LUM-CLIENT-MIB Table View

An arbitrary index assigned to each entry.

The management name of the interface, for
example 'client:1:2:1', where the first number
indicates sub-rack, the second slot number and
the third is the port number.
Examples:

client:s:s:p - Generic clien…

User configurable label.

This attribute can be written via SNMP.

The number of the subrack where the interface
is located.

The number of the slot where the interface is
located.

The number of the port where the TX-side of the
interface is located.

The number of the port where the RX-side of the
interface is located.

The row in the invPhysTable for this interface.
Set to 0 if not known.

Index in entity table.

-- Only used for notifications

The administrative state for the interface.

down - The interface is de-activated.

service - The interface is activated but alarms are
suppressed. Intended for use during service or
re-confi…

The operational state for the interface.

notPresent - The physical resources are not
available.

down - The interface is de-activated or there are
faults preventing its transition to the 'up…

The operational state of the laser.

off - The laser is turned off.

on - The laser is turned on.

The operational state for outgoing (TX) signal
of the interface.

down - A fault that would lead to a protection
switch has occurred.

degraded - The signal quality is impaired.
…

Forward Automatic Laser Shut-down. Decides if
laser shutdown of the client should occur when
a defect on the line or remote client is detected.

disabled - The laser is NOT turned off at defect
detection.
…

Suppress AIS in the alarm list.
The fault status on the port object can, however,
be seen.

disabled - alarms are not suppressed.

enabled - alarms are suppressed.

Loop the client TX signal back to the client RX.
This is also called Terminal loopback.

disabled - the signal is not looped

enabled - the signal is looped.

The expected signal format.

The default value is board dependent. For information
about the default value for this particular board,
please refer to the user manual.

Generic framing procedure mode

Band-width in VC-3 or VC-4.

The parameter is interpreted as VC-3 or VC-4
depending on the traffic combination:

- VC-3 is used in framedGbEx10
- VC-4 is used in framedGbEx10Vc4

Rate limit of link in 1,000,000 bits
(Mb) per second.

Zero (0) is a special value meaning that the
rate-limiting procedure is disabled.

The legal range is: 10...1000, in step of 1

The wanted auto negotiation mode.

off - auto negotiation process is disabled

on - auto negotiation process is enabled

The result of the auto negotiation procedure

incomplete - the result is still pending

half - half duplex

full - full duplex

The duplex capability of the HW.

half - supports half duplex

full - supports full duplex

The mode for handling flow control between
the local device and link partner.

The PAUSE settings has the following meaning
when auto-negotiation is enabled.

Setting 802.3 equivalent
----…

Time between the frames in nano seconds.

Legal values are 64, 72, 80, ... 200, 320, 328,
336, ... 456

The maximum size of the transmitted and
received frames (in bytes).

String that describes the transceiver class.

Measures laser bias current value in tenths of
mA (0.1 mA).

The received power level in units of 0.1 dBm.

The lowest power that the receiver is guaranteed
to handle, in units of 0.1 dBm.

The lower threshold for received power level in
units of 0.1 dB, relative to the receiver
sensitivity.

Loss of signal.
Applicable for all signal formats.

A(ctivation): Active loss of signal HW
indication.

D(e-activation): Inactive loss of signal HW
indication.

Loss of frame.
All forms of sync loss.

Bitrate mismatch (Other).
Applicable for other signal formats.

D: The interface is unable to lock to the
inserted signal.

D: The interface is able to lock to the
inserted signal.

Alarm indication signal (AIS) on the trunk-side.
Applicable for SDH/Sonet signal formats.

A: An 'all ones' SDH signal is detected.

D: SDH signal recovered.

The transceiver HW has detected a failure
in the transmitter part.

A: The transmitter has failed

D: The transmitter is OK again

The inserted transceiver does not have a legal
manufacturer code.

A: A transceiver with illegal code is inserted.

D: The transceiver with illegal code is removed.

The inserted transceiver does not support the
requested bit rate.

A: A transceiver with other supported bit rate than
the requested bit rate is inserted.

D: The transceiver with the non-…

An expected transceiver is missing.

A: An expected transceiver is missing.

D: The missing transceiver is inserted.

Received power level is too high.
Applicable for all signal formats.

A: The received power level exceeds the
the built-in overload threshold.

D: The received power level is 0.5 dB below the…

Received power level low threshold exceeded.
Applicable for all signal formats.

A: The received power level is below the
associated threshold.

