opcom3107 commands notebook 200811

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OPCOM3107 Commands Notebook

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CONTENTS Chapter 1 How to Use the Command Line------------------------------------------------------- 1

1.1 Software and hardware environment --------------------------------------------------------------------------1 1.2 Command line modes -----------------------------------------------------------------------------------------------1 1.3 Command line format annotation -------------------------------------------------------------------------------1

Chapter 2 Definitions of Command Line --------------------------------------------------------- 2 2.1 Relevant command line of crossconnect timeslot configuration------------------------------------2

2.1.1 sdh crossconnect (vc12|vc3) ----------------------------------------------------------------------------------------------------- 2 2.1.2 sdh crossconnect (vc12|vc3) TSSTRING ------------------------------------------------------------------------------------- 2 2.1.3 show sdh crossconnect ------------------------------------------------------------------------------------------------------------ 3 2.1.4 timeslot add sdh --------------------------------------------------------------------------------------------------------------------- 3 2.1.5 timeslot delete sdh ------------------------------------------------------------------------------------------------------------------ 4 2.1.6 show timeslot ------------------------------------------------------------------------------------------------------------------------- 5 2.1.7 show interface timeslot ------------------------------------------------------------------------------------------------------------- 5

2.2 Protection relevant commands line ----------------------------------------------------------------------------5 2.2.1 protect-switch enable --------------------------------------------------------------------------------------------------------------- 5 2.2.2 protect-switch disable -------------------------------------------------------------------------------------------------------------- 6 2.2.3 aps-restore-time---------------------------------------------------------------------------------------------------------------------- 6 2.2.4 aps-mode ------------------------------------------------------------------------------------------------------------------------------ 7 2.2.5 force-switch --------------------------------------------------------------------------------------------------------------------------- 8 2.2.6 manual-switch ------------------------------------------------------------------------------------------------------------------------ 8 2.2.7 show aps------------------------------------------------------------------------------------------------------------------------------- 9

2.3 SDH interface commands line------------------------------------------------------------------------------------9 2.3.1 interface stm1-opt ------------------------------------------------------------------------------------------------------------------- 9 2.3.2 sdh description --------------------------------------------------------------------------------------------------------------------- 10 2.3.3 loopback ----------------------------------------------------------------------------------------------------------------------------- 10 2.3.4 als --------------------------------------------------------------------------------------------------------------------------------------11 2.3.5 clear-statistic -------------------------------------------------------------------------------------------------------------------------11 2.3.6 sdh aupje-threshold --------------------------------------------------------------------------------------------------------------- 12 2.3.7 sdh es-threshold ------------------------------------------------------------------------------------------------------------------- 12 2.3.8 sdh msais-insert ------------------------------------------------------------------------------------------------------------------- 13 2.3.9 sdh tuais-insert --------------------------------------------------------------------------------------------------------------------- 14 2.3.10 sdh overhead c2 ------------------------------------------------------------------------------------------------------------------- 14 2.3.11 sdh overhead j0 -------------------------------------------------------------------------------------------------------------------- 15 2.3.12 sdh overhead j0-mode ----------------------------------------------------------------------------------------------------------- 15 2.3.13 sdh overhead j1 -------------------------------------------------------------------------------------------------------------------- 16 2.3.14 sdh overhead j1-mode ----------------------------------------------------------------------------------------------------------- 17 2.3.15 sdh overhead k1 ------------------------------------------------------------------------------------------------------------------- 17 2.3.16 sdh overhead k2 ------------------------------------------------------------------------------------------------------------------- 18 2.3.17 sdh overhead v5 ------------------------------------------------------------------------------------------------------------------- 18 2.3.18 sdh overhead k4 ------------------------------------------------------------------------------------------------------------------- 19 2.3.19 sdh sd-threshold ------------------------------------------------------------------------------------------------------------------- 19 2.3.20 show sdh-alarm -------------------------------------------------------------------------------------------------------------------- 20 2.3.21 show interface timeslot-occupy ------------------------------------------------------------------------------------------------ 20 2.3.22 show interface stm1--------------------------------------------------------------------------------------------------------------- 21 2.3.23 show interface ---------------------------------------------------------------------------------------------------------------------- 22

