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Configuring FRSM 2CT3 Cards

Configuring FRSM 2CT3 Cards

The FRSM-2CT3 module sits in any of the MGX 8250 Service Module slots. The FRSM-2CT3 is a high speed frame relay service module. It provides 2 channelized T3 lines with 28 channelized T1 lines on each T3 (in other words, 56 T1 lines for the entire card) and a peak throughput of 90 Mbps.

This chapter describes dialogs that show configuration information for:

Displaying Card Parameters

Select the FRSM card to display FRSM card configuration dialogs by doing one of the following:

The FRSM-2CT3 Card Category menu contains the following items:

These dialogs are described in the sections that follow.

FRSM-2CT3 Card Configuration Dialog

Use this dialog to view FRSM-2CT3 card characteristics, hardware, firmware, and status information. The Card Configuration dialog parameters are described in Figure 4-1.


Figure 4-1: Card Configuration Dialog



Table 4-1: Card Configuration Dialog Parameters 
Parameter

Description

 Slot Number


 Number of the current slot the card is installed in.


 Card Type


 Current card type. In this case, it is a FRSM.


 Card State


 Front card status. Can be: 


  • nocard
    

  • standby
    

  • active
    

  • failed
    

  • selfTest
    

  • heldInReset
    

  • boot
    

  • mismatch
    

  • unknown
    

  • coreCardMisMatch
    

  • blocked
    

  • reserved
    



 Front Card Description


 Description of the front card.


 Front Card Serial No


 Serial number of the front card.


 Card Hardware Revision


 Current card hardware revision.


 Card Firmware Revision


 Current card firmware revision.


 MIB Version Number


 MIB version number updated when any part of the MIB changes.


 Card Reset Reason


 Reason for the last card reset. Can be Powerup, parityError, watchDog, resource, clrAll, missingTask.


 Line Module Type


 Current line module number. Can be:


  • lm-T3
    



 Line Module State


 Current back card state. Can be any of: notPresent, Present, invalid.


 Line Module Description


 Description of the current back card.


 Line Module Serial Number


 Serial number of the current back card.


 Line Module Hardware Revision


 Hardware revision of the current back card


 Line Module Firmware Revision


 Firmware revision of the current back card.

Service Module Features

Use this dialog to view service module features for the FRSM card. (See Figure 4-2.)


Figure 4-2: FRSM Service Module Features Dialog


The parameters are described in Table 4-1.


Table 4-2: FRSM Service Module Features Dialog Parameters 
Parameter

Description

 Channelized Card?


 Indicates whether this card will support DS0 channels.


 Card Supports Foresight?


 Indicates whether this card will support ForeSight. Can be rateControlEnabled or rateControlDisabled.


 FUNI Allowed?


 Whether the card supports FUNI. Possible values are 1) disabled and 2) enabled.


 Card Supports SVC?


 Whether SVC is allowed on the channel. Possible values are 1) disabled and 2) enabled.


 OAM Loopback Allowed?


 Indicates whether RAS-OAM loopback test is enabled or disabled for this card.


 OAM Loopback Frequency


 Indicates the frequency in minutes in which the RAS task sends one OAM loopback cell per idle connection. Possible values: 1..10.


 EgressQOS


 Affects usability of the port service queue. The value indicates the various classes of service supported, e.g. Hi Priority, VBR rt, etc. An egrQosFeatureEnabled value indicates classes of service supported by the channel MIB objectchanServType. An egrQosFeatureDisabled value supports priority-based queuing as defined by the channel MIB object egressQSelect.

Note   This is not a configurable dialog.

The CLI commands related to this dialog are dspfeature, chanfst, and clrsmcnf commands.

FR Port Realtime Counters

Use the FR Port Realtime Counters dialog to view FR port Realtime counters on a FRSM card. (See Figure 4-3.)


Figure 4-3: FR Port Realtime Counters Dialog


The FR Port Realtime Counters dialog parameters are described in Table 4-3.


Table 4-3: FR Port Realtime Counters Dialog Parameters
Parameter Description

Port Num

Port number.

Rcv Port Frames

Total number of receive port frames.

Rcv Port Bytes

Total number of receive port bytes.

Rcv Port Frames with DE

Total number of frames received in the Ingress direction.

Rcv Port FECNs

Total number of frames with forward explicit congestion notification (FECN) bit set in the Ingress direction.

Rcv Port BECNs

Total number of frames with backward explicit congestion notification (BECN) bit set in the Ingress direction.

Rcv CRC ErrFrames

Total number of frames discarded in Ingress due to cycle redundancy check (CRC) error.

Rcv Frames DiscAlignmentErr

Total number of frames discarded in Ingress due to alignment error.

Rcv Frames DisIllLen

Total number of frames discarded in Ingress due to alignment error.

Rcv Frames DiscIllLen

Total number of frames discarded in Ingress due to illegal length.

Rcv Frames Illegal Header

Total number of frames discarded in Ingress due to illegal header.

Rcv Frames Abort

Total number of received frames aborted.

Rcv Frames Unknown DLCI

Total number of frames received with an unknown DLCI.

Rcv Last UnKnown DLCI

Last unknown DLCI received.

Rcv Frames Tagged FECN

Total number of frames received that were tagged with forward explicit congestion notification (FECN) bit.

Rcv FramesTaggedBECN

Total number of frames received that were tagged with backward explicit congestion notification (BECN) bit.

Rcv Frames Tagged DE

Total number of frames received that were tagged with discard eligible (DE) bit.

Rcv Frames Disc Exceeded Threshold

Total number of frames discarded in Ingress due to exceeded discard eligible (DE) threshold.

Rcv Kbps AIR

Received Average Information Rate (AIR) in Kbps.

Rcv Buf Not Available

Total number of times the receiver is turned off.

Xmt Port Frames

Total number of frames transmitted.

Xmt Port Bytes

Total number of bytes transmitted.

Xmt Port Frames FECN

Total number of frames transmitted with forward explicit congestion notification (FECN) bit already set.

Xmt Port Frames BECN

Total number of frames transmitted with backward explicit congestion notification (BECN) bit already set.

Xmt Port Disc ExceedQDepth

Total number of frames discarded in Egress due to exceeded queue depth.

