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    jnxAtmIfTable

    The jnxAtmIfTable augments the atmInterfaceConfTable in the standard ATM MIB. The object identifier for jnxAtmIfTable is {jnxAtm 1}. Each jnxAtmIfEntry in the jnxAtmIfTable contains the configuration and statistical information for a particular ATM port. The jnxAtmIfEntry, whose object identifier is {jnxAtmIfTable 1}, is an extension of the atmInterfaceConfEntry in the standard ATM MIB.

    Table 1 lists the objects associated with the jnxAtmIfEntry.

    Table 1: jnxAtmIfTable

    Object

    Object ID

    Description

    jnxAtmIfPortType

    jnxAtmIfEntry 1

    Represents the type of the physical port. This object uses the following integer values to denote the port type:

    • 1 (other)
    • 2 (oc3)
    • 3 (oc1)
    • 4 (t3)
    • 5 (e3)
    • 6 (oc48)

    jnxAtmIfEncaps

    jnxAtmIfEntry 2

    Represents the type of ATM physical link layer encapsulation. This object uses the following integer values to denote the type of encapsulation:

    • 1 (other)
    • 2 (atmPvc)
    • 3 (atmCccCellRelay)

    jnxAtmIfLpBackInfo

    jnxAtmIfEntry 3

    Represents the loopback configuration and type. This object uses the following integer values to denote the loopback configuration type:

    • 1 (noLoopBack)
    • 2 (localLoopBack)
    • 3 (remoteLoopBack)

    jnxAtmIfScrambleEnable

    jnxAtmIfEntry 4

    Indicates whether scrambling is enabled (object value 1) or disabled (object value 2). Default value for this object is 2, disabled.

    jnxAtmIfTxCellCount

    jnxAtmIfEntry 5

    Indicates the number of ATM cells, including the idle cells, transmitted by the interface.

    jnxAtmIfRxCellCount

    jnxAtmIfEntry 6

    Indicates the number of ATM cells, excluding the idle cells, received by the interface.

    jnxAtmIfTxIdleCellCount

    jnxAtmIfEntry 7

    Indicates the number of idle cells transmitted by the interface. When the interface does not have anything to send, it sends idle cells to fill the time slot.

    jnxAtmIfUncorrHCSErrs

    jnxAtmIfEntry 8

    Indicates the number of uncorrectable cell Header Check Sequence (HCS) errors that occurred on the interface.

    jnxAtmIfCorrHCSErrs

    jnxAtmIfEntry 9

    Indicates the number of correctable cell HCS errors.

    jnxAtmIfTxCellFIFOOverRuns

    jnxAtmIfEntry 10

    Indicates the number of overruns in the Transmit FIFO.

    jnxAtmIfRxCellFIFOOverRuns

    jnxAtmIfEntry 11

    Indicates the number of overruns in the Receive FIFO.

    jnxAtmIfRxCellFIFOUnderRuns

    jnxAtmIfEntry 12

    Indicates the number of underruns in the Receive FIFO.

    jnxAtmIfInInvalidVCCells

    jnxAtmIfEntry 13

    Indicates the number of cells that are arrived for a nonexistent VC.

    jnxAtmIfInNoBufferOAMCells

    jnxAtmIfEntry 14

    Indicates the number of incoming OAM cells or raw cells that are dropped because of lack of buffer to handle them.

    jnxAtmIfInNoBufDropPkts

    jnxAtmIfEntry 15

    Indicates the number of AAL5 packets that are dropped because of lack of buffer to handle them.

    jnxAtmIfOutVCQueueDrops

    jnxAtmIfEntry 16

    Indicates the number of packets dropped because of queue limits on each VC.

    jnxAtmIfInBadCrcs

    jnxAtmIfEntry 17

    Indicates the total number of incoming CRC errors.

    jnxAtmIfInLenErrPkts

    jnxAtmIfEntry 18

    Indicates the number of AAL5 packets that were dropped because of incorrect length.

    jnxAtmIfInTimeoutPkts

    jnxAtmIfEntry 19

    Indicates the number of AAL5 packets that were dropped because of reassembly timeout.

    jnxAtmIfL2CircuitMode

    jnxAtmIfEntry 20

    Indicates the layer 2 circuit mode of the ATM interface (on an ATMII PIC). This object uses the following integer values to denote the circuit modes:

    • 1 (not applicable)
    • 2 (none)
    • 3 (aal5)
    • 4 (cell)
    • 5 (uniTrunk)
    • 6 (nniTrunk)

    Published: 2014-09-17