Description of Statistics

The table below lists all of the available statistics, along with an explanation of those statistics.The following three columns are used:

Statistics Counters
Counter Interpretation Internal Basename

Opix Power Supply 1 Status

The status of the #1 (left most) power supply.

Not available.

Opix Power Supply 2 Status

The status of the #2 power supply.

Not available.

Opix Power Supply 3 Status

The status of the #3 power supply.

Not available.

Opix Power Supply 4 Status

The status of the #4 power supply.

Not available.

Opix Power Supply 1 Current

The current of the #1 power supply. This should be within 3 amps of other installed power supplies.

Not available.

Opix Power Supply 2 Current

The current of the #2 power supply. This should be within 3 amps of other installed power supplies.

Not available.

Opix Power Supply 3 Current

The current of the #3 power supply. This should be within 3 amps of other installed power supplies.

Not available.

Opix Power Supply 4 Current

The current of the #4 power supply. This should be within 3 amps of other installed power supplies.

Not available.

Opix Fan Bank 1 Status

The status of the #1 bank of fans, located in the fan tray.

Not available.

Opix Fan Bank 2 Status

The status of the #2 bank of fans, located in the fan tray.

Not available.

Opix Fan Bank 3 Status

The status of the #3 bank of fans, located in the fan tray.

Not available.

Opix Fan Bank 4 Status

The status of the #4 bank of fans, located in the fan tray.

Not available.

5V Power Status

Indicates that the 5VDC bus A rail is on and valid.

Not available.

3.3V Power Status

Indicates that the 3.3VDC bus A rail is on and valid.

Not available.

3.3V/5V Power Status

Indicates that either the bus A 5VDC or 3.3VDC rail had an overcurrent event and shut down.

Not available.

LM Other Power Output

Indicates that power is good for the miscellaneous power supplies.

Not available.

LM 48V Power Output

Indicates that the -48VDC input is on.

Not available.

LM Temperature 1 Status

LM 83 programmable interrupt - over temperature alarm.

Not available.

LM Temperature 2 Status

LM 83 critical temperature alarm.

Not available.

LM Bus B 5V Power Status

Indicates that the 5VDC bus B rail is on and valid.

Not available.

LM Bus B 3.3V Power Status

Indicates that the 3.3VDC bus B rail is on and valid.

Not available.

LM Bus B 3.3V/5V Power Status

Indicates that either the bus B 5VDC or 3.3VDC rail had an overcurrent event and shut down.

Not available.

LM Temperature Central FPGA

Nominal board temperature in area 3.

Not available.

LM Temperature LM83

Nominal board temperature in area 1.

Not available.

LM Temperature LM87

Nominal board temperature in area 2.

Not available.

LM -48VDC Status

Indicates that the -48VDC input is in the valid input range.

Not available.

LM System V1

Dependent on each Optixia Load Module. Monitors one of several system buses.

Not available.

LM SMBUS 3.3V

Measures the SM bus. This value should be 3.3VDC =/- 10%.

Not available.

LM System V2

Dependent on each Optixia Load Module. Monitors one of several system buses.

Not available.

LM System V3

Dependent on each Optixia Load Module. Monitors one of several system buses.

Not available.

LM System V4

Dependent on each Optixia Load Module. Monitors one of several system buses.

Not available.

LM System V5

Dependent on each Optixia Load Module. Monitors one of several system buses.

Not available.

LM System V6

Dependent on each Optixia Load Module. Monitors one of several system buses.

Not available.

LM System V7

Dependent on each Optixia Load Module. Monitors one of several system buses.

Not available.

User Configurable

User Defined Stats 1 and 2 & Rate

Counters that increment each time the statistics conditions are met. The user-defined statistics conditions are set up in the Capture Filter window.

userDefinedStat1userDefinedStat2

Capture Trigger (UDS3) & Rate

A counter that increments each time the capture trigger conditions are met, as defined in the Capture Filter window.

captureTrigger

Capture Filter (UDS4) & Rate

A counter that increments each time the capture filter conditions are met, as defined in the Capture Filter window.

captureFilter

User Defined Stats 5 and 6 & Rate

Counters that increment each time the statistics conditions are met. The user-defined statistics conditions are set up in the Capture Filter window. (N/A to OC192 modules.)

streamTrigger1streamTrigger2

States

Link State

`Up' when a link is established with another device, `Loopback' when the port has loopback enabled, `Down' when there is no connection to another device. (See note 2 in Notes.)

link

Line Speed

`10,' `100,' or `1000' (denoting Mbps) and OC-12, OC-3 or OC-48 for POS modules. (See note 6 in Notes)

lineSpeed

Duplex Mode

`Half' or `Full.' Half duplex only applies to 10/100 Load Modules. (See note 7 in Notes.)

duplexMode

Transmit State

Not shown in IxExplorer. The current transmit state of the port. See the stat command in the Tcl Development Guide and C++ Development Guide.

transmitState

Capture State

Not shown in IxExplorer. The current capture state of the port. See the stat command in the Tcl Development Guide and C++ Development Guide.

captureState

Pause State

Not shown in IxExplorer. The current pause state of the port. See the stat command in the Tcl Development Guide and C++ Development Guide.

pauseState

Common

Frames Sent & Rate

A counter that increments only when a frame is successfully transmitted. This counter does not count collision attempts.

framesSent

Valid Frames Received & Rate

The valid frame size is from 64 bytes to 1518 bytes inclusive of FCS, exclusive of preamble and SFD and must be an integer number of octets. This 32 bit counter only counts frames with good FCS. VLAN tagged frames that are greater than 1518 but less than 1522 bytes in size are also counted by this counter.

framesReceived

Bytes Sent & Rate

A counter that counts the total number of bytes transmitted.

bytesSent

Bytes Received & Rate

A counter that counts the total number of bytes received.

bytesReceived

Bits Sent & Rate

A counter that counts the total number of bits transmitted.

bitsSent

Bits Received & Rate

A counter that counts the total number of bits received.

bitsReceived

Scheduled Transmit Time

The scheduled transmit time associated with the port.

scheduledTransmitTime

CPU Status

The status of the port's CPU.

portCpuStatus

CPU DoD Status

The status of the port's DoD process.
The table of values are available in the Tcl Development Guide.

portCpuDodStatus

Port CPU Status The state of the port's CPU.

