Cisco Optical Networking System 15303 Commands

To associate a Cisco Transport Manager/CNM client to a server, use the cnm client configuration command. Use the no form of the command to remove an association between a Cisco Transport Manager/CNM client and a Cisco Transport Manager/CNM server.

[no] cnm client client-ip-address server-ip-address

Syntax	Description
client-ip-address	Enter the Cisco Transport Manager/CNM client IP address that you want to permit access to Cisco Transport Manager/CNM.
server-ip-address	Enter the Cisco Transport Manager/CNM server IP address that should process messages from the Cisco Transport Manager/CNM client.

To enable the Cisco Transport Manager/CNM agent, use the cnm enable configuration command. Use the no form of this command to disable the Cisco Transport Manager/CNM agent.

[no] cnm enable tcp-port number

Syntax	Description
tcp-port number	Enter an optional port number to override the default TCP port number 27613 used by Cisco Transport Manager/CNM.

To set the amount of time a client TCP connection can remain idle before closing a connection, use the cnm idle-timeout configuration command. Use the default or the no form of this command to return the TCP idle time parameter to the default value of 30 minutes.

[default | no] cnm idle-timeout seconds

Syntax	Description
seconds	Enter the time (in seconds) before a client TCP session is released. The idle time is set to 30 minutes as a default. Setting the value to 0 disables the idle timeout function and allows a TCP connection to persist indefinitely. This option is useful to prevent lingering sockets from remaining in the system.

To set the maximum message size that the Cisco Transport Manager/CNM agent will accept, use the cnm max-msg-size configuration command. Use the default or the no form of this command to return the maximum message size to the default value of 16384 bytes.

[default | no] cnm max-msg-size bytes

Syntax	Description
bytes	Enter a range between 2048 and 65536 bytes. The default is 16384 bytes.

To specify the number of concurrent Cisco Transport Manager/CNM client sessions that each Cisco Transport Manager/CNM client will process, use the cnm max-sess-per-addr configuration command. Use the default or the no form of this command to return the session parameter to the default value of 2 sessions.

[default | no] cnm max-sess-per-addr number

Syntax

Description

number

Enter the number of concurrent Cisco Transport Manager/CNM client sessions that each Cisco Transport Manager/CNM client will process. The Cisco Transport Manager/CNM agent limits the number of concurrent Cisco Transport Manager/CNM client sessions that it will accept from each configured IP client address to two. If you require more than the default of two, this command can be used to increase the number. Having multiple active sessions increases memory consumption.

To specify the average amount of traffic to service from a Cisco Transport Manager/CNM client, use the cnm rate-limit configuration command. Use the default or the no form of this command to return the average traffic rate parameter to the default value of 4 kbps.

[default | no] cnm rate-limit kbps

Syntax	Description
kbps	Enter a range between 1 and 1024. The default is 4. The scheduling is accurate up to about 128 kbps.

To set the connection retry interval for connecting to a Cisco Transport Manager/CNM server, use the cnm retry-conn-time configuration command. Use the default or the no form of this command to return the connection retry interval to the default value of 15 seconds.

ctunnel destination

To specify the Connectionless Network Service (CLNS) address of the remote endpoint of the IP-over-CLNP tunnel, use the ctunnel destination interface configuration command. The IP packet encapsulated in the CLNP packet is sent to the CLNS address specified in this command. You cannot have two CTunnels using the same destination address. Use the no form of this command to disable the CLNS address.

[no] ctunnel destination {CLNS-address | hostname}

Syntax	Description
CLNS-address	Enter the CLNS address.
hostname	Enter a hostname that will resolve to a CLNS address. Do not use this option unless there is a local CLNS hostname mapping entry.

To turn on all debugging commands and options, use the debug cnm all EXEC command. Cisco Transport Manager/CNM (Customer Network Management) and system performance will be affected when debugging options are enabled.

debug cnm all

To show events related to TCP connection, including the establishment and termination of TCP sessions, use the debug cnm connections EXEC command.

debug cnm connections

To display abnormal protocol or system errors such as lack of improperly formed messages, lack of memory, or other unexpected conditions, use the debug cnm error EXEC command.

debug cnm error

To show the operation of the leaky bucket flow control algorithm, use the debug cnm flow EXEC command.

debug cnm flow

To show events related to the processing of Cisco Transport Manager/CNM messages, including detailed information like reception and transmission of messages, queuing of rate-limited messages, and message fragment processing, use the debug cnm messages EXEC command.

debug cnm messages

To display miscellaneous events not covered in other Cisco Transport Manager/CNM commands, use the debug cnm miscellaneous EXEC command.

debug cnm miscellaneous

debug ctunnel

To monitor the operation of the ctunnel software, use the debug ctunnel EXEC command.

debug ctunnel

To turn on all debugging flags for system redundancy, use the debug redundancy all EXEC command. Use the no form of this command to disable debug redundancy.

[no] debug redundancy all

To enable debugging of client services provided by the configuration synchronization manager (CSM) component of the redundancy subsystem to other subsystems, use the debug redundancy client EXEC command. Use the no form of this command to disable debugging of client services.

[no] debug redundancy client

To monitor configuration synchronization, including running-config and startup-config synchronization operations, use the debug redundancy config EXEC command. Use the no form of this command to disable monitor configuration synchronization.

[no] debug redundancy config

To turn on printing of error events for debugging redundant subsystems, use the debug redundancy error EXEC command. Use the no form of this command to turn off printing.

[no] debug redundancy error

To show special events for debugging redundant subsystems, use the debug redundancy events EXEC command. Use the no form of this command to turn off special events.

[no] debug redundancy events

To follow the operation of the Flash file system synchronization operations for debugging redundant subsystems, use the debug redundancy flash EXEC command. Use the no form of this command to turn off redundancy Flash.

[no] debug redundancy flash

To monitor the operation of the interprocess communication (IPC) interface used by CSM for debugging redundant subsystems, use the debug redundancy ipc EXEC command. Use the no form of this command to disable monitoring.

[no] debug redundancy ipc

To show CSM peer message processing for debugging redundant subsystems, use the debug redundancy messages EXEC command. Use the no form of this command to disable CSM peer message processing.

[no] debug redundancy messages

To turn on miscellaneous debug flags, use the debug redundancy misc EXEC command. Use the no form of this command to disable miscellaneous debug flags.

[no] debug redundancy misc

To enable debugging of synchronization events relating to the NVRAM, use the debug redundancy nvram EXEC command. Use the no form of this command to disable debugging of synchronization events.

[no] debug redundancy nvram

To monitor the interface between CSM and redundancy state machine (RSM) components of redundancy, use the debug redundancy rsm EXEC command. Use the no form of this command to disable monitoring.

[no] debug redundancy rsm

To debug operations related to version tag processing to determine when one or more version elements are mismatched, use the debug redundancy sync EXEC command. Use the no form of this command to disable debug operations related to version tag processing.

[no] debug redundancy sync

To select the Q.921 link layer operating mode for an interface, use the encapsulation q921 configuration command. To disable the interface, use the no form of this command.

This encapsulation method is normally required on SONET DCC interfaces to interoperate with other SONET network elements. The Q.921 protocol has two modes of operation: user side and network side. One of these two modes can be specified for the encapsulation mode if it is known. If one side of the Q.921 link is in user-side mode, the other side of the link must be in network-side mode. Users have the option of leaving out the user-side or network-side specification, in which case the software will adjust its mode automatically and dynamically.

There is also an option to specify the network layer protocols that are supported on top of this link layer protocol (for example, IP, CLNS, or multi-protocol operation).

[no] encapsulation q921 {auto | network | user} {clns | ip | multi}

Syntax	Description
auto | network | user	Specify whether the Q.921 protocol instance should operate in network-side mode or user-side mode. This parameter needs to be set accordingly for each link. If the remote end is operating in network-side mode, the local side should be configured for user-side mode.
clns | ip | multi	Specify the network layer protocol(s) supported on top of Q.921. The network-layer protocol is normally clns, although other options include ip and multi. The multi option supports multiprotocol operation over the Q.921 link layer.

