFlashToHost(5): Copy the image from flash to host over the switch through tftp/rcp. This action will use fileCopyProtocol, fileCopyRemoteServer, fileCopyDstFileName, fileCopyModuleNumber, and fileCopyUserName (if applicable). copyConfigFromFlashToRuntime(8): Copy the configuration file to the runtime configuration locally. This action can perform only on the SUPG supervisor model and will use fileCopySrcFileName ('cfg1' or 'cfg2'). copyConfigFromRuntimeToFlash(9): Copy the runtime configuration to a configuration file on the flash locally. This action can perform only on the SUPG supervisor model and will use fileCopyDstFileName ('cfg1' or 'cfg2'), and fileCopyRuntimeConfigPart. copyConfigFileFromHostToFlash(10): Copy the configuration file from host to the runtime configuration over the network through tftp/rcp. This action can perform only on the SUPG supervisor model and will use fileCopyProtocol, fileCopyRemoteServer, fileCopySrcFileName, fileCopyDstFileName, fileCopyModuleNumber and fileCopyUserName (if applicable). copyConfigFileFromFlashToHost(11): Copy the configuration file on the flash to host over the network through tftp/rcp. This action can perform only on the SUPG supervisor model and will use fileCopyProtocol, fileCopyRemoteServer, fileCopySrcFileName, fileCopyDstFileName, fileCopyModuleNumber and fileCopyUserName (if applicable). copyTechReportFromRuntimeToHost(12): Copy the technical report of the system to host over the network through tftp only. This action will use fileCopyProtocol, fileCopyRemoteServer, fileCopyModuleNumber, and fileCopyDstFileName. Setting this object to any other value results in an error. The value of this object can not be changed when the fileCopyResult object has the value of inProgress(1). Enumeration: 'copyImageFromFlashToHost': 5, 'copyConfigFromRuntimeToHost': 3, 'copyConfigFromRuntimeToFlash': 9, 'copyImageFromHostToFlash': 4, 'copyConfigFileFromFlashToHost': 11, 'other': 1, 'copyTechReportFromRuntimeToHost': 12, 'copyConfigFromFlashToRuntime': 8, 'copyConfigFileFromHostToFlash': 10, 'copyConfigFromHostToRuntime': 2.

Contains the result of the last copy action request. If the value of fileCopyResult is rcpError(22), then the detailed rcp error messages are contained in fileCopyResultRcpErrorMessage. Enumeration: 'unknownStatus': 17, 'tooManyRetries': 4, 'serverError': 10, 'invalidHost': 14, 'userCanceled': 11, 'rcpError': 22, 'badLength': 8, 'insufficientDramSize': 20, 'badChecksum': 7, 'invalidStorageDevice': 18, 'incompatibleImage': 21, 'accessViolation': 16, 'noBuffers': 5, 'badFlash': 9, 'noProcesses': 6, 'wrongCode': 12, 'noResponse': 3, 'invalidModule': 15, 'insufficientSpaceOnStorageDevice': 19, 'success': 2, 'inProgress': 1, 'fileNotFound': 13.

Contains the detailed rcp error messages if the value of fileCopyResult is rcpError(22) for the last copy action request; otherwise, this MIB object contains the empty string.

Indicates the part of runtime configuration to be copied. This object will only take effect when the object value of fileCopyAction is one of the following: copyConfigFromRuntimeToHost(3), copyConfigFromRuntimeToFlash(9). all -- copy all the runtime configuration. nonDefault --copy only the part of the runtime configuration which is different from the default configuration. Enumeration: 'all': 1, 'nonDefault': 2.

A list of port entries. The number of entries is determined by the number of modules in the chassis and the number of ports with the voice port interface configuration capability in the system.

Entry containing voice interface configuration for a particular port.

An index value that uniquely identifies the module where this port is located.

An index value that uniquely identifies this port within a module. The value is determined by the location of the port on the module.

Indicate whether DHCP service is enabled.

This port's IP address. This object is configurable only if voicePortIfDHCPEnabled is false. When the value of voicePortIfDHCPEnabled is false, this object should be configured.

This port's subnet mask. This object is configurable only if voicePortIfDHCPEnabled is false. When the value of voicePortIfDHCPEnabled is false, this object should be configured.

