PERLE-MCR-MGT-MIB: View SNMP OID List / Download MIB

The private MIB module for the Perle Managed Media Converters

Trap being sent indicates that a management module has been inserted int the chassis.

Trap being sent indicates that the management module's system firmware is being booted up and has completed system initialization. In some case this alert will indicate a cold start like a user resetting the management module or warm start if the module automatically resets because of a detected crash.

Trap being sent indicates that the management module has been manually reset via the reset button or one of the managers.

Trap being sent indicates that the management module has been manually reset to factory by holding the reset button for 3 or more seconds, or one of the managers. This means that any files downloaded to the management module will be erase and the management configuration file is reset back to the default configuration.

Trap being sent indicates that the current link status of the Ethernet port on the management module is up.

Trap being sent indicates that the current link status of the Ethernet port on the management module is down.

Trap being sent indicates that monitor console DSR is configured and the status of one of these signal has changed on the console port.

Trap being sent indicates that a user failed authentication via Telnet, SSH, WebManager, SNMP or the serial console.

Trap being sent indicates that a user failed authentication via Telnet, SSH, WebManager or the serial console.

Trap being sent indicates that the system date and/or time has been changed.

Trap being sent indicates that SNTP is configured and the management module can not communicate with the configured SNTP server.

Trap being sent indicates that the SNTP is configured and the management module has recovered communications with the configured SNTP server.

Trap being sent indicates that SNMP traps is and the management module can not communicate with the configured SNMP trap host. This trap will only be sent for SNMP trap hosts configured for 'Inform' type traps.

Trap being sent indicates that SNMP traps is and the management module has recovered communications with the configured SNMP trap host.

Trap being sent indicates that an alert email server is configured and the management module can not communicate with the configured email server.

Trap being sent indicates that an alert email server is configured and the management module has recovered communications with the configured email server.

Trap being sent indicates that the configuration has been saved to flash on the management module.

Trap being sent indicates that the system IP address has been dynamically changed.

Trap being sent indicates that an attempt to transfer a file via TFTP, off the management module to a remote host has failed.

Trap being sent indicates that an attempt to transfer a file via TFTP, off the management module to a remote host was successful.

Trap being sent indicates that an attempt to transfer a file via TFTP, from a remote host to the management module has failed.

Trap being sent indicates that an attempt to transfer a file via TFTP, from a remote host to the management module was successful.

Trap being sent indicates that the management module has been inserted into a chassis that does not match it's Backup media converter module configuration. Backup media module configurations will be reset to factory default.

Trap being sent indicates that a new chassis as been added to the chain of chassis.

Trap being sent indicates that that a chassis has been removed from the chain of chassis.

Trap being sent indicates that the chassis back-plane has been manually reset by a user managing the unit.

Trap being sent indicates that the chassis temperature has exceeded the configured high temperature threshold temperature.

Trap being sent indicates that the chassis temperature has recovered back to normal operating temperature.

Trap being sent indicates that the chassis slot has been powered off either manually or through the configured chassis slot power schedule.

Trap being sent indicates that the chassis slot has been powered on either manually or through the configured chassis slot power schedule.

Trap being sent indicates that the management module has detected a failure condition in the chassis.

Trap being sent indicates that the chassis has recovered from a failure and is now operating normally.

Trap being sent indicates that a power supply has been inserted into the chassis.

Trap being sent indicates that a power supply's has been removed from the chassis.

Trap being sent indicates that the power supply has failed it's self-test diagnostics.

Trap being sent indicates that the power supply has passed it's self-test diagnostics.

Trap being sent indicates that the voltage being supplied by the indicated power supply is insufficient.

Trap being sent indicates that the voltage being supplied by the indicated power supply is now in the normal operating range.

Trap being sent indicates that the fan has failed.

Trap being sent indicates that the fan currently operating normally.

Trap being sent indicates that a media converter module has been inserted into the chassis.

Trap being sent indicates that a media converter module has been removed from the chassis.

Trap being sent indicates that the media converter module has been manually reset by a user managing the unit.

Trap being sent indicates that the management module can no longer communicate with the media converter module

Trap being sent indicates that the management module recovered communication with a media converter module

Trap being sent indicates that the media converter module has failed its self-test diagnostics

Trap being sent indicates that the media converter module has passed its self-test diagnostics

Trap being sent indicates that the current link status of the Fiber or Copper port on the media converter module is up.

Trap being sent indicates that the current link status of the Fiber or Copper port on the media converter module is down.

Trap being sent indicates that the configuration update on the media converter module has failed.

Trap being sent indicates that the configuration update on the media converter module was successful. The media converter module configuration can be updated manually or automatically.

Trap being sent indicates that a chassis slot is configured with Backup/Restore and the media converter module type configured for the slot does not match the media converter module type inserted into the slot.

Trap being sent indicates that a user has taken action to resolved media converter module configuration mismatch

Trap being sent indicates that an attempt to update a media converter module's firmware has Failed.

Trap being sent indicates that an attempt to update a media converter module's firmware was successful.

Trap being sent indicates that a SFP module has been inserted into a media converter module

Trap being sent indicates that a SFP module has been removed from a media converter module

Trap being sent indicates that a SFP module's temperature has exceeded the high temperature warning threshold.

Trap being sent indicates that a SFP module's temperature has recovered to normal operating level.

Trap being sent indicates that a SFP module's temperature has exceeded the high temperature alarm threshold.

Trap being sent indicates that a SFP module's temperature has recovered to normal operating level.

Trap being sent indicates that a SFP module's temperature has gone below the low temperature warning threshold.

Trap being sent indicates that a SFP module's temperature has recovered to normal operating level.

Trap being sent indicates that a SFP module's temperature has gone below the low temperature alarm threshold.

Trap being sent indicates that a SFP module's temperature has recovered to normal operating level.

Trap being sent indicates that a SFP module's voltage has exceeded the high voltage warning threshold.

Trap being sent indicates that a SFP module's voltage has recovered to normal operating level.

Trap being sent indicates that a SFP module's voltage has exceeded the high voltage alarm threshold.

Trap being sent indicates that a SFP module's voltage has recovered to normal operating level.

Trap being sent indicates that a SFP module's voltage has gone below the low voltage warning threshold.

Trap being sent indicates that a SFP module's voltage has recovered to normal operating level.

Trap being sent indicates that a SFP module's voltage has gone below the low voltage alarm threshold.

Trap being sent indicates that a SFP module's voltage has recovered to normal operating level.

Trap being sent indicates that a SFP module's TX Bias current has exceeded the high TX Bias current warning threshold.

Trap being sent indicates that a SFP module's TX Bias current has recovered to normal operating level.

Trap being sent indicates that a SFP module's TX Bias current has exceeded the high TX Bias current alarm threshold.

Trap being sent indicates that a SFP module's TX Bias current has recovered to normal operating level.

Trap being sent indicates that a SFP module's TX Bias current has gone below the low Tx Bias current warning threshold.

Trap being sent indicates that a SFP module's TX Bias current has recovered to normal operating level.

Trap being sent indicates that a SFP module's TX Bias current has gone below the low Tx Bias current alarm threshold.

Trap being sent indicates that a SFP module's TX Bias current has recovered to normal operating level.

Trap being sent indicates that a SFP module's TX power has exceeded the high TX power warning threshold.

Trap being sent indicates that a SFP module's TX power has recovered to normal operating level.

Trap being sent indicates that a SFP module's TX power has exceeded the high TX power alarm threshold.

Trap being sent indicates that a SFP module's TX power has recovered to normal operating level.

Trap being sent indicates that a SFP module's TX power has gone below the low TX power warning threshold.

Trap being sent indicates that a SFP module's TX power has recovered to normal operating level.

Trap being sent indicates that a SFP module's TX power has gone below the low TX power alarm threshold.

Trap being sent indicates that a SFP module's TX power has recovered to normal operating level.

Trap being sent indicates that a SFP module's RX power has exceeded the high RX power warning threshold.

Trap being sent indicates that a SFP module's RX power has recovered to normal operating level.

Trap being sent indicates that a SFP module's RX power has exceeded the high RX power alarm threshold.

Trap being sent indicates that a SFP module's RX power has recovered to normal operating level.

Trap being sent indicates that a SFP module's RX power has gone below the low RX power warning threshold.

Trap being sent indicates that a SFP module's RX power has recovered to normal operating level.

Trap being sent indicates that a SFP module's RX power has gone below the low RX power alarm threshold.

Trap being sent indicates that a SFP module's RX power has recovered to normal operating level.

Trap being sent indicates that communication with the chassis temperature sensor has failed. The current chassis temperature reading will be unknown

Trap being sent indicates that communication with the chassis temperature sensor has recovered.

Trap being sent indicates that the indicated media card is being powered down due to the detection of a hardware failure.

Trap being sent indicates that the CRC of the media converter module firmware is incorrect. This can be caused if there is no image on the module or the image is corrupt.

Trap being sent indicates that the media converter module's microcode can no longer communicate with the SFP module.

Trap being sent indicates that the media converter module's microcode had previously lost communication with, but has now regained communication with the SFP module.

Trap being sent indicates that the media converter module is not fully supported by the management module. Update the management module firmware to rectify this issue.

Trap being sent indicates that the media converter module firmware is being updated.

Trap being sent indicates that the Sfp/Xfp port has been shutdown due to high temperature.

Trap being sent indicates that the Sfp/Xfp port shutdown has recovered.

Trap being sent indicates that an XFP module's APD Bias Current has exceeded the high APD Bias warning threshold.

Trap being sent indicates that an XFP module's APD Bias Current has recovered to normal operating level.

Trap being sent indicates that an XFP module's APD Bias Current has exceeded the high APD Bias alarm threshold.

Trap being sent indicates that an XFP module's APD Bias Current has recovered to normal operating level.

Trap being sent indicates that an XFP module's APD Bias Current has gone below the low APD Bias warning threshold.

Trap being sent indicates that an XFP module's APD Bias Current has recovered to normal operating level.

Trap being sent indicates that an XFP module's APD Bias Current has gone below the low APD Bias alarm threshold.

Trap being sent indicates that an XFP module's APD Bias Current has recovered to normal operating level.

Trap being sent indicates that an XFP module's TEC Current has exceeded the high TEC Current warning threshold.

Trap being sent indicates that an XFP module's TEC Current has recovered to normal operating level.

Trap being sent indicates that an XFP module's TEC Current has exceeded the high TEC Current alarm threshold.

Trap being sent indicates that an XFP module's TEC Current has recovered to normal operating level.

Trap being sent indicates that an XFP module's TEC Current has gone below the low TEC Current warning threshold.

Trap being sent indicates that an XFP module's TEC Current has recovered to normal operating level.

Trap being sent indicates that an XFP module's TEC Current has gone below the low TEC Current alarm threshold.

Trap being sent indicates that an XFP module's TEC Current has recovered to normal operating level.

Trap being sent indicates that an XFP module's Laser Temperature has exceeded the high Laser Temperature warning threshold.

Trap being sent indicates that an XFP module's Laser Temperature has recovered to normal operating level.