To specify a signal pattern to use for bit error rate testing on DS1s and serial DS1s, use the ine bert configuration command.

ine bert {off | ones | qrss} {ds1 ds1-id | serialds1 sds1-id}

Syntax	Description
off	Disable testing.
ones	Use an all ones test.
qrss	Use a QRSS test pattern.
ds1 ds1-id	Enter the DS1 number.
serialds1 sds1-id	Enter the serial DS1 number.

To copy an alarm profile for an entity type from one profile to another alarm profile for the same entity type, use the ine copy almpfl configuration command.

ine copy almpfl-tbl {crs | ds1 | eqpt | ethernet | ho-vc | lo-vc | mlppp | ppp | prot-oc3 | sam | oc3 | sync} almpfl {1 | 2 | 3 | 4 | not-reported | std}

Syntax	Description
crs	Change the alarm profile table for all cross-connects.
ds1	Change the alarm profile table for all DS1 interfaces.
eqpt	Change the alarm profile table for equipment failures primarily related to the chassis.
ethernet	Change the alarm profile table for all Ethernet interfaces.
ho-vc	Change the alarm profile table for all higher-order VC alarms.
lo-vc	Change the alarm profile table for all lower-order VC alarms.
mlppp	Change the alarm profile table for all MLPPP interfaces.
ppp	Change the alarm profile table for PPP-related alarms.
prot-oc3	Change the alarm profile table for OC-3 protection switching alarms.
sam	Change the alarm profile table for SONET Access Module (SAM)-related alarms.
oc3	Change the alarm profile table for OC-3 interfaces.
sync	Change the alarm profile table for synchronization-related alarms.
almpfl	This alarm profile ID is the alarm profile you are copying from.

almpfl {1 | 2 | 3 | 4}

To copy system memory, use the ine copy memory EXEC command.

ine copy memory {pri | remt | sec} {both | data | prog} to {remt | sec}

Syntax	Description
pri	Copy the active image or configuration to secondary memory or to a remote TFTP server.
remt	Copy an image and/or configuration file from a TFTP server to secondary memory.
sec	Copy the backup image and/or configuration file to a remote TFTP server.
both	Enter both for data and program.
data	Enter data for the configuration file.
prog	Enter program for the image.

To copy the system ID to a SONET Access Module (SAM), use the ine copy sys-id configuration command. Use this command if you have swapped SAMs between Cisco ONS 15303s.

ine copy sys-id {a | b}

Syntax	Description
a	Enter SAM a.
b	Enter SAM b.

To delete a cross-connect, use the ine delete crs configuration command.

ine delete crs {crs-range | ds1 ds1-range | serialds1 sds1-range | vt1.5 vt1.5-range}

Syntax	Description
crs range	Enter the cross-connect range (1-21) to delete.
ds1-range	Enter the DS1 range (1-8) to delete.
sds1-range	Enter the serial DS1 range (1-21) to delete.
vt1.5-range	Enter the VT1.5 range to delete. Choices include 1/<1-3>/<1-7>/<1-3> or 1/<1-3>/<1-7>/<1-3>/<a-b>.

To delete the configuration parameters for the specified DS1(s), use the ine delete ds1 configuration command.

ine delete ds1 ds1-range

Syntax	Description
ds1-range	Enter the DS1 interface to delete or enter a range to delete. Choices include: <1-8>, for example 4 <1-8>,<1-8>..., for example 2,6,7 <1-8>-<1-8>, for example 5-8

To delete the configuration information for the specified OC-3(s), use the ine delete oc3 configuration command.

ine delete oc3 oc3-range

Syntax	Description
oc3-range	Enter the OC-3 range to delete. Choices include a, b, or ab.

To delete the configuration information for the specified serialds1, use the ine delete serialds1 configuration command.

ine delete serialds1 sds1-range

Syntax	Description
se-1 range	Enter the serial DS1 range to delete. Choices include: <1-21>, for example 16 <1-21>,<1-21>..., for example 5,12,20 <1-21>-<1-21>, for example 5-13

To delete the configuration for the specified VT1.5(s), use the ine delete vt1.5 configuration command.

ine delete vt1.5 vt1.5-range

Syntax

Description

vt1.5-range

Enter the range of VT1.5 interfaces. Choices include: 1/<1-3>/<1-7>/<1-3>, for example 1/2/4/3 1/<1-3>/<1-7>/<1-3>/<a-b>, for example 1/1/3/3/a 1/<1-3>/<1-7>, <1-7>.../<1-3>,<1-3>..., for example 1/3/3,5,7/1,3 1/<1-3>/<1-7>,<1-7>.../<1-3>,<1-3>.../<a-b> for example 1/2/3,7/1,3/a 1/<1-3>/<1-7>-<1-7>/<1-3>-<1-3>, for example 1/3/2-4/1-3 1/<1-3>/<1-7>-<1-7>/<1-3>-<1-3>/<a-b>, for example 1/1/4-6/1-3/b

ine diag

To run a packet or pattern test on the galnet, liu, or mapper from channel_num_start to channel_num_end, use the ine diag command. The ine diag command can only be issued on the standby SAM.

ine diag {galnet | liu | mapper}

[test_type {pkt_tst | pat_tst}]

[channel_num {0-8 | 0-21}]

[channel_num_end {0-8 | 0-21}]

[pkt-count value]

Syntax	Description
test_type pkt_tst | pat_tst	Enter either pkt_tst for packet test or pat_tst for pattern test.
channel_num 0-8 | 0-21	Enter a start value between either 0-8 and 0-21, depending on the device.
channel_num_end 0-8 | 0-21	Enter an end value between either 0-8 or 0-21, depending on the device.
value	Enter a value between 0-999. The value represents the number of packets for each channel test.

ine diag options

To enable or disable auto non-intrusive diagnostics or the auto diagnostic run interval, use the ine diag options command.

ine diag options

[type {auto | manual}]

[interval {1-400}]

[enable {on | off }]

[loop_count {value}]

Syntax	Description
type auto | manual	Enter the type of diagnostics to run.
interval	Enter the interval to run the diagnostics (1-400 seconds).
enable on | off	Enter either on to enable diagnostics or off to disable diagnostics.
loop_count value	Enter the loop count value.

To edit an alarm profile for an entity type, use the ine edit almpfl-tbl configuration command.

ine edit almpfl-tbl {crs | ds1 | eqpt | ethernet | ho-vc | lo-vc | mlppp | ppp | prot-oc3 | sam | oc3 | sync}

almpfl {1 | 2 | 3 | 4}

cond-type entity-specific-conditions

nfcncde {critical | major | minor | not-alarmed | not-reported}

[svc-lvl {nsa | sa}]

Syntax	Description
crs	Change the alarm profile table for all cross-connects.
ds1	Change the alarm profile table for all DS1 interfaces.
eqpt	Change the alarm profile table for equipment failures primarily related to the chassis.
ethernet	Change the alarm profile table for all Ethernet interfaces.
ho-vc	Change the alarm profile table for all higher-order VC alarms.
lo-vc	Change the alarm profile table for all lower-order VC alarms.
mlppp	Change the alarm profile table for all MLPPP interfaces.
ppp	Change the alarm profile table for PPP-related alarms.
prot-oc3	Change the alarm profile table for OC-3 protection switching alarms.
sam	Change the alarm profile table for SAM-related alarms.
oc3	Change the alarm profile table for OC-3 interfaces.
sync	Change the alarm profile table for synchronization-related alarms.
cond-type	Enter the condition type.
nfcncde	Enter the notification code. Choices include critical, major, minor, not alarmed, and not reported.
sfc-lvl	Enter nsa for nonservice affecting and sa for service affecting service level.