XmtPortBytesDiscXceedQDepth

Total number of bytes discarded in Egress due to exceeded queue depth.

Xmt Port Frames During LMI Alarm

Total number of frames transmitted during Local Management Interface (LMI) logical port alarm.

Xmt Port Bytes During LMI Alarm

Total number of bytes transmitted during LMI logical port alarm.

Xmt Port Frames Abort

Total number of transmit frames aborted.

Xmt Port Underrun

Total number of frames discarded due to overrun.

Xmt Kbps AIR

Transmit Average Information Rate in Kbps.

Xmt Buf Not Available

Total number of times the transmitter is turned off.

Rcv Frames Discarded due to No Chan

Total number of frames received when no channel is set up.

Rcv Status Inquiry

Total number of Status Inquiry messages received.

Rcv Invalid Request

Total number of Invalid Request messages received.

Rcv Uni Seq Mismatch

Number of times User-Network Interface (UNI) messages with sequence number mismatches were received.

Xmt Status

Number of times Status Response messages were transmitted.

Xmt Asynch Update

Number of times Asynchronous Status messages were transmitted.

UNI Signalling Timeout

Number of times User-Network Interface (UNI) Status Requests were not received.

Xmt Status Inquiry

Number of status inquiry messages transmitted.

RCV Asynch Update

Number of times asynchronous status messages were received.

Rcv NNI Seq Mismatch

Number of times Network-to-Network (NNI) messages with sequence number mismatches were received.

Rcv NNI Signaling Timeout

Number of times Network-to-Network (NNI) status requests were not received.

Rcv Frames CLLM

Total number of CLLM frames received.

Rcv Bytes CLLM

Total number of CLLM bytes received.

Xmt Frames CLLM

Total number of CLLM frames transmitted.

Xmt Bytes CLLM

Total number of XMT CLLM bytes received.

CLLM Failures

Number of times an expected CLLM message was not received.

Note   The FR Port Realtime Counters dialog is not a configurable dialog.

LCN Partition Type

Use the LCN Partition Type dialog to configure LCN partition type on a FRSM card.
(See Figure 4-4.)


Figure 4-4: LCN Partition Type Dialog


Choose one from the cardLcnPartitionType pulldown menu: 

  • No Partition
    



 Disables partitioning on the current card.


  • controllerBased
    



 Enables controller based resource type for the current card. This means the total number of LCNs available to each controller is fixed but no reservation on each port.


  • portControllerBased
    



 Enables card specific resource partitioning on the current card. This means that a certain number of LCNs available on each port for each controller is reserved as specified in the port resource.

Note   This dialog must be configured before adding any connections. Once a connection is added, this dialog cannot be changed until all of the connections are deleted.

To modify LCN partition type, make the changes you want and click Modify.

Ports

Use the Ports dialog to configure Ports on a FRSM-2CT3 card. The Ports dialog parameters are described in Table 4-4.


Figure 4-5: Card/Ports Dialog



Table 4-4: Card/Ports Dialog Parameters
Parameter Description

Port Num

Logical port number.

Port Line Number

Line number.

Port Row Status

Port row enabled status. Choose one from the popup menu:

  • del

  • mod

Use the create button to add a port.

Clear Port Counters?

Clears port row status. Choose noaction or clear from the popup menu.

Port Ds0 Config BitMap

Bitmap of DS0s for a line, used to form this logical port. Bit 0 represents DS0-1.

Port Flags

Number of flags transmitted between FR frames.

EQueue Service Ratio

Number of times queue 1 is serviced for every time queue 2 is serviced.

Port Speed (kbps)

Port speed in Kbps.

Port Admin Status

Port administrative status. Choose one from the popup menu:

  • up

  • down

Port State

Logical port state. Can be one of the following:

  • notConfigured

  • active

  • remoteLoopback

  • linefailure

  • signallingfailure

  • outofcelldelineation

  • localloopback

Port Type

Port type. Choose one from the popup menu:

  • frame-relay

  • frFUNI

  • frame-forward

Signalling Protocol Type

Signalling protocol type. Choose one from the menu:

  • noSignalling

  • strataLMI

  • annexAUNI

  • annexDUNI

  • annexANNI

  • annexDNNI

Async Updates

Enables asynchronous status updates. Choose disable or enable from the popup menu.

Link Integrity Timer (Secs)

Interval in seconds for NNI to do status polling.

Poll Verification Timer (Secs)

Interval in seconds for UNI to expect status polling.

Status Polling Counter

Number of UNI/NNI polling cycles.

Error Threshold

UNI/NNI error threshold.

Event Count

UNI/NNI events, always greater than the Error Threshold parameter.

Enhanced LMI

Indicates whether or not enhanced LMI is enabled on a logical port. Choose disable or enable from the popup menu.

CLLM Enable

Enables or disables CLLM. Choose disable or enable from the popup menu.

CLLM XMT Status Timer (Milli Secs)

Interval in milliseconds for CLLM to send CLLM updates.

Port Signalling State

Port Signalling State.

  • Bit 0 = 0 LMI okay or not enabled

  • Bit 0 = 1 LMI failed

  • Bit 1 = 0 CLLM okay or not enabled

  • Bit 1 = 1 CLLM failed

Port Oversubscribed

Indicates whether or not the port is oversubscribed. Can be true or false.

Port Ingress Percent Utilization

Indicates whether or not the port is oversubscribed. Can be true or false.

Port Egress Percent Utilization

Percentage of utilization of the port in the Egress direction.

Channels

The Channels menu item contains two dialogs:

These dialogs are described in the sections that follow.

Card/Channels (FR)

Use the Card/Channels (FR) dialog to configure channels on a FRSM card. (See Figure 4-6.)


Figure 4-6: Card/Channels (FR) Dialog


The Card/Channels (FR) dialog parameters are described in Table 4-5.


Table 4-5: Cards/Channels (FR) Dialog Parameters
Parameter Description

Channel Number

Virtual connection number.

Channel RowStatus

Channel status. Choose one from the popup menu:

  • add

  • del

  • mod

Channel Port Number

Refers to the logical ports that are possible on this card, the user must set this variable.

Clear Channel Counters?