The table of values are available in the Tcl Development Guide.

portCpuStatus
Port CPU DoD Status The state of the DOD (software download on demand) process. portCpuDodStatus
Pcpu Fpga Temperature (C) Temperature of the port CPU FPGA chip. pcpuFpgaTemperature
PCS
PCS Sync Errors The number of 64B/66B blocks received with a sync header that does not have a valid value of either 01 (data) or 10 (control). pcsSyncErrorsReceived
PCS Illegal Codes The number of 64B/66B control blocks received with a block type field that is not among one of the following valid types of 64B/66B Block Formats: 0x1E, 0x78, 0x4B, 0x87, 0x99, 0xAA, 0xB4, 0xCC, 0xD2, 0xE1, 0xFF. pcsIllegalCodesReceived
PCS Remote Faults The number of Remote Fault sequence ordered sets received by the test port. pcsRemoteFaultsReceived
PCS Local Faults The number of Local Fault sequence ordered sets received by the test port. pcsLocalFaultsReceived
PCS Illegal Ordered Set The number of 64B/66B control blocks received with a block type field of 0x4B for Ordered Sets, and the remainder of the block does not match that of valid ordered set codes (for local fault or remote fault). pcsIllegalOrderedSetReceived
PCS Illegal Idle The number of 64B/66B control blocks received with a block type field of 0x1E, and the remainder of the block does not contain all valid idle control codes. pcsIllegalIdleReceived
PCS Illegal SOF The number of 64B/66B control blocks received with a block type field of 0x78 for a Start code, and the remainder of the block does not match that of a valid preamble (0x55_55_55_55_55_55_D5). If the port has programmable preamble mode enabled, the remainder of the block is allowed to have any value, and so no blocks will be counted as Illegal SOF. pcsIllegalSofReceived
PCS Out of Order SOF The number of SOF control blocks received while in the middle of a frame. In other words, a 64B/66B SOF control block was received (block type field = 0x78) to start a frame, possibly followed by additional Data blocks, followed by another SOF block prior to having received an EOF control block to terminate the frame. pcsOutOfOrderSofReceived
PCS Out of Order EOF The number of EOF control blocks received while not in the middle of a frame. In other words, an EOF control block was received without having received an SOF control block to start the frame. pcsOutOfOrderEofReceived
PCS Out of Order Data The number of Data blocks received while not in the middle of a frame. In other words, a Data block was received without having received an SOF control block to start the frame. pcsOutOfOrderDataReceived
PCS Out of Order Ordered Set The number of Ordered Set blocks received while in the middle of a frame. In other words, a 64B/66B SOF control block was received (block type field = 0x78) to start a frame, possibly followed by additional Data blocks, followed by an ordered set block prior to having received an EOF control block to terminate the frame. pcsOutOfOrderOrderedSetReceived

Transmit

Transmit Neighbor Solicitations The number of Neighbor Solicitation packets transmitted during the neighbor discovery process for IPv6 protocol. txNeighborSolicits
Transmit Neighbor Advertisements The number of Neighbor Advertisements packets transmitted during the neighbor discovery process for IPv6 protocol. txNeighborAdvertisements
Receive Neighbor Solicitations The number of Neighbor Solicitation packets received during the neighbor discovery process for IPv6 protocol. rxNeighborSolicits
Receive Neighbor Advertisements The number of Neighbor Advertisements packets received during the neighbor discovery process for IPv6 protocol. rxNeighborAdvertisements
Tx Fpga Temperature (C) Temperature of the Transmit FPGA chip. txFpgaTemperature
Rx Fpga Temperature (C) Temperature of the Receive FPGA chip. rxFpgaTemperature
FEC
FEC Total Bit Errors Total number of bit errors in the received codewords. fecTotalBitErrors
FEC Max Symbol Errors Maximum number of symbol errors in the received FEC codewords. An uncorrectable codeword will return a value of 16. fecMaxSymbolErrors
FEC Corrected Codewords Number of FEC codewords that were successfully corrected. fecCorrectedCodewords
FEC Total Codewords Total number of FEC codewords received. fecTotalCodewords
FEC Frame Loss Ratio

The IEEE definition for Frame Loss Ratio (FLR) is the ratio of 64 byte frames lost to 64 byte frames transmitted with minimum inter-packet gap.
The FEC Frame Loss Ratio is a way to derive the end-to-end FLR by performing the following computation:

  • 400GE/200GE: FEC Frame Loss Ratio = (2 x FEC Uncorrectable Events) / FEC Total Codewords
  • 100GE/50GE: FEC Frame Loss Ratio = FEC Uncorrectable Codewords / FEC Total Codewords
fecFrameLossRatio
pre FEC Bit Error Rate Ratio of errored bits received (0 instead of 1 or 1 instead of 0) to total bits before FEC was applied. preFecBer
FEC Codewords with n Errors (n=0-15) Number of FEC codewords with n symbol errors received. fecMaxSymbolErrorsBin0

fecMaxSymbolErrorsBin15
FEC Uncorrectable Codewords Number of FEC codewords with errors that could not be corrected. fecUncorrectableCodewords
FEC Transcoding Uncorrectable Events Number of FEC uncorrectable codeword events when both FEC engines are active. Per IEEE 802.3bs, a 400GBASE-R or a 200GBASE-R PCS has two FEC engines. If either FEC engine or both FEC engines detect an uncorrectable codeword at the same time, that counts as one event. In 100GBASE-R and 50GBASE-R modes, only one FEC engine is instantiated, and the 'FEC Uncorrectable Codewords' statistic is enough to count the FEC uncorrectable codeword events. fecTranscodingUncorrectableErrors
L1 Bits Sent Number of bits sent on the line; it adds packet overhead bytes (preamble + minimum frame gap) to the bytes sent, and multiplies by 8. l1BitsSent
L1 Bits Received Number of bits received on the line; it includes the packet overhead bytes (preamble + minimum frame gap) to the bytes received, and multiplies by 8. l1BitsReceived
L1 Line Rate Transmit (%) Transmit line rate utilization percentage. l1LineRatePercentTx
L1 Line Rate Receive (%) Receive line rate utilization percentage. l1LineRatePercentRx
Transmit Arp Gratuitous Number of Gratuitous Arp packets sent by the port.

Not available.