The condition types for each of the parameters are:

CRS Syntax	Description
APS-ALT	Cross-connect on alternate
LOT	Loss of traffic

DS1 Syntax	Description
AIS	Alarm indication signal
HW-FAULT	Equipment failure
LOF	Loss of frame
LOS	Loss of signal
LPBK	In loopback
RFI	Remote failure indication
SD	Signal degrade
SF	Signal fail
TEST	Test enabled
TX-FAULT	Transmission fault

OC-3 Syntax	Description
APS-CHAN	APS channel mismatch failure
APS-LOCKOUT	Protection switch lockout
APS-MISMATCH	APS mode mismatch
APS-PROT	Switch to protect
EQUIP-FAIL	Equipment failure
FAREND-FAIL	Far-end protection line failure
FORCED-SWITCH	Forced switch
LOF	Loss of frame
LOS	Loss of signal
LPBK	In loopback
MS-AIS	Alarm indication signal
MS-RFI	Remote failure indication
PROTSW-FAIL	Protection switch byte failure
RS-TIM	Trace identifier mismatch
SD	Signal degrade
SF	Signal fail

HO-VC Syntax	Description
AIS	Alarm indication signal
LOP	Loss of pointer
LPBK	In loopback
PLM	Path label mismatch
RFI	Remote failure indication
SD	Signal degrade
SF	Signal failure
TRACE-MISMATCH	Trace identifier mismatch
UNEQ	Path unequipped

LO-VC Syntax	Description
APS-LOCKOUT	Protection switch lockout
FORCED-SWITCH	Forced switch
LPBK	In loopback
LP-PLM	Path label mismatch
LP-RFI	Path remote failure indication
LP-TIM	Trace identifier mismatch
LP-UNEQ	Path unequipped
SD	Path signal degrade
SF	Path signal fail
TU-AIS	Alarm indication signal
TU-LOP	Loss of pointer

EQPT Syntax	Description
db-corrupt	Database corruption
db-mismatch	Dual SAM database mismatch
dcc-fail	DCC failure
fan-fail	One fan failure
fan-pwer	Fan power failure
fan-tray	Fan tray removal
fm-shut	Fault monitoring inhibited
fuse-blown	Blown fuse
io-fail	I/O card failure
ipc-fail	Dual SAM communication failure
multi-fan	Multiple fan failures
over-temp	Chassis over temperature
power-fail	Power feed failure
report-shut	Condition reporting inhibited
sin-prog	Software installation in progress
sitds1-alarm	Site alarm 1
site2-alarm	Site alarm 2
sw-out-sync	Software out of sync

Ethernet Syntax	Description
link-drop	Ethernet link dropped

MLPPP Syntax	Description
sd	MLPPP signal degrade
sf	MLPPP signal failure

DS1

PPP Syntax	Description
sf	PPP signal failure

SAM Syntax	Description
dcc-fail	DCC failure
ds1-hw-flt	DS1 equipment failure
id-mismatch	SAM config ID mismatch
sam-fail	SAM hardware failure
sam-removal	In service SAM removal
sam-unprot	SAM unprotected
oc3-hw-flt	OC-3 equipment failure
tmg-hw-flt	Timing equipment failure
vt1.5-hw-flt	VT1.5 equipment failure

Sync Syntax	Description
freerun	System reference in free-run
holdover	System reference in holdover
hw-fault	Timing hardware failure
pri-fail	Primary reference failure
sec-fail	Secondary reference failure

ine edit crs

To modify the configuration parameters of a cross-connect, use the ine edit crs configuration command. The configurable parameters are:

ine edit crs {crs-range | ds1 ds1-id | serialds1 sds1-id | vt1.5 vt1.5-id}

[almpfl index]

[ckt-id string]

[pref-path {a | b}]

[rev-flag {on | off}]

[wtr time]

Syntax	Description
crs-range	Enter the cross-connect range to edit (1-28).
ds1-id	Enter the DS1 range to edit (1-8).
sds1-id	Enter the serial DS1 range to edit (1-21).
vt1.5-id	Enter the VT1.5 interface range to edit. Choices include 1/<1-3>/<1-7>/<1-3> and 1/<1-3>/<1-7>/<1-3>/<a-b>.
almpfl index	Enter the alarm profile index. Choices include 1, 2, 3, 4, not-reported, or std.
ckt-id string	Enter the circuit ID string to be edited (up to 64 characters).
pref-path a | b	Enter the preferred path for the cross connect, either a or b. This parameter is valid only in Ring mode.
rev-flag on | off	Enter revertive flag on or off. This parameter is valid only in Ring mode.
wtr time	Enter the duration for the wait-to-restore timer (from 0 to 720 seconds). This parameter is valid only in Ring mode.

To modify the configuration parameters for the specified DS1(s), use the ine edit ds1 configuration command. The configurable parameters are:

ine edit ds1 ds1-range

[admin {is | oos}]

[almpfl profile-number]

[delay date time]

[fac-id string]

[fm-rept {on | off}]

[framing {cept-no-crc | cept-crc | unframed}]

[gos 1]

[tca-rept {on | off}]

[timing transparent

[trig time]

Syntax	Description
ds1-range	Enter the DS1 range to edit.
admin is | oos	Enter administrative state in service (is) or out of service (oos).
almpfl profile-number	Enter alarm profile index 1-4, not-reported, or std.
delay date time	Enter the auto delay date and time in the format mm/dd/yyyy hh:mm.
fac-id string	Enter the facility ID string.
fm-rept on | off	Enter fault management reporting on or off.
framing cept-no-crc | cept-crc | unframed	Enter cept-no-crc for no CRC, cept-crc for CRC, or unframed for unframed format.
gos 1	Enter gos profile 1.
tca-rept on | off	Enter on to report threshold crossing alerts (TCAs); enter off if TCAs should not be reported.
timing transparent	Enter the transit timing mode. Enter transparent when timing is passed through.
trig time	Enter the auto trigger time in the format hh:mm.

To modify the configuration parameters for the Cisco ONS 15303, use the ine edit eqpt configuration command with one or more of the following configurable parameters:

ine edit eqpt [alarm-relay {open | closed}]

[auto-prov {on | off}]

[config-mode {ring | tunnel}]

[fm-rept {on | off}]

[sd]

[sf]

[site alarm {open | closed}]

[tca-rept {on | off}]

Syntax	Description
alarm-relay open | closed	Alarm relay outputs.
auto-prov on | off	Auto provisioning on or off.
config-mode ring | tunnel	System configuration mode.
fm-rept on | off	Fault management reporting on or off.
sd	Signal degrade BER threshold.
sf	Signal failure BER threshold.
site alarm open | closed	Site alarm inputs.
tca-rept on | off	Enables or disables threshold crossing alerts (TCAs).

To modify configuration parameters for the specified OC-3(s), use the ine edit oc3 configuration command. The configurable parameters are:

ine edit oc3 oc3-range

[admin {is | oos}]

[almpfl profile-number]

[delay date time]

[exp-trace string]

[fac-id string]

[fm-rept {on | off}]

[frc-ssm-msg {dus | none}]

[gos 1]

[tca-rept {on | off}]

[timing {loop | system}]

[trig time]

Syntax	Description
oc3-range	Enter the OC-3 range to edit (a, b, or ab).
admin is | oos	Enter administrative state in service or out of service.
almpfl profile-number	Enter alarm profile index 1-4, not-reported, or std.
delay date time	Enter the auto delay date and time in the format mm/dd/yyyy hh:mm.
exp-trace string	Enter the exp-trace string (up to a 64-character string).
fac-id string	Enter the facility ID string.
fm-rept on | off	Enter on or off for fault reporting.
frc-ssm-msg dus | none	Enter the force synchronization status message (SSM). Enter dus if the OC-3 should not be used as a timing source. This will result in the DUS signal being transmitted on the OC-3. Enter none for normal functionality.
gos 1	Enter gos profile 1.
tca-rept on | off	Enter on or off to turn threshold crossing alert reporting on or off.
timing loop | system	Enter the transit timing mode. Enter loop when transmit timing for the serial DS1 is obtained from the received clock. Enter system when the transmit timing for the serial DS1 is derived from the system clock.
trig time	Enter the auto trigger time in the format hh:mm.
tx-trace string	Enter the tx-trace string (up to a 15-character string).

[tx-trace string]

ine edit sam

To modify the configuration information for the specified SAM card, use the ine edit sam configuration command.

ine edit sam {a | b} admin {is | oos}

Syntax	Description
sam a | b	Enter a to edit SAM a or b to edit SAM b.
admin is | oos	Enter is to specify the administrative state is in service or oos to specify the administrative state is out of service.