2.4 Commands of E1 interface --------------------------------------------------------------------------------------22 2.4.1 interface e1-------------------------------------------------------------------------------------------------------------------------- 22 2.4.2 e1-loopback ------------------------------------------------------------------------------------------------------------------------- 23 2.4.3 show interface ---------------------------------------------------------------------------------------------------------------------- 23

2.5 Commands of ETH interface------------------------------------------------------------------------------------24 2.5.1 automdi------------------------------------------------------------------------------------------------------------------------------- 24 2.5.2 autonegotiate ----------------------------------------------------------------------------------------------------------------------- 24 2.5.3 clear statistic ------------------------------------------------------------------------------------------------------------------------ 24 2.5.4 speed (10|100) duplex (full-duplex|half-duplex)---------------------------------------------------------------------------- 25 2.5.5 interface eth------------------------------------------------------------------------------------------------------------------------- 25 2.5.6 show interface ---------------------------------------------------------------------------------------------------------------------- 26 2.5.7 shutdown----------------------------------------------------------------------------------------------------------------------------- 26

2.6 Commands of EOS interface -----------------------------------------------------------------------------------27 2.6.1 interface eos ------------------------------------------------------------------------------------------------------------------------ 27 2.6.2 clear statistic ------------------------------------------------------------------------------------------------------------------------ 27

2.6.3 encapsulation----------------------------------------------------------------------------------------------------------------------- 28 2.6.4 gfp-fcs -------------------------------------------------------------------------------------------------------------------------------- 28 2.6.5 lcas ------------------------------------------------------------------------------------------------------------------------------------ 29 2.6.6 show interface eos ---------------------------------------------------------------------------------------------------------------- 29 2.6.7 show interface ---------------------------------------------------------------------------------------------------------------------- 30

2.7 Commands of ETH switch function --------------------------------------------------------------------------30 2.7.1 rate-limit ------------------------------------------------------------------------------------------------------------------------------ 30 2.7.2 show rate-limit ---------------------------------------------------------------------------------------------------------------------- 31 2.7.3 strom-control-global--------------------------------------------------------------------------------------------------------------- 31 2.7.4 storm-control-global rate--------------------------------------------------------------------------------------------------------- 32 2.7.5 show strom-control-global ------------------------------------------------------------------------------------------------------- 32 2.7.6 vlan------------------------------------------------------------------------------------------------------------------------------------ 33 2.7.7 state----------------------------------------------------------------------------------------------------------------------------------- 33 2.7.8 interface switchport --------------------------------------------------------------------------------------------------------------- 34 2.7.9 switchport ---------------------------------------------------------------------------------------------------------------------------- 34 2.7.10 switchport access vlan ----------------------------------------------------------------------------------------------------------- 35 2.7.11 switchport dot1q-tunnel vlan ---------------------------------------------------------------------------------------------------- 35 2.7.12 switchport trunk allowed vlan list ---------------------------------------------------------------------------------------------- 35 2.7.13 switchport hybrid allowed vlan ------------------------------------------------------------------------------------------------- 36 2.7.14 switchport mode ------------------------------------------------------------------------------------------------------------------- 36 2.7.15 switchport vlan --------------------------------------------------------------------------------------------------------------------- 36 2.7.16 show interface ---------------------------------------------------------------------------------------------------------------------- 37 2.7.17 show esw ---------------------------------------------------------------------------------------------------------------------------- 37 2.7.18 show interface switchport-------------------------------------------------------------------------------------------------------- 37 2.7.19 show vlan ---------------------------------------------------------------------------------------------------------------------------- 38 2.7.20 qos ------------------------------------------------------------------------------------------------------------------------------------ 38 2.7.21 qos default-cos --------------------------------------------------------------------------------------------------------------------- 39 2.7.22 qos trust cos ------------------------------------------------------------------------------------------------------------------------ 39 2.7.23 qos map cos-queue --------------------------------------------------------------------------------------------------------------- 40 2.7.24 show qos----------------------------------------------------------------------------------------------------------------------------- 40 2.7.25 mac-address-table aging-time-------------------------------------------------------------------------------------------------- 41 2.7.26 no mac-address-table aging-time---------------------------------------------------------------------------------------------- 41 2.7.27 mac-address-table learning ----------------------------------------------------------------------------------------------------- 42 2.7.28 mac-address-table static HHHH.HHHH.HHHH vlan <2-4094> port <1-4>------------------------------------------ 42 2.7.29 mac-polling -------------------------------------------------------------------------------------------------------------------------- 43 2.7.30 clear mac-address-table --------------------------------------------------------------------------------------------------------- 44 2.7.31 search mac-address -------------------------------------------------------------------------------------------------------------- 44 2.7.32 show mac---------------------------------------------------------------------------------------------------------------------------- 45