Clears Channel Port Counters. Choose: noaction or yes.

DLCI

Data-link connection identifier (DLCI) number of the channel. The user must set this variable. All the connections on the same port should have a unique DLCI number.

Note   When adding a channel to a port that has LMI signalling enabled, do not use DLCI number 0(ANNEX A & D) and 1023(STRATA LMI).

Egress Q Select

Selects one of two possible port queues. Can be one of the following:

  • highPriority

  • lowPriority

  • notSupported (indicates this entry is not used)

Ingress Q Depth

Sets the maximum depth for queue before it starts dropping cells. It is defined in terms of number of bytes.

Ingress Q ECN Threshold

Sets the maximum depth for queue before it starts flow control. It is defined in terms of number of bytes.

Ingress Q DE Threshold

Sets the maximum depth for queue before they become discard eligible. It is defined in terms of number of bytes.

Egress Q Depth

Sets the maximum depth for queue before it starts dropping the cells. It is defined in terms of number of bytes.

Egress Q DE Threshold

Sets the maximum depth for queue before they become discard eligible. It is defined in terms of number of bytes.

Egress Q ECN Threshold

Sets the maximum depth for queue before it starts flow control. It is defined in terms of number of bytes.

Enable DE Tagging

Enables DE tagging in the Ingress direction only. Choose enable or disable from the popup menu. The default is disable.

Committed Information Rate (BPS)

Defines the Committed Information Rate in bits per second. The default is 2400. The maximum value for E1 is 2048000; the maximum value for T1 is 1536000. CIR has to be less than or equal to the port speed.

Burst Committed

Defines the Burst Committed. The default value is 5100. If CIR is not 0, BC cannot be 0. BC must be o if CIR is 0.

Burst Excess

Defines the Burst Excess. The default value is 5100. If CIR is not 0, BE cannot be 0.

Burst Size

Default is 100. IBS should be less than or equal to BC when CIR is greater than 0. IBS must be 0 when CIR is 0.

Enable Foresight

Sets the foreSight option. Choose enable or disable from the popup menu. The default is disable.

Quiescent Information Rate (CPS)

Defines Quiescent Information Rate for ForeSight in cells per second. The default is 10.

Minimum Information Rate (CPS)

Defines Minimum Information Rate for ForeSight in cells per second. The default is 10.

Peak Information Rate (CPS)

Defines Peak Information Rate for ForeSight in cells per second. The default is 10.

Remote Lpbk State

Used to enable or disable the remote loopback for each channel. When you enable this option on a channel, all the cells coming from the network side are looped back towards the network and all the frames coming from the user side are dropped. The default is disable.

Channel Test Type

Tests the continuity or delay of a connection, sending specific cell patterns towards the network. The terminating end of this connection has to be an AXIS or ASI of a BPX in order for this test to be working. The receiving node would loop back when it receives these cells. The test should be done in about couple of seconds. testcon tests the continuity of the connection. testdelay uses the same test except that it measures for delay through the network.

Choose one from the popup menu:

  • testcon

  • testdelay

  • notest (This is the default.)

To test the delay follow this procedure:

    1. Set Channel Test Type to testdelay.

    2. Read Channel Test State till it is Pass or Fail.

    3. Read Round Trip Delay for the delay if it is Pass.

Note   The Channel Test Type returns to notest when the test is complete.

To test the continuity follow this procedure:

    1. Set Channel Test Type to testcon.

    2. Read Channel Test State till it is Pass or Fail.

Note   The Channel Test Type returns to notest when the test is complete.

You can not select two tests back to back. Select one test and wait for it to complete it's cycle before selecting another test.

Channel Test State

State of the test. Can be one of the following:

  • passed

  • failed

  • inprogress

  • notinprogress

When you add a connection, the Channel Test State becomes notinprogress. When you select any test, it goes to the inprogress state. After it completes the test, failed or passed is displayed.

Round Trip Delay (Milli Secs)

Round trip delay in milliseconds. When Channel Test Type is testdelay, the result of the test can be read in chanRTDResult.

Channel Type

Sets the channel type. Choose one from the popup menu:

  • frNIW—Frame Relay Network Interworking

  • frSIW-transparent—Service Interworking without any SDU translation

  • frSIW-translate—Service Interworking with SDU translation

  • frFUNI—Frame Relay UNI

  • frForward—Frame Forwarding

Channel FECN Config

Sets the forward explicit congestion notification (FECN) configuration mapEFCI, valid only for SIW. The FECN bits in frame relay are mapped to Explicit Forward Congestion Indication (EFCI) bit in the ATM cells. Choose mapEFCI or setEFCIzero from the popup menu.

Map CLP Bit

Sets the mapping of cell loss priority (CLP) bit. Choose one from the popup menu:

  • mapCLP—The discard eligible (DE) bit is mapped to cell loss priority (CLP) bit in ATM cell.

  • setCLPzero—The discard eligible (DE) bit is ignored and cell loss priority (CLP) bit is set to a constant value.

  • setCLPone—The discard eligible (DE) bit is ignored and cell loss priority (CLP) bit is set to a constant value.

Map DE Bit

Sets the mapping of discard eligible (DE) bit. Choose one from the popup menu:

  • mapDE—The cell loss priority (CLP) bit is mapped to discard eligible (DE) bit in frame relay.

  • setDEzero—The cell loss priority (CLP) bit is ignored and discard eligible (DE) bit is set to a constant value.

  • setDEone—The cell loss priority (CLP) bit is ignored and discard eligible (DE) bit is set to a constant value.

  • ignoreCLP—Ignores cell loss priority (CLP) bit and discard eligible (DE) bit remains as received.

Ingress Percent Util

Channel ingress utilized percentage. Can be 1...100.

Egress Percent Util

Channel egress utilized percentage. Can be 1...100.

Egress CIR

Channel egress committed information rate (CIR). The Egress CIR has to be less than or equal to the port speed.

Maximum value for E1 card = 2048000

Maximum value for T1 card = 1536000

Override Oversubscription

Permits adding a new connection on a port, even if it is oversubscribed. Choose disable or enable from the popup menu.

FR Conn Type

Frame Relay (FR) channel connection type. Choose pvc or svc from the popup menu.