This port's TFTP Server address. This object is configurable only if voicePortIfDHCPEnabled is false. When the value of voicePortIfDHCPEnabled is false, this object should be configured.

This port's router address. This object is configurable only if voicePortIfDHCPEnabled is false.

This port's DNS Server address. This object is configurable only if voicePortIfDHCPEnabled is false.

This port's DNS domain name. This object is configurable only if voicePortIfDHCPEnabled is false.

This port's operational DNS domain name. If voicePortIfDHCPEnabled is true, this object indicates the domain name taken from the DHCP server. If voicePortIfDHCPEnabled is false, this object indicates the domain name configured by users for this voice port or the domain name taken from DNS configuration for the system otherwise.

A list of call manager entries. The number of entries is determined by the number of modules in the chassis and the number of ports with the voice port interface configuration capability in the system.

Entry containing voice interface configuration for a particular port.

An index value that uniquely identifies the module where this port is located.

An index value that uniquely identifies this port within a module.

An index value that uniquely identifies this CallManager within a module/port. A port can register up to 5 CallManager.

The Call Manager IP Address of this port. A port can register up to 5 call managers.

A list of operational DNS entries used by the voice ports.

Entry containing infomation on DNS servers may be used for a particular voice port. If DHCP is enabled on a port, the DNS server IP address will come from the DHCP server. If DHCP is disabled, the DNS server IP address can be configured by users through the mib object voicePortIfDnsServerAddress for a port, otherwise it will be taken from DNS configuration in the system.

An index value that uniquely identifies the module where this port is located.

An index value that uniquely identifies this port within a module.

An index value that uniquely identifies this DNS server within a module/port. This value indicates the priority order among these DNS servers.

The operational DNS Server IP Address of this port.

The source of the Dns Server IP Address of this port. fromDhcp(1) indicates that the DNS server IP address comes from the DHCP server. fromPortConfig(2) indicates that the DNS server IP address comes from the object voicePorfIfDnsServerAdress. fromSystemConfig(3) indicates that the DNS server IP address comes from DNS configuration for the system. Enumeration: 'fromSystemConfig': 3, 'fromDhcp': 1, 'fromPortConfig': 2.

A list of port jumbo frame entries. The number of entries is determined by the number of ports in the system which support the Jumbo frame feature.

Entry containing the jumbo frame configuration for a particular port.

An index value that uniquely identifies the module where this port is located.

An index value that uniquely identifies this port within a module. The value is determined by the location of the port on the module. Valid entries are 1 to the value of moduleNumPorts for this module.

Indicates the jumbo frame status of the port. If enabled, the port supports frame size greater than the standard ethernet frame size of 1518 bytes. Enumeration: 'disabled': 2, 'enabled': 1.

This table contains a list of the modules for which the switch acceleration capability can be configured.

A module for which switch acceleration can be configured.

The value of moduleIndex for the module where switch acceleration feature can be configured.

Indicates whether switch acceleration is enabled on this module or not. When this feature is enabled, the system will increase the switching bandwidth, but the ifAdminStatus of any port on this module can not be set to 'up'. If the ifAdminStatus of any port on this module is 'up', this feature can not be enabled until ifAdminStatus of all ports on the module is set to 'down'.

Configuration mode to store the configuration information. Enumeration: 'binary': 1, 'text': 2.

The location of the text configuration file which can be either NVRAM or a file in the FLASH file system. If the location is NVRAM, this object is a zero length octet string. Otherwise, the FLASH file should be specified in : format. This object is only instantiated when configMode has the value of of text(2).

When this object is set to true(1), the current configuration is saved in text format in the location specified by configTextFileLocation. This object is only instantiated when configMode has the value of text(2). When read, this object always returns false(2).

The status of the current or the most recently completed 'write memory' operation. The possible values are: inProgress - 'write' operation in progress; succeeded - the 'write' was successful (this value is also used when no write has been invoked since the last time the local system restarted); resourceUnavailable, -the 'write' failed because insufficeient resource was available. badFileName - the 'write' failed because the specified destination file was not found. This might be due to invalid FLASH device name or invalid file name. someOtherError - the 'write' failed for some other reason. This object is only instantiated when configMode has the value of text(2). Enumeration: 'resourceUnavailable': 3, 'inProgress': 1, 'someOtherError': 5, 'succeeded': 2, 'badFileName': 4.