To modify configuration parameters for the specified serial DS1, use the ine edit serialds1 configuration command. The configurable parameters are:

ine edit serialds1 sds1-range

[admin {is | oos}]

[almpfl profile-number]

[delay date time]

[fac-id string]

[fm-rept {on | off}]

[framing {cept-no-crc | cept-crc}]

[gos 1]

[tca-rept {on | off}]

[timing {loop | system}]

[trig time]

[ts16 {data | idle}]

Syntax	Description
sds1-range	Enter the serial DS1 range to edit (1-21).
admin is | oos	Enter administrative state in service (is) or out of service (oos).
almpfl profile-number	Enter alarm profile index 1-4, not-reported, or std.
delay date time	Enter the auto delay date and time in the format mm/dd/yyyy hh:mm.
fac-id string	Enter the facility ID string.
fm-rept on | off	Enter fault management reporting on or off.
framing cept-no-crc | cept-crc	Enter cept-no-crc for no CRC or cept-crc for CRC.
gos 1	Enter gos profile 1.
tca-rept on | off	Enter on to report threshold crossing alerts (TCAs), enter off if TCAs should not be reported.
timing loop | system	Enter the transit timing mode. Enter loop when transmit timing for the serial DS1 is obtained from the received clock. Enter system when the transmit timing for the serial DS1 is derived from the system clock.
trig time	Enter the auto trigger time in the format hh:mm.
tsl6 data | idle	Enter data to use timeslot 16 for data purposes or idle.

To modify system level parameters, use the ine edit eqpt configuration command.

ine edit sync [rev-sync-flag {on | off}]

[ssm-enable {on | off}]

[tmg-src {line-a | line-b | line-a-b | line-b-a | ext-a | ext-b | ext-a-b | ext-b-a | none}]

Syntax	Description
rev-sync-flag on | off	Enter revertive sync flag on or off.
ssm enable on | off	Enter ssm enable on or off.
tmg-src line-a | line-b | ext | none	Enter timing source line-a, line-b, line-a-b, line-b-a, ext-a, ext-b, ext-a-b, ext-b-a, or none.

To modify the configuration for the specified VT1.5(s), use the ine edit vt1.5 configuration command. The configurable parameters are:

ine edit vt1.5 vt1.5-range

[admin {is | oos}]

[almpfl profile-number]

[ckt-id string]

[delay date time]

[exp-trace string]

[fm-rept {on | off}]

[gos 1]

[path-type {pass-thru | drop}]

[tca-rept {on | off}]

DS1[trig time]

Syntax	Description
vt1.5-range	Enter the VT1.5 range to edit (1/<1-3>/<1-7>/<a-b>).
admin is | oos	Enter administrative state in service or out of service.
almpfl profile-number	Enter alarm profile 1-4, not-reported, or std.
ckt-id string	Enter the circuit ID string to be edited (up to 64 characters).
delay date time	Enter the auto delay date and time in the format mm/dd/yyyy hh:mm.
exp-trace string	Enter the expected trace string (up to 15 characters).
fm-rept on | off	Enter on or off for fault reporting.
gos 1	Enter gos profile 1.
path-type pass-thru | drop	Enter path-type pass-thru mode or drop mode.
tca-rept on | off	Enter on or off for threshold crossing alert (TCA) reporting.
trig time	Enter the auto trigger time in the format hh:mm.

To configure a cross-connect between a VT1.5 and a DS1, use the ine enter crs configuration command. The configurable parameters are:

ine enter crs {ds1 ds1-id | serialds1 serialds1-id} vt1.5 vt1.5-id

[almpfl profile-number]

[ckt-id string]

[pref-path {a | b}]

[rev-flag {on | off}]

[wtr time]

Syntax	Description
ds1-id	Enter the DS1 ID to configure.
serialds1-id	Enter the serial DS1 ID to configure.
vt1.5-id	Enter the VT1.5 ID to configure.
almpfl profile-number	Enter alarm profile index 1-4, not-reported, or std.
ckt-id string	Enter the circuit ID string to be edited (up to 64 characters).
pref-path a | b	Enter the preferred path for the cross connect, either a or b.
rev-flag on | off	Enter revertive flag on or off.
wtr time	Enter the duration for the wait-to-restore timer (from 0 to 720 seconds).

To configure the specified DS1, use the ine enter ds1 configuration command. The configurable parameters are:

ine enter ds1 ds1-range

[admin {is | oos}]

[almpfl profile-number]

[delay date time]

[fac-id string]

[fm-rept {on | off}]

[framing {cept-no-crc | cept-crc | unframed}]

[gos 1]

[tca-rept {on | off}]

[timing transparent]

oc3[trig time]

Syntax	Description
ds1-range	Enter the DS1 range to edit (1-8).
admin is | oos	Enter administrative state in service (is) or out of service (oos).
almpfl profile-number	Enter alarm profile index 1-4, not-reported, or std.
delay date time	Enter the auto delay date and time in the format mm/dd/yyyy hh:mm.
fac-id string	Enter the facility ID string.
fm-rept on | off	Enter fault management on or off.
framing cept-no-crc | cept-crc4 | unframed	Enter cept-no-crc for no CRC, cept-crc for CRC, or unframed for unframed format.
gos 1	Enter gos profile 1.
tca-rept on | off	Enter on to report threshold crossing alerts (TCAs); enter off if TCAs should not be reported.
timing transparent	Enter the transit timing mode. Enter transparent when timing is passed through.
trig time	Enter the auto trigger time in the format hh:mm.

To configure the specified OC-3(s), use the ine enter oc3 configuration command. The configurable parameters are:

ine enter oc3 oc3-range

[admin {is | oos}]

[almpfl profile-number]

[delay date time]

[exp-trace string]

[fac-id string]

[fm-rept {on | off}]

[frc-ssm-msg {dus | none}]

[gos 1]

[tca-rept {on | off}]

[timing {loop | system}]

[trig time]

[tx-trace string]

Syntax	Description
oc3-range	Enter the OC-3 range to edit (a, b, or ab).
admin is | oos	Enter administrative state in service or out of service.
almpfl profile-number	Enter alarm profile index 1-4, not-reported, or std.
delay date time	Enter the auto delay date and time in the format mm/dd/yyyy hh:mm.
exp-trace string	Enter the exp-trace string (up to a 64-character string).
fac-id string	Enter the facility ID string.
fm-rept on | off	Enter on or off for fault reporting.
frc-ssm-msg dus | none	Enter the force synchronization status message (SSM). Enter dus if the OC-3 should not be used as a timing source. This will result in the DUS signal being transmitted on the OC-3. Enter none for normal functionality.
gos 1	Enter gos profile 1.
tca-rept on | off	Enter on or off to turn threshold crossing alert reporting on or off.
timing loop | system	Enter the transit timing mode. Enter loop when the transmit timing for the OC-3 is derived from the receive clock on the facility. Enter system when the transmit timing for the OC-3 is derived from the system clock.
trig time	Enter the auto trigger time in the format hh:mm.
tx-trace string	Enter the tx-trace string (up to a 64-character string).

To configure the specified serial DS1(s), use the ine enter serialds1 configuration command. The configurable parameters are:

ine enter serialds1 sds1-range

[admin {is | oos}]

[almpfl profile-number]

[delay date time]

[fac-id string]

[fm-rept {on | off}]

[framing {cept-no-crc | cept-crc}]

[gos 1]

[tca-rept {on | off}]

[timing {loop | system}]

[trig time]

[ts16 {data | idle}]

Syntax	Description
sds1-range	Enter the serial DS1 range to edit (1-21).
admin is | oos	Enter administrative state in service (is) or out of service (oos).
almpfl profile-number	Enter alarm profile index 1-4, not-reported, or std.
delay date time	Enter the auto delay date and time in the format mm/dd/yyyy hh:mm.
fac-id string	Enter the facility ID string.
fm-rept on | off	Enter fault management on or off.
framing cept-no-crc | cept-crc	Enter cept-no-crc for no CRC or cept-crc4 for CRC.
gos 1	Enter gos profile 1.
tca-rept on | off	Enter on to report threshold crossing alerts (TCAs); enter off if TCAs should not be reported.
timing loop | system	Enter the transit timing mode. Enter loop when transmit timing for the serial DS1 is obtained from the received clock. Enter system when the transmit timing for the serial DS1 is derived from the system clock.
trig time	Enter the auto trigger time in the format hh:mm.
tsl6 data | idle	Enter data to use timeslot 16 for data purposes or idle.