D: The received power level is 0.5 dB above th…

A: Failure to negotiate a connection with the
other party.

D: A connection is negotiated.

Command to change the signal format, and, if
applicable, also the mode (framed, transparent).

Shows the current bandwidth utilization
measured at the physical (802.3 PHY) layer.
The value represents a snapshot of the utilization
during the latest second. It is expressed in per cent (%)
of the nominal maximum ra…

Loss of sync.
All forms of sync loss.

A: GbE 'frame' can not be located.

D: GbE 'frame' is located.

Command to change the TRX mode (client or line) and/or
TRX media (optical or electrical).

Shows if the port is configured as:

- normal CLIENT interface connected to a non XTM Series
client equipment, with non-colored, or colored TRXes.

- a LINE interface connected to other XTM…

The expected frequency given in hundreds of GHz
(0.01 GHz).

The transmitted frequency given in hundreds of
GHz (0.01 GHz).

The actual frequency does not match the
pre-configured frequency.

A pre-configured frequency of '0' matches
all actual frequencies.

A: The configured frequency does not match the
actual fre…

The frequency supported by the transceiver is not
recognized by the system.

A: Invalid or unknown frequency information is
detected in the (pluggable) transceiver or
board production data.
…

When enabled, the laser is on regardless of whether
there is a trunc signal present or not.

disabled - the laser is only on when there is a
trunc signal.

enabled - the laser is …

Defines the media and capability of the TRX.

The TRX media does not match the expected one.

A: Invalid or mismatching trx media is
detected.

D: The (pluggable) transceiver or board is
replaced, or the configuration is changed.

Decides whether auto negotiation shall
be performed over the trunc connection.

This is applicable when the terminating
node at the other side of the
trunc is configured as follows:

- it h…

Property mask.

The transmitted power level in units of 0.1 dBm.

The actual laser temperature in units of
0.1 degrees centigrade.

Indicates whether the trace identifier should be
inserted into the transmitted signal or to be
transparent.

disabled - The trace identifier is taken from
the recevied signal if possible.

en…

The trace identifier to be transmitted from this
interface.

The identifier length is by default 0 to 15. For
mxp8iiSonet board the length i 0 to 62.

Set to empty string for default value:
…

The received trace identifier for this interface.

Trace identifier used for matching against
the received trace identifier.

The identifier length is by default 0 to 15. For
mxp8iiSonet board the length is 0 to 62.

Controls if the trace identifier mismatch alarm
should be raised.

disabled - The alarm is disabled.

enabled - The alarm is raised if expected trace
identifier differs from the received trac…

Indicates if the expected trace identifier
differs from the received trace identifier.

A: The received trace identifier differs from
the expected trace identifier.

D: The identifiers match.

Loop the client RX signal back to the client TX.
This is also called Facility loopback

disabled - the signal is not looped

enabled - the signal is looped.

The operational state for incoming (RX) signal
of the interface.

down - A major fault has occurred

degraded - The signal quality is impaired.

up - The signal is OK.

MS Alarm indication signal (MS-AIS) on the
client side.
Applicable for SDH/Sonet signal formats.

A: An 'all ones' pattern is detected.

D: The signal is recovered.

MS Alarm indication signal (MS-AIS) on the trunc
side. Applicable for SDH/Sonet/IWDM signal formats.

A: An 'all ones' pattern is detected.

D: The signal is recovered.

Remote defect indication.
Applicable for SDH/Sonet signal formats.

A: RDI indication (in SDH/Sonet frame) active.

D: RDI indication inactive.

The J1 trail trace identifier(s) to be
transmitted for the VC4s/VC3s related to this
interface, in the line signal (STM16/OC48).

This parameter can be used in two different
modes, see j1TxTrailTraceInsert…

Controls how the J1 trail trace insertion
should work, i.e. how the j1TxTrailTrace
parameter shall be inserted in the line
signal.

Important: there is only one j1TxTrailTrace
per interface, while each int…

A transceiver hardware failure is detected.

A: The transceiver fails.

D: The transceiver is replaced.

The interface is disabled.

A: Interface disabled.

D: Interface enabled.

The interface is set in loopback mode.

A: Loopback enabled.

D: Loopback disabled.

The received line signal contains a VC
mapped to this interface, that is
faulty, e.g. unequipped.

Please note that this fault is in the
LINE SIGNAL, but is presented at the client.

A: Some …

Read the received J1 for the VC4/VC3 in the
STM16 frame associated to this interface.