The compliance statement for entities which implement the Cisco stack MIB.

The compliance statement for entities which implement the Cisco stack MIB.

The compliance statement for entities which implement the Cisco stack MIB.

The compliance statement for entities which implement the Cisco stack MIB.

The compliance statement for entities which implement the Cisco stack MIB.

The compliance statement for entities which implement the Cisco stack MIB.

The compliance statement for entities which implement the Cisco stack MIB.

The compliance statement for entities which implement the Cisco stack MIB.

A collection of objects providing information about the miscellaneous system features.

A collection of objects providing information about the SNMP traps feature.

A collection of objects providing information about the chassis of the device. Implementation of this group is mandatory.

A collection of objects providing information about the modules on the device. Implementation of this group is mandatory.

A collection of objects providing information about the ports on the device.

A collection of objects providing information about the miscellaneous system features. Implementation of this group is optional.

A collection of objects providing information about the SNMP traps feature. Implementation of this group is optional.

A collection of objects providing information about the chassis of the device.

A collection of objects providing information about the modules on the device. Implementation of this group is Optional.

A collection of objects providing information about the ports on the device. Implementation of this group is Optional.

A collection of objects providing information about the traffic meter feature. Implementation of this group is optional. If the traffic meter feature is supported, the entire group should be implemented.

A collection of objects providing information about the FDDI ring feature. Implementation of this group is optional. If the FDDI ring feature is supported, the entire group should be implemented.

A collection of objects providing information about the extended RMON feature. Implementation of this group is optional. If the extended RMON feature is supported, the entire group should be implemented.

A collection of objects providing information about the authentication features. Implementation of this group is optional. If the authentication features are supported, the entire group should be implemented.

A collection of objects providing information about the tftp upload/download features. Implementation of this group is optional. If the tftp upload/download features are supported, the entire group should be implemented.

A collection of objects providing information about the combined bridging/routing feature. Implementation of this group is optional. If the combined bridging/routing feature is supported, the group should be implemented.

A collection of objects providing information about the port filtering feature. Implementation of this group is optional. If the port filtering feature is supported, parts or all of this group should be implemented.

The collection of deprecated objects for managing the Switched Port Analyzer (SPAN) features.

A collection of objects providing information about the Virtual LAN features. Implementation of this group is optional.

A collection of objects providing information about the Vlan Membership Policy Server feature. Implementation of this group is optional. If the Vlan Membership Policy Server feature is supported, the entire group should be implemented.

A collection of objects providing information about the token ring features. Implementation of this group is optional. If the token ring features are supported, the entire group should be implemented.

A collection of objects providing information about the multicast features. Implementation of this group is optional. If the multicast features are supported, the entire group should be implemented.

A collection of objects providing information about the DNS feature. Implementation of this group is optional. If the DNS feature is supported, the entire group should be implemented.

A collection of objects providing information about the system log feature. Implementation of this group is optional. If the system log feature is supported, the entire group should be implemented.

A collection of objects providing information about the network time protocol feature. Implementation of this group is optional. If the network time protocol feature is supported, the entire group should be implemented.

A collection of objects providing information about the ip permit list feature. Implementation of this group is optional. If the ip permit list feature is supported, the entire group should be implemented.

A collection of objects providing information about the multiple default gateway feature. Implementation of this group is optional. If the multiple default gateway feature is supported, the entire group should be implemented.

A collection of objects providing information about the trace route feature. Implementation of this group is optional. If the trace route feature is supported, the entire group should be implemented.

A collection of objects that have been deprecated.

A collection of objects providing information about the network time protocol authentication feature. Implementation of this group is optional. If the network time protocol authentication feature is supported, the entire group should be implemented.

A collection of objects providing information about the token ring port soft error monitoring feature. Implementation of this group is optional. If the token ring features are supported, the entire group should be implemented.

A collection of objects providing additional information about the port capabilities on the device. Implementation of this group is Optional.