FR CDR Number

Frame Relay (FR) count data records (CDR) key to correlate cell/frame counts, start/end record.

Card/Channels State Info (FR)

Use the Card/Channels State Info (FR) dialog to configure channel state information on a FRSM card. The Card/Channel State Info (FR) dialog parameters are described in Table 4-5.


Table 4-6: Card/Channels State Info (FR) Dialog Parameters 
Parameter

Description

 stateChanNum


 Virtual connection number. FRSM-2T3/E3 supports a range from 16..2015 (2000 entries).


 ChanState


 Indicates the LMI state of the channel. Can be one of the following:


  • notConfigured
    

  • okay
    

  • alarm
    



 xmtAbitState


 A bit transmit state. Can be one of the following:


  • off—LMI off.
    

  • sendingAequal1—LMI on and connection is O.K.
    

  • sendingAequal0—LMI on and connection has failed.
    



 rcvAbitState


 The A bit receive state. Can be one of the following:


  • off—LMI off.
    

  • sendingAequal1—LMI on and connection is O.K.
    

  • sendingAequal0—LMI on and connection has failed.
    



 xmtATMState


 Indicates the transmit state of the channel on the ATM side:


  • notSending—Not sending any state.
    

  • sendingAIS—Sending AIS OAM state.
    

  • sendingFERF—Sending FERF OAM state.
    



 rcvATMState


 Indicates the receiving state of the channel on the ATM side:


  • notRcving—Not sending any state.
    

  • rcvingAIS—Receiving AIS OAM state.
    

  • rcvingFERF—Receiving FERF OAM state.

Lines Configuration

This section describes configuration parameters for dsx3 and channelized dsx1 lines.

There are four ways to select the line (the rear view of the card must be displaying) to display the appropriate line configuration dialog:

To display the configuration parameters for a particular line/port, click on the Category popup menu at the top of the dialog. The categories of line configuration available for this card are:

Use these dialogs to view and configure dsx3 line information. (If you reached any of these dialogs by device selection, the total number of rows read is displayed at the bottom of the dialog.) To select another line for viewing, enter a line number in the LINE field at the top of the dialog. The dialog is refreshed and displays the new information.

Physical Line Config(dsx3)

Use the Physical Line Configuration (dsx3) dialog to view and configure dsx3 physical line configuration information. (See Figure 4-7.)


Figure 4-7: Physical Line Config (dsx3) Dialog


The Physical Line Configuration (dsx3) dialog parameters are described in Table 4-7.


Table 4-7: Physical Line Config (dsx3) Parameters
Parameter Description

Line Number

Line number.

Line Enable

Choose enable or disable.

Line Type

Line type Choose one from the popup menu:

  • dsx3CbitParity

  • g832-g804

  • dsx3M23

  • g751

  • dsx3Unframed

  • e3Unframed

Line Coding

Line coding. Can be dsx3B3ZS or e3HDB3.

Line Length (Feet)

Line length. Choose lessThan225 or moreThan225 from the popup menu.

Line OOF Criteria

Line OOF decision criteria. Can be fBits30f8 or fBits3Of16.

Line check AIS Bits?

Choose checkCbits or ignorebits from the popup menu.

If checkCbits, AIS is declared when 1010 pattern is found and C-Bits are all zero. If ignorebits, an AIS condition is declared when the AIS pattern 1010 is detected, regardless of the state of the C-Bits.

Line Loopback Command

Loopback configuration of the DS3/E3 interface. Choose one from the popup menu:

  • dsx3NoLoop

  • dsx3RemoteLineLoop

  • dsx3LocalLineLoop

  • dsx3InbndLocalLoopback

Line Receive FEAC Validation

Far-end alarm and control (FEAC) code validation criteria.

Choose fFEACCodes4Of5 or fFEACCodes8Of10 from the popup menu.

If FEACCodes4Of5 is specified, a valid FEAC codes is declared if four of five codes match. If fFEACCodes8Of10 is specified, a valid FEAC code is declared when eight of ten codes match.

Line Transmit FEAC Code

Indicates the bit-oriented code to transmit over the far-end alarm and control (FEAC) channel. Choose one from the popup menu:

  • dsx3SendNoCode

  • dsx3SendLineCode

  • dsx3SendLineCode

  • dsx3SendPayLoadCode

  • dsx3SendResetCode

  • dsx3SendDS1LoopCode

  • dsx3SendSendTestPattern

Line XMT Clock Src

Line transmit clock source. Choose one from the popup menu:

  • backplaneClk

  • recoverClk

  • localClk

Far End Loopback Status

Bitmap of the dsx3 FarEnd line loopback status bits.

Line Equalizer

Determines type of line equalizer. Choose one from the popup menu:

  • intrnlequalizer

  • extequalizer

To modify the parameters, make the changes you want and click Modify.

dsx3 Physical Line Alarm Configuration

Use the dsx3 Physical Line Alarm Configuration dialog to view and configure dsx3 physical line alarm information. (See Figure 4-8.)


Figure 4-8: Physical Line Alarm Config (dsx3) Dialog


The dsx3 Physical Line Alarm Configuration dialog parameters are described in Table 4-8.


Table 4-8: Physical Line Alarm Config (dsx3) Parameters
Parameter Description

Line Alarm State

Status of the line alarm. A value of zero indicates no alarms.

Line Statistical Alarm State

Status of the line statistical alarms. A value of zero indicates no alarms.

Red Severity

Used to set up the severity of RED alarm. When an LOS/LOF alarm is detected, the BNM sends the alarm with the appropriate alarm status. Can be minor or major.

RAI Severity

Used to set up the severity of RAI alarm. When RAI alarm is detected, the BNM sends the alarm with the appropriate alarm status. Can be minor or major.

Near End Alarm Up Count

Specifies the increment to the near-end alarm integration counters. The local alarms are LOS and LOF. The default is 6, and the integration counter is incremented by this value every 10 milliseconds when the alarm persists. The counter is decremented by the value of Near End Alarm Down Count while there is no alarm (the counter does not decrement below zero). When the integration counter exceeds dsx3NEAlarmThreshold, an alarm of the severity specified for the particular NE alarm is declared.