Transmit Arp Transmit ARP requests on a group of ports simultaneously using the protocol server.  
Transceiver Temperature (C) Monitored temperature from transceiver module. When present, it will be used to control system fans to ensure optics are adequately cooled. If modules exceed their upper temperature threshold, they will be taken out of high power mode.

Not available.

Transceiver Interrupt Asserted Status of the interrupt pin being asserted (or not asserted) by the transceiver.

Not available.

PGID Overflow Number of packets that were dropped by the packet group engine. pgidOverflowCount

Quality of Service

Quality of Service 0 - 7 & Rate

Counters which increment each time a frame with that particular QoS setting is received. (N/A to OC192-3)

qualityOfService0qualityOfService1...

Framer Stats

Framer CRC Errors

CRC errors detected by the POS framer.

framerFCSErrors

Framer Abort

POS frames aborted by the Framer.

framerAbort

Framer Min Length & Rate

POS frames received with less than the minimum length.

framerMinLength

Framer Max Length & Rate

POS frames received with more than the maximum length.

framerMaxLength

Extended Framer Stats

Framer Frames Sent

Reserved for future use.

framerFramesTx

Framer Frames Received

Reserved for future use.

framerFramesRx

Checksum Stats

IP Packets Received

The number of IP packets received.

ipPackets

UDP Packets Received

The number of UDP packets received.

udpPackets

TCP Packets Received

The number of TCP packets received.

tcpPackets

IP Checksum Errors

The number of IP checksum errors detected.

ipChecksumErrors

UDP Checksum Errors

The number of UDP checksum errors detected.

udpChecksumErrors

TCP Checksum Errors

The number of TCP checksum errors detected.

tcpChecksumErrors

Data Integrity

 

 

Data Integrity Frames

The number of data integrity frames received.

dataIntegrityFrames

Data Integrity Errors

The number of data integrity errors detected.

dataIntegrityErrors

Transmit Duration (Cleared on Start Tx) Transmit duration, in nanoseconds. Cleared on Start Transmit. transmitDuration

Sequence Checking

Sequence Frames

The number of sequence checking frames received.

sequenceFrames

Sequence Errors

The number of sequence checking errors detected.

sequenceErrors

Small Sequence Errors

The number of times when the current sequence number minus the previous sequence number is less than or equal to the error threshold and not negative, or when the current sequence number is equal to the previous sequence number.

smallSequenceErrors

Big Sequence Errors

The number of times when the current sequence number minus the previous sequence number is greater than the error threshold.

bigSequenceErrors

Reverse Sequence Errors

The number of times when the current sequence number is less than the previous sequence number.

reverseSequenceErrors

Total Sequence Errors

The sum of the small, bug and reverse sequence errors.

totalSequenceErrors

Packet Group Mode

 

 

Packets Skipped In Packet Group Mode

The number of packets which were not assigned to a packet group. This can occur if the packet contains the anticipated packet group signature, but is too short to hold the group ID.

packetsSkippedInPacketGroupMode

IxRouter Stats

General

 

 

IxRouter Server Transmit

Packets transmitted by the protocol handler.

protocolServerTx

IxRouter Receive

Packets received by the protocol handler.

protocolServerRx

VLAN Dropped Frames

The number of VLAN frames dropped by the IxRouter.

protocolServerVlan

DroppedFrames

ARP

ProtocolServer Transmit Packets transmitted by the protocol handler. protocolServerTx
ProtocolServer Receive Packets received by the protocol handler. protocolServerRx

Transmit Arp Reply

Number of ARP replies generated.

txArpReply

Transmit Arp Request

Number of ARP requests generated.

txArpRequest

Receive Arp Reply

Number of ARP replies received.

rxArpReply

Receive Arp Request

Number of ARP requests received.

rxArpRequest

ICMP

Receive Ping Reply

Number of Ping replies received. (N/A to OC192-3)

rxPingReply

Receive Ping Request

Number of Ping requests generated. (N/A to OC192-3)

rxPingRequest

Transmit Ping Reply

Number of Ping replies generated. (N/A to OC192-3)

txPingReply

Transmit Ping Request

Number of Ping requests received. (N/A to OC192-3)

txPingRequest

Asynchronous Frames Sent

The number of frames sent as a result of user request

asynchronousFramesSent

Scheduled Frames Sent

The number of frames originating from the stream engine.

scheduledFramesSent

Port CPU Frames Sent

The number of frames originating from the port's CPU as opposed to the stream engine.

portCPUFramesSent

DHCPv4

DHCPv4 Discovered Messages Sent

The number of Discovered messages sent

dhcpV4DiscoveredMessagesSent

DHCPv4 Offers Received

The number of Offer messages received.

dhcpV4OffersReceived

DHCPv4 Requests Sent

The number or Request messages sent.

dhcpV4RequestsSent

DHCPv4 ACKs Received

The number or ACK messages received.

dhcpV4AcksReceived

DHCPv4 NACKs Received

The number of NACK messages received

dhcpV4NacksReceived

DHCPv4 Releases Sent

The number of Release messages sent.

dhcpV4ReleasesSent

DHCPv4 Enabled Interfaces

The number of enabled interfaces.

dhcpV4EnabledInterfaces

DHCPv4 Addresses Learned

The number of address learned.

dhcpV4AddressesLearned

DHCPv6

DHCPv6 Solicits Sent

The number of DHCPv6 Solicits Sent

dhcpV6SolicitsSent

DHCPv6 Advertisements Received

The number of DHCPv6 Advertisements Received.

dhcpV6AdvertisementsReceived

DHCPv6 Requests Sent

The number of DHCPv6 Requests Sent.

dhcpV6RequestsSent

DHCPv6 Declines Received

The number of DHCPv6 Declines Received.

dhcpV6DeclinesSent

DHCPv6 Replies Received

The number of DHCPv6 Replies Received.

dhcpV6RepliesReceived

DHCPv6 Releases Sent

The number of DHCPv6 Releases Sent.

dhcpV6ReleasesSent

DHCPv6 Enabled Interfaces

The number of DHCPv6 Enabled Interfaces.

dhcpV6EnabledInterfaces

DHCPv6 Addresses Learned

The number of DHCPv6 Addresses Learned.