Synopsis: readJ1

The received line signal contains a VC
mapped to this interface, that is
faulty, e.g. unequipped.

Please note that this fault is in the
LINE SIGNAL, but is presented at the client.

Loss of pointer.

GFP Loss of frame.

The expected signal bit rate in units of
1,000,000 bits (Mb) per second. If this object
reports a value of 'n' then the speed of the
interface is somewhere in the range of 'n-500,000'
to 'n+499,999'. Board tpQMri has a …

The actual signal format.

Indicates whether RDI information should be
inserted in the transmitted signal.

disabled - No RDI information is inserted in the
transmitted signal.

enabled - RDI information is …

States which quadrant of the payload
that the interface is connected to
in rx direction. (outgoing line)

States whitch quadrant of the payload
that the interface is connected to
in tx direction. (outgoing client)

controls if DemuxPayloadQuad is same
as MuxPayloadQuad
(same => connected, not same => disconnected)

Command to change the crossconnect,

If no arguments are given, the user will be prompted.

IllegalSignalFormat.

A(ctivation): Actual Format does NOT match
expected Format.

D(e-activation): Actual Format does match
expected Format.

The Id for this port in the synch prot group,
to identify the port. (A or B)

The port number for the TX side of the port
that is in this synch protection group.

Note: This object is deprecated.

The operational state for the protection group.

bothDown - both sides down

bothUp - both sides up

ADownBUp - left side down,…

The operational state for the protection group.

none - no side is active.

A - the A port is active.

B - the B port is active.

The operational synch protection state
for this port in the synch protection group.

down - this port is out of service.

up - this port is active.

Command to toggle which port is active in the synch
prot group

Timeout for near end loopback (a.k.a. facility
loopback) to make sure connection to node is not
lost if ppp link is broken.
The unit is hours. 0.1 means 6 minutes.

Near end loopback (a.k.a. facility loopback)
is enabled.

Command to change near end loopback (a.k.a.
facility loopback) and loopbacktimeout

Far end loopback (a.k.a. terminal loopback)
is enabled.

Timeout for far end loopback (a.k.a. terminal
loopback) to make sure connection to node is
not lost if ppp link is broken.
The unit is hours. 0.1 means 6 minutes.

Command to change far end loopback (a.k.a.
terminal loopback) and loopbacktimeout

The HW revision does not support
the selected signal format.

The administrative state of the TX-side laser.
This is only used when signal format is ddgbeLine.

on - The laser is turned on.

als - Automatic Laser Shutdown/Turn-Off
when lossOfSignal is d…

Alarm indication signal Line (AIS-L) on the
client side.
Applicable for Sonet signal formats.

A: An 'all ones' Sonet signal is detected.

D: Sonet signal recovered.

Failure on far end client.

The 'OH Transparency' setting shall be set to 'off'
for standard SDH/SONET mode. Does not work when
client wrapper is enabled.

When set to 'on', the following tributary OH-bytes
are transparently transpor…

The line ports that this client port is connected to.

The administrative state of the forwarding error
correction function.

disabled - FEC is disabled.

enabled - FEC is activated.

auto - autonegotiation is used to enable or disa…

The tunable laser frequency has not been set.

A: Tunable laser frequency is not set.

D: Tunable laser frequency is set.

Determines the wander/jitter transfer bandwidth
of the wander/jitter attenuator.
With Option 1, the bandwidth is within 1 - 10 Hz,
and with Option 2, the bandwidth is below 0.1 Hz.

The values are defined …

Shows the name of the wdm port and
possible subchannel/vc4 that it is connected to
or Unconnected if not connected.

The loopfilter is unlocked.
This is applicable for synchronous formats.

A: Loopfilter is unlocked

D: Loopfilter is locked

The 'Cable length' is applicable for SONET mode
(T1).

The settings are for short haul (intra-building) T1
networks and will adjust the power of the
transmitted signal to compensate for the
attenuation…

Shows the index of the connected interface.
Or 0 if unconnected.

Disconnect existing crossConnections

The OH transparency bitmask.
Bits:
K1K2 = 0x01
E1E2 = 0x02
F1 = 0x04
D1-D3 = 0x08
D4-D12 = 0x10
B1 = 0x20
B2 = 0x40
E1 = 0x80
E2 = 0x100
J0 = 0x200

OH transparency bytes tells if J0, rest
of RSOH/Section OH and/or MSOH/Line OH are
transparent or not.
When RSOH/Section OH is set to transparent the bytes
E1, F1, D1-D3 and B1 is transported tran-
sparent from client t…

Set which bytes that should be OH transparent

Alarm indication signal (AIS) on the
client-side.
Applicable for SDH/Sonet signal formats.