Near End Alarm Down Count

Specifies the decrement to the near-end alarm integration counters. The local alarms are LOS and LOF. The default is 1, and the integration counter is decremented by this value every 10 milliseconds while no alarm persists. The counter is incremented by the value of Near End Alarm Up Count while there is no alarm (the counter does not decrement below zero). When the integration counter reaches zero, any alarm previously declared is removed.

Near End Alarm Threshold

Determines the value that the alarm integration counter must reach for a near-end alarm to be declared. If the up count is 6, the down count is 1, and the threshold is 1500, an alarm is integrated in 2.5 seconds and removed in 15 seconds.

Far End Alarm Up Count

Determines the value that the alarm integration counter must reach for a near-end alarm to be declared. If the up count is 6, the down count is 1, and the threshold is 1500, an alarm is integrated in 2.5 seconds and removed in
15 seconds.

Far End Alarm Down Count

Specifies the decrement to the far-end alarm integration counters. The local alarms are RAI and AIS. The default is 1, and the integration counter is decremented by this value every 10 milliseconds while no alarm persists. The counter is incremented by the value of Far End Alarm Up Count while there is no alarm (the counter does not decrement below zero). When the integration counter decrements to zero, any previously declared alarm is removed.

Far End Alarm Threshold

Determines the value that the alarm integration counter must reach for a far-end alarm to be declared. If the up count is 6, the down count is 1, and the threshold is 1500, an alarm is integrated in 2.5 seconds and removed in
15 seconds.

Statistical Alarm Severity

Used to set up the severity of any of the statistical alarms. When a statistical counter exceeds it specified threshold, the AUM sends the alarm with the appropriate severity. Can be minor or major.

To modify the parameters, make the changes you want and click Modify.

dsx3 Counters

There are two dialogs for dsx3 counter configuration. Use the dsx3 Counters dialogs to view and configure dsx3 Counters. (See Figure 4-9 and Figure 4-10).

dsx3 Counters (1 of 2)


Figure 4-9: dsx3 Counters (1 of 2) Dialog


The dsx3 Counters (1 of 2) dialog parameters are described in Table 4-9.


Table 4-9: dsx3 Counters (1 of 2) Parameters
Parameter Description

dsx3CounterClrButton

Choose noAction or clear.

Rcv LOS Count

Number of times the Loss of Signal is detected with or without integrating to LOS alarm.

Rcv OOF Count

Number of times the Out Of Frame is detected with or without integrating to OOF alarm.

RAI Count

Number of times yellow alarms is detected with or without integrating to RAI alarm.

CCV Count

Number of C Bit Coding Violations encountered by a DS3/E3 interface.

FE Count

Number of Framing Pattern Errors encountered by a DS3/E3 interface.

LCV Current

Number of Line Code Violations encountered by the interface.

LCV 15 Min Bucket

Number of Line Code Violations in the last 15-minute period encountered by the interface.

LCV 24 Hr Bucket

Number of Line Code Violations in the last 24-hour period encountered by the interface.

LES Current

Number of Line Code Violations Errored Seconds encountered by the interface.

LES 15 Min Bucket

Number of Line Code Violations Errored Seconds in the last 15-minute period encountered by the interface.

LES 24 Hr Bucket

Number of Line Code Violations Errored Seconds in the last 24-hour period encountered by the interface.

LSES Current

Number of Line Code Violations Severely Errored Seconds encountered by the interface.

LSES 15 Min Bucket

Number of Line Code Violations Severely Errored Seconds in the last 15-minute period encountered by the interface.

LSES 24 Hr Bucket

Number of Line Code Violations Severely Errored Seconds in the last 24-hour period encountered by the interface.

PCV Current

Number of P-Bit Code Violations encountered by the interface.

PCV 15 Min Bucket

Number of P-Bit Code Violations in the last 15-minute period encountered by the interface.

PCV 24 Hr Bucket

Number of P-Bit Code Violations in the last 24-hour period encountered by the interface.

dsx3Counters (2 of 2)


Figure 4-10: dsx3 Counters (2 of 2)


The dsx3 Counters (2 of 2) dialog parameters are described in Table 4-10.


Table 4-10: dsx3 Counters (2 of 2) Parameters
Parameter Description

dsx3CounterClrButton

Clears all dsx3 counters. Choose noAction or clear.

dsx3LineAlarmClrButton

Clears all dsx3 line alarms. Choose noAction or clear.

PES Current

Number of P-Bit Code Violations Severely Errored Seconds encountered by the interface.

PES 15 Min Bucket

Number of PCV Severely Errored Seconds in the last 15-minute period encountered by the interface.

PES 24 Hr Bucket

Number of PCV Severely Errored Seconds in the last 24-hour period encountered by the interface.

PSES Current

Number of Severely Errored Framing Seconds encountered by the interface.

PSES 15 Min Bucket

Number of PCV Severely Errored Seconds in the last 15-minute period encountered by the interface.

PSES 24 Hr Bucket

Number of PCV Severely Errored Seconds in the last 24-hour period encountered by the interface.

SEFS Current

Number of Severely Errored Framing Seconds encountered by the interface.

SEFS 15 Min Bucket

Number of Severely Errored Framing Seconds in the last 15-minute period encountered by the interface.

SEFS 24 Hr Bucket

Number of Severely Errored Framing Seconds in the last 24-hour period encountered by the interface.

AISS Current

Number of AIS Severely Errored Seconds encountered by the interface.

AISS 15 Min Bucket

Number of AIS Severely Errored Seconds in the last 15-minute period encountered by the interface.

AISS 24 Hr Bucket

Number of AIS Severely Errored Seconds in the last 24-hour period encountered by the interface.

UAS Current

Number of Unavailable Seconds encountered by the interface.

UAS 15 Min Bucket

Number of Unavailable Seconds in the last 15-minute period encountered by the interface.

UAS 24 Hr Bucket

Number of Unavailable Seconds in the last 24-hour period encountered by the interface.

Percent LCV EFS

Percentage of seconds without any LCV Errors in the total elapsed seconds.

To modify the parameters, make the changes you want and click Modify.

Channelized Line Configuration (dsx1)

Use the Channelized Line Config(dsx1) dialog to view and configure dsx1 channelized line information. (See Figure 4-11.)