To configure the specified VT1.5(s), use the ine enter vt1.5 configuration command. The configurable parameters are:

ine enter vt1.5 vt1.5-range

[admin {is | oos}]

[almpfl profile-number]

[ckt-id string]

[delay date time]

[exp-trace string]

[fm-rept {on | off}]

[gos 1]

[path-type {pass-thru | drop}]

[tca-rept {on | off}]

[trig time]

Syntax	Description
vt1.5-range	Enter the VT1.5 range to edit.
admin is | oos	Enter administrative state in service or out of service.
almpfl profile-number	Enter alarm profile 1-4, not-reported, or std.
ckt-id string	Enter the circuit ID string to be edited (up to 64 characters).
delay date time	Enter the auto delay date and time in the format mm/dd/yyyy hh:mm.
exp-trace string	Enter the expected trace string (up to 15 characters).
fm-rept on | off	Enter on or off for fault reporting.
gos 1	Enter gos profile 1.
path-type pass-thru | drop	Enter path-type pass-thru mode or drop mode.
tca-rept on | off	Enter on or off for threshold crossing alert reporting.
trig time	Enter the auto trigger time in the format hh:mm.

To revert the SIM (Software Installation Manager) to its state prior to the start of the software installation process, use the ine exit memory EXEC command. Use this command only when the SIM is in a state other than inactive.

ine exit memory

To generate test patterns for bit error testing on an DS1or serial DS1 interface, use the
ine generate configuration command.

ine generate {off | ones | qrss} {ds1 ds1-id | serialds1 serialds1-id}

Syntax	Description
off	Disable testing.
ones	Use an all ones pattern.
qrss	Use a random pattern.
ds1-id	Enter the DS1 ID to configure (1-21).
serialds1-id	Enter the serial DS1 ID to configure (1-8).

To initialize performance monitoring statistical registers, use the ine init-registers EXEC command.

init-registers {ds1 ds1-id | serialds1 sds1-id | oc3 oc3-id | vt1.5 vt1.5-id | sts1 sts1-id}

[monval 0-65536]

[param-type {all | (alarms specific to selected entity type)}]

[time-period {15-min | 1-day | all}]

Syntax	Description
ds1-id	Enter the DS1 ID to set the parameters for performance monitoring init-registers.
sds1-id	Enter the serial DS1 ID to set the parameters for performance monitoring init-registers.
oc3-id	Enter the OC-3 ID such as a, b, or ab to set the parameters for performance monitoring init-registers.
vt1.5-id	Enter the VT1.5 ID to set the parameters for performance monitoring init-registers.
monval value	Enter a monitor value between 0 and 65536.
param-type	Enter the parameter type. Enter all or enter one of the performance monitoring parameters specific to the entity type.
time-period 15-min | 1-day | all	Enter one of the time periods listed or all for every time period.

To measure the test patterns being received on an Ds1 or serial Ds1 interface, use the ine measure configuration command.

ine measure {off | ones | qrss} {ds1 ds1-id | serialds1 serialds1-id}

Syntax	Description
off	Disable testing.
ones	Use an all ones pattern.
qrss	Use a random pattern.
ds1-id	Enter the Ds1 ID to measure (1-8).
serialds1-id	Enter the serial Ds1 ID to measure (1-21).

To loopback an interface (Ds1, serial Ds1, OC-3, or VT1.5), use the ine operate lpbk configuration command.

ds1ds1ds1ine operate lpbk {ds1 ds1-id | serialds1 serialds1-id | oc3 oc3-id | vt1.5 vt1.5-id } lpbk-type {eqpt | facility}

Syntax	Description
ds1-id	Enter the DS1 ID to configure (1-8).
serialds1-id	Enter the serial DS1 ID to configure (1-21).
oc3-id	Enter the OC-3 ID to configure (a or b).
vt1.5-id	Enter the VT1.5 ID to configure (1/1-3/1-7/1-3 or 1/1-3/1-7/1-3/a-b).
lpbk-type eqpt | facility	Enter either an equipment loopback or a facility loopback.

To initiate a line protection switch on an OC-3, use the ine operate lprotnsw configuration command. Line protection switching is normally used to override the linear line protection switching in the system if you want to force traffic onto or off an OC-3 for maintenance reasons. This command is valid only when the configuration mode of the Cisco ONS 15303 is Terminal Mode.

ine operate lprotnsw oc3 oc3-id {forced | lockout | manual}

Syntax	Description
oc3-id	Enter a or b.
forced	If the specified path is not the selected path, the forced flag for the specified path is set and no protection switch occurs. If the specified path is the selected path, a protection switch to the alternate path is performed and the forced flag is set for the specified path.
lockout	If the specified path is not the selected path, the lockout flag for the specified path is set and no protection switch occurs. If the specified path is the selected path, a protection switch to the alternate path is performed and the lockout flag is set for the specified path.
manual	If the specified path is not the selected path, the manual flag for the specified path is set and no protection switch occurs. If the specified path is the selected path, the operational state of the alternate path is checked. If the alternate path is operational, the request is denied.

To initiate a path protection on a VT1.5, use the ine operate pprotsw configuration command. Path protection switching is normally used to override the automatic path protection in the system if you want to force traffic onto or off a path for maintenance reasons. This command is valid only when the configuration mode is Ring/SNC mode.

ine operate pprotsw vt1.5 vt1.5-id {forced | lockout | manual}

Syntax	Description
vt1.5-id	Enter a VT1.5 ID to configure (1/1-3/1-7/1-3/a-b).
forced	If the specified path is not the selected path, the forced flag for the specified path is set and no protection switch occurs. If the specified path is the selected path, a protection switch to the alternate path is performed and the forced flag is set for the specified path.
lockout	If the specified path is not the selected path, the lockout flag for the specified path is set and no protection switch occurs. If the specified path is the selected path, a protection switch to the alternate path is performed and the lockout flag is set for the specified path.
manual	If the specified path is not the selected path, the manual flag for the specified path is set and no protection switch occurs. If the specified path is the selected path, the operational state of the alternate path is checked. If the alternate path is operational, the request is denied.

To perform an equipment protection switch, use the ine operate sw-dx-eqpt configuration command.

ine operate sw-dx-eqpt

To force the Cisco ONS 15303 to use the specified clocking source, use the ine operate syncsw configuration command. As long as this command remains in effect, clocking is accepted only from the specified source. To return to normal clocking operation, use the ine release syncsw configuration command. The configurable parameters are:

ine operate syncsw {internal | pri | sec}

Syntax	Description
internal	Forces the system to use the internal clock as the synchronization source.
pri	Forces the system to use the configured primary clocking source.
sec	Forces the system to use the configured secondary clocking source.

To configure the options for the power-on self tests (POSTs), use the ine post options configuration command. The configurable parameters are:

ine post options [loop-pkt count]

[post-type {none | long | short}]

[verbose {on | off}]

Syntax	Description
loop-pkt count	Enter the loop packet count value (a number between 0 and 5000). This value represents the number of iterations of the long POST.
post-type none | long | short	Enter none to disable POST, long to run the long version of POST, and short to run the short version of POST.
verbose on | off	Turn verbose mode on or off.

To run a power-on self test (POST), use the ine post run EXEC command.

ine post run

To return an interface to normal operation when an interface has been placed in a loopback state, use the ine release lpbk configuration command. The configurable parameters are:

ine release lpbk {ds1 ds1-id | serialds1 serialds1-id | oc3 oc3-id | vt1.5 vt1.5-id }

Syntax	Description
ds1-id	Enter the DS1 ID to configure (1-8).
serialds1-id	Enter the serial DS1 ID to configure (1-21).
oc3-id	Enter the OC-3 ID to configure (a or b).
vt1.5-id	Enter the VT1.5 ID to configure (1/1-3/1-7/1-3 or 1/1-3/1-7/1-3/a-b).