dhcpV6AddressesLearned

Ethernet OAM Stats

EOAM Information PDUs Sent

The number of OAM Information PDUs Sent

ethernetOAMInformationPDUs Sent

EOAM Information PDUs Received

The number of OAM Information PDUs Received

ethernetOAMInformationPDUs Received

EOAM Event Notification PDUs Received

The number of OAM Event Notification PDUs Received

ethernetOAMEventNotification PDUsReceived

EOAM Loopback Control PDUs Received

The number of OAM Loopback Control PDUs Received

ethernetOAMLoopbackControl PDUsReceived

EOAM Organization PDUs Received

The number of OAM Organization PDUs Received

ethernetOAMOrgPDUsReceived

EOAM Variable Request PDUs Received

The number of OAM Variable Request PDUs Received

ethernetOAMVariableRequest PDUsReceived

EOAM Variable Response PDUs Received

The number of OAM Variable Response PDUs Received

ethernetOAMVariableResponse PDUsReceived

EOAM Unsupported PDUs Received

The number of OAM Unsupported PDUs Received

ethernetOAMUnsupportedPDUs Received

BGP

BGP Sessions Configured

The number of BGP4 sessions that were configured.

bgpTotalSessions

BGP Sessions Established

The number of configured BGP4 sessions that established adjacencies.

bgpTotalSessionsEstablished

IGMP

Received IGMP Frames

The number of IGMP frames received by all logical hosts after being internally broadcast (For newer IGMPv3 emulation).

rxIgmpFrames

Transmitted IGMP Frames

The number of IGMP frames transmitted. (For newer IGMPv3 emulation).

txIgmpFrames

ISIS

ISIS L1 Sessions Configured

The total number of level 1 configured sessions.

isisSessionsConfiguredL1

ISIS L2 Sessions Configured

The total number of level 2 configured sessions.

isisSessionsConfiguredL2

ISIS L1 Sessions Up

The total number of level 1 configured sessions that are fully up.

isisSessionsUpL1

ISIS L2 Sessions Up

The total number of level 2 configured sessions that are fully up.

isisSessionsUpL2

MLD

MLD Frames Received

The number of MLD frames received by all logical hosts after being internally broadcast.

rxMldFrames

MLD Frames Transmitted

The number of MLD frames transmitted.

txMldFrames

OSPF

OSPF Total Sessions

The number of OSPF sessions that were configured.

ospfTotalSessions

OSPF Neighbors in Full State

The number of OSPF neighbors that are fully up.

ospfFullNeighbors

OSPFv3

OSPFv3 Sessions Configured

The number of OSPFv3 sessions that were configured.

ospfV3SessionsConfigured

OSPFv3 Neighbors in Full State

The number of OSPFv3 neighbors that are fully up.

ospfV3SessionsUp

PIM-SM

PIM-SM Routers Configured

The number of configured PIM-SM routers.

pimsmRoutersConfigured

PIM-SM Routers Running

The number of PIM-SM routers in the run state.

pimsmRoutersRunning

PIM-SM Learned Neighbors

The number of learned PIM-SM neighbors.

pimsmNeighborsLearned

RSVP

RSVP Ingress LSPs Configured

The number of ingress LSPs configured.

rsvpIngressLSPsConfigured

RSVP Ingress LSPs Up

The number of ingress LSPs configured and running.

rsvpIngressLSPsUp

RSVP Egress LSPs Up

The number of egress LSPs configured and running.

rsvpEgressLSPsUp

LDP

LDP Sessions Configured

The number of LDP sessions configured for targeted peers.

ldpSessionsConfigured

LDP Sessions Up

The number of LDP sessions configured and running with targeted peers.

ldpSessionsUp

LDP Basic Sessions Up

The number of LDP sessions up for broadcast peers.

ldpBasicSessionsUp

Ethernet

Fragments & Rate

A counter that counts the number of frames less than 64 bytes in size with a bad FCS.

fragments

Undersize & Rate

A counter that counts the number of frames less than 64 bytes in size with a good FCS.

undersize

Oversize & Rate

A counter that counts the number of frames greater than 1518 bytes in size. The following modules count oversize packets with both good and bad FCSs: 10/100 TX, and 10/100 MII. All other modules include oversize packets with a good FCSs only.

oversize

CRC Errors & Rate

A counter that counts all valid size frames that have CRC errors.

fcsErrors

Vlan Tagged Frames & Rate

A counter that counts the number of VLAN tagged frames.

vlanTaggedFramesReceived

Line Errors & Rate

A counter that counts the number of 4B/5B (100Mbps) or 8B/10B (Gigabit) symbol errors.

symbolErrors

Flow Control Frames & Rate

A counter that counts the number of PAUSE frames received. This counter only increments when Flow Control is enabled for that port (using the port properties dialog).

flowControlFrames

10/100

Alignment Errors & Rate

A counter that counts all frames that are not an integer multiple of 8 bits and have an invalid FCS. The frame is truncated to the nearest octet and then the FCS is validated. If the FCS is bad, then this frame is counted as an alignment error.

alignmentErrors

Dribble Errors & Rate

A counter that counts all frames that are not an integer multiple of 8 bits and have a valid FCS. The frame is truncated to the nearest octet and then the FCS is validated. If the FCS is good, then this frame is counted as a dribble bit error.

dribbleErrors

Collisions & Rate

A counter that counts all occurrences (only one count per frame or fragment) of the Collision Detect signal from the physical layer controller that are not late collisions.

collisions

Late Collisions & Rate

A counter that counts all collisions that occur after the 512th bit time (preamble included) or after the 56th byte.

lateCollisions

Collision Frames & Rate

A counter that counts the number of frames that were retransmitted due to one or more collisions.

collisionFrames

Excessive Collision Frames & Rate

A counter that counts the number of frames that were attempted to be sent but had 16 or more consecutive collisions.

excessiveCollisionFrames

Gigabit

 

 

Oversize and CRC Errors & Rate

A counter that counts the number of frames greater than 1518 bytes in size with a bad FCS.

oversizeAndCrcErrors

Line Error Frames & Rate

A counter that counts the number of frames received that contain symbol errors.

symbolErrorFrames

Byte Alignment Error & Rate

A counter that counts the number of times that a comma character is detected to be out of alignment.

synchErrorFrames

POS

 

 

Section LOS

`OK' or `ALARM' during loss of signal. (See note 3 in Notes.)