2.8 Relevant command of clock ------------------------------------------------------------------------------------46 2.8.1 device clock local ------------------------------------------------------------------------------------------------------------------ 46 2.8.2 device clock sdh-port ------------------------------------------------------------------------------------------------------------- 46 2.8.3 device clock e1--------------------------------------------------------------------------------------------------------------------- 47 2.8.4 device clock clear local----------------------------------------------------------------------------------------------------------- 48 2.8.5 device clock clear sdh-port ------------------------------------------------------------------------------------------------------ 48 2.8.6 device clock clear e1 ------------------------------------------------------------------------------------------------------------- 49 2.8.7 device clock force-switch local ------------------------------------------------------------------------------------------------- 49 2.8.8 device clock force-switch sdh-port -------------------------------------------------------------------------------------------- 50 2.8.9 device clock force-switch e1 ---------------------------------------------------------------------------------------------------- 50 2.8.10 device clock lockout local-------------------------------------------------------------------------------------------------------- 51 2.8.11 device clock lockout sdh-port --------------------------------------------------------------------------------------------------- 51 2.8.12 device clock lockout e1 ---------------------------------------------------------------------------------------------------------- 52 2.8.13 device clock manual-switch local ---------------------------------------------------------------------------------------------- 52 2.8.14 device clock manual-switch sdh-port ----------------------------------------------------------------------------------------- 53 2.8.15 device clock manual-switch e1------------------------------------------------------------------------------------------------- 53 2.8.16 device clock pll --------------------------------------------------------------------------------------------------------------------- 54 2.8.17 device clock reset local ---------------------------------------------------------------------------------------------------------- 54 2.8.18 device clock reset sdh-port------------------------------------------------------------------------------------------------------ 55 2.8.19 device clock reset e1 ------------------------------------------------------------------------------------------------------------- 55 2.8.20 device clock wait-to-restore-time ---------------------------------------------------------------------------------------------- 55 2.8.21 device clock ssm------------------------------------------------------------------------------------------------------------------- 56 2.8.22 device clock local id--------------------------------------------------------------------------------------------------------------- 57 2.8.23 device clock sdh-port id ---------------------------------------------------------------------------------------------------------- 57 2.8.24 device clock e1 id------------------------------------------------------------------------------------------------------------------ 57 2.8.25 show device clock ----------------------------------------------------------------------------------------------------------------- 58

2.9 System Configuration Command Line ----------------------------------------------------------------------58 2.9.1 dcc select ---------------------------------------------------------------------------------------------------------------------------- 58 2.9.2 e1-retiming-src --------------------------------------------------------------------------------------------------------------------- 59 2.9.3 e1 <1-8> retiming------------------------------------------------------------------------------------------------------------------ 60 2.9.4 show info----------------------------------------------------------------------------------------------------------------------------- 60 2.9.5 show shelf --------------------------------------------------------------------------------------------------------------------------- 61

Chapter 3 Reference Materials ---------------------------------------------------------------------62 Appendix A Acronyms ------------------------------------------------------------------------------------66

Preface

About This Manual This manual introduces primary functions of the configuration management software for OPCOM3107 series products.

Who Should Read This Manual This manual is a valuable reference for sales and marketing staff, after service staff and telecommunication network designers. For those who want to have an overview of the features, applications, structure and specifications of OPCOM3107 device, this is also a recommended document.

Organization This manual is an introduction of the main functions of OPCOM3107. To have a quick grasp of the using of OPCOM3107, please read this manual carefully. The manual is composed of the following chapters:

Chapter 1 How to Use the Command Line

This chapter briefly introduces how to access control and configure OPCOM3107 device by the command line.