A: An 'all ones' SDH signal is detected.

D: SDH signal recovered.

Loss of pointer detected on the client-side.
Applicable for SDH/Sonet signal formats.

A: A loss of pointer is detected.

D: SDH signal recovered.

Loss of pointer detected on the line-side.
Applicable for SDH/Sonet signal formats.

A: A loss of pointer is detected.

D: SDH signal recovered.

Shows if this port is in standby state.
Used with hub protection.

Alarm indication signal (AIS-P) on the line-side.

A: An 'all ones' Sonet signal is detected.

D: Sonet signal recovered.

Alarm indication signal (AIS-P) on the
client-side.

A: An 'all ones' Sonet signal is detected.

D: Sonet signal recovered.

Loss of pointer detected on the client-side.

A: A loss of pointer is detected.

D: Sonet signal recovered.

Loss of pointer detected on the line-side.

A: A loss of pointer is detected.

D: Sonet signal recovered.

The inserted transceiver does not support
the given loopback command.

Too many errors to get valid FEC statistics. It is not
possible to run control loops based on FEC statistics.

A: Too many errors to get valid FEC statistics.

D: The FEC statistics is valid.

Indicates whether multi-lane
BASE-R PCS (Physical Coding Sublayer)
has locked and aligned all received lanes.

A: PCS receive lanes not locked and aligned.

D: PCS receive lanes locked and al…

The number of corrected zeros.

The number of corrected ones.

Too many error corrected.
If more errors are corrected
it might effect the client signal
in a negative way.

Set FEC scheme.
disabled -- none specific FEC scheme is enabled.
gFec -- GFEC RS(255,239) FEC scheme,
according to ITU.T G.975
superFecI4 -- Super FEC I.4 FEC scheme,
according to ITU…

The alarm Signal Degraded shall be signalled
when BER reaches a limit.
The value will be affecting all ports.

Predefined BER levels
rxBerLevel1 = 1E-12
rxBerLevel2 = 1E-13
rxBerLevel3 = 1E-15
…

The expected optical layer mapping.

The actual optical layer mapping.

The inserted transceiver does not support the
configuration of the optical layer mapping.

A: A transceiver with other supported optical layer
mapping than the requested mapping is inserted.
…

Received chromatic dispersion that describe the spreading of a light
pulse as it travels down a fiber when light pulses launched close together.

The arrival time difference between two polarization states at
the output of the media (fiber).

The operational state of the transiver for outgoing (TX) signal.
- Init started
- Init ready
- Data path locked
- Laser ready off
- Laser ready
- Laser bias ready
- Ready

The operational state of the transiver for outgoing (RX) signal.
- Init started
- Init ready
- Frequency ready
- Input signal received
- A/D Converter ready
- Dispersion compensated
- Ready

Internal object reference

The physical interface number of the actual multi-connector port.

Internal object reference of the actual multi-connector port.

Internal port reference for traffic unit.

Number of lanes on port

FEC counter. Number of corrected bits

Optical signal-to-noise ratio margin (dB/0.1nm), based on calculation from rate of corrected bits.

The expected physical layer mapping.

Indicates the direction of the signal.

rx - Inbound direction

tx - Outbound direction

biDir - Bidirectional

txRx - Both Tx and Rx

The access identifier (AID) of the interface.
The format is according to GR-833.

The physical location of the if.
The format is according to GR-833.

The board is unable to communicate with the transceiver.

alarm: Protocol errors detected on the transceiver control link.

ok: No communication errors detected on the transceiver control lin…

Tributary port id.

Type of interface (Individual or bundled).

Command to change the signal format, and, if
applicable, also the mode (framed, transparent) via SNMP.

The power classification of the transceiver exceeds the design limit of the board.

alarm: A transceiver with a power classification that exceeds
the design limit of the board is inserted.
…

An arbitrary index assigned to each if entry.

The management name of the vc4,
e.g. vc4:1:2:1-2:8 where the first number
indicates sub-rack, the second slot number and
the third/forth are the port numbers. The last
number is the vc4 id within the STM16 frame.

User configurable label.

The number of the subrack where the vc4 is
located.

The number of the slot where the vc4 is
located.