Trap being sent indicates that an XFP module's Laser Temperature has exceeded the high Laser Temperature alarm threshold.

Trap being sent indicates that an XFP module's Laser Temperature has recovered to normal operating level.

Trap being sent indicates that an XFP module's Laser Temperature has gone below the low Laser Temperature warning threshold.

Trap being sent indicates that an XFP module's Laser Temperature has recovered to normal operating level.

Trap being sent indicates that an XFP module's Laser Temperature has gone below the low Laser Temperature alarm threshold.

Trap being sent indicates that an XFP module's Laser Temperature has recovered to normal operating level.

Trap being sent indicates that an XFP module's Laser Wavelength has exceeded the high Laser Wavelength warning threshold.

Trap being sent indicates that an XFP module's Laser Wavelength has recovered to normal operating level.

Trap being sent indicates that an XFP module's Laser Wavelength has exceeded the high Laser Wavelength alarm threshold.

Trap being sent indicates that an XFP module's Laser Wavelength has recovered to normal operating level.

Trap being sent indicates that an XFP module's Laser Wavelength has gone below the low Laser Wavelength warning threshold.

Trap being sent indicates that an XFP module's Laser Wavelength has recovered to normal operating level.

Trap being sent indicates that an XFP module's Laser Wavelength has gone below the low Laser Wavelength alarm threshold.

Trap being sent indicates that an XFP module's Laser Wavelength has recovered to normal operating level.

Trap being sent indicates that an XFP module's +5v supply has exceeded the high +5v supply warning threshold.

Trap being sent indicates that an XFP module's +5v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +5v supply has exceeded the high +5v supply alarm threshold.

Trap being sent indicates that an XFP module's +5v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +5v supply has gone below the low +5v supply warning threshold.

Trap being sent indicates that an XFP module's +5v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +5v supply has gone below the low +5v supply alarm threshold.

Trap being sent indicates that an XFP module's +5v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +3.3v supply has exceeded the high +3.3v supply warning threshold.

Trap being sent indicates that an XFP module's +3.3v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +3.3v supply has exceeded the high +3.3v supply alarm threshold.

Trap being sent indicates that an XFP module's +3.3v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +3.3v supply has gone below the low +3.3v supply warning threshold.

Trap being sent indicates that an XFP module's +3.3v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +3.3v supply has gone below the low +3.3v supply alarm threshold.

Trap being sent indicates that an XFP module's +3.3v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +1.8v supply has exceeded the high +1.8v supply warning threshold.

Trap being sent indicates that an XFP module's +1.8v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +1.8v supply has exceeded the high +1.8v supply alarm threshold.

Trap being sent indicates that an XFP module's +1.8v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +1.8v supply has gone below the low +1.8v supply warning threshold.

Trap being sent indicates that an XFP module's +1.8v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +1.8v supply has gone below the low +1.8v supply alarm threshold.

Trap being sent indicates that an XFP module's +1.8v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's -5.2v supply has exceeded the high -5.2v supply warning threshold.

Trap being sent indicates that an XFP module's -5.2v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's -5.2v supply has exceeded the high -5.2v supply alarm threshold.

Trap being sent indicates that an XFP module's -5.2v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's -5.2v supply has gone below the low -5.2v supply warning threshold.

Trap being sent indicates that an XFP module's -5.2v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's -5.2v supply has gone below the low -5.2v supply alarm threshold.

Trap being sent indicates that an XFP module's -5.2v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +5v supply current has exceeded the high +5v supply current warning threshold.

Trap being sent indicates that an XFP module's +5v supply current has recovered to normal operating level.

Trap being sent indicates that an XFP module's +5v supply current has exceeded the high +5v supply current alarm threshold.

Trap being sent indicates that an XFP module's +5v supply current has recovered to normal operating level.

Trap being sent indicates that an XFP module's +5v supply current has gone below the low +5v supply current warning threshold.

Trap being sent indicates that an XFP module's +5v supply current has recovered to normal operating level.

Trap being sent indicates that an XFP module's +5v supply current has gone below the low +5v supply current alarm threshold.

Trap being sent indicates that an XFP module's +5v supply current has recovered to normal operating level.

Trap being sent indicates that an XFP module's +3.3v supply current has exceeded the high +3.3v supply current warning threshold.

Trap being sent indicates that an XFP module's +3.3v supply current has recovered to normal operating level.

Trap being sent indicates that an XFP module's +3.3v supply current has exceeded the high +3.3v supply current alarm threshold.

Trap being sent indicates that an XFP module's +3.3v supply current has recovered to normal operating level.

Trap being sent indicates that an XFP module's +3.3v supply current has gone below the low +3.3v supply current warning threshold.

Trap being sent indicates that an XFP module's +3.3v supply current has recovered to normal operating level.

Trap being sent indicates that an XFP module's +3.3v supply current has gone below the low +3.3v supply current alarm threshold.

Trap being sent indicates that an XFP module's +3.3v supply current has recovered to normal operating level.

Trap being sent indicates that an XFP module's +1.8v supply current has exceeded the high +1.8v supply current warning threshold.

Trap being sent indicates that an XFP module's +1.8v supply current has recovered to normal operating level.

Trap being sent indicates that an XFP module's +1.8v supply current has exceeded the high +1.8v supply current alarm threshold.

Trap being sent indicates that an XFP module's +1.8v supply current has recovered to normal operating level.

Trap being sent indicates that an XFP module's +1.8v supply current has gone below the low +1.8v supply current warning threshold.

Trap being sent indicates that an XFP module's +1.8v supply current has recovered to normal operating level.

Trap being sent indicates that an XFP module's +1.8v supply current has gone below the low +1.8v supply current alarm threshold.

Trap being sent indicates that an XFP module's +1.8v supply current has recovered to normal operating level.

Trap being sent indicates that an XFP module's -5.2v supply current has exceeded the high -5.2v supply current warning threshold.

Trap being sent indicates that an XFP module's -5.2v supply current has recovered to normal operating level.

Trap being sent indicates that an XFP module's -5.2v supply current has exceeded the high -5.2v supply current alarm threshold.

Trap being sent indicates that an XFP module's -5.2v supply current has recovered to normal operating level.

Trap being sent indicates that an XFP module's -5.2v supply current has gone below the low -5.2v supply current warning threshold.

Trap being sent indicates that an XFP module's -5.2v supply current has recovered to normal operating level.

Trap being sent indicates that an XFP module's -5.2v supply current has gone below the low -5.2v supply current alarm threshold.

Trap being sent indicates that an XFP module's -5.2v supply current has recovered to normal operating level.

Trap being sent indicates that an XFP module's +5v supply has exceeded the high +5v supply warning threshold.

Trap being sent indicates that an XFP module's +5v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +5v supply has exceeded the high +5v supply alarm threshold.

Trap being sent indicates that an XFP module's +5v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +5v supply has gone below the low +5v supply warning threshold.

Trap being sent indicates that an XFP module's +5v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +5v supply has gone below the low +5v supply alarm threshold.

Trap being sent indicates that an XFP module's +5v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +3.3v supply has exceeded the high +3.3v supply warning threshold.

Trap being sent indicates that an XFP module's +3.3v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +3.3v supply has exceeded the high +3.3v supply alarm threshold.

Trap being sent indicates that an XFP module's +3.3v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +3.3v supply has gone below the low +3.3v supply warning threshold.

Trap being sent indicates that an XFP module's +3.3v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +3.3v supply has gone below the low +3.3v supply alarm threshold.

Trap being sent indicates that an XFP module's +3.3v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +1.8v supply has exceeded the high +1.8v supply warning threshold.

Trap being sent indicates that an XFP module's +1.8v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +1.8v supply has exceeded the high +1.8v supply alarm threshold.

Trap being sent indicates that an XFP module's +1.8v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +1.8v supply has gone below the low +1.8v supply warning threshold.

Trap being sent indicates that an XFP module's +1.8v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's +1.8v supply has gone below the low +1.8v supply alarm threshold.

Trap being sent indicates that an XFP module's +1.8v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's -5.2v supply has exceeded the high -5.2v supply warning threshold.

Trap being sent indicates that an XFP module's -5.2v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's -5.2v supply has exceeded the high -5.2v supply alarm threshold.

Trap being sent indicates that an XFP module's -5.2v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's -5.2v supply has gone below the low -5.2v supply warning threshold.

Trap being sent indicates that an XFP module's -5.2v supply has recovered to normal operating level.

Trap being sent indicates that an XFP module's -5.2v supply has gone below the low -5.2v supply alarm threshold.

Trap being sent indicates that an XFP module's -5.2v supply has recovered to normal operating level.

Trap being sent indicates that there is a speed mismatch between the two SFP modules installed in the media converter.

Trap being sent indicates that the speed mismatch between the two SFP modules has recovered.

Trap being sent indicates that an XFP module's power requirements has exceeded card capacity.

Trap being sent indicates that the XFP excessive power alarm has recovered.

Trap being sent indicates that the link test running on the media converter has detected errors.

Trap being sent indicates that the chassis alarm relay has engaged

Trap being sent indicates that the chassis alarm relay has disengaged

Trap being sent indicates the media port is in a low upstream bandwidth condition. This happens when the bandwidth is below the configured threshold.

Trap being sent indicates the media port has recovered from a low upstream bandwidth condition.

Trap being sent indicates the media port is in a low downstream bandwidth condition. This happens when the bandwidth is below the configured threshold.

Trap being sent indicates the media port has recovered from a low downstream bandwidth condition.

Trap being sent indicates that the media converter module's peer has been manually reset by a user managing the unit.

Table of chassis diagnostic type information.

Entries of the table, each relating to a separate chassis.

This object identifies the chassis number.

This object identifies the name of the chassis model. For the 2-slot chassis, this is the product model.

This object identifies a static description of the chassis.

This object identifies the chassis serial number. For the 2-slot chassis, this is writeable (and user-defined). For other chassis, this is read-only (and reflects the chassis' actual serial number).

This object identifies the chassis bootloader version. (Not applicable to 2-slot chassis.)

This object identifies the chassis firmware version. (Not applicable to 2-slot chassis.)

This object identifies the number of outstanding warnings and alarms for this chassis. If this value is not zero then user intervention is needed to resolve the outstanding warnings and alarms. (Not applicable to 2-slot chassis.)

This object identifies the chassis self-test diagnostics result. It will return zero if it passed and non-zero error code if it failed. The following are possible non-zero error codes: 1 - Firmware download required 2 - Temperature sensor not functional (Not applicable to 2-slot chassis.)

This object identifies the current temperature of the chassis. The temperature returned will be either Celsius or Fahrenheit based on your current regional display settings. If the temperature returned is -1 then a problem with the temperature sensor has occurred and the current temperature is unknown. (Not applicable to 2-slot chassis.)

This object identifies the chassis temperature high threshold. If the chassis temperature exceeds this threshold then an alert will be generated. The value read/written will be either Celsius or Fahrenheit based on your current regional display settings. The valid range for this threshold is 0 to 70 degrees Celsius or 32 to 158 degrees Fahrenheit. (Not applicable to 2-slot chassis.)