A collection of objects providing additional information for supporting port security feature with the multiple secured source MAC addresses. Implementation of this group is optional.

A collection of objects providing information about the tftp/rcp or local file upload/download features. Implementation of this group is optional. If the tftp upload/download features are supported, the entire group should be implemented.

A collection of objects providing information about the miscellaneous system features. Implementation of this group is optional.

A collection of objects providing additional information for allowing the ip permit host with the specified access type. Implementation of this group is optional. If the ip permit list enhancement feature is supported, this group should be implemented.

A collection of objects providing information about the miscellaneous system features. Implementation of this group is optional.

A collection of objects providing information about the port filtering feature. Implementation of this group is optional. If the port filtering feature is supported, parts or all of this group should be implemented.

A collection of objects providing information about the multicast features. Implementation of this group is optional. If the multicast features are supported, the entire group should be implemented.

A collection of objects providing information about the ports on the device. Implementation of this group is optional.

A collection of objects providing information about the chassis of the device. This group must be implemented by systems that can have 3 or more power supplies.

A collection of objects providing information about the modules on the device. Implementation of this group is mandatory.

A collection of objects providing additional information about the port capabilities on the device. Implementation of this group is Optional.

A collection of objects providing information about the voice ports on the device. Implemetation of this group is Optional

A collection of objects providing information about the ports on the device. Implementation of this group is optional.

A collection of objects providing information about the Virtual LAN features. Implementation of this group is optional. If the Virtual LAN features are supported, the entire group should be implemented.

A collection of objects providing additional information about the port capabilities on the device. Implementation of this group is Optional.

A collection of objects providing information about the modules on the device. Implementation of this group is mandatory.

A collection of objects providing information about the modules switch acceleration configuration. Implementation of this group is mandatory if the module switch acceleration feature is supported.

A collection of objects providing information about the miscellaneous system features. The sysExtendedRmonNetflowModuleMask object is optional object and it will only be supported in the platform supporting multiple NAM (Network Analysis Module) cards. Implementation of this group is optional.

A collection of objects providing information about the miscellaneous system features.

A collection of objects providing information about the trunk VLAN to VLAN associations. Implementation of this group is mandatory if the trunk VLAN to VLAN association feature is supported on the device.

A collection of objects providing information about the port jumbo frame feature on the device. Implementation of this group is mandatory if the port jumbo frame feature is supported on the device.

A collection of objects providing additional information about the port capabilities on the device. Implementation of this group is Optional.

A collection of objects providing additional information about tftp/rcp or local file upload/download features. Implementation of this group is optional.

A collection of object providing RMON max memory usage control.

A collection of objects providing information about the unicast/multicast port filtering feature.

A collection of objects providing information about the miscellaneous system features.

A collection of object providing control about whether the syslog messages should be sent to telnet sessions. Implementation of this group is optional.

A collection of object providing the system LED status. Implementation of this group is optional.

A collection of object providing the information about the configuration mode to store the configuration information. Implementation of this group is optional.

A collection of objects providing additional information about about the Broadcast Suppression Violation for port filtering feature. Implementation of this group is optional.

A collection of objects providing additional information about the ports on the device. Implementation of this group is optional.

A collection of objects providing additional information about the port capabilities on the device. Implementation of this group is Optional.

A collection of objects providing information about the authentication features. Implementation of this group is optional.

A collection of objects providing information about the miscellaneous system features.

A collection of objects providing information about the SNMP traps feature.

A collection of objects providing information about the miscellaneous system features. Implementation of this group is optional.

A collection of objects providing information about the chassis of the device.

A collection of objects providing information about the ports on the device.

A collection of objects providing information about the Virtual LAN features. Implementation of this group is optional.

A collection of objects providing information about the ip permit list feature. Implementation of this group is optional. If the ip permit list feature is supported, the entire group should be implemented.

A collection of objects providing information about the ports on the device. Implementation of this group is Optional.

A collection of objects providing information about the SNMP traps feature. Implementation of this group is optional.

A collection of objects providing information about the authentication features. Implementation of this group is optional.

A collection of objects providing information about the SNMP traps feature.

A collection of notifications supported on the device.

A collection of objects providing configuration information on ip permit connection limit for a specific host.