To revert from user overrides to linear line protection switching, use the ine release lprotnsw command. All user flags specified through the ine operate lprotnsw command are reset through this command. This command is valid only when the configuration mode of the Cisco ONS 15303 is Terminal Mode.

ine release lprotnsw oc3

To revert from user overrides to automatic path protectioning, use the ine release pprotsw command. All user flags specified through the ine operate pprotsw command will be reset through this command. This command is valid only when the configuration mode is Ring/SNC mode.

ine release pprotsw vt1.5 vt1.5-id

To release the system from a forced synchronization switch (forced synchronization switches are performed using the ine operate syncsw command), use the ine release syncsw configuration command. When this command is entered, the system will attempt to retrieve timing from the configured primary clocking source.

ine release syncsw

To display the local and remote SIM (Software Installation Manager) states, the active program and config files in both primary and secondary memory, and the program file that was used to boot the system last, use the ine report memory EXEC command.

ine report memory

To set the alarm profile index for an entity, use the ine set almpfl-idx configuration command.

ine set almpfl-idx [crs {crs-id | all}]

[ds1 {ds1-id | all}]

[eqpt]

DS1ds1[ethernet {enet-id | all}]

[mlppp {mlppp-id | all}]

[ppp {ppp-id | all}]

[prot- oc3]

[sam {a | b}]

[serialds1 {sds1-id | all}]

[oc3 {a | ab | b}]

[sync]

[vt1.5 {vt1.5-id | all}]

[sts1 sts1-id]

almpfl profile-number

Syntax	Description
crs-id | all	Enter the cross-connect number (1-28) or all.
ds1-id | all	Enter the DS1 number (1-8) or all.
enet-id | all	Enter the Ethernet number (1-8) or all.
mlppp-id | all	Enter the MLPPP number (1-8) or all.
ppp-id | all	Enter the PPP number (1-24) or all.
sam a | b	Enter a for SAM A or b for SAM B.
sds1-id | all	Enter the serial DS1 number (1-21) or all.
oc3 a | ab | b	Enter the OC-3 number.
vt1.5-id	Enter the VT1.5 ID (1/1-3/1-7/1-3/a-b or 1/1-3/1-7/1-3).
almpfl profile-number	Enter the alarm profile 1-4, std, or not-reported.

To set the default alarm profile for the Cisco ONS 15303, use the ine set default almfl configuration command.

ine set default almpfl profile-number

Syntax	Description
almpfl profile-number	Enter alarm profile ID 1-4, not-reported, or std for standard. Not reported means that you do not want the alarm reported. Standard uses the standard default alarm profile.

To specify a particular filename as the primary or secondary memory for program or data, use the ine set memory EXEC command.

ine set memory {pri | sec}

Syntax	Description
pri | sec	Enter pri for primary memory or sec for secondary memory.
data | prog	Enter data for the configuration file. Enter program for the image.

{data | prog} filename

To swap the primary memory for the secondary memory, use the ine swap memory EXEC command. This command is used to downgrade to the previous image.

ine swap memory

To enable the ingress data rate limiting feature with the specified average rate and burst length parameter, use the ingress-data-rate interface configuration command. Use the no form of the command to disable the command.

[no] ingress-data-rate avg-data-rate data-burst-len

Syntax	Description
avg-data-rate	Enter the long-term average rate that arriving traffic will be accepted and forwarded in kbps. The length of packets arriving from the Ethernet is accumulated and used to determine if the arrival rate exceeds the specified average value. The average data rate parameter specifies the rate at which the leaky bucket is replenished. For example, if the average data rate is set to 4500 kbps, the leaky bucket will be replenished to permit up to 4500 kbps of data. If all the Ethernet traffic is being forwarded onto a multilink bundle, the data rate should be set to match the aggregate link capacity.
data-burst-len	Enter the amount of data that can be received and forwarded in a short period of time. This parameter allows bursty traffic to arrive at a greater than average data rate, but for a limited time. The length of time that a burst will be received and forwarded is determined by this parameter and the traffic that arrives. Initially, the leaky bucket is preloaded with the amount given by data-burst-len parameter. If no traffic arrives, the leaky bucket will accumulate up to the value given by the burst length. The data-burst-len parameter should be set to a value that permits a moderate amount of traffic to arrive without significantly affecting the sharing of resources. If the data-burst-len parameter is set to a large value, buffers and processor cycles might be taken away from traffic on other Ethernet interfaces. A nominal value of 64 kbps is often adequate. You can adjust this value accordingly to fit your network application.

To specify the rate at which packets will be received, processed, and forwarded, use the ingress-pkt-rate interface configuration command. Use the no form of this command to disable ingress packet rate policing. This command is applicable only to the Cisco ONS 15303 on Ethernet ports 1 to 8.

[no] ingress-pkt-rate avg-pkt-rate pkt-burst-len

Syntax	Description
avg-pkt-rate	Enter the long-term average rate that packets will be received and forwarded. This parameter is specified in units of packets per second (pps). Each packet that arrives consumes one credit from the leaky bucket. For example, if the avg-pkt-rate is set to 3000 pps, the leaky bucket will be replenished to permit up to 3000 pps to be received. A value of 2500 pps on each of the eight Ethernet ports reflects a total forwarding rate of 20000 pps of aggregate receive capacity on the Ethernet ports (excluding arrivals on serial interfaces).
pkt-burst-len	Enter the number of packets that can be received and forwarded in a short period of time. This parameter allows a burst of packets to arrive at a rate greater than the average packet rate, but only for a short time. The length of time that a burst of packets will be received is determined by the burst length. Initially, the leaky bucket is preloaded with the amount given by the pkt-burst-len parameter. If no traffic arrives, the leaky bucket will accumulate up to the value not to exceed the burst length. The pkt-burst-len parameter should be set to a value that permits a moderate amount of packets to arrive without significantly affecting the sharing of buffer resources. If the pkt-burst-len parameter is set to a large value, buffers and processor cycles might be taken away from traffic on the Ethernet interfaces. A nominal burst length of 50 packets is often adequate. You can adjust this value accordingly to fit your network application.

To create a single instance of an IP-over-CLNP tunnel, use the interface ctunnel interface configuration command. To disable the interface, use the no form of this command.

This virtual interface allows IP packets to be carried in CLNP packets. This tunneling feature is useful in SONET DCC management plane networks, which use CLNP at the network layer. To manage IP devices like the Cisco ONS 15303, one or more of these IP-over-CLNP tunnels might be necessary.

[no] interface ctunnel id-number

Syntax	Description
id-number	Enter a unique identification number for the interface starting from 0.

The interface LDCCA 0 and interface LDCCB configuration commands provide the ability to send and receive management traffic on the SONET data communications channel (DCC) comprised of SONET overhead bytes D4 to D12, forming a 576 kbps data communications channel. In SONET terminology, these overhead bytes are referred to as Line DCC bytes; in SONET terminology, these bytes are referred to as Multiplex Section overhead bytes.

LDCCA serves as the interface for the 576 kbps DCC channel on SAM A, while LDCCB is for SAM B. These SONET DCC interfaces are treated like other interfaces in the system software. Each channel can be configured separately, but typically both are enabled together.

The interface instance number should be set to 0 for interface LDCCA and interface LDCCB, because the Cisco ONS 15303 supports only one pair of optical interfaces.

DS1Like other Cisco IOS interfaces, different link and network layer protocols can be used, including OSI and IP link and network layers.

To statically define a virtual interface that supports multilink PPP (MLPPP) operation, use the interface multilink configuration command. The Cisco ONS 15303 supports MLPPP for leased line DS1 services and supports up to eight multilink interfaces, each of which can aggregate up to eight DS1-rate serial links.

interface multilink interface-number

Syntax	Description
interface-number	Enter the multilink interface number.

interface SDCCA 0, interface SDCCB 0

Interfaces SDCCA and SDCCB provide the ability to send and receive management traffic on the SONET data communications channel (DCC) comprised of SONET overhead bytes D1, D2, and D3. In SONET terminology, these overhead bytes are referred to as Section DCC bytes; in SONET terminology, these bytes are referred to as Regenerator Section overhead bytes.

SDCCA serves as the interface for the DCC channel on SAM A, while SDCCB is for SAM B. The SONET DCC interfaces are treated like other interfaces in the system software. Each channel can be configured separately, but typically both are enabled together. The interface instance number should be set to 0 for both interface SDCCA and interface SDCCB, as the Cisco ONS 15303 supports only one pair of optical interfaces.

Typically, the interfaces are configured to operate with CLNS or IP protocols. In most applications, CLNS protocols and Q.921 must be enabled to interoperate with other SONET network elements. Refer to the Cisco Optical Networking System 15303 Software Configuration Guide for information on how to configure the SONET DCC subsystem and the Cisco Optical Networking System 15304 Software Configuration Guide to configure the SDH DCC subsystem.