This object allows the resetting of the chassis (all modules). Reading this object always returns 0.

For the 2-slot chassis, this is the configured slot index of the management module. This value only needs to be changed if the management module is physically installed in slot 2, rather than slot 1. The management module should be restarted after changing this value.

Table of PSMU (Power Supply Monitoring Unit) diagnostic type information. (Not applicable to 2-slot chassis.)

Entries of the table, each relating to a separate PSMU.

This object identifies the PSMU bay as either A or B. Enumeration: 'a': 1, 'b': 2.

This object identifies the PSMU model.

This object identifies a static description of the power supply model present in the chassis

This object identifies the PSU serial number.

This object identifies the PSMU bootloader version.

This object identifies the PSMU firmware version.

This object identifies the number of outstanding warnings and alarms for this chassis. If this value is not zero then user intervention is needed to resolve the outstanding warnings and alarms

This object identifies if the PSMU power supply unit (PSU) status. Enumeration: 'fail': 2, 'notPresent': 0, 'good': 1.

This object identifies the current PSU voltage being supplied.

This object identifies power currently being supplied to the chassis, in milliwatts. A value of 0 indicate that the power supply is not in use

This object identifies the fan status. Enumeration: 'fail': 2, 'notPresent': 0, 'good': 1.

This object identifies the speed of the fan in RPM.

Table of chassis slot configuration, status and diagnostic type information.

Entries of the table, each relating to a separate slot in a chassis.

This object identifies the chassis slot number.

This object identifies the user defined name of the module inserted in the slot. The default name is the model name of the media converter module

This object identifies the model name of the module inserted in the slot.

This object identifies the user defined name for an unmanaged module inserted in the slot. Unmanaged modules include all perle C-1000, C-100, C-1110 and c-110 type modules.

This object identifies the serial number of the module inserted in the slot.

This object identifies the bootloader version of the module inserted in the slot.

This object identifies the firmware version of the module inserted in the slot.

This object identifies the number of outstanding warnings and alarms for this module. If this value is not zero then user intervention is needed to resolve the outstanding warnings and alarms

This object identifies the module's self-test diagnostics result. It will return zero if it passed and non-zero error code if the module has failed.The following are possible non-zero error codes: 1 - Media converter module's PHY is not functional. 2 - Firmware download required

This object identifies the module type inserted for this chassis slot. Enumeration: 'cm100Fixed': 2, 'cm10gt': 9, 'cm4gpt': 10, 'unknown': -1, 'cm100mmFixed': 5, 'cm1000Fixed': 1, 'exCM': 8, 'mcrMgt': -2, 'cm1110RateConv': 3, 'unManaged': -3, 'cm10gFixed': 7, 'cm110RateConv': 4, 'cm1000mmFixed': 6, 'empty': 0.

This object is applicable to media converter modules only. It identifies whether the media configuration will be automatically backed up to or restored from the management card's non-volatile memory Enumeration: 'notApplicable': 2, 'enable': 1, 'disable': 0.

This object identifies the media converter module type of the configuration that was backed up for the slot on the management card's non-volatile memory when the mcrMediaConfigBackupRestore object was enabled. Enumeration: 'none': 0, 'cm100Fixed': 2, 'cm10gt': 9, 'cm4gpt': 10, 'cm100mmFixed': 5, 'cm1000Fixed': 1, 'exCM': 8, 'cm1110RateConv': 3, 'cm10gFixed': 7, 'cm110RateConv': 4, 'cm1000mmFixed': 6.

This object identifies the default power state of the slot when the chassis is initially powered up. The current power state of the slot can be manually changed by writing to mcrCurrentPowerState object or dynamically changed via slot power schedule configuration. (Not applicable to 2-slot chassis.)

Writing this object allows the current power state of the slot to be turned on or off. This object is not writable for management modules or the 2-slot chassis. Reading this object will return the current slot power state.

This object is not applicable to management modules. It identifies if power schedule is enabled for the slot. (Not applicable to 2-slot chassis.) Enumeration: 'notApplicable': 2, 'yes': 1, 'no': 0.

This object allows you to reset the module inserted in the slot. Enumeration: 'notApplicable': 2, 'yes': 1, 'no': 0.

This object allows you to reset to factory the module inserted in the slot. Enumeration: 'notApplicable': 2, 'yes': 1, 'no': 0.

This object identifies a static description of the media converter module present in the slot.

Table of CM-1000 type media converter module's status type information.

Entries of the table, each relating to a separate CM-1000 type media converter module.

The Slot number the CM-1000 type module is currently inserted

This object identifies the model of media converter module present in the chassis

This object identifies a static description of the media converter module present in the chassis

This object identifies the media converter module's ConfigMode, set by hardware jumper J5 on the media converter module. When this object is set to hardwareSwitches(0), the media converter module will disable configuration control from the management module's software and all configuration control comes from the media converter module's hardware switches or jumpers. Enumeration: 'hardwareSwitches': 0, 'auto': 1.

Media converter module's current switch setting for fiber Auto-Negotiation. Enumeration: 'swDownDisabled': 0, 'swUpEnabled': 1.

Media converter module's current switch setting for Link Mode. Enumeration: 'swUpStandard': 1, 'swDownSmartLinkPassthrough': 0.

Media converter module's current switch setting for Fiber Fault Alert. Enumeration: 'swDownDisabled': 0, 'swUpEnabled': 1.

Media converter module's current switch setting for copper duplex. Enumeration: 'swUpAuto': 1, 'swDownHalf': 0.

Media converter module's current switch setting for copper pause (flow control). Enumeration: 'swDownDisabled': 0, 'swUpEnabled': 1.

Media converter module's current switch setting for fiber loopback mode. Enumeration: 'swDownEnabled': 0, 'swUpDisabled': 1.

Media converter module's current fiber link status. Enumeration: 'down': 0, 'up': 1.

Media converter module's fiber port connector type. Enumeration: 'lc': 1, 'sfp': 3, 'mtrj': 6, 'fc': 5, 'sc': 0, 'st': 2.

Media converter module's current fiber auto-negotiation state. Enumeration: 'disabled': 0, 'inProgress': 2, 'complete': 1.

Media converter module's fiber port speed in megabits per second. Enumeration: 'speed1000Mbps': 2.

If fiber auto-negotiation state is complete then this object indicates the media converter module's current fiber auto-negotiated duplex setting. If auto-negotiation is not complete then the value returned should be ignored. Enumeration: 'full': 1, 'half': 0.

If fiber auto-negotiation state is complete then this object indicates the media converter module's current fiber auto-negotiated pause setting. If auto-negotiation is not complete then the value returned should be ignored. Enumeration: 'disabled': 0, 'symmetrical': 1, 'asymmetricalTx': 2, 'asymmetricalRx': 3.

Media converter module's fiber Link Partner Remote Fault status. Enumeration: 'autoNegError': 3, 'offline': 1, 'ok': 0, 'linkFault': 2.

This object identifies the status of whether light is being received on the fiber port Enumeration: 'fault': 0, 'ok': 1.

Media converter module's current fiber loopback mode setting. Writing to this object will change the current settings. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0).

Media converter module's current copper link status. Enumeration: 'down': 0, 'up': 1.

Media converter module's copper connector type. Enumeration: 'rj45': 0.

Media converter module's current copper auto-negotiation state. Enumeration: 'disabled': 0, 'inProgress': 2, 'complete': 1.

Media converter module's copper port speed in megabits per second. Enumeration: 'speed1000Mbps': 2.

If copper auto-negotiation state is complete then this object indicates the media converter module's current copper auto-negotiated duplex setting. If auto-negotiation is not complete then the value returned should be ignored. Enumeration: 'full': 1, 'half': 0.

If copper auto-negotiation state is complete then this object indicates the media converter module's current copper auto-negotiated MDI/MDI-X setting. If auto-negotiation is not complete then the value returned should be ignored. Enumeration: 'mdi': 0, 'mdix': 1.

If copper auto-negotiation state is complete then this object indicates the media converter module's current copper auto-negotiated pause setting. If auto-negotiation is not complete then the value returned should be ignored. Enumeration: 'disabled': 0, 'symmetrical': 1, 'asymmetricalTx': 2, 'asymmetricalRx': 3.

Media converter module's copper Link Partner Remote Fault status. Enumeration: 'ok': 0, 'remoteFault': 1.

Table of CM-1000 type media converter module's configuration type information.

Entries of the table, each relating to a separate CM-1000 type media converter module.

The Slot number the CM-1000 type module is currently inserted

When you perform a GET on this variable, one of the following values will be returned: 1-Indicates that the container folder is active with no changes. 2-Indicates that the container folder is active with change(s). Once you have completed setting the variables in a folder, you will want to submit your changes to the management module. To do this, set the Status variable to 4. If you want to discard the changes, set the Status variable to 6. 4-Indicates that the changes in the container folder are to be submitted to the management module, verified and and saved to flash. 6-Indicates that the changes in the container folder are to be discarded.

This object identifies a user configurable name for the media converter module present in the chassis.

This object identifies the Link Mode for the media converter module. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0). Enumeration: 'smartLinkPassthrough': 1, 'standard': 0.

This object identifies the Fiber Fault Alert setting for the media module. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0).

This object identifies the Jumbo Packet setting for the media converter module present in the chassis.

This object identifies a user definable name for the fiber port.

This object identifies whether the fiber port is enabled.

This object identifies the wither fiber auto-negotiation is enabled. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0).

This object identifies a user definable name for the copper port.

This object identifies whether the fiber port is enabled.

This object identifies the duplex settings for the copper port. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0). Enumeration: 'auto': 2, 'half': 1.

This object identifies the copper pause (flow control) setting that is a advertised. The settings can be disabled, advertise symmetrical, advertise asymmetrical TX or advertise symmetrical and asymmetrical RX. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0). Enumeration: 'disabled': 0, 'symmetrical': 1, 'symmAsymRx': 3, 'asymmetricalTx': 2.

This object identifies the copper low power setting for the media converter module present in the chassis.

Table of CM-1000 type media converter module's LED status information.

Entries of the table, each relating to a separate CM-1000 type media converter module.

The Slot number the CM-1000 type module is currently inserted

This object identifies the status of the power (PWR) LED on the media converter module. Possible status values are: off(0) - No power to the module onGreen(1) - Power being applied to module blinking(2) - Fiber loopback enabled Enumeration: 'off': 0, 'blinking': 2, 'onGreen': 1.

This object identifies the status of the link copper (LKC) LED on the media converter module. Possible status values are: off(0) - No fiber link on(1) - Fiber link present Enumeration: 'on': 1, 'off': 0.

This object identifies the status of the link copper (LKC) LED on the media converter module. Possible status values are: off(0) - No copper link on(1) - Copper link present Enumeration: 'on': 1, 'off': 0.

Table of CM-100 type media converter module's configuration and status type information.

Entries of the table, each relating to a separate CM-1000 type media converter module.