sectionLossOfSignal

Section LOF

`OK' or `ALARM' during loss of frame. (See note 3 in Notes.)

sectionLossOfFrame

Section BIP(B1) & Rate

The number of section bit interleaved parity errors.

sectionBip

Line AIS

`OK' or `ALARM' during a line alarm indication signal condition. (See note 3 in Notes.)

lineAis

Line RDI

`OK' or `ALARM' during a remote defect indication. (See note 3 in Notes.)

lineRdi

Line REI(FEBE) & Rate

A count of the number of remote error indicate conditions.

lineRei

Line BIP(B2) & Rate

The number of line bit interleaved parity errors.

lineBip

Path AIS

`OK' or 'ALARM' during a path alarm indication signal condition. (See note 3 in Notes.)

pathAis

Path RDI

`OK' or `ALARM' during a path remote defect indication. (See note 3 in Notes.)

pathRdi

Path REI(FEBE) & Rate

A count of the number of path remote error indicate conditions.

pathRei

Path BIP(B3) & Rate

The number of path bit interleaved parity errors.

pathBip

Path LOP

`OK' or `ALARM' during a loss of pointer condition. (See note 3 in Notes.)

pathLossOfPointer

Path PLM(C2)

Either `OK' or `ALARM' along with the current received path signal label byte. `ALARM' occurs when a path signal label mismatch occurs. (See note 5 in Notes.)

pathPlm

Section BIP Errored Seconds

A count of the number of seconds during which (at any point during the second) at least one section layer BIP was detected.

sectionBipErroredSecs

Section BIP Severely Errored Seconds

A count of the number of seconds during which K or more Section layer BIP errors were detected, where K = 2,392 for OC-48 (per ANSI T1.231-1997).

sectionBipSeverlyErroredSecs

Section LOS Seconds

A count of the number of seconds during which (at any point during the second) at least one section layer LOS defect was present.

sectionLossOfSignalSecs

Line BIP Errored Seconds

A count of the seconds during which (at any point during the second) at least one Line layer BIP was detected.

lineBipErroredSecs

Line REI Errored Seconds

A count of the seconds during which at least one line BIP error was reported by the far end.

lineReiErroredSecs

Line AIS Alarmed Seconds

A count of the seconds during which (at any point during the second) at least one Line layer AIS defect was present.

lineAisAlarmSecs

Line RDI Unavailable Seconds

A count of the seconds during which the line is considered unavailable at the far end.

lineRdiUnavailableSec

Path BIP Errored Seconds

A count of the seconds during which (at any point during the second) at least one Path BIP error was detected.

pathBipErroredSecs

Path REI Errored Seconds

A count of the seconds during which (at any point during the second) at least one STS Path error was reported by the far end.

pathReiErroredSecs

Path AIS Alarmed Seconds

A count of the seconds during which (at any point during the second) an AIS defect was present)

pathAisAlarmSec

Path AIS Unavailable Seconds

A count of the seconds during which the STS path was considered unavailable.

pathAisUnavailableSecs

Path RDI Unavailable Seconds

A count of the seconds during which the STS path was considered unavailable at the far end.

pathRdiUnavailableSec

Input Signal Strength (dB)

(OC-192) This statistic monitors the receive optical input power. (See note 8 in Notes)

inputSignalStrength

POS K1 Byte

Monitors the k1 status byte in SONET Headers.

posK1byte

POS K2 Byte

Monitors the k1 status byte in SONET Headers.

posK2byte

SRP

 

 

SRP Data Frames Received

The number of data frames received. IPv4 frames fall in this category.

srpDataFramesReceived

SRP Discovery Frames Received

The number of discovery type frames received.

srpDiscoveryFramesReceived

SRP IPS Frames Received

The number of IPS type frames received.

srpIpsFramesReceived

SRP Header Parity Errors

The number of SRP frames received with SRP header parity error. This includes all frame types.

srpParityErrors

SRP Usage Frames Received

The number of usage frames received with good CRC, good header parity, and only those that match the MAC address set for the SRP's port. Bad CRC frames, frames with header errors or those with other MAC addresses are received but not counted.

srpUsageFramesReceived

SRP Usage Frames Sent

The number of usage frames sent.These are sent periodically to keep the link alive.

srpUsageFramesSent

SRP Usage Status

If the number of consecutive timeouts exceeds the Keep Alive threshold, this status changes to FAIL. Otherwise shows OK.

srpUsageStatus

SRP Usage Timeouts

The number of times a usage frame was not received within the time period.

srpUsageTimeouts

RPR

RPR Discovery Frames Received

The number of RPR discovery frames received.

rprDiscoveryFramesReceived

RPR Data Frames Received

The number of RPR encapsulated data frames received.

rprDataFramesReceived

RPR Fairness Frames Received

The number of RPR fairness frames received.

rprFairnessFramesReceived

RPR Fairness Frames Sent

The number of RPR fairness frames sent.

rprFairnessFramesSent

RPR Timeout Events

The number of timeouts that occurred waiting for RPR fairness frames.

rprFairnessTimeouts

RPR Header CRC Errors

The number of RPR frames received with header CRC errors.

rprHeaderCrcErrors

RPR OAM Frames Received

The number of RPR OAM frames received.

rprOamFramesReceived

RPR Payload CRC Errors

The number of RPR frames received with payload CRC errors.

rprPayloadCrcErrors

RPR Protection Frames Received

The number of RPR protection frames received.

rprProtectionFramesReceived

RPR Idle Frames Received

The number or RPR idle frames received.

rprIdleFramesReceived

GFP

GFP Idle Frames

The number of GFP idle frames received.

gfpIdleFrames

GFP Sync State

The GFP sync state.

gfpSyncState

GFP SYNC/HUNT Transitions

The number of Sync/Hunt state transition frames received.

gfpSyncHuntTransitions

GFP eHEC Errors

Number of GFP extension header HEC errors detected.

gfpeHecErrors

GFP Payload FCS Errors

Number of payload FCS errors detected.

gfpPayloadFcsErrors

GFP Receive Bandwidth

The measured receive GFP bandwidth, in Mbps.

gfpRxBandwidth

GFP tHEC Errors

Number of GFP type header HEC errors detected.

gfptHecErrors

BERT

BERT Status

For BERT: The status of the connection. `Locked' when the receiving interface locks onto the data pattern. (See note 1 in Notes)

bertStatus

BERT Bits Sent

For BERT, it is the total number of bits sent.