Chapter 2 Definitions of Command Line

This chapter mainly introduces the supported configuration command line in OPCOM3107 device software.

Chapter 3 Reference Materials

Appendix A Acronyms

Compliance The RC series products developed by Raisecom are strictly complied with the following standards as well as ITU-T, IEEE, IETF and related standards from other international telecommunication standard organizations:

YD/T900-1997 SDH Equipment Technical Requirements - Clock

YD/T973-1998 SDH 155Mb/s and 622Mb/s Technical conditions of optical transmitter module and receiver module

YD/T1017-1999 Network node interface for the Synchronous Digital Hierarchy (SDH)

YD/T1022-1999 Requirement of synchronous digital hierarchy (SDH) equipment function

YD/T1078-2000 SDH Transmission Network Technique Requirements-Interworking of Network

Protection Architectures

YD/T1111.1-2001 Technical Requirements of SDH Optical Transmitter/Optical Receiver Modules——2.488320 Gb/s Optical Receiver Modules

YD/T1111.2- 2001 Technical Requirements of SHD Optical Transmitter/Optical Receiver Modules——2.488320 Gb/s Optical Transmitter Modules

YD/T1179- 2002 Technical Specification of Ethernet over SDH

G.703 Physical/electrical characteristics of hierarchical digital interfaces

G.704 Synchronous frame structures used at 1544, 6312, 2048, 8448 and 44 736 kbit/s hierarchical levels

G.707 Network node interface for the synchronous digital hierarchy (SDH)

G.774 Synchronous digital hierarchy (SDH) - Management information model for the network element view

G.781 Synchronization layer functions

G.783 Characteristics of synchronous digital hierarchy (SDH) equipment functional blocks

G.784 Synchronous digital hierarchy (SDH) management

G.803 Architecture of transport networks based on the synchronous digital hierarchy (SDH)

G.813 Timing characteristics of SDH equipment slave clocks (SEC)

G.823 The control of jitter and wander within digital networks which are based on the 2048 kbit/s hierarchy

G.825 The control of jitter and wander within digital networks which are based on the synchronous digital hierarchy (SDH)

G.826 End-to-end error performance parameters and objectives for international, constant bit-rate digital paths and connections

G.828 Error performance parameters and objectives for international, constant bit-rate synchronous digital paths

G.829 Error performance events for SDH multiplex and regenerator sections

G.831 Management capabilities of transport networks based on the synchronous digital hierarchy (SDH)

G.841 Types and characteristics of SDH network protection architectures

G.842 Interworking of SDH network protection architectures

G.957 Optical interfaces for equipments and systems relating to the synchronous digital hierarchy

G.691 Optical interfaces for single channel STM-64 and other SDH systems with optical amplifiers

G.664 Optical safety procedures and requirements for optical transport systems

I.731 ATM Types and general characteristics of ATM equipment

I.732 ATM Functional characteristics of ATM equipment

IEEE 802.1Q Virtual Local Area Networks (LANs)

IEEE 802.1p Traffic Class Expediting and Dynamic Multicast Filtering

IEEE 802.3 CSMA/CD Access Method and Physical Layer Instruction

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1

Chapter 1 How to Use the Command Line

1.1 Software and hardware environment

Operation environment of hardware: OPCOM3107 platform

PC serial interface

Operation environment of software: WIN98/WIN2000/WINDOWS XP

1.2 Command line modes

Mode Mode description Access Prompts

Common EXEC mode

Configure the basic information and show the parameters etc. at

terminal device.

Login the device and input the user name and password. OPCOM3107>

Privileged EXEC mode

Configure the basic information such as system time, displaying parameters, ect. Running information of

OPCOM3107 can not be configured in this mode.

Use enable command in common EXECmode. OPCOM3107#

Global configuration

Configure all running parameters of OPCOM3107.

Use config command in Privileged EXEC mode. OPCOM3107 (config )#

Interface configuration

Configure parameters of Ethernet NM (Network

Management) interface, ETH interfaces and SDH interface.

Input interface [eth/eos/stm-1/e1

/switch/snmp/dcc] in Global configuration mode.

OPCOM3107 (config-xxx/n)#xxx: interface index.