The Slot number the CM-100 type module is currently inserted

This object identifies the model of media converter module present in the chassis

This object identifies a static description of the media converter module present in the chassis

This object identifies the media converter module's ConfigMode, set by hardware switch on the media converter module. When this object is set to hardwareSwitches(0), the media converter module will disable configuration control from the management module's software and all configuration control comes from the media module's hardware switches or jumpers. Enumeration: 'hardwareSwitches': 0, 'auto': 1.

This object identifies the media converter module's hardware Auto MDIX jumper settings. Enumeration: 'auto': 1, 'mdi': 0.

Media converter module's current switch setting for fiber Auto-Negotiation. Enumeration: 'swDownDisabled': 0, 'swUpEnabled': 1.

Media converter module's current switch setting for Link Mode. Enumeration: 'swDownStandardMode': 0, 'swUpLinkPassthroughMode': 1.

Media converter module's current switch setting for Far End Fault. Enumeration: 'swDownDisabled': 0, 'swUpEnabled': 1.

Media converter module's current switch setting for copper pause (flow control). Enumeration: 'swDownDisabled': 0, 'swUpEnabled': 1.

Media converter module's current switch setting for fiber loopback mode. Enumeration: 'swDownEnabled': 0, 'swUpDisabled': 1.

Media converter module's current fiber link status. Enumeration: 'down': 0, 'up': 1.

Media converter module's fiber port connector type. Enumeration: 'lc': 1, 'sfp': 3, 'mtrj': 6, 'fc': 5, 'sc': 0, 'st': 2.

Media converter module's fiber port speed in megabits per second. Enumeration: 'speed100Mbps': 1.

Media converter module's current fiber Far End Fault status. Enumeration: 'disable': 0, 'ok': 1, 'receivingFEF': 2, 'sendingFEF': 3.

This object identifies the status of whether light is being received on the fiber port Enumeration: 'fault': 0, 'ok': 1.

This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0).

Media converter module's current copper link status. Enumeration: 'down': 0, 'up': 1.

Media converter module's copper connector type. Enumeration: 'rj45': 0.

Media converter module's current copper auto-negotiation state. Enumeration: 'disabled': 0, 'inProgress': 2, 'complete': 1.

This object identifies the copper port speed in megabits per second. Enumeration: 'speed100Mbps': 1.

If copper auto-negotiation state is complete then this object indicates the media converter module's current copper auto-negotiated duplex setting. If auto-negotiation is not complete then the value returned should be ignored. Enumeration: 'full': 1, 'half': 0.

If copper auto-negotiation state is complete then this object indicates the media converter module's current copper auto-negotiated MDI/MDI-X setting. If auto-negotiation is not complete then the value returned should be ignored. Enumeration: 'mdi': 0, 'mdix': 1.

If copper auto-negotiation state is complete then this object indicates the media converter module's current copper auto-negotiated pause (flow control) setting. If auto-negotiation is not complete then the value returned should be ignored. Enumeration: 'disabled': 0, 'symmetrical': 1.

Media converter module's copper Link Partner Remote Fault status. Enumeration: 'ok': 0, 'remoteFault': 1.

Table of CM-100 type media converter module's configuration and status type information.

Entries of the table, each relating to a separate CM-1000 type media converter module.

The Slot number the CM-1000 type module is currently inserted

When you perform a GET on this variable, one of the following values will be returned: 1-Indicates that the container folder is active with no changes. 2-Indicates that the container folder is active with change(s). Once you have completed setting the variables in a folder, you will want to submit your changes to the management module. To do this, set the Status variable to 4. If you want to discard the changes, set the Status variable to 6. 4-Indicates that the changes in the container folder are to be submitted to the management module, verified and and saved to flash. 6-Indicates that the changes in the container folder are to be discarded.

This object identifies a user configurable name for the media converter module present in the chassis.

This object identifies the Link Mode for the media converter module. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0). Enumeration: 'linkPassthrough': 1, 'standard': 0.

This object identifies the fiber Far End Fault setting for the media module. This setting is always enabled if Link Mode is set to linkPassthrough. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0).

This object identifies a user definable name for the fiber port.

This object identifies whether the fiber port is enabled.

This object identifies a user definable name for the copper port.

This object identifies whether the fiber port is enabled.

This object identifies the whether copper auto-negotiation is enabled. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0).

This object identifies the copper MDI/MDI-X setting.This object is read-only if the media converter module's ConfigMode jumper is set to Enumeration: 'auto': 0, 'mdi': 1, 'mdix': 2.

This object identifies the copper's port pause (flow control) settings. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0). Enumeration: 'disabled': 0, 'symmetrical': 1.

Table of CM-100 type media converter module's LED status information.

Entries of the table, each relating to a separate CM-100 type media converter module.

The Slot number the CM-100 type module is currently inserted

This object identifies the status of the power (PWR) LED on the media converter module. Possible status values are: off(0) - No power to the module onGreen(1) - Power being applied to module blinking(2) - Fiber loopback enabled Enumeration: 'off': 0, 'blinking': 2, 'onGreen': 1.

This object identifies the status of the link fiber (LKF) LED on the media converter module. Possible status values are: off(0) - No fiber link on(1) - Fiber link present Enumeration: 'on': 1, 'off': 0.

This object identifies the status of the link copper (LKC) LED on the media converter module. Possible status values are: off(0) - No copper link on(1) - Copper link present Enumeration: 'on': 1, 'off': 0.

Table of CM-1110 type media converter module's configuration and status type information.

Entries of the table, each relating to a separate CM-1110 type media converter module.

The Slot number the CM-1110 type module is currently inserted

This object identifies the model of media converter module present in the chassis

This object identifies a static description of the media converter module present in the chassis

This object identifies the media converter module's ConfigMode, set by hardware switch on the media converter module. When this object is set to hardwareSwitches(0), the media converter module will disable configuration control from the management module's software and all configuration control comes from the media module's hardware switches or jumpers. Enumeration: 'hardwareSwitches': 0, 'auto': 1.

This object identifies the media converter module's hardware Auto MDIX jumper settings. Enumeration: 'auto': 1, 'mdix': 0.

Media converter module's current switch setting for copper Auto-Negotiation. Enumeration: 'swDownDisabled': 0, 'swUpEnabled': 1.

Media converter module's current switch setting for Link Mode. Enumeration: 'swDownNormalMode': 0, 'swUpSmartLinkPassthroughMode': 1.

Media converter module's current switch setting for Fiber Fault Alert. Enumeration: 'swDownDisabled': 0, 'swUpEnabled': 1.

Media converter module's current switch setting for copper duplex. Enumeration: 'swUpFull': 1, 'swDownHalf': 0.

Media converter module's current switch setting for Link Mode. Enumeration: 'swUp100Mbps': 1, 'swDown10Mbps': 0.

Media converter module's current switch setting for fiber Auto-Ngotiation. This object is not applicable if there is a 100 Mbps SFP modules inserted. Enumeration: 'swDownDisabled': 0, 'notApplicable': 2, 'swUpEnabled': 1.

Media converter module's current switch setting for fiber duplex if a 100 Mbps SFP module is inserted. Otherwise this object is not applicable. Enumeration: 'notApplicable': 2, 'swUpFullDuplex': 1, 'swDownHalfDuplex': 0.

Media converter module's current switch setting for fiber loopback mode. Enumeration: 'swDownEnabled': 0, 'swUpDisabled': 1.

Media converter module's current fiber link status. Enumeration: 'down': 0, 'up': 1.

Media converter module's fiber port connector type. Enumeration: 'lc': 1, 'sfp': 3, 'mtrj': 6, 'fc': 5, 'sc': 0, 'st': 2.

Media converter module's current fiber auto-negotiation state. This object is not applicable if the fiber connector type is a 100 Mbps SFP module. Enumeration: 'disabled': 0, 'notApplicable': 99, 'inProgress': 2, 'complete': 1.

If fiber auto-negotiation state is complete then this object indicates the media converter module's current fiber auto-negotiated duplex setting. If auto-negotiation is not complete then the value returned should be ignored. Enumeration: 'speed1000Mbps': 2, 'speed100Mbps': 1.

This object identifies the current fiber port duplex state. Enumeration: 'full': 1, 'half': 0.

If fiber auto-negotiation state is complete then this object indicates the media converter module's current fiber auto-negotiated pause setting. If auto-negotiation is not complete then the value returned should be ignored. Enumeration: 'disabled': 0, 'symmetrical': 1, 'asymmetricalTx': 2, 'asymmetricalRx': 3.

Media converter module's fiber Link Partner Remote Fault status. This object is not applicable if there is a 100 Mbps SFP module inserted. Enumeration: 'autoNegError': 3, 'offline': 1, 'ok': 0, 'linkFault': 2, 'notApplicable': 99.

Media converter module's current fiber Far End Fault status if a 100 Mbps SFP module is inserted. Otherwise this object is not applicable. Enumeration: 'notApplicable': 99, 'disable': 0, 'ok': 1, 'receivingFEF': 2, 'sendingFEF': 3.

This object identifies the status of whether light is being received on the fiber port Enumeration: 'fault': 0, 'ok': 1.

This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0).

Media converter module's current copper link status. Enumeration: 'down': 0, 'up': 1.

Media converter module's copper connector type. Enumeration: 'rj45': 0.

Media converter module's current copper auto-negotiation state. Enumeration: 'disabled': 0, 'inProgress': 2, 'complete': 1.

If copper auto-negotiation state is complete then this object indicates the media converter module's current copper auto-negotiated speed setting. If auto-negotiation is not complete then the value returned should be ignored. Enumeration: 'speed100Mbps': 1, 'speed10Mbs': 0, 'speed1000Mbps': 2.

If copper auto-negotiation state is complete then this object indicates the media converter module's current copper auto-negotiated duplex setting. If auto-negotiation is not complete then the value returned should be ignored. Enumeration: 'full': 1, 'half': 0.

If copper auto-negotiation state is complete then this object indicates the media converter module's current copper auto-negotiated MDI/MDI-X setting. If auto-negotiation is not complete then the value returned should be ignored. Enumeration: 'mdi': 0, 'mdix': 1.

If copper auto-negotiation state is complete then this object indicates the media converter module's current copper auto-negotiated pause setting. If auto-negotiation is not complete then the value returned should be ignored. Enumeration: 'disabled': 0, 'symmetrical': 1, 'asymmetricalTx': 2, 'asymmetricalRx': 3.

Media converter module's copper Link Partner Remote Fault status. Enumeration: 'ok': 0, 'remoteFault': 1.

This object identifies the status of the copper auto speed downshift feature. noDownshift indicates that an automatic downshift of the copper speed has not occurred. Enumeration: 'noDownshift': 0, 'downshift': 1.

Table of CM-1110 type media converter module's configuration type information.

Entries of the table, each relating to a separate CM-1110 type media converter module.