bertBitsSent

BERT Bits Received

For BERT, it is the total number of bits received.

bertBitsReceived

BERT Bit Errors Sent

For BERT, it is the total number of bit errors sent.

bertBitErrorsSent

BERT Bit Errors Received

For BERT, it is the total number of bit errors received.

bertBitErrorsReceived

BERT Bit Error Ratio

For BERT, it is the ratio of the number of errored bits compared to the total number of bits transmitted.

bertBitErrorRatio

BERT Errored Blocks

For BERT (EB) Number of blocks containing at least one errored second.

bertErroredBlocks

BERT Errored Seconds

For BERT (ES) Number of seconds containing at least one errored block or a defect.

bertErroredSeconds

BERT Errored Second Ratio

For BERT (ESR) the ratio of Errored Seconds (ES) to the total seconds.

bertErroredSecondRatio

BERT Severely Errored Seconds

For BERT (SES) Number of seconds with 30% or more of the errored blocks or a defect.

bertSeverelyErroredSeconds

BERT Severely Errored Second Ratio

For BERT (SESR) the ratio of Severely Errored Seconds (SESs) to the total seconds in available time.

bertSeverelyErroredSecondsRatio

BERT Error Free Seconds

For BERT (EFS) Number of seconds with no errored blocks or defects.

bertErrorFreeSeconds

BERT Available Seconds

For BERT (AS) Number of seconds which have occurred during Available Periods.

bertAvailableSeconds

BERT Unavailable Seconds

For BERT (UAS) Number of seconds which have occurred during Unavailable Periods.

bertUnavailableSeconds

BERT Block Error State

For BERT Available Period or Unavailable Period, determined according to the running count and calculation of seconds in various error conditions. A min. of 10 non-SESs must pass for the state to change from Unavailable to Available. A min. of 10 SESs must pass for the state to change from Available to Unavailable. See note 4 in Notes.)

bertBlockErrorState

BERT Background Block Errors

For BERT (BBE) The number of errored blocks not occurring as part of a Severely Errored Second.

bertBackgroundBlockErrors

BERT Background Block Error Ratio

For BERT (BBER) the ratio of Background Block Errors (BBEs) to the total number of blocks in available time.

bertBackgroundBlockErrorRatio

BERT Elapsed Test Time

For BERT the elapsed test time, expressed in seconds.

bertElapsedTestTime

BERT Number Mismatched Zeros

The number of expected zeroes received as ones.

bertNumberMismatchedZeros

BERT Mismatched Zeros Ratio

The ratio of the number of expected zeroes received as ones to all bits.

bertismatchedZerosRatio

BERT Number Mismatched Ones

The number of expected ones received as zeroes.

bertNumberMismatchedOnes

BERT Mismatched Ones Ratio

The ratio of the number of expected ones received as zeroes to all bits.

bertMismatchedOnesRatio

Service Disruption

A service disruption is the period of time during which the service is unavailable while switching rings. The SONET spec calls for this to be less than 50 ms.

Last Service Disruption Time (ms)

The length of the last service disruption that occurred, expressed in milliseconds.

bertLastServiceDisruptionTime

Min Service Disruption Time (ms)

The shortest service disruption that occurred, expressed in milliseconds.

bertMinServiceDisruptionTime

Max Service Disruption Time (ms)

The longest service disruption that occurred, expressed in milliseconds.

bertMaxServiceDisruptionTime

Cumulative Service Disruption Time (ms)

The total service disruption time encountered, expressed in milliseconds.

bertServiceDisruptionCumulative

DCC

DCC Bytes Received

The number of DCC bytes received.

dccBytesReceived

DCC Bytes Sent

The number of DCC bytes sent.

dccBytesSent

DCC CRC Receive Errors

The number of DCC CRC errors received.

dccCrcErrorsReceived

DCC Frames Received

The number of DCC frames received.

dccFramesReceived

DCC Frames Sent

The number of DCC frames sent.

dccFramesSent

DCC Framing Errors Received

The number of DCC framing errors received.

dccFramingErrorsReceived

Link Fault Signalling

Insertion State

The current state of link fault insertion. 0 = not inserting, 1 = inserting.

insertionState

Link Fault State

The current state of link fault detection on a port. 0 = no fault, 1 = local fault, 2 = remote fault.

linkFaultState

Local Faults

The number of local faults detected.

localFaults

Remote Faults

The number of remote faults detected.

remoteFaults

Scheduled Transmit Duration The scheduled transmit time associated with the port. scheduledTransmitTime
Bytes Sent/Transmit Duration Total number of bytes sent per unit of Transmit Duration. Not available

CDL

Converged Data Layer

CDL Error Frames Received

The number of CDL error frames received.

cdlErrorFramesReceived

CDL Good Frames Received

The number of good CDL frames received.

cdlGoodFramesReceived.

FEC

Forwarding Error Correction

FEC Corrected 0s Count

Number of 0 errors (1s changed to 0s) that have been corrected.

fecCorrected0sCount

FEC Corrected 1s Count

Number of 1 errors (0s changed to 1s) that have been corrected.

fecCorrected1sCount

FEC Corrected Bits Count

Number of flipped bits errors (0s changed to 1s and vice versa) that have been corrected.

fecCorrectedBitsCount

FEC Corrected Bytes Count

Number of bytes that have had errors corrected.

fecCorrectedBytesCount

FEC Uncorrectable Subrow Count

Number of subrows that have had uncorrectable errors.

fecUncorrectableSubrowCount

OC192

 

 

Temperature

DMA Chip Temperature (C)

(OC-192 - Temperature Sensors Stats) Temperature of the DMA chip.

dMATemperature

Capture Chip Temperature (C)

(OC-192 - Temperature Sensors Stats) Temperature of the Capture chip.

captureTemperature

Latency Chip Temperature (C)

(OC-192 - Temperature Sensors Stats) Temperature of the Latency chip.

latencyTemperature

Background Chip Temperature (C)

(OC-192 - Temperature Sensors Stats) Temperature of the Background chip.

backgroundTemperature

Overlay Chip Temperature (C)

(OC-192 - Temperature Sensors Stats) Temperature of the Overlay chip.

overlayTemperature

Front End Chip Temperature (C)