Figure 4-11: Channelized Line Config (dsx1) Dialog


The Channelized Line Config(dsx1) dialog parameters are described in Table 4-11.


Table 4-11: Channelized Line Config(dsx1) Dialog Parameters
Parameter Description

Line Num

Channelized line number

Type

Line type.

Line Enable

Line enable status. Choose one from the popup menu:

  • modify

  • enable

  • diable

XMT Clock

Transmit clock source. Choose one from the popup menu:

  • localTiming

  • loopTiming

  • throughTiming

Loopback

Line loopback conmfiguration of the ds1 interface. Choose one from the popup menu:

  • dsx1LocalLoop

  • dsx1NoLoop

  • dsx1RemoteLoop

Code Sent

Type of code sent across the ds1 line. Choose one from the popup menu:

  • dsx1SendNoCode

  • dsx1SendLineCode

  • dsx1SendPayLoadCode

  • dsx1SendResetCode

  • LineUsedTimeslotsBitMap

DS0's Used

DS0s for this line.

Loopback code Detect

Indicates whther or not detection of line loopback codes is enabled. Choose codeDetectDisabled or codeDetectEnabled from the popup menu.

Enable BERT

Use to Enable or disable BERT.

To modify the parameters, make the changes you want and click Modify.

Channelized Line Alarm Configuration (dsx1)

Use the Channelized Line Alarm Config (dsx1) dialog to view and configure dsx1 channelized line alarm information. (See Figure 4-12.)


Figure 4-12: Channelized Line Alarm Config (dsx1) Dialog


The Channelized Line Alarm Config (dsx1) dialog parameters are described in Table 4-12.


Table 4-12: Channelized Line Alarm Config (dsx1) Dialog Parameters
Parameter Description

Line Number

Identifies the selected DS1/E1 line.

Line Alarm State

Bitmap of the DSX1 Line Statictical Alarms. A value of zero indicates no alarms. Itemized below are the individual alarm bits:

0—LCV 15 minute threshold exceeded

1—LCV 24 hour threshold exceeded

2—LES 15 minute threshold exceeded

3—LES 24 hour threshold exceeded

4— LSES 15 minute threshold exceeded

5—LSES 24 hour threshold exceeded

6—CRC 15 minute threshold exceeded

7—CRC 24 hour threshold exceeded

8—CRCES 15 minute threshold exceeded

9—CRCES 24 hour threshold exceeded

10—CRCSES 15 minute threshold exceeded

11—CRCSES 24 hour threshold exceeded

12—SEFS 15 minute threshold exceeded

13—SEFS 24 hour threshold exceeded

14—AISS 15 minute threshold exceeded

15—AISS 24 hour threshold exceeded

16—UAS 15 minute threshold exceeded

17—UAS 24 hour threshold exceeded

Line Statistical Alarm State

Bitmap of the DSX1 Line Statictical Alarms. A value of zero indicates no alarms. Itemized below are the individual alarm bits:

0—LCV 15 minute threshold exceeded

1—LCV 24 hour threshold exceeded

2—LES 15 minute threshold exceeded

3—LES 24 hour threshold exceeded

4—LSES 15 minute threshold exceeded

5—LSES 24 hour threshold exceeded

6—CRC 15 minute threshold exceeded

7—CRC 24 hour threshold exceeded

8—CRCES 15 minute threshold exceeded

9—CRCES 24 hour threshold exceeded

10—CRCSES 15 minute threshold exceeded

11—CRCSES 24 hour threshold exceeded

12—SEFS 15 minute threshold exceeded

13—SEFS 24 hour threshold exceeded

14—AISS 15 minute threshold exceeded

15—AISS 24 hour threshold exceeded

16—UAS 15 minute threshold exceeded

17—UAS 24 hour threshold exceeded

Setup Severity of Red Alarm

Sets up the severity of Red alarm. A major alarm will cause the audible notification and the major alarm LED will be turned ON. A minor alarm will just turn on the minor alarm LED. Choose major or minor from the popup menu.

Note   This is not applicable for CESM-T3/E3.

Setup Severity of RAI Alarm

Sets up the severity of RAI alarm. A major alarm will cause the audible notification and the major alarm LED will be turned ON. A minor alarm will just turn on the minor alarm LED. Choose major or minor from the popup menu.

Note   This is not applicable for CESM-T3/E3.

Near-End Alarm Counter (up counter)

Specifies the increment to the Near End alarm integration counters. The local alarms are LOS and LOF. The Default value is 6 and the integration counter is incremented by this value every 10 ms while the alarm persists. The counter is decremented by the value of Near-End Alarm Down Counter while there is no alarm (the counter does not decrement below zero). When the integration counter exceeds Near End Alarm Threshold, an alarm of the severity specified for the particular near-end alarm is declared.

Note   This is not applicable for CESM-T3/E3.

Near-End Alarm Counter (down counter)

Specifies the decrement to the Near End alarm integration counters. The local alarms are LOS and LOF. The Default value is 1 and the integration counter is decremented by this value every 10 ms while no alarm persists. The counter is incremented by the value of the Near-End Alarm Up Counter while there is no alarm (the counter does not decrement below zero). When the integration counter reaches zero any Alarm previously declared is removed.

Note   This is not applicable for CESM-T3/E3.

Near-End Alarm Threshold

Determines the value that the alarm integration counter must reach for a near-end alarm to be declared. If the up count is 6, the down count is 1 and the threshold 1500, an Alarm is integrated in 2.5 sec and removed in 15 seconds.

Note   This is not applicable for CESM-T3/E3.

Far-End Alarm Counter (up counter)

Specifies the increment to the Far End alarm integration counters. The local alarms are RAI and AIS. The default value is 6 and the integration counter is incremented by this value every 10 ms while the alarm persists. The counter is decremented by the value of Far-End AlarmDown Counter while there is no alarm (the counter does not decrement below zero). When the integration counter exceeds the Far-End Alarm Threshold, an alarm of the severity specified for the particular far end alarm is declared.

Note   This is not applicable for CESM-T3/E3.