The following example shows a typical configuration. In general, the Q.921 protocol is configured at the link layer, followed by activation of the CLNS at the network layer:

clns routing
router isis
 net 39.840f.8000.0000.0000.0000.0000.0010.1eea.3333.00

interface SDCCA 0
 encapsulation q921 clns
 clns router isis
 no shutdown
 
interface SDCCB 0
 encapsulation q921 clns
 q921 service AITS
 clns router isis
 no shutdown
 

To configure a serial DS1 interface, use the interface serialds1 configuration command.

interface serialds1 interface number

Syntax	Description
interface number	Enter the interface number to be configured.

To specify additional time to the current wait time for retransmitting a TFTP request, use the ip tftp backoff-delay configuration command. The amount of wait time starts at the time given by the ip tftp min-timeout command and increments to a value no larger than the value given by the ip tftp max-timeout command. The default is 1 second.

ip tftp backoff-delay seconds

Syntax	Description
seconds	Enter the additional amount of time to wait before retransmitting a TFTP request.

To specify the maximum amount of time to wait before retransmitting a TFTP request, use the ip tftp max-timeout configuration command. The default is 8 seconds.

ip tftp max-timeout seconds

Syntax	Description
seconds	Enter the maximum amount of time to wait before retransmitting a TFTP request.

To specify the minimum amount of time to wait before retransmitting a TFTP request, use the ip tftp min-timeout configuration command. After every successful data segment transfer, the wait time returns to the minimum timeout as a starting point. The default is 4 seconds.

ip tftp min-timeout seconds

Syntax	Description
seconds	Enter the minimum amount of time to wait before retransmitting a TFTP request.

To specify the maximum number of retransmission requests, use the ip tftp write-retries configuration command. In networks that experience high packet loss, it might be necessary to increase the number of retransmissions to ensure successful completion of a TFTP file transfer operation. The default is 5 seconds.

ip tftp write-retries seconds

Syntax	Description
seconds	Enter the maximum number of retransmission requests.

To provide an identification number that defines the association between serial DS1 and multilink interfaces, use the multilink-group configuration command. All serial DS1 interfaces with the same multilink-group identification number belong to the same multilink bundle. This command is valid only for multilink and serial DS1 interfaces (for example, interface multilink and interface serialds1).

[no] multilink-group id-number

Syntax	Description
id-number	Enter the number of the multilink group.

To enable or disable multilink fragmentation, use the multilink max-fragments command. Providing the value 0 disables fragmentation on an MLPPP interface. Providing a non-zero value configures a multilink interface to allow fragmentation of a PPP packet into a number of fragments (up to the maximum number given). The actual number of fragments that a packet will be split into is determined by the size of the packet and the number of links that are currently active in a multilink interface.

This command is valid only within the interface multilink configuration mode.

multilink max-fragments num-fragments

Syntax	Description
num-fragments	Enter the number of fragments. A value of 1 disables MLPPP fragmentation.

Use the q921 set of commands to specify the operating parameters for link layer used in SONET DCC channels. When configuring the SONET Section DCC channel to interoperate with other SONET network elements, Q.921 and OSI protocols are used. These commands are valid only if encapsulation q921 is selected for the interface.

q921 [service {AITS | UITS}] | k value | n200 value | n201 value | t200 value | t203 value

Syntax	Description
service AITS | UITS	Enter the service type acknowledge information transfer service (AITS) or unacknowledge information transfer service (UITS). When choosing UITS, all other parameters (except n201) are irrelevant and will be ignored by the system. The default is AITS.
k value	Enter a value between 1 and 127 to set the window size in frames. The default is 7.
n200 value	Enter a value between 2 and 16 to set the count for retransmitting frames. The default is 3.
n201 value	Enter a value between 512 and 65535 octets to set the maximum number of octets per frame. The default is 512 octets.
t200 value	Enter a value between 200 and 20000 ms to set the retransmission timer. The default is 0.2 second.
t203 value	Enter a value between 4000 and 120000 ms to set the interface outage timer. The default is 0 (disabled).

To enable automatic synchronization between the online SAM and the standby/offline SAM, use the redundancy auto-sync configuration command. Use the no form of this command to disable automatic synchronization.

[no] redundancy auto-sync

To retrieve the crash-stack from the remote SAM (if one is available), use the redundancy crash-stack EXEC command.

redundancy crash-stack

To reload the remote SAM, use the redundancy reload-slave EXEC command.

redundancy reload-slave

To check redundancy synchronization status, use the redundancy sync-check EXEC command.

redundancy sync-check

To force a synchronization operation upon user command, use the redundancy sync-force EXEC command. Only configuration data requiring synchronization is updated.

redundancy sync-force

show cnm information

To display information about operating parameters, message statistics, and current TCP connection information, use the show cnm information EXEC command.

show cnm information

To display configuration and status information available for each of the hardware controllers used on the Cisco ONS 15303, use the show controllers EXEC command.

show controller {Ethernet | IPC | LDCCA | LDCCB | SDCCA | SDCCB | SerialDS1} interface number

Syntax	Description
Ethernet	Enter the Ethernet interface number (0-8).
IPC	Enter the IPC interface number (0-0).
LDCCA	Enter the LDCCA interface number (0-0). A refers to the SAM A optical interface.
LDCCB	Enter the LDCCB interface number (0-0). B refers to the SAM B optical interface.
SDCCA	Enter the SDCCA interface number (0-0). A refers to the SAM A optical interface.
SDCCB	Enter the SDCCB interface number (0-0). B refers to the SAM B optical interface.
SerialDS1	Enter the serial DS1 interface number.

To display all alarms present on a specified interface, use the show ine alarms EXEC command. The configurable parameters are:

show ine alarms {all | crs crs-range | ds1 ds1-range | eqpt | ethernet enet-range | mlppp mlppp-range | ppp ppp-range| prot- oc3 | sam {a | b} | serialds1 sds1-range | oc3 oc3oc3-range | sync | vt1.5 vt1.5-range | sts1 sts1-range} [nfcncde {cr | maj | min | na | nr}] [alarm-type {ais-l | lof | los |...}]

Syntax	Description
all	Display all equipment alarms.
crs-range	Enter the cross-connect range (1-28).
ds1-range	Enter the DS1 range (1-8).
eqpt	Display the type of equipment available.
enet-range	Enter the Ethernet range (1-8).
mlppp-range	Enter the MLPPP range (1-8).
ppp-range	Enter the ppp range (1-21).
sam a | b	Enter the SAM (a or b).
sds1-range	Enter the serial DS1 range (1-21).
oc3oc3-range	Enter the STM range (a, b, or ab).
vt1.5-range	Enter the VT1.5 range (1/<1-3>/<1-7>/<1-3>/<a-b> or 1/<1-3>/<1-7>/<1-3>).
nfcncde cr	Display critical alarms.
nfcncde maj	Display critical or major alarms.
nfcncde min	Display critical, major, or minor alarms.
nfcncde na	Display critical, major, minor, or not alarmed alarms.
nfcncde nr	Display critical, major, minor, not alarmed, or not reported alarms.
alarm-type ais-l	Display alarm indication signal -l alarm type.
alarm-type lof	Display loss of frame alarm type.
alarm-type los	Display loss of signal alarm type.

To display the alarm profile index for a specified interface, use the show ine almpfl-idx EXEC command.

show ine almpfl-idx [crs {crs-id | all}]

[ds1 {ds1-id | all}]

[eqpt]

[ethernet {enet-id | all}]

[mlppp {mlppp-id | all}]

[ppp {ppp-id | all}]

[prot-oc3oc3]

[sam {a | b}]

[serialds1 {sds1-id | all}]

[oc3oc3 {a | ab | b}]

[sync]

[vt1.5 vt1.5-id]

[sts1 sts1-id]

Syntax	Description
crs-id	Enter the cross-connect number to display a specific cross-connect alarm or enter all to display all cross-connect alarms.
ds1-id	Enter the DS1 number to display a specific DS1 alarm or enter all to display all DS1 alarms.
eqpt	Display alarms for all equipment.
enet-id	Enter the Ethernet number to display a specific Ethernet alarm or enter all to display all Ethernet alarms.
mlppp-id	Enter the MLPPP number to display a specific MLPPP alarm or enter all to display all MLPPP alarms.
ppp-id	Enter the PPP identifier to display a specific PPP alarm or enter all to display all PPP alarms.
prot-stm	Enter prot-stm to display all protected OC-3 line alarms.
sam	Enter a or b to display alarms for either SAM A or SAM B.
sds1-id	Enter the serial DS1 number to display a specific serial DS1 alarm or enter all to display all serial DS1 alarms.
oc3oc3	Enter the OC-3 identifier (a, ab, or b) to display a specific OC-3 alarm.
sync	Display system sync alarm information.
vt1.5-id	Enter the VT1.5 identifier to display a specific VT1.5 alarm.