The Slot number the CM-1110 type module is currently inserted

When you perform a GET on this variable, one of the following values will be returned: 1-Indicates that the container folder is active with no changes. 2-Indicates that the container folder is active with change(s). Once you have completed setting the variables in a folder, you will want to submit your changes to the management module. To do this, set the Status variable to 4. If you want to discard the changes, set the Status variable to 6. 4-Indicates that the changes in the container folder are to be submitted to the management module, verified and and saved to flash. 6-Indicates that the changes in the container folder are to be discarded.

This object identifies a user configurable name for the media converter module present in the chassis.

This object identifies the Link Mode for the media converter module. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0). Enumeration: 'smartLinkPassthrough': 1, 'standard': 0.

This object identifies the Fiber Fault Alert setting for the media module. For 100 Mbps SFP modules, this setting is always effectively enabled if Link Mode is set to smartLinkPassthrough. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0).

This object identifies the media converter module's maximum packet size setting This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0). Enumeration: 'maxPacket1522': 0, 'maxPacket2048': 1, 'maxPacket10240': 2.

This object identifies a user definable name for the fiber port.

This object identifies whether the fiber port is enabled.

This object identifies whether fiber auto-negotiation is enabled. This object does not apply if the fiber connector type is a 100 Mbps SFP module. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0).

If the fiber connector type is SFP and it is a 100 Mbps fiber module then this object identifies the duplex setting for the 100 Mbps fiber port. Duplex for 1000 Mbps has to be auto negotiated. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0). Enumeration: 'full': 0, 'half': 1.

This object identifies a user definable name for the copper port.

This object identifies whether the fiber port is enabled.

This object identifies the whether copper auto-negotiation is enabled. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0).

This object controls whether or the copper port advertises willingness to connect at 10Mbps, half duplex. This setting is ignored when auto-negotiation is disabled.

This object controls whether or the copper port advertises willingness to connect at 10Mbps, full duplex. This setting is ignored when auto-negotiation is disabled.

This object controls whether or the copper port advertises willingness to connect at 100Mbps, half duplex. This setting is ignored when auto-negotiation is disabled.

This object controls whether or the copper port advertises willingness to connect at 100Mbps, full duplex. This setting is ignored when auto-negotiation is disabled.

This object controls whether or the copper port advertises willingness to connect at 1000Mbps, full duplex. This setting is ignored when auto-negotiation is disabled.

If copper auto-negotiation is disabled then this object identifies the configured cooper speed. 1000 Mbps speed can only be auto negotiated. If copper auto-negotiation is enabled then this object is ignored. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0). Enumeration: 'speed100Mbps': 1, 'speed10Mbs': 0.

If copper auto-negotiation is disabled then this object identifies the duplex setting for 10 & 100 Mbps for the copper port. Duplex for 1000 Mbps has to be auto negotiated. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0). Enumeration: 'full': 0, 'half': 1.

This object identifies the copper MDI/MDI-X setting.This object is read-only if the media converter module's ConfigMode jumper is set to Enumeration: 'auto': 0, 'mdi': 1, 'mdix': 2.

This object identifies the copper pause (flow control) setting that is a advertised. The settings can be disabled, advertise symmetrical, advertise asymmetrical TX or advertise symmetrical and asymmetrical RX. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0). Enumeration: 'disabled': 0, 'symmetrical': 1, 'symmAsymRx': 3, 'asymmetricalTx': 2.

This object identifies the number of times the PHY attempts to establish a Gigabit link before the PHY downshift to the next highest speed. A value of 0 indicates the auto downshift is disabled

When using cable exceeding 100 meters in 10BASE-T mode this feature should be set to extended(1). Enumeration: 'extended': 1, 'normal': 0.

Restrict the flow of Ethernet traffic to a single direction. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade). Enumeration: 'disabled': 0, 'notApplicable': -1, 'fiberToCopper': 2, 'copperToFiber': 1.

Set the egress queue of frames tagged with 802.1p priority 0. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Set the egress queue of frames tagged with 802.1p priority 1. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Set the egress queue of frames tagged with 802.1p priority 2. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Set the egress queue of frames tagged with 802.1p priority 3. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Set the egress queue of frames tagged with 802.1p priority 4. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Set the egress queue of frames tagged with 802.1p priority 5. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Set the egress queue of frames tagged with 802.1p priority 6. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Set the egress queue of frames tagged with 802.1p priority 7. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Use 802.1p tag priority. (This feature may require a media converter module firmware upgrade).

Use IP TOS priority. (This feature may require a media converter module firmware upgrade).

Configure priority precedence. (This feature may require a media converter module firmware upgrade). Enumeration: 'priority8021p': 0, 'notApplicable': -1, 'priorityIpTos': 1.

Configure priority congestion policy. (This feature may require a media converter module firmware upgrade). Enumeration: 'notApplicable': -1, 'weighted': 1, 'strict': 0.

Change the priority of frames tagged with 802.1p priority 0. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 1. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 2. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 3. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 4. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 5. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 6. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 7. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Set a limit on the rate of incoming packets. (This feature may require a media converter module firmware upgrade). Enumeration: 'rate512kbps': 7, 'rate40mbps': 21, 'rate60mbps': 23, 'rate10mbps': 18, 'rate2mbps': 10, 'rate768kbps': 8, 'notApplicable': -1, 'rate80mbps': 25, 'rate30mbps': 20, 'rate256kbps': 4, 'rate70mbps': 24, 'rate100mbps': 27, 'rate90mbps': 26, 'rate800mbps': 34, 'rate1mbps': 9, 'rate384kbps': 6, 'rate8mbps': 16, 'rate200mbps': 28, 'rate128kbps': 2, 'rate500mbps': 31, 'rate7mbps': 15, 'rate20mbps': 19, 'rate9mbps': 17, 'rate600mbps': 32, 'rate3mbps': 11, 'rate6mbps': 14, 'rate64kbps': 1, 'rate320kbps': 5, 'rate50mbps': 22, 'rate5mbps': 13, 'rate700mbps': 33, 'rate900mbps': 35, 'rateUnlimited': 0, 'rate4mbps': 12, 'rate192kbps': 3, 'rate300mbps': 29, 'rate400mbps': 30.

Set a limit on the rate of outgoing packets. (This feature may require a media converter module firmware upgrade). Enumeration: 'rate512kbps': 7, 'rate40mbps': 21, 'rate60mbps': 23, 'rate10mbps': 18, 'rate2mbps': 10, 'rate768kbps': 8, 'notApplicable': -1, 'rate80mbps': 25, 'rate30mbps': 20, 'rate256kbps': 4, 'rate70mbps': 24, 'rate100mbps': 27, 'rate90mbps': 26, 'rate800mbps': 34, 'rate1mbps': 9, 'rate384kbps': 6, 'rate8mbps': 16, 'rate200mbps': 28, 'rate128kbps': 2, 'rate500mbps': 31, 'rate7mbps': 15, 'rate20mbps': 19, 'rate9mbps': 17, 'rate600mbps': 32, 'rate3mbps': 11, 'rate6mbps': 14, 'rate64kbps': 1, 'rate320kbps': 5, 'rate50mbps': 22, 'rate5mbps': 13, 'rate700mbps': 33, 'rate900mbps': 35, 'rateUnlimited': 0, 'rate4mbps': 12, 'rate192kbps': 3, 'rate300mbps': 29, 'rate400mbps': 30.

Enable discarding of tagged frames. (This feature may require a media converter module firmware upgrade).

Enable discarding of untagged frames. (This feature may require a media converter module firmware upgrade).

Set the default VLAN ID to insert when tagging frames. (This feature may require a media converter module firmware upgrade).

Set the default frame priority. (This feature may require a media converter module firmware upgrade).

Set the default tagging action. (This feature may require a media converter module firmware upgrade). Enumeration: 'doubleTag': 3, 'notApplicable': -1, 'none': 0, 'tag': 2, 'untag': 1.

Enable filtering of multicast frames with an unknown destination (This feature may require a media converter module firmware upgrade).

Enable filtering of unicast frames with an unknown destination (This feature may require a media converter module firmware upgrade).

Use 802.1p tag priority. (This feature may require a media converter module firmware upgrade).

Use IP TOS priority. (This feature may require a media converter module firmware upgrade).

Configure priority precedence. (This feature may require a media converter module firmware upgrade). Enumeration: 'priority8021p': 0, 'notApplicable': -1, 'priorityIpTos': 1.

Configure priority congestion policy. (This feature may require a media converter module firmware upgrade). Enumeration: 'notApplicable': -1, 'weighted': 1, 'strict': 0.

Change the priority of frames tagged with 802.1p priority 0. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 1. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 2. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 3. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 4. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 5. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 6. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 7. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Set a limit on the rate of incoming packets. (This feature may require a media converter module firmware upgrade). Enumeration: 'rate512kbps': 7, 'rate40mbps': 21, 'rate60mbps': 23, 'rate10mbps': 18, 'rate2mbps': 10, 'rate768kbps': 8, 'notApplicable': -1, 'rate80mbps': 25, 'rate30mbps': 20, 'rate256kbps': 4, 'rate70mbps': 24, 'rate100mbps': 27, 'rate90mbps': 26, 'rate800mbps': 34, 'rate1mbps': 9, 'rate384kbps': 6, 'rate8mbps': 16, 'rate200mbps': 28, 'rate128kbps': 2, 'rate500mbps': 31, 'rate7mbps': 15, 'rate20mbps': 19, 'rate9mbps': 17, 'rate600mbps': 32, 'rate3mbps': 11, 'rate6mbps': 14, 'rate64kbps': 1, 'rate320kbps': 5, 'rate50mbps': 22, 'rate5mbps': 13, 'rate700mbps': 33, 'rate900mbps': 35, 'rateUnlimited': 0, 'rate4mbps': 12, 'rate192kbps': 3, 'rate300mbps': 29, 'rate400mbps': 30.

Set a limit on the rate of outgoing packets. (This feature may require a media converter module firmware upgrade). Enumeration: 'rate512kbps': 7, 'rate40mbps': 21, 'rate60mbps': 23, 'rate10mbps': 18, 'rate2mbps': 10, 'rate768kbps': 8, 'notApplicable': -1, 'rate80mbps': 25, 'rate30mbps': 20, 'rate256kbps': 4, 'rate70mbps': 24, 'rate100mbps': 27, 'rate90mbps': 26, 'rate800mbps': 34, 'rate1mbps': 9, 'rate384kbps': 6, 'rate8mbps': 16, 'rate200mbps': 28, 'rate128kbps': 2, 'rate500mbps': 31, 'rate7mbps': 15, 'rate20mbps': 19, 'rate9mbps': 17, 'rate600mbps': 32, 'rate3mbps': 11, 'rate6mbps': 14, 'rate64kbps': 1, 'rate320kbps': 5, 'rate50mbps': 22, 'rate5mbps': 13, 'rate700mbps': 33, 'rate900mbps': 35, 'rateUnlimited': 0, 'rate4mbps': 12, 'rate192kbps': 3, 'rate300mbps': 29, 'rate400mbps': 30.

Enable discarding of tagged frames. (This feature may require a media converter module firmware upgrade).

Enable discarding of untagged frames. (This feature may require a media converter module firmware upgrade).