Far-End Alarm Counter (down counter)

Specifies the decrement to the Far End alarm integration counters. The local alarms are AIS and RAI. The Default value is 1. The integration counter is decremented by this value every 10 ms (till zero), while no alarm persists. The counter is incremented by the value of Far-End Alarm Up Counter while there is no alarm. When the integration counter decrements to zero, any previously declared Alarm is removed.

Note   This is not applicable for CESM-T3/E3.

Far-End Alarm Threshold

Determines the value that the alarm integration counter must reach for an far end alarm to be declared. If the up count is 6, the down count is 1 and the threshold 1500, an alarm is integrated in 2.5 sec and removed in 15 seconds.

Note   This is not applicable for CESM-T3/E3.

Statistical Alarm Severity

Used to setup the severity of any of the satistical alarms. When a Statistical Counter exceeds its specified threshold, an alarm is sent with appropriate severity. A major alarm will cause the audible notification and the major alarm LED will be turned ON. A minor alarm will just turn on the minor alarm LED. Choose major or minor from the popup menu.

Channelized Line RealTime Counters (dsx1)

Use the Channelized Line RealTime Counters (dsx1) dialog to view and configure dsx1 channelized line RealTime counters. (See Figure 4-13.)


Figure 4-13: Channelized Line RealTime Counters (dsx1) Dialog


The Channelized Line RealTime Counters (dsx1) dialog parameters are described in Table 4-13.


Table 4-13: Channelized Line RealTime Counters (dsx1) Dialog Parameters
Parameter Description

Rcv LOS Count

Number of times the Loss Of Signal is detected with or without integrating to LOS alarm.

Rcv OOF Count

Number of times Yellow alarms is detected with or without integrating to RAI alarm.

Rcv RAI Count

Number of times Yellow alarms is detected with or without integrating to RAI alarm.

Rcv FE Count

Number of Framing Errors detected.

Logical Ports

This section describes the logical port configuration information. Logical Port Configuration dialogs differ depending on the type of card supporting the line. There are four dialogs for FRSM port configuration:

Logical Port Config (FR Ports)

Use the Logical Port Config dialog to view and configure on an FRSM card. (See Figure 4-14.)


Figure 4-14: Logical Port Config (FR) Dialog


The Logical Port Config dialog parameters are described in Table 4-14.


Table 4-14: Logical Port Config (FR) Dialog Parameters
Parameter Description

Port No.

Logical port number.

Line No.

Line number associated with the logical port.

Port RowStatus

Port row status. Choose add, delete, or modify.

Port Ds0 Config Bitmap

Bitmap of DS0s for a line, used to form this logical port. Bit 0 represents DS0-1.

Port Ds0 Speed

Port DSO speed in cells per second.

Port Flags

Number of flags transmitted between frame relay frames.

EQueue Service Ratio

Number of times queue 1 is serviced for every time queue 2 is serviced.

Port Speed (kbps)

Port DSO speed in kbps.

Port Admin Status

Port administrative status. Choose one from the popup menu:

  • up

  • down

  • write-Only

Port State

Logical port state.

portSvcStatus

Port SVC status.

portSvcShareLcn

Indicates whether or not the LCN and VPid address spaces are shared across all the ports.

portSvcLcnLow

Beginning of the LCN range reserved for SVCs.

portSvcLcnHigh

End of the LCN range reserved for SVCs.

portSvcDlciLow

Beginning of the DLCI range reserved for SVCs.

portSvcDlciHigh

End of the DLCI range reserved for SVCs.

Port Type

Port type. Choose one from the pop-up menu:

  • structured

  • unstructured

  • framingOnVcDisconnect

  • strau

Signalling Protocol Type

Signalling protocol type. Choose one from the pop-up menu:

  • other

  • no signalling

  • strataLMI

  • annexAUNI

  • annexDUNI

  • annexANNI

  • annexDNNI

Async Updates

Enables asynchronous status updates. Choose disable or enable.

Link Integrity Timer (Secs)

Interval in seconds for NNI to do status polling.

Poll Verification Timer (Secs)

Interval in seconds for UNI to expect status polling.

Status Polling Counter

Number of UNI/NNI polling cycles.

Error Threshold

UNI/NNI error threshold.

Event Count

UNI/NNI events, always greater than the Error Threshold parameter.

Enhance LMI

Indicates whether or not enhanced LMI is enabled on a logical port. Choose disable or enable.

CLLM Enable

Enables or disables CLLM. Choose disable or enable.

CLLM Xmt Status Timer (Milli Secs)

Interval in milliseconds for CLLM to send CLLM updates.

Port Signalling State

Port signalling state.

Bit 0 = 0 LMI okay or not enabled

Bit 0 = 1 LMI failed

Bit 1 = 0 CLLM okay or not enabled

Bit 1 = 1 CLLM failed

Port Oversubscribed

Indicates whether or not the port is oversubscribed. Can be one of: true or false.

Port Ingress Percent Utilization

Percentage of utilization of the port in the Ingress direction.

Port Egress Percent Utilization

Percentage of utilization of the port in the Egress direction.

FR Port RTCs

Use the FR Port RTCs dialog to view and configure port RealTime counters on a FRSM card. (See Figure 4-15.)


Figure 4-15: FR Port RTCs Dialog


The FR Port RTCs dialog parameters are described in Table 4-15.


Table 4-15: FR Port RTCs Dialog Parameters
Parameter Description

Port Num

Logical port number.

Rcv Port Frames

Total number of frames received in the Ingress direction.

Rcv Port Bytes

Total number of bytes received in the Ingress direction.

Rcv Port Frames with DE

Total number of frames with DE bit set in the Ingress direction.

Rcv Port FECNs

Total number of frames with FCNS bit set in the Ingress direction.

Rcv Port BECNs

Total number of frames with BECN bit set in the Ingress direction.

Rcv CRC ErrFrames

Total number of frames discarded in Ingress due to CRC error.

Rcv Frames DiscAlignmentErr

Total number of frames discarded in Ingress due to alignment error.

RcvFrames DiscIllLen

Total number of frames discarded in Ingress due to illegal length.

Rcv Frames IllegalHeader

Total number of frames discarded in Ingress due to illegal header.

Rcv Frames Abort

Total number of received frames aborted.