Table 1-1 Command Line Modes

1.3 Command line format annotation

1. The command is ended at key word of the first parameter.

2. All optional parameters should be bracketed into a “[]”, regardless of how many parameters there are. Parameters should be separated by “|”.

3. In the case of any choices of required parameters or command keywords, all parameters and command keywords should be bracketed into a “()”. Parameters and command keywords should be separated by “|”.


2

Chapter 2 Definitions of Command Line

2.1 Relevant command line of crossconnect timeslot configuration

2.1.1 sdh crossconnect (vc12|vc3) [Function]

Configure device crossconnect, no command is used to delete crossconnect.

sdh crossconnect (vc12|vc3) source-port <1-2> timeslot {1-63} destination-port <1-2> timeslot {1-63}

no sdh crossconnect (vc12|vc3) source-port <1-2> timeslot {1-63} destination-port <1-2> timeslot {1-63}

[Parameter]

(vc12|vc3) : select crossconnect type; vc12: VC12-level crossconnect; vc3: VC3-level cross-connect.

<1-2>: sdh port index.

<1-63> : sdh timeslot.

TSSTRING : timeslot string to configure, use “,” to separate single timeslots; use “-” to indicate interzone, for example 1, 3-5 means timeslot 1, 3, 4, 5.

[Command modes]

Global configuration mode

[Example]

Create vc12-level crossconnect from optical interface 1 timeslot 1 to optical interface 2 timeslot 2:

OPCOM3107 (config)# sdh crossconnet vc12 source-port 1 timeslot 1 destination-port 2 timeslot 5

[Related commands]

Command Description

show sdh crossconnect Show sdh port crossconnect configuration information.

2.1.2 sdh crossconnect (vc12|vc3) TSSTRING [Function]

Configure crossconnect for device optical interface corresponding timeslots.

sdh crossconnect (vc12|vc3) TSSTRING

[Parameter]


3

(vc12|vc3) : select crossconnect type; vc12: VC12-level crossconnect; vc3: VC3- level cross-connect.

TSSTRING : timeslot string to configure, use “,” to separate single timeslot; use “-” to indicate interzone, for example 1, 3-5 means timeslot 1, 3, 4, 5.

[Command modes]


[Example]

Create vc12-level crossconnect from optical interface 1 timeslot 1-8 to optical interface 2 timeslot 1-8:

OPCOM3107 (config)# sdh crossconnet vc12 1-8

[Related commands]

Command Description

show sdh crossconnect Show sdh port crossconnect configuration information.

2.1.3 show sdh crossconnect [Function]

Show configured crossconnect.

show sdh crossconnect

[Command modes]

Privileged EXEC mode, Global configuration mode

[Example]

Show crossconnect configuration information:

OPCOM3107# show sdh crossconnect

[Related commands]

Command Description

sdh crossconnect Configure sdh port timeslot crossconnect.

2.1.4 timeslot add sdh [Function]

Add one mapping between E1/EOS interface and sdh timeslot, which can assign backboard timeslot.

timeslot add sdh <1-2> (vc12|vc3) SDHTSSTRING [SVCTSSTRING]

[Parameter]


(vc12|vc3) : timeslot assignment type selection ; vc12: timeslot type is VC12; vc3: means


4

timeslot is VC3;

SDHTSSTRING: SDH timeslot string to configure.

SVCTSSTRING: backboard timeslot string to configure.

[Command modes]

EOS and E1 interface configuration mode

[Executing Command Instruction]

System automatically assigns backboard timeslot if not input SVCTSSTRING parameters.

[Example]

Add timeslot 1 at E1 port 1, meanwhile create an inner crossconnect to SDH optical interface 1 timeslot 1:

OPCOM3107 (config-e1/1)# timeslot add sdh 1 vc12 1 1

[Related commands]

Command Description

show timeslot Show configuration information assigned by timeslot.

2.1.5 timeslot delete sdh [Function]

Delete one mapping between E1/EOS interface and sdh timeslot.

timeslot delelte sdh <1-2> (vc12|vc3) SDHTSSTRING

[Parameter]


(vc12|vc3) : timeslot assignment type selection ; vc12: timeslot type is VC12; vc3: means timeslot is VC3;

SDHTSSTRING: SDH timeslot string to configure.