Set the default VLAN ID to insert when tagging frames. (This feature may require a media converter module firmware upgrade).

Set the default frame priority. (This feature may require a media converter module firmware upgrade).

Set the default tagging action. (This feature may require a media converter module firmware upgrade). Enumeration: 'doubleTag': 3, 'notApplicable': -1, 'none': 0, 'tag': 2, 'untag': 1.

Enable filtering of multicast frames with an unknown destination (This feature may require a media converter module firmware upgrade).

Enable filtering of unicast frames with an unknown destination (This feature may require a media converter module firmware upgrade).

This object identifies whether fiber SGMII interface is enabled.

Table of CM-1110 type media converter module's LED status information.

Entries of the table, each relating to a separate CM-1110 type media converter module.

The Slot number the CM-1110 type module is currently inserted

This object identifies the status of the power (PWR) LED on the media converter module. Possible status values are: off(0) - No power to the module onGreen(1) - Power being applied to module blinking(2) - Fiber loopback enabled Enumeration: 'off': 0, 'blinking': 2, 'onGreen': 1.

This object identifies the status of the Full Duplex Fiber (FDF) LED on the media converter module. Enumeration: 'onFullDuplex': 1, 'offHalfDuplex': 0.

This object identifies the status of the link fiber (LKF) LED on the media converter module. Possible status values are: off(0) - No fiber link on(1) - Fiber link present Enumeration: 'on': 1, 'off': 0.

This object identifies the status of the link copper speed (100/1000) LED on the management module. Enumeration: 'onGreen1000Mbps': 2, 'off10Mbps': 0, 'onYellow100Mbps': 1.

This object identifies the status of the Full Duplex Copper (FDC) LED on the media converter module. Enumeration: 'onFullDuplex': 1, 'offHalfDuplex': 0.

This object identifies the status of the link copper (LKC) LED on the media converter module. Possible status values are: off(0) - No copper link on(1) - Copper link present Enumeration: 'on': 1, 'off': 0.

Table of CM-1110 type media converter module's configuration and status type information.

Entries of the table, each relating to a separate CM-1110 type media converter module.

The Slot number the CM-1110 type module is currently inserted

Media converter module port index indicating which media port the statistical counters are associated with. Enumeration: 'copper': 1, 'fiber': 2.

A counter that counts the number of good, non-filtered frames that normally would have been forwarded, but could not due to lack of buffer space.

A counter that counts the number of good frames that were filtered due to ingress switch policy rules.

An ingress counter that is the sum of lengths of all good Ethernet frames received on the media port.

An ingress counter that is the sum of lengths of all good Ethernet frames received on the media port. This object is a 64-bit version of cm1110PortInGoodOctets.

An ingress counter that is the sum of lengths of all bad Ethernet frames received on the media port..

An ingress counter that counts the number of good frames received that have a Unicast destination MAC address.

An ingress counter that counts the number of good frames received that have a Broadcast destination MAC address.

An ingress counter that counts the number of good frames received that have a Multicast destination MAC address. This count does not include frames counted in the cm1110PortInPauses or the cm1110PortInBroadcasts objects.

An ingress counter that counts the number of good frames reachieved that have a Pause destination MAC address.

An ingress counter that counts the number of frames received with a length less that 64 octets but with a valid FCS.

An ingress counter that counts the number of frames received with a length less that 64 octets and an invalid FCS.

An ingress counter that counts the number of frames received with a length more than the maximum packet size but with a valid FCS. The maximum packet size can be set using the cm1110ConfigMaxPacketsSize object.

An ingress counter that counts the number of frames received with a length more than the maximum packet size but with a invalid FCS. The maximum packet size can be set using the cm1110ConfigMaxPacketsSize object.

An ingress counter that counts the number of frames received with an RxErr signal from the PHY.

An ingress counter that counts the number of frames received with a CRC error not counted in the cm1110PortInFragments, cm1110PortInFcsErr, or the cm1110PortInRxErr objects.

A Histogram counter that counts the number of frames received and transmitted with a length of exactly 64 Octets, including those with errors.

A Histogram counter that counts the number of frames received and transmitted with a length of between 65 and 127 Octets inclusive, including those with errors.

A Histogram counter that counts the number of frames received and transmitted with a length of between 128 and 255 Octets inclusive, including those with errors.

A Histogram counter that counts the number of frames received and transmitted with a length of between 256 and 511 Octets inclusive, including those with errors.

A Histogram counter that counts the number of frames received and transmitted with a length of between 512 and 1023 Octets inclusive, including those with errors.

A Histogram counter that counts the number of frames received and transmitted with a length of between 1024 and maximum packet size octets inclusive, including those with errors. The maximum packet size can be set using the cm1110ConfigMaxPacketsSize object.

An Egress counter that is the sum of lengths of all good Ethernet frames sent on the media port.

An Egress counter that is the sum of lengths of all good Ethernet frames sent on the media port. This object is a 64-bit version of cm1110PortOutOctets.

A counter that counts the number of good frames that were filtered due to egress switch policy rules.

An Egress counter that counts the number of good frames sent that have a Unicast destination MAC address.

An Egress counter that counts the number of good frames sent that have a Broadcast destination MAC address.

An Egress counter that counts the number of good frames sent that have a Multicast destination MAC address. This count does not include frames counted in the cm1110PortOutPauses or the cm1110PortOutBroadcasts objects.

An Egress counter that counts the number of good frames reachieved that have a Pause destination MAC address.

An Egress counter that counts the number of successfully transmitted frames that experienced no collisions but are delayed because the medium was busy during the first attempt. This counter is applicable in half-duplex only.

An Egress counter that counts the number of collision events seen by the MAC not including those counted in cm1110PortSingles, cm1110PortMultiple , cm1110PortExcessives or cm1110PortLates objects. This counter is applicable in half-duplex only.

An Egress counter that counts the number of successfully transmitted frames that experienced exactly one collision. This counter is applicable in half-duplex only.

An Egress counter that counts the number of successfully transmitted frames that experienced more than one collision. This counter is aplicable in half-duplex only.

An Egress counter that counts the number frames dropped in the transmit MAC because the frame experienced 16 consecutive collisions. This counter is applicable in half-duplex only.

An Egress counter that counts the number times a collision is detected later than 512 bits-times into the transmission of a frame. This counter is applicable in half-duplex only.

An Egress counter that counts the number frames transmitted with an invalid FCS.

Allows the resetting of all cm1110RateConvStats statistical counters for this port.

Table of CM-1110 type media converter module's

Entries of the table, each relating to a separate fiber or copper port on the CM-1110 type media converter module.

The Slot number the CM-1110 type module is currently inserted

Set this self-clearing variable to yes initiate the Advanced Virtual Cable Test. Note: During the test, no network data will be passed.

This object identifies the state of the Advanced Virtual Cable Tester. Enumeration: 'inProgress': 1, 'notStarted': 0, 'testComplete': 2.

Test result code returned from Virtual Cable Test of the Tx/Rx pair one. Enumeration: 'testFailed': 3, 'shortDetected': 1, 'openDetected': 2, 'normal': 0.

Amplitude of Tx/Rx pair one in millivolts when test result codes is short or open.

Distance in meters to fault when test result codes for Tx/Rx pair one is short or open.

Test result code returned from Virtual Cable Test of the Tx/Rx pair two. Enumeration: 'testFailed': 3, 'shortDetected': 1, 'openDetected': 2, 'normal': 0.

Amplitude of Tx/Rx pair two in millivolts when test result codes is short or open.

Distance in meters to fault when test result codes for Tx/Rx pair two is short or open.

Test result code returned from Virtual Cable Test of the Tx/Rx pair three. Enumeration: 'testFailed': 3, 'shortDetected': 1, 'openDetected': 2, 'normal': 0.

Amplitude of Tx/Rx pair three in millivolts when test result codes is short or open.

Distance in meters to fault when test result codes for Tx/Rx pair three is short or open.

Test result code returned from Virtual Cable Test of Tx/Rx pair four. Enumeration: 'testFailed': 3, 'shortDetected': 1, 'openDetected': 2, 'normal': 0.

Amplitude of Tx/Rx pair four in millivolts when test result codes is short or open.

Distance in meters to fault when test result codes for Tx/Rx pair four is short or open.

Table of CM-110 type media converter module's configuration and status type information.

Entries of the table, each relating to a separate CM-110 type media converter module.

The Slot number the CM-110 type module is currently inserted

This object identifies the model of media converter module present in the chassis

This object identifies a static description of the media converter module present in the chassis

This object identifies the media converter module's ConfigMode, set by hardware switch on the media converter module. When this object is set to hardwareSwitches(0), the media converter module will disable configuration control from the management module's software and all configuration control comes from the media module's hardware switches or jumpers. Enumeration: 'hardwareSwitches': 0, 'auto': 1.

This object identifies the media converter module's hardware Auto MDIX jumper settings. Enumeration: 'auto': 1, 'mdix': 0.

Media converter module's current switch setting for copper auto-negotiation. Enumeration: 'swDownDisabled': 0, 'swUpEnabled': 1.

Media converter module's current switch setting for Link Mode. Enumeration: 'swDownNormalMode': 0, 'swUpSmartLinkPassthroughMode': 1.

Media converter module's current switch setting for Far End Fault. Enumeration: 'swDownDisabled': 0, 'swUpEnabled': 1.

Media converter module's current switch setting for copper duplex. Enumeration: 'swUpFull': 1, 'swDownHalf': 0.

Media converter module's current switch setting for Link Mode. Enumeration: 'swUp100Mbps': 1, 'swDown10Mbps': 0.

Media converter module's current switch setting for fiber duplex. Enumeration: 'swUpFull': 1, 'swDownHalf': 0.

Media converter module's current switch setting for fiber loopback mode. Enumeration: 'swDownEnabled': 0, 'swUpDisabled': 1.

Media converter module's current fiber link status. Enumeration: 'down': 0, 'up': 1.

Media converter module's fiber port connector type. Enumeration: 'lc': 1, 'sfp': 3, 'mtrj': 6, 'fc': 5, 'sc': 0, 'st': 2.

Media converter module's fiber port speed in megabits per second. Enumeration: 'speed100Mbps': 1.

Media converter module's current fiber Far End Fault status. Enumeration: 'disable': 0, 'ok': 1, 'receivingFEF': 2, 'sendingFEF': 3.

This object identifies the status of whether light is being received on the fiber port Enumeration: 'fault': 0, 'ok': 1.

This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0).

Media converter module's current copper link status. Enumeration: 'down': 0, 'up': 1.

Media converter module's copper connector type. Enumeration: 'rj45': 0.

Media converter module's current copper auto-negotiation state. Enumeration: 'disabled': 0, 'inProgress': 2, 'complete': 1.

If copper auto-negotiation state is complete then this object indicates the media converter module's current copper auto-negotiated speed setting. If auto-negotiation is not complete then the value returned should be ignored. Enumeration: 'speed100Mbps': 1, 'speed10Mbs': 0.