The number of the port where the TX-side of the
vc4 is located.

The number of the port where the RX-side of the
vc4 is located.

The id of the vc4/STS3/STS1 within the STM16/OC192 frame.

Property mask.

Alarm indication signal (AIS).
Applicable for SDH/Sonet signal formats.

A: An 'all ones' SDH/Sonet signal is detected.

D: SDH/Sonet signal recovered.

Loss of pointer detected.
Applicable for SDH/Sonet signal formats.

A: A loss of pointer is detected.

D: SDH/Sonet signal recovered.

The operational state for incoming (RX) signal
of the interface.

down - A fault that would lead to a protection
switch has occurred.

degraded - The signal quality is impaired.
…

Describes if and how the VC4s are concatenated.

on - Concatenation is used.

off - No concatenation is used.

can be vc3 (STS-1),
vc4 (STS-3, STM1/OC3),
vc4x4c (STS-12, STM4/OC…

Describes if the VC4/STS3 contains payload.

equipped - VC4/STS3 contains payload.

unequipped - No payload in VC4/STS3.

Shows the name of the client port and
possible subchannel/vc4 that it is connected to
or Unconnected if not connected.

An arbitrary index assigned to each if entry.

The management name of the Lanes,
e.g. Lane:1:2:1:4 where the first number
indicates sub-rack, the second slot number and
the third is the interface number. The last
number is the lane id within the Client frame.

The number of the subrack where the lane is
located.

The number of the slot where the lane is
located.

The number of the port where the TX-side of the
lane is located.

The number of the port where the RX-side of the
lane is located.

The id of the lane within the Client frame.

The received power level in units of 0.1 dBm.

The wavelength/frequency associated with the lane.
ch871 means the frequency 187.1 THz.
w1310 means the wavelength 1310 nm.

undefined if no wavelength is applicable.

The counter associated with the number of
Bit Interleave Parity errors in a particular lane.

Command to reset the BIP-8 error counter value.

Loss of signal.
Applicable for all signal formats.

A(ctivation): Active loss of signal HW
indication.

D(e-activation): Inactive loss of signal HW
indication.

Property mask.

Loss of sync.
All forms of sync loss.

A(ctivation): GbE 'frame' can not be located.

D(e-activation): GbE 'frame' is located.

Local link fault. IEEE 802.3ah

A(ctivation): Active local link fault indication.

D(e-activation): Inactive local link fault indication.

Remote link fault. IEEE 802.3ah

A(ctivation): Active remote link fault indication.

D(e-activation): Inactive remote link fault indication.

High bit error rate (Hi-Ber). IEEE 802.3ah

A(ctivation): Active high bit error rate.

D(e-activation): Inactive high bit error rate.

The lowest power that the receiver is guaranteed
to handle, in units of 0.1 dBm.

Received power level low threshold exceeded.
Relative to the threshold in the port interface
table.
Applicable for all signal formats.

alarm: The received power level is below the
associated threshold.
…

The physical interface number.

Internal object reference

Internal object reference of the clientIf

The administrative state for the interface.

down - The interface is de-activated.

service - The interface is activated but alarms are
suppressed. Intended for use during service or
re-confi…

The operational state for the interface.

notPresent - The physical resources are not
available.

down - The interface is de-activated or there are
faults preventing its transition to the 'up…

Internal port reference for traffic unit.

An arbitrary index assigned to each if entry.

The management name of the Lanes,
e.g. Lane:1:2:1:4 where the first number
indicates sub-rack, the second slot number and
the third is the interface number. The last
number is the lane id.

The number of the subrack where the lane is
located.

The number of the slot where the lane is
located.

The physical interface number.

The identity of the lane within the Client frame.

The administrative state for the interface.

down - The interface is de-activated.

service - The interface is activated but alarms are
suppressed. Intended for use during service or
re-confi…

The operational state for the interface.

notPresent - The physical resources are not
available.

down - The interface is de-activated or there are
faults preventing its transition to the 'up…

The operational state of the laser.

off - The laser is turned off.

on - The laser is turned on.

The lowest power that the receiver is guaranteed
to handle, in units of 0.1 dBm.

The received power level in units of 0.1 dBm.

The lower threshold for received power level in
units of 0.1 dB, relative to the receiver
sensitivity.

The wavelength/frequency associated with the lane.
ch871 means the frequency 187.1 THz.
w1310 means the wavelength 1310 nm.

undefined if no wavelength is applicable.