[Command modes]

EOS and E1 interface configuration mode

[Example]

Delete timeslot 1 under E1 port 1:

OPCOM3107 (config-e1/1)# timeslot del sdh 1 vc12 1

[Related commands]

Command Description

show timeslot Show timeslot assigning configuration information.


5

2.1.6 show timeslot [Function]

Show relevant information of timeslot assignment.

show timeslot

[Command modes]

Privileged EXEC mode, Global configuraiton mode

[Example]

Show timeslot assignment information:

OPCOM3107# show timeslot

[Related commands]

Commands Description

timeslot add sdh Configure timeslot assignment.

timeslot delete sdh Delete timeslot assignment.

2.1.7 show interface timeslot [Function]

Show relevant information of timeslot assignment at EOS and E1 interface.

show interface timeslot

[Command modes]

EOS and E1 interface configuraiton mode

[Example]

Show timeslot configuration status at EOS interface 2:

OPCOM3107(config-eos/0/2)# show interace timeslot

[Related commands]


timeslot add sdh Configure timeslot assignment.

timeslot delete sdh Delete timeslot assignment.

2.2 Protection relevant commands line

2.2.1 protect-switch enable [Function]

Configure protect-switch type and enable the function.

protect-switch enable [type (path|ms)]

[Parameter]


6

path|ms: type of protect-switch;

path: path protection;

ms: multiplex-section protection.

[Default]

Protect-switch enable and in path protection mode

[Command modes]


[Example]

Configure path protection protect-switch enable:

OPCOM3107# config

OPCOM3107(config)# protect-switch enable type path

Create successfully

[Related commands]


show aps Show protect-switch configuration information.

2.2.2 protect-switch disable [Function]

This command is used to disable protect-switch.

protect-switch disable

[Command modes]


[Example]

Configure protect-switch disable:

OPCOM3107# config

OPCOM3107 (config)# protect-switch disable Set successfully

[Related commands]



2.2.3 aps-restore-time [Function]

Configure automatically protect-switch restore time.


7

aps-restore-time <0-12>

[Parameter]

<0-12>: restore time, unit: minute

[Default]

12 minutes

[Command modes]



0 means no need to wait for aps restore, the link switch to master link directly after it recovers.

[Example]

Configure auto-protect-switch restore time to be 3:

OPCOM3107# config

OPCOM3107 (config)# aps-restore-time 3

Set successfully

[Related commands]



2.2.4 aps-mode [Function]

Configure whether aps-mode enable.

aps-mode (revertive|nonrevertive)

[Parameter]

(revertive|nonrevertive): whether enable auto-revert

[Default]

Revert

[Command modes]


[Example]

Configure aps-mode to be nonrevertive:

OPCOM3107# config

OPCOM3107(config)# aps-mode nonrevertive Set successfully

[Related commands]


8



2.2.5 force-switch [Function]

Configure force-switch working path for assigned timeslot.

force-switch {work-line|protection-line|clear} [{vc3|vc12} TSSTRING]

[Parameter]

{work-line|protection-line|clear}: select parameter to operate

work-line: force to work-line

protection-line: force to protection line

clear: clear force-siwtch

TSSTRING: timeslot string to operate; use “,” to separate single timeslot; use “-” to indicates interzone. For example: 1, 3-5 means timeslot 1 and timeslot 3, 4, 5.

[Command modes]



Force-switch is available only when configured relevant timeslot and protection enable.

[Example]

OPCOM3107# config

OPCOM3107 (config)# force-switch work-line vc12 1,3-6 Set successfully

[Related commands]



2.2.6 manual-switch [Function]

Force switch working line for assigned timeslot.

manual-switch {work-line|protection-line|clear} [{vc3|vc12} TSSTRING]

[Parameter]

{work-line|protection-line|clear}: select parameter to operate

work-line: force to work line

protection-line: force to protection line


9

clear: clear force siwtch

TSSTRING: timeslot string to operate; use “,” to separate single timeslot; use “-” to indicare interzone. For example: 1, 3-5 means timeslot 1 and timeslot 3, 4, 5.

[Command modes]



Manual-switch can be operated only in condition that there is protection pair and the protection pair is valid.