If copper auto-negotiation state is complete then this object indicates the media converter module's current copper auto-negotiated duplex setting. If auto-negotiation is not complete then the value returned should be ignored. Enumeration: 'full': 1, 'half': 0.

If copper auto-negotiation state is complete then this object indicates the media converter module's current copper auto-negotiated MDI/MDI-X setting. If auto-negotiation is not complete then the value returned should be ignored. Enumeration: 'mdi': 0, 'mdix': 1.

If copper auto-negotiation state is complete then this object indicates the media converter module's current copper auto-negotiated pause (flow control) setting. If auto-negotiation is not complete then the value returned should be ignored. Enumeration: 'disabled': 0, 'symmetrical': 1.

Media converter module's fiber Link Partner Remote Fault status. Enumeration: 'ok': 0, 'remoteFault': 1.

Table of CM-110 type media converter module's configuration and status type information.

Entries of the table, each relating to a separate CM-110 type media converter module.

The Slot number the CM-110 type module is currently inserted

When you perform a GET on this variable, one of the following values will be returned: 1-Indicates that the container folder is active with no changes. 2-Indicates that the container folder is active with change(s). Once you have completed setting the variables in a folder, you will want to submit your changes to the management module. To do this, set the Status variable to 4. If you want to discard the changes, set the Status variable to 6. 4-Indicates that the changes in the container folder are to be submitted to the management module, verified and and saved to flash. 6-Indicates that the changes in the container folder are to be discarded.

This object identifies a user configurable name for the media converter module present in the chassis.

This object identifies the Link Mode for the media converter module. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0). Enumeration: 'linkPassthrough': 1, 'standard': 0.

This object identifies the Fiber Fault Alert setting for the media module. This setting is always enabled if Link Mode is set to linkPassthrough. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0). Enumeration: 'enable': 1, 'disable': 0.

This object identifies the media converter module's maximum packet size setting This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0). Enumeration: 'maxpacket1522': 0, 'maxpacket2048': 1.

This object identifies a user definable name for the fiber port.

This object identifies whether the fiber port is enabled.

This object identifies the fiber port duplex setting. Enumeration: 'full': 0, 'half': 1.

This object identifies a user definable name for the copper port.

This object identifies whether the fiber port is enabled.

This object identifies the whether copper auto-negotiation is enabled. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0). Enumeration: 'enable': 1, 'disable': 0.

This object controls whether or the copper port advertises willingness to connect at 10Mbps, half duplex. This setting is ignored when auto-negotiation is disabled.

This object controls whether or the copper port advertises willingness to connect at 10Mbps, full duplex. This setting is ignored when auto-negotiation is disabled.

This object controls whether or the copper port advertises willingness to connect at 100Mbps, half duplex. This setting is ignored when auto-negotiation is disabled.

This object controls whether or the copper port advertises willingness to connect at 100Mbps, full duplex. This setting is ignored when auto-negotiation is disabled.

This object identifies the current copper speed in megabits per second. This object is ignored if auto-negotiation is enabled. This object is ignored if auto-negotiation is enabled Enumeration: 'speed100Mbps': 1, 'speed10Mbs': 0.

This object identifies the copper duplex setting. This object is ignored if auto-negotiation is enabled This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0). Enumeration: 'full': 0, 'half': 1.

This object identifies the copper MDI/MDI-X setting.This object is read-only if the media converter module's ConfigMode jumper is set to Enumeration: 'auto': 0, 'mdi': 1, 'mdix': 2.

This object identifies the copper's pause (flow control) settings. This object is read-only if the media converter module's ConfigMode jumper is set to hardwareSwitches(0). Enumeration: 'disabled': 0, 'enable': 1.

When using cable exceeding 100 meters, the 10BASE-T this feature should be enabled.

Restrict the flow of Ethernet traffic to a single direction. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade). Enumeration: 'disabled': 0, 'notApplicable': -1, 'fiberToCopper': 2, 'copperToFiber': 1.

Set the egress queue of frames tagged with 802.1p priority 0. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Set the egress queue of frames tagged with 802.1p priority 1. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Set the egress queue of frames tagged with 802.1p priority 2. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Set the egress queue of frames tagged with 802.1p priority 3. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Set the egress queue of frames tagged with 802.1p priority 4. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Set the egress queue of frames tagged with 802.1p priority 5. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Set the egress queue of frames tagged with 802.1p priority 6. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Set the egress queue of frames tagged with 802.1p priority 7. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Use 802.1p tag priority. (This feature may require a media converter module firmware upgrade).

Use IP TOS priority. (This feature may require a media converter module firmware upgrade).

Configure priority precedence. (This feature may require a media converter module firmware upgrade). Enumeration: 'priority8021p': 0, 'notApplicable': -1, 'priorityIpTos': 1.

Configure priority congestion policy. (This feature may require a media converter module firmware upgrade). Enumeration: 'notApplicable': -1, 'weighted': 1, 'strict': 0.

Change the priority of frames tagged with 802.1p priority 0. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 1. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 2. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 3. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 4. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 5. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 6. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 7. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Set a limit on the rate of incoming packets. (This feature may require a media converter module firmware upgrade). Enumeration: 'rate512kbps': 7, 'rate40mbps': 21, 'rate60mbps': 23, 'rate10mbps': 18, 'rate2mbps': 10, 'rate768kbps': 8, 'notApplicable': -1, 'rate80mbps': 25, 'rate30mbps': 20, 'rate256kbps': 4, 'rate70mbps': 24, 'rate90mbps': 26, 'rate1mbps': 9, 'rate384kbps': 6, 'rate8mbps': 16, 'rate128kbps': 2, 'rate7mbps': 15, 'rate20mbps': 19, 'rate9mbps': 17, 'rate3mbps': 11, 'rate6mbps': 14, 'rate64kbps': 1, 'rate320kbps': 5, 'rate50mbps': 22, 'rate5mbps': 13, 'rateUnlimited': 0, 'rate4mbps': 12, 'rate192kbps': 3.

Set a limit on the rate of outgoing packets. (This feature may require a media converter module firmware upgrade). Enumeration: 'rate512kbps': 7, 'rate40mbps': 21, 'rate60mbps': 23, 'rate10mbps': 18, 'rate2mbps': 10, 'rate768kbps': 8, 'notApplicable': -1, 'rate80mbps': 25, 'rate30mbps': 20, 'rate256kbps': 4, 'rate70mbps': 24, 'rate90mbps': 26, 'rate1mbps': 9, 'rate384kbps': 6, 'rate8mbps': 16, 'rate128kbps': 2, 'rate7mbps': 15, 'rate20mbps': 19, 'rate9mbps': 17, 'rate3mbps': 11, 'rate6mbps': 14, 'rate64kbps': 1, 'rate320kbps': 5, 'rate50mbps': 22, 'rate5mbps': 13, 'rateUnlimited': 0, 'rate4mbps': 12, 'rate192kbps': 3.

Enable discarding of tagged frames. (This feature may require a media converter module firmware upgrade).

Enable discarding of untagged frames. (This feature may require a media converter module firmware upgrade).

Set the default VLAN ID to insert when tagging frames. (This feature may require a media converter module firmware upgrade).

Set the default frame priority. (This feature may require a media converter module firmware upgrade).

Set the default tagging action. (This feature may require a media converter module firmware upgrade). Enumeration: 'doubleTag': 3, 'notApplicable': -1, 'none': 0, 'tag': 2, 'untag': 1.

Enable filtering of multicast frames with an unknown destination (This feature may require a media converter module firmware upgrade).

Enable filtering of unicast frames with an unknown destination (This feature may require a media converter module firmware upgrade).

Use 802.1p tag priority. (This feature may require a media converter module firmware upgrade).

Use IP TOS priority. (This feature may require a media converter module firmware upgrade).

Configure priority precedence. (This feature may require a media converter module firmware upgrade). Enumeration: 'priority8021p': 0, 'notApplicable': -1, 'priorityIpTos': 1.

Configure priority congestion policy. (This feature may require a media converter module firmware upgrade). Enumeration: 'notApplicable': -1, 'weighted': 1, 'strict': 0.

Change the priority of frames tagged with 802.1p priority 0. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 1. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 2. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 3. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 4. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 5. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 6. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Change the priority of frames tagged with 802.1p priority 7. A value of -1 signifies that this feature is not supported by the current media converter module firmware. (This feature may require a media converter module firmware upgrade).

Set a limit on the rate of incoming packets. (This feature may require a media converter module firmware upgrade). Enumeration: 'rate512kbps': 7, 'rate40mbps': 21, 'rate60mbps': 23, 'rate10mbps': 18, 'rate2mbps': 10, 'rate768kbps': 8, 'notApplicable': -1, 'rate80mbps': 25, 'rate30mbps': 20, 'rate256kbps': 4, 'rate70mbps': 24, 'rate90mbps': 26, 'rate1mbps': 9, 'rate384kbps': 6, 'rate8mbps': 16, 'rate128kbps': 2, 'rate7mbps': 15, 'rate20mbps': 19, 'rate9mbps': 17, 'rate3mbps': 11, 'rate6mbps': 14, 'rate64kbps': 1, 'rate320kbps': 5, 'rate50mbps': 22, 'rate5mbps': 13, 'rateUnlimited': 0, 'rate4mbps': 12, 'rate192kbps': 3.

Set a limit on the rate of outgoing packets. (This feature may require a media converter module firmware upgrade). Enumeration: 'rate512kbps': 7, 'rate40mbps': 21, 'rate60mbps': 23, 'rate10mbps': 18, 'rate2mbps': 10, 'rate768kbps': 8, 'notApplicable': -1, 'rate80mbps': 25, 'rate30mbps': 20, 'rate256kbps': 4, 'rate70mbps': 24, 'rate90mbps': 26, 'rate1mbps': 9, 'rate384kbps': 6, 'rate8mbps': 16, 'rate128kbps': 2, 'rate7mbps': 15, 'rate20mbps': 19, 'rate9mbps': 17, 'rate3mbps': 11, 'rate6mbps': 14, 'rate64kbps': 1, 'rate320kbps': 5, 'rate50mbps': 22, 'rate5mbps': 13, 'rateUnlimited': 0, 'rate4mbps': 12, 'rate192kbps': 3.

Enable discarding of tagged frames. (This feature may require a media converter module firmware upgrade).

Enable discarding of untagged frames. (This feature may require a media converter module firmware upgrade).

Set the default VLAN ID to insert when tagging frames. (This feature may require a media converter module firmware upgrade).

Set the default frame priority. (This feature may require a media converter module firmware upgrade).

Set the default tagging action. (This feature may require a media converter module firmware upgrade). Enumeration: 'doubleTag': 3, 'notApplicable': -1, 'none': 0, 'tag': 2, 'untag': 1.

Enable filtering of multicast frames with an unknown destination (This feature may require a media converter module firmware upgrade).

Enable filtering of unicast frames with an unknown destination (This feature may require a media converter module firmware upgrade).

Table of CM-110 type media converter module's LED status information.

Entries of the table, each relating to a separate CM-110 type media converter module.