(OC-192 - Temperature Sensors Stats) Temperature of the Front End Chip.

frontEndTemperature

Scheduler Chip Temperature (C)

(OC-192 - Temperature Sensors Stats) Temperature of the Scheduler Chip.

scheduleTemperature

Plm Internal Chip Temperature 1 (C)

(OC-192 - Temperature Sensors Stats) Internal temperature of temperature measuring device #1.

plmDevice1InternalTemperature

Plm Internal Chip Temperature 2 (C)

(OC-192 - Temperature Sensors Stats) Internal temperature of temperature measuring device #2.

plmDevice2InternalTemperature

Plm Internal Chip Temperature 3(C)

(OC-192 - Temperature Sensors Stats) Internal temperature of temperature measuring device #3.

plmDevice3InternalTemperature

Fom Port Temperature (C)

(OC-192 - Temperature Sensors Stats) Temperature for one of the sensors on the Fiber optic module (Fom).

fobPort1FpgaTemperaturefobPort2FpgaTemperature

Fom Board Temperature (C)

(OC-192 - Temperature Sensors Stats) Temperature for one of the sensors on the Fiber optic module (Fom).

fobBoardTemperature

Fom Internal Temperature (C)

(OC-192 - Temperature Sensors Stats) Temperature for one of the sensors on the Fiber optic module (Fom).

fobDevice1InternalTemperature

VSR

The statistics in this sub-section relate to all VSR channels. See VSR per Channel statistics for further per-channel statistics.

Rx Channel Protection Disabled

The status of the channel protection on the receiving interface.

rxChannelProtectionDisabled8

Rx Channel Skew Error

The status of the channel skew error detection on the receiving interface.

rxChannelSkewError8

RX Channel Skew First

The channel number of the earliest channel to arrive on the receiving interface. If more than one channel arrives at the same time, Channel #1 has the highest priority and so on.

rxChannelSkewFirst8

Rx Channel Skew Last

The channel number of the latest channel to arrive on the receiving interface. If more than one channel arrives at the same time, Channel #1 has the highest priority, and so on.

rxChannelSkewLast8

Rx Channel Skew Max

This counter increments every time the channel skew is equal to or greater than the maximum channel skew.

rxChannelSkewMax8

Rx Channel Swapped

Indicates one or more channel swap errors.

rxChannelSwapped8

Rx Code Word Violation Error

Indicates one or more 8b/10b code word violation errors.

rxCodeWordViolationError8

Rx CRC Corrected Errors

The number of corrected CRC block errors accumulated on the receiving interface.

rxCrcCorrectedErrorCounter8

Rx CRC Correction Disabled

Indicates the status of the CRC correction on the receiving interface.

rxCrcCorrectionDisabled8

Rx CRC Error

Indicates one or more detected CRC errors.

rxCrcError8

Rx CRC Uncorrected Errors

The number of uncorrected CRC block errors accumulated on the receiving interface.

rxCrcUnCorrectedErrorCounter8

Rx Hardware Error

The number of hardware errors detected on the receive side.

rxHardwareError8

Rx Loss Of Synchronization Counter

Indicates the number of times that a protection channels was in the loss of synchronization state.

rxLossOfSynchronizationCounter8

Rx Multi-loss Of Synchronization Counter

Indicates the number of times that two or more data or protection channels were in the Loss of Synchronization state.

rxMultiLossOfSynchronizationCounter8

Rx Multi-loss Of Synchronization Status

Indicates that two or more data or protection channels are in the Loss of Synchronization state.

rxMultiLossOfSynchronizationStatus8

Rx Out of Frame Counter

Indicates the number of frame errors for the receiving interface.

rxOutOfFrameCounter8

Rx Out of Frame Status

Indicates one or more out of frame errors for the receiving interface.

rxOutOfFrameStatus8

Rx Section BIP Error Counter

The number of Section BIP errors detected on the receiving interface.

rxSectionBipErrorCounter8

Tx Hardware Error Counter

The number of hardware errors detected on the transmit side.

txHardwareError8

Tx Out Of Frame Counter

The number of out of frame errors detected on the transmit side.

txOutOfFrameCounter8

Tx Out of Frame Status

Indicates one or more out of frame errors for the transmit interface.

txOutOfFrameStatus8

Tx Section BIP Error Counter

The number of Section Bit Interleaved Parity (BIP) errors which have been detected on the transmit interface.

txSectionBipErrorCounter8

VSR per Channel

The statistics in this sub-section relate to a specific VSR channel.

Rx Code Word Violation Counter

This per-channel statistic indicates the number of codeword violations detected on the receiving channel interface. Codeword violations include running disparity errors, undefined codewords, and any control characters besides K28.5.

rxCodeWordViolationCounter9

Rx CRC Error Counter

This per-channel statistic indicates the number of corrected and uncorrected errors on the receive interface.

rxCrcErrorCounter9

Rx Loss Of Synchronization Status

This per-channel statistic indicates the loss of synchronization status of the receiving interface.

rxLossOfSynchronization9

Rx Out of Frame Status

This per-channel statistic indicates the out of frame status of the receiving interface for a particular channel.

rxOutOfFrame9

10 Gig

 

 

LSM

 

 

Local Ordered Sets Sent

The number of local ordered sets sent. Ordered sets are part of Link Fault Signaling, and can be configured in the Link Fault Signaling tab.

localOrderedSetsSent

Local Ordered Sets Received

The number of local ordered sets received. Ordered sets are part of Link Fault Signaling, and can be configured in the Link Fault Signaling tab.

localOrderedSetsReceived

Remote Ordered Sets Sent

The number of remote ordered sets sent.Ordered sets are part of Link Fault Signaling, and can be configured in the Link Fault Signaling tab.

remoteOrderedSetsSent

Remote Ordered Sets Received

The number of remote ordered sets received.Ordered sets are part of Link Fault Signaling, and can be configured in the Link Fault Signaling tab.

remoteOrderedSetsReceived

Custom Ordered Sets Sent

The number of custom ordered sets sent.Ordered sets are part of Link Fault Signaling, and can be configured in the Link Fault Signaling tab.

customOrderedSetsSent

Custom Ordered Sets Received

The number of custom ordered sets received.Ordered sets are part of Link Fault Signaling, and can be configured in the Link Fault Signaling tab.

customOrderedSetsReceived

Frames Received with Coding Errors

The number of frames received with coding errors.

codingErrorFramesReceived

Frames Received with /E/ error Character

The number of frames received with DUT labeled errors received.

eErrorCharacterFramesReceived

Dropped Frames

The number of dropped frames.

droppedFrames

Pause Frame

Pause Acknowledge

The number of clocks for which transmit has been paused.

pauseAcknowledge

Pause End Frames

The number of pause frames received with a quanta of 0.

pauseEndFrames

Pause Overwrite

The number of pause frames received while transmit was paused with a quanta not equal to 0.

pauseOverwrite

Temperature

 

 

Lan Transmit FPGA Temperature

For the 10Gig LAN board, the temperature at the transmit FPGA.