To display the alarm profile table for a specified interface, use the show ine almpfl-tbl EXEC command.

show ine almpfl-tbl {crs | ds1 | eqpt | ethernet | ho-vc | lo-vc | mlppp | ppp | prot-oc3oc3 | sam | oc3oc3 | sync} almpfl {profile-number | all}

Syntax	Description
crs	Display the alarm profile table for all cross-connects.
ds1	Display the alarm profile table for all DS1 interfaces.
eqpt	Display the alarm profile table for equipment failures primarily related to the chassis.
ethernet	Display the alarm profile table for all Ethernet interfaces.
ho-vc	Display the alarm profile table for all higher-order VC alarms.
lo-vc	Display the alarm profile table for all lower-order VC alarms.
mlppp	Display the alarm profile table for all MLPPP interfaces.
ppp	Display the alarm profile table for PPP-related alarms.
prot-oc3oc3	Display the alarm profile table for OC-3 protection switching alarms.
sam	Display the alarm profile table for SAM-related alarms.
oc3oc3	Display the alarm profile table for OC-3 interfaces.
sync	Display the alarm profile table for synchronization-related alarms.
almpfl profile-number	Display the alarm profile 1-4, not-reported, or std.

To display all of the conditions present on a specified interface, including alarmed and not alarmed conditions, use the show ine conditions EXEC command.

show ine conditions {all | crs crs-id | ds1 ds1-id | eqpt | ethernet enet-id | mlppp mlppp-id | ppp ppp-id | prot-oc3oc3 | sam {a | b} | serialds1 sds1-id | oc3oc3 oc3oc3-id | sync | vt1.5 vt1.5-id | sts1 sts1-id} [cond-type {ais-l | lof | los |...}]

Syntax	Description
all	Display all equipment conditions.
crs-id	Enter the cross-connect ID (1-28).
ds1-id	Enter the DS1 ID (1-8).
eqpt	Enter eqpt for a Cisco ONS 15303 that has no entity identifier.
enet-id	Enter the Ethernet ID (1-8).
mlppp-id	Enter the MLPPP ID (1-8).
ppp-id	Enter the PPP ID (1-21).
prot-oc3oc3	Enter prot-oc3oc3 for protected OC-3.
sam a | b	Enter SAM a or b.
sds1-id	Enter the serial DS1 ID (1-21).
oc3oc3-id	Enter a, b, or ab.
sync	Enter sync for synchronization.
vt1.5-id	Enter the VT1.5 ID (1/1-3/1-7/1-3/a-b or 1/1-3/1-7/1-3/ab).
cond-type	Enter the condition type. The condition type is dependent on the entity type.

To display the configuration of the specified cross-connect, use the show ine crs EXEC command.

show ine crs {crs-range | ds1 ds1-id | serialds1 sds1-id | vt1.5 vt1.5-id}

Syntax	Description
crs-range	Enter the cross-connect range to display the configuration.
ds1 ds1-id	Enter the DS1 identifier to display the configuration.
serialds1 sds1-id	Enter the serial DS1 identifier to display the configuration.
vt1.5 vt1.5-id	Enter the VT1.5 identifier to display the configuration.

To display the default alarm profile, use the show ine default almpfl-idx command.

show ine default almpfl-idx

show ine diag-results

To display the diagnostics options and the results of the auto-diagnostic test run the most recent 10 times, use the show ine diag results command.

show ine diag-results

To display the configuration and real-time parameters for the specified DS1(s), use the show ine ds1 EXEC command.

show ine ds1 ds1-range

Syntax	Description
ds1-range	Enter the DS1 range to display (1-8).

To display the configuration and real-time information for the Cisco ONS 15303, use the show ine eqpt EXEC command.

show ine eqpt

To display the equipment fan parameters, use the show ine fan command.

show ine fan

To display memory information, use the show ine memory command.

show ine memory

show ine oc3

To display the configuration and real-time information for the specified OC-3(s), use the EXEC show ine oc3 command.

show ine oc3 oc3-range

Syntax	Description
oc3-range	Enter the OC-3 range to display.

To display all performance monitoring information for a specified interface, use the show ine pm EXEC command.

show ine pm {ds1 ds1-id | serialds1 serialds1-id | oc3 oc3-id | vt1.5 vt1.5-id | sts1 sts1-id}

[mondat mm:dd:yyy]

[montm hh:mm]

[monval value]

[param-type type]

[time-period {15-min | 1-day | all | current}]

Syntax	Descriptions
ds1 ds1-id	Enter the DS1 identifier (1-8).
serialds1 serialds1-id	Enter the serial DS1 identifier (1-21).
oc3 oc3-id	Enter the STM identifier (a, b, or ab).
vt1.5 vt1.5-id	Enter the VT1.5 identifier (1/1-3/1-7/1-3/a-b or 1/1-3/1-7/1-3).
mondat mm:dd:yyy	Enter the monitor start date.
montm hh:mm	Enter the monitor start time.
monval value	Enter a monitor value between 0 and 65,536.
param-type type	Enter the parameter type, which is different for each entity.
time-period 15-min | 1-day | all | current	Enter the time period for which the statistics are maintained.

Parameter	Cisco Optical Networking System 15303
Coding violations	EB (MS, RS, MSFE)
Errored seconds	ES (L,P, S, V, LFE, PFE, VFE)
Severely errored seconds	SES (L,P, S, V, PFE, LFE, VFE)
Severely errored framing seconds	No SONET. DS1 maybe.
Unavailable seconds	UAS (L, P, V, PFE, LFE, VFE)
Background block error	Not supported in the current release. BBE
Errored second ratio	ESR
Severely errored second ratio	SESR
Background block error ratio	BBER

To display the results of the latest POSTs, use the show ine post-results EXEC command.

show ine post-results

To display the configuration and real-time information for the specified SAM card(s), use the show ine sam configuration command.

show ine sam {a | ab | b}

Syntax	Description
show ine sam a | ab | b	Enter a to show SAM A information, ab to show all real-time information for all SAM cards, or b to show SAM B information.

To display the configuration and real-time parameters for the specified serial DS1(s), use the EXEC show ine serialds1 command.

show ine serialds1 serialds1-range

Syntax	Description
serialds1-range	Enter the serial DS1 range to display.

To display all sync configuration, real-time parameters, and sync references for the Cisco ONS 15303, use the show ine sync EXEC command.

show ine sync

To display the configuration and real-time information for the specified VT1.5(s), use the show ine vt1.5 EXEC command.

show ine vt1.5 vt1.5-range

Syntax	Description
vt1.5-range	Enter the VT1.5 range to display.

To display statistics for all configured interfaces, use the show interfaces EXEC command.

show interfaces [type number] [accounting]

Syntax	Description
type	(Optional) Interface type. Allowed values for type include Ethernet, IPC, LDCCA, LDCCB, Multilink, Null, SDCCA, SDCCB, and Serial DS1.
number	(Optional) Port number on the selected interface.
accounting	(Optional) Displays the number of packets of each protocol type that has been sent through the interface.
crb	(Optional) Displays the configuration for each interface that has been configured for routing or bridging.
irb	(Optional) Displays the configuration for each interface that has been configured for integrated routing or bridging.

[crb] [irb]

To display information about the system controller used on the Cisco ONS 15303, use the show nile4 EXEC command.

show nile4

To display the redundancy synchronization status, use the show redundancy state EXEC command.

show redundancy state

To display the version tag table, use the show redundancy vtag EXEC command.