The Slot number the CM-110 type module is currently inserted

This object identifies the status of the power (PWR) LED on the media converter module. Possible status values are: off(0) - No power to the module onGreen(1) - Power being applied to module blinking(2) - Fiber loopback enabled Enumeration: 'off': 0, 'blinking': 2, 'onGreen': 1.

This object identifies the status of the Full Duplex Fiber (FDF) LED on the media converter module. Enumeration: 'onFullDuplex': 1, 'offHalfDuplex': 0.

This object identifies the status of the link fiber (LKF) LED on the media converter module. Possible status values are: off(0) - No fiber link on(1) - Fiber link present Enumeration: 'on': 1, 'off': 0.

This object identifies the status of the link copper speed (100/1000) LED on the media converter module. Enumeration: 'off10Mbps': 0, 'onGreen100Mbps': 1.

This object identifies the status of the Full Duplex Copper (FDC) LED on the media converter module. Enumeration: 'onFullDuplex': 1, 'offHalfDuplex': 0.

This object identifies the status of the link copper (LKC) LED on the media converter module. Possible status values are: off(0) - No copper link on(1) - Copper link present Enumeration: 'on': 1, 'off': 0.

Table of CM-110 media converter module's configuration and status type information.

Entries of the table, each relating to a separate CM-110 type media converter module.

The Slot number the CM-110 type module is currently inserted

Media converter module port index indicating which media port the statistical counters are associated with. Enumeration: 'copper': 1, 'fiber': 2.

Total number of bad frames received.

Total number of TX collisions encountered.

A counter that counts the number of good frames that were filtered due to ingress switch policy rules.

An ingress counter that is the sum of lengths of all good Ethernet frames received on the media port.

An ingress counter that is the sum of lengths of all bad Ethernet frames received on the media port..

An ingress counter that counts the number of good frames received that have a Unicast destination MAC address.

An ingress counter that counts the number of good frames received that have a Broadcast destination MAC address.

An ingress counter that counts the number of good frames received that have a Multicast destination MAC address. This count does not include frames counted in the cm1110PortInPauses or the cm1110PortInBroadcasts objects.

An ingress counter that counts the number of good frames received that have a Pause destination MAC address.

An ingress counter that counts the number of frames received with a length less that 64 octets but with a valid FCS.

An ingress counter that counts the number of frames received with a length less that 64 octets and an invalid FCS.

An ingress counter that counts the number of frames received with a length more than the maximum packet size but with a valid FCS. The maximum packet size can be set using the cm110ConfigMaxPacketsSize object.

An ingress counter that counts the number of frames received with a length more than the maximum packet size but with a invalid FCS. The maximum packet size can be set using the cm110ConfigMaxPacketsSize object.

An ingress counter of the number of Rx errors on the receive side of the MAC

An ingress counter of the number of FCS Errors.

A Histogram counter that counts the number of frames received and transmitted with a length of exactly 64 Octets, including those with errors.

A Histogram counter that counts the number of frames received and transmitted with a length of between 65 and 127 Octets inclusive, including those with errors.

A Histogram counter that counts the number of frames received and transmitted with a length of between 128 and 255 Octets inclusive, including those with errors.

A Histogram counter that counts the number of frames received and transmitted with a length of between 256 and 511 Octets inclusive, including those with errors.

A Histogram counter that counts the number of frames received and transmitted with a length of between 512 and 1023 Octets inclusive, including those with errors.

A Histogram counter that counts the number of frames received and transmitted with a length of between 1024 and maximum packet size octets inclusive, including those with errors. The maximum packet size can be set using the cm1110ConfigMaxPacketsSize object.

An Egress counter that is the sum of lengths of all good Ethernet frames sent on the media port.

An Egress counter that counts the number of good frames sent that have a Unicast destination MAC address.

An Egress counter that counts the number of good frames sent that have a Broadcast destination MAC address.

An Egress counter that counts the number of good frames sent that have a Multicast destination MAC address. This count does not include frames counted in the cm1110PortOutPauses or the cm1110PortOutBroadcasts objects.

An Egress counter that counts the number of good frames received that have a Pause destination MAC address.

An Egress counter that counts the number of successfully transmitted frames that experienced no collsions but are delayed because the medium was busy during the first attempt. This counter is applicable in half-duplex only.

An Egress counter that counts the number of collision events seen by the MAC not including those counted in cm110PortSingles, cm110PortMultiple , cm1110PortExcessives or cm110PortLates objects. This counter is applicable in half-duplex only.

An Egress counter that counts the number of successfully transmitted frames that experienced exactly one collision. This counter is applicable in half-duplex only.

An Egress counter that counts the number of successfully transmitted frames that experienced more than one collision. This counter is aplicable in half-duplex only.

An Egress counter that counts the number frames dropped in the transmit MAC because the frame experienced 16 consecutive collisions. This counter is applicable in half-duplex only.

An Egress counter that counts the number times a collision is detected later than 512 bits-times into the transmission of a frame. This counter is applicable in half-duplex only.

An Egress counter that counts the number frames transmitted with an invalid FCS.

Allows the resetting of all cm110RateConvStats statistical counters for this port.

Table of CM-110 type media converter module's

Entries of the table, each relating to a separate fiber or copper port on the CM-110 type media converter module.

The Slot number the CM-1110 type module is currently inserted

Set this self-clearing variable to yes initiate the Advanced Virtual Cable Test. Note: During the test, no network data will be passed.

This object identifies the stat of the Advanced Virtual Cable Test. Enumeration: 'inProgress': 1, 'notStarted': 0, 'testComplete': 2.

Test result code returned from Virtual Cable Test of the Tx pair. Enumeration: 'testFailed': 3, 'shortDetected': 1, 'openDetected': 2, 'normal': 0.

Amplitude of Tx pair in Volts.

Distance in meters to fault when test result codes is short or open.

Test result code returned from Virtual Cable Test of the Rx pair. Enumeration: 'testFailed': 3, 'shortDetected': 1, 'openDetected': 2, 'normal': 0.

Amplitude of Rx pair in Volts.

Distance in meters to fault when test result codes is short or open.

Table of MCR-MGT management module status type information.

Entries of the table, each relating to a separate MCR-MGT type management module.

The Slot number the MCR-MGT module is currently inserted

This object identifies the model name of management module present in the chassis

This object identifies a static description of the management module present in the chassis

This object identifies the fail-safe bootloader version of the management module present in the chassis

This object identifies the time (in hundredths of a second) since the management module was last re-initialized.

This object identifies the current status of the DSR signal, (active or inactive)

Table of MCR-MGT management module Hardware configuration type information.

Entries of the table, each relating to a separate MCR-MGT type management module.

The Slot number the MCR-MGT module is currently inserted

When you perform a GET on this variable, one of the following values will be returned: 1-Indicates that the container folder is active with no changes. 2-Indicates that the container folder is active with change(s). Once you have completed setting the variables in a folder, you will want to submit your changes to the management module. To do this, set the Status variable to 4. If you want to discard the changes, set the Status variable to 6. 4-Indicates that the changes in the container folder are to be submitted to the management module, verified and and saved to flash. 6-Indicates that the changes in the container folder are to be discarded.

Define the Ethernet connection speed/duplex of the twisted pair interface. Enumeration: 'speed100Half': 3, 'speed1000': 7, 'auto': 0, 'speed10Full': 2, 'speed100Full': 4, 'speed10Half': 1.

Define the Ethernet connection crossover TX/RX Pair orientation of the twisted pair interface as auto(0), mdi(1) (straight through) or mdix(2) (crossed over). Enumeration: 'auto': 0, 'mdi': 1, 'mdix': 2.

Determines whether the management module's console port is enabled.

Specifies the baud rate of the console port; keep in mind that speed is affected by the length of the cable. Enumeration: 'b19200': 14, 'b57600': 16, 'b115200': 17, 'b9600': 13, 'b38400': 15.

Specifies the number of bits in a byte. Enumeration: 'd7': 2, 'd8': 3.

Specifies if you are using Even, Odd, or No parity on the console. Enumeration: 'even': 2, 'none': 0, 'odd': 1.

Specifies the number of stop bits that follow a byte. Enumeration: 's2': 1, 's1': 0.

Defines whether the data flow is handled by the software (Soft), hardware (Hard), both or None. Enumeration: 'both': 3, 'none': 0, 'hard': 2, 'soft': 1.

Specifies whether the RS-232 signal DSR (Data Set Ready) should be monitored, for the console port. When DSR is monitored and the management module detects the DSR signal go inactive then the current console management session will be reset.

Table of MCR-MGT management module LED information.

Entries of the table, each relating to a separate MCR-MGT type management module.

The Slot number the MCR-MGT module is currently inserted

This object identifies the status of the power (PWR) LED on the management module. Possible status values are: off(0) - No power to the module onGreen(1) - Power being applied to module Enumeration: 'off': 0, 'onGreen': 1.

This object identifies the status of the alarm (ALM) LED on the management module. Possible status values are: offNoAlarms(0) - Normal operating condition onRedAlarmsPresent(1) - System hardware or software alarms present Enumeration: 'onRedAlarmsPresent': 1, 'offNoAlarms': 0.

This object identifies the status of the link copper (LKC) LED on the management module. Possible status values are: offLinkDown(0) - Copper link status is DOWN onGreenLinkUp(1) - Copper link status is UP Enumeration: 'offLinkDown': 0, 'onGreenLinkUp': 1.

This object identifies the status of the link copper speed (100/1000) LED on the management module. Enumeration: 'onGreen1000Mbps': 2, 'off10Mbps': 0, 'onYellow100Mbps': 1.

Table of MCR-MGT management module Ethernet status and statistics information.

An entry in the Ethernet statistics table, each relating to an Ethernet interface.

The Slot number the MCR-MGT module is currently inserted.

The Ethernet interface number.

Displays Ethernet interface name.

Displays the MAC address.

Displays the Ethernet link status - down(0) or up(1). Enumeration: 'down': 0, 'up': 1.

Current status of the Ethernet connection speed/duplex twisted pair interface. When the management module does not know the pair speed/duplex, this variable has the value unknown(0). Enumeration: 'speed1000Half': 5, 'speed100Half': 3, 'unknown': 0, 'speed10Full': 2, 'speed100Full': 4, 'speed10Half': 1, 'speed1000Full': 6.

The management module's Ethernet Broadcast Flags status.

The management module's Ethernet Debug Flags status.

The management module's Ethernet Loopback Flags status.

The management module's Ethernet Point to Point Flags status.

The management module's Ethernet No Trailers Flags status.

The management module's Ethernet Running Flags status.

The management module's Ethernet No Arp Protocol Flags status.

The management module's Ethernet Promiscuous Flags status.

The management module's Ethernet Receive all Multicast Flags status.

The management module's Ethernet Master Load Balancer Flags status.

The management module's Ethernet Slave Load Balancer Flags status.

The management module's Ethernet Multicast Flags status.

The management module's Ethernet Set Media Flags status.

The management module's Ethernet Auto Media Flags status.

The management module's Ethernet Dynamic Flags status.