10GigLanTxFpgaTemperature

Lan Receive FPGA Temperature

For the 10Gig LAN board, the temperature at the receive FPGA.

10GigLanRxFpgaTemperature

ATM and ATM/POS

ATM AAL5 Bytes Received

The number of AAL5 bytes received.

atmAal5BytesReceived

ATM AAL5 Bytes Sent

The number of AAL5 bytes sent.

atmAal5BytesSent

ATM AAL5 CRC Error Frames

The number of AAL5 frames received with CRC errors.

atmAal5CrcErrorFrames

ATM AAL5 Frames Received

The number of AAL5 frames received.

atmAal5FramesReceived

ATM AAL5 Frames Sent

The number of AAL5 frames sent.

atmAal5FramesSent

ATM AAL5 Length Error Frames

The number of AAL5 frames received with length errors.

atmAal5LengthErrorFrames

ATM AAL5 Timeout Error Frames

The number of AAL5 frames received with timeout errors.

atmAal5TimeoutErrorFrames

ATM Cells Received

The number of ATM cells received.

atmCellsReceived

ATM Cells Sent

The number of ATM cells sent.

atmCellsSent

ATM Corrected HCS Error Count

The number of AAL5 frames received with HCS errors that were corrected.

atmCorrectedHcsErrorCount

ATM Idle Cell Count

The number of idle ATM cells sent.

atmIdleCellCount

ATM Scheduled Cells Sent

The number of scheduled (non-idle) ATM cells sent.

atmScheduledCellsSent

ATM Uncorrected HCS Error Count

The number of AAL5 frames received with HCS errors that were not corrected.

atmUncorrectedHcsErrorCount

ATM Unregistered Cells

The number of unregistered ATM cells that were received.

atmUnregisteredCellsReceived

OAM Tx Cells

Number of ATM OAM cells transmitted.

atmOamTxCells

OAM Tx Bytes

Number of ATM OAM bytes transmitted.

atmOamTxBytes

OAM Tx Fault Management AIS

Number of ATM OAM Fault Management AIS cells transmitted.

atmOamTxFaultMgmtAIS

OAM Tx Fault Management RDI

Number of ATM OAM Fault Management RDI cells transmitted.

atmOamTxFaultMgmtRDI

OAM Tx Fault Management CC

Number of ATM OAM Fault Management CC cells transmitted.

atmOamTxFaultMgmtCC

OAM Tx Fault Management LB

Number of ATM OAM Fault Management LB cells transmitted.

atmOamTxFaultMgmtLB

OAM Tx Fault ActDeact CC

Number of ATM OAM ActDeact cells transmitted.

atmOamTxActDeactCC

OAM Rx Good Cells

Number of ATM OAM good cells received.

atmOamRxGoodCells

OAM Rx Bytes

Number of ATM OAM bytes received.

atmOamRxBytes

OAM Rx Fault Management AIS

Number of ATM OAM Fault Management AIS cells received.

atmOamRxFaultMgmtAIS

OAM Rx Fault Management RDI

Number of ATM OAM Fault Management RDI cells received.

atmOamRxFaultMgmtRDI

OAM Rx Fault Management CC

Number of ATM OAM Fault Management CC cells received.

atmOamRxFaultMgmtCC

OAM Rx Fault Management LB

Number of ATM OAM Fault Management LB cells received.

atmOamRxFaultMgmtLB

OAM Rx Bad Cells

Number or ATM OAM bad cells received.

atmOamRxBadCells

OAM Rx ActDeact CC

Number of ATM OAM ActDeact cells transmitted.

atmOamRxActDeactCC

Ethernet CRC

The Ethernet CRC, representing AAL5 CRCs.

ethernetCrc

Power Over Ethernet

PoE Status

The PoE status.

poeStatus

PoE Input Voltage

The PoE input voltage.

poeInputVoltage

PoE Input Current

The PoE input current.

poeInputCurrent

PoE Input Power

The PoE input power.

poeInputPower

PoE Amplitude Arm Status

The state of the current signal acquisition arming for amplitude measurements.

poeAmplitudeArmStatus

PoE Amplitude Done Status

Indicates whether the signal acquisition of the amplitude measurement has occurred.

poeAmplitudeDoneStatus

PoE Amplitude Time Status

The state of the current signal acquisition arming for time measurements.

poeTimeArmStatus

PoE Amplitude Time Status

Indicates whether the signal acquisition of the time measurement has occurred.

poeTimeDoneStatus

PoE Trigger Amplitude DC Amps

The DC amps of the measured PoE amplitude measurements.

poeTriggerAmplitudeDCAmps

PoE Trigger Amplitude DC Volts

The DC voltage of the measured PoE amplitude measurements.

poeTriggerAmplitudeDCVolts

PoE Active Input

Displays the type of PSE in use, Alt. A or Alt B.

poeActiveInput

PoE Temperature

The temperature of the PoE port, in Celsius.

poeTemperature

PoE AutoCalibration

The stage in the port diagnostic test.

poeAutocalibration

Stream Extraction Module

Bytes from Application

The number of bytes received on either port 2 or 3 from the application.

bytesFromApplication

Packets from Application

The number of packets received on either port 2 or 3 from the application.

packetsFromApplication

Bytes from Port 2

The number of bytes received on the monitor port from port 2.

monitorBytesFromPort2

Bytes from Port 3

The number of bytes received on the monitor port from port 3.

monitorBytesFromPort3

Packets from Port 2

The number of packets received on the monitor port from port 2.

monitorPacketsFromPort2

Packets from Port 3

The number of packets received on the monitor port from port 3.

monitorPacketsFromPort3