[Example]

OPCOM3107# config

OPCOM3107 (config)# manual-switch work-line vc12 1,3-6

Set successfully

[Related commands]



2.2.7 show aps [Function]

Show protect-switch configuration status.

show aps

[Command modes]

Privileged EXEC mode, Global configuration mode

[Example]

OPCOM3107# config

OPCOM3107 (config)# show aps

2.3 SDH interface commands line

2.3.1 interface stm1-opt [Function]

Enter interface configuration mode.

interface stm1-opt <1-2>

[Parameter]

<1-2>: STM1 optical interface ID.

[Command modes]


10

Global configuration mode, STM1 interface configuration mode

[Example]

Enter STM1 optical interface 1:

OPCOM3107 (config)# interface stm1-opt 1

[Related commands]


show interface Show interface information.

2.3.2 sdh description [Function]

Configure interface description information.

sdh description STRING

[Parameter]

STRING: interface description information

[Command modes]

Interface configuration mode


Use character “^” instead of character “space” in the interface description.

[Example]

Configure optical interface description information as aisecom-inter-01:

OPCOM3107 (config-stm1-opt/0/1)# sdh description raisecom-inter-01

[Related commands]



2.3.3 loopback [Function]

Configure STM-1 port loopback, no command can used to cancel loopback.

loopback external

no loopback

[Parameter]

external: loopback type. External means remote port external loopback.

[Default]


11

No loopback

[Command modes]


[Example]

Configure local optical interface external loopback:

OPCOM3107 (config-stm1-opt/0/1)# loopback external

[Related commands]



2.3.4 als [Function]

Configure STM-1 port als function.

als (enable|disable)

[Parameter]

(enable|disable): als function enable/disable.

[Default]

disable

[Command modes]


[Example]

Enable optical interface als function:

OPCOM3107 (config-stm1-opt/0/1)# als enable

[Related commands]



2.3.5 clear-statistic [Function]

Reset all current internal statistics information of sdh.

[Command modes]


[Example]


12

Reset all current internal statistics information of sdh:

OPCOM3107 (config-stm1-opt/0/1)# reset-statistic

2.3.6 sdh aupje-threshold [Function]

Configure SDH high order path AU pointer to adjust threshold.

[Command Format]

sdh aupje-threshold (positive|negative) <1-65535>

[Parameter]

(positive|negative): select the pointer to adjust direction to set, positive means adjust pointer at positive direction; negative means adjust pointer at negative direction.

<1-65535>: threshold value.

[Default]

Threshold value is 900 by default.

[Command modes]


[Example]

Set positive pointer to adjust threshold value as 300:

OPCOM3107 (config-stm1-opt/0/1)# sdh aupje-threshold positive 300

[Related commands]



2.3.7 sdh es-threshold [Function]

Configure SDH error bit second threshold.

sdh es-threshold (regenerator-section|multiplex-section|higher-path|lower-path) <1-900>

[Parameter]

(regenerator-section|multiplex-section|higher-path|lower-path): select the section to set;

regenerator-section: regenerator section;

multiplex-section: multiplex section;

higher-path: higher order path;

lower-path: lower order path;

<1-900>: error bit second threshold value.


13

[Default]

All error second threshold values are 900.

[Command modes]


[Example]

Set multiplex section error second threshold value as 300:

OPCOM3107 (config-stm1-opt/0/1)# sdh es-threshold multiplex-section 300

[Related commands]



2.3.8 sdh msais-insert [Function]

Enable/disable MS-AIS insert function.

sdh msais-insert (rstim|msexc) (enable|disable)

[Parameter]

(rstim|msexc): conditions of insert MS-AIS function;

rstim: insert when regenerator section TIM alarms;

msexc: insert when multiplex section EXC alarms;

(enable|disable): enable: insert enable;

disable: insert disable.

[Default]

Disable, disable MS-AIS insert function when regenerator section TIM and multiplex section EXC alarms.

[Command modes]


[Example]

Insert MS-AIS when regenerator section TIM alarms:

OPCOM3107 (config-stm1-opt/0/1)# sdh msais-insert rstim enable

[Related commands]




14

2.3.9 sdh tuais-insert [Function]

Enable/disable TU-AIS insert function.

sdh tuais-insert (hpexc|hpplm|hptim) (enable|disable)