Rcv Frames Unkn DLCI

Total number of frames received with an unknown DLCI.

Rcv Last Unkn DLCI

Last unknown DLCI received.

Rcv Frames Tagged FECN

Total number of frames received that were tagged with FECN bit.

Rcv Frames Tagged BECN

Total number of frames received that were tagged with BECN bit.

Rcv Frames Tagged DE

Total number of frames received that were tagged with DE bit.

Rcv Frames Disc Exceeded Threshold

Total number of frames discarded in Ingress due to exceeded DE threshold.

Rcv Kbps AIR

Received Average Information Rate in Kbps.

Rcv Buf Not Available

Total number of times the receiver is turned off.

Xmt Port Frames

Total number of frames transmitted.

Xmt Port Bytes

Total number of bytes transmitted.

Xmt Port Frames FECN

Total number of frames transmitted with FECN bit already set.

Xmt Port Frames BECN

Total number of frames transmitted with BECN bit already set.

Xmt Port Disc. Exceed Q Depth

Total number of bytes discarded in Egress due to exceeded queue depth.

Xmt PortBytesDiscXceedQDepth

Total number of frames discarded in Egress due to exceeded queue depth.

Xmt Port Frames During LMI Alarm

Total number of frames transmitted during LMI logical port alarm.

Xmt Port Bytes During LMI Alarm

Total number of bytes transmitted during LMI logical port alarm.

Xmt Frames Abort

Total number of transmit frames aborted.

Xmt Frames Underrun

Total number of frames discarded due to overrun.

Xmt Kbps AIR

Transmit Average Information Rate in Kbps.

Xmt Buf Not Available

Total number of times the transmitter is turned off.

Rcv Frames Discarded due to No Chan

Total number of frames received when no channel is set up.

Rcv Status Inquiry

Total number of Status Inquiry messages received.

Rcv Invalid Request

Total number of Invalid Request messages received.

Rcv UNI Seq. Mismatch

Number of times UNI messages with sequence number mismatches were received.

Xmt Status

Number of times Status Response messages were transmitted.

Xmt Async Update

Number of times Asynchronous Status messages were transmitted.

UNI Signalling Timeout

Number of times UNI Status Requests were not received.

XMT Status Inquiry

Number of Status Inquiry messages transmitted.

Rcv Async Update

Number of times Asynchronous Status messages were received.

Rcv NNI Seq. Mismatch

Number of times NNI messages with sequence number mismatches were received.

Rcv NNI Signalling Timeout

Number of times NNI Status requests were not received.

FR Port RTCs (CLLM)

Use the FR Port RTCs (CLLM) dialog to view and configure CLLM port RealTime counters on a FRSM card. (See Figure 4-16.)


Figure 4-16: FR Port RTCs (CLLM) Dialog

The FR Port RTCs (CLLM) dialog parameters are described in Table 4-15.


Table 4-16: FR Port RTCs (CLLM) Dialog Parameters 
Parameter

Description

 Rcv Frames CLLM


 Number of CLLM frames received.


 Rcv Bytes CLLM


 Number of CLLM bytes received.


 Xmt Frames CLLM


 Number of CLLM frames transmitted.


 Xmt Bytes CLLM


 Number of CLLM bytes transmitted.


 CLLM Failures


 Number of times an expected CLLM message was not received.

FR Port Resource Partition

Use the FR Port Resource Partition dialog to view and configure port resource partitions on a FRSM card. (See Figure 4-17.)


Figure 4-17: FR Port Resource Partition Config Dialog


The FR Port Resource Partition dialog parameters are described in Table 4-16.


Table 4-17: FR Port Resource Partition Config Dialog Parameters 
Parameter

Description

 frResPartPortNum


 Logical port number. 







Note   For a T1 card, the maximum port number is 192. For an E1 card, the maximum port number is 248. For FRSM VHS 2CT3, the maximum port number is 256.




 


 frResPartCtrlrNum


 Index number for the controller using this port. Can be one of the following: 


  • par 
    

  • pnni
    

  • tag 
    



 frResPartRowStatus


 Used to add, delete or modify the partition.


 frResPartDlciLow


 Represents low end of reserved DLCI.


 frResPartDlciHigh


 Represents high end of reserved DLCI.


 frResPartIngrPctBw


 Percentage of total ingress bandwidth reserved.


 frResPartEgrPctBw


 Percentage of total egress bandwidth reserved.

Logical Ports (Service Queue)

Use the Logical Ports (Service Queue) dialog to view and configure logical ports on an FRSM card. (See Figure 4-18.)


Figure 4-18: Logical Ports (Service Queue) Dialog


The Logical Ports (Service Queue) dialog parameters are described in Table 4-17.


Table 4-18: FR Port Resource Partition Config Dialog Parameters 
Parameter

Description

 frServPortNum


 The logical port number.


 portServiceQueueNo


 Identifies 4 of 8 possible queues according to the service type:


  • 1 (High priority)
    

  • 2 (rt VBR queue)
    

  • 3 (nrt VBR and ABR queue)
    

  • 4 (UBR queue)
    



 Queues 5 through 8 are reserved for future use. 


 portEgresQDepth


 Indicates the peak Egress queue depth for the logical port. The total queue depth of all connections mapped to thsi queue should not exceed this value. The default value is 1048575.


 portEgresECNThresh


 ECN threshold for the logical port. If the total queue depth of all connections mapped to this port queue exceeds this threshold, then the appropriate ECN bit (FECN in the downstream direction and BECN in the upstream direction) get set.


 portEgresDEThresh


 DE threshold for the logical port. If the total queue depth of all connections mapped to this port queue exceeds this threshold, and the DE bit is set in the incoming frame, then the frame gets dropped.


 portQBwInc


 Denotes the bandwidth increment for this port queue. The bandwidth increment is the percentage of the port bandwidth used by all connections mapped to a particular queue scaled by the value 16384.


 portBytesdiscxceedQueFull


 Counter maintained for the number of bytes discarded due to the port queue depth exceeded.


 portBytesdiscxceedQueFullDEThresh


 Counter maintained for the number of bytes discarded due to the DE threshold exceeded.


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Posted: Mon Oct 2 21:11:48 PDT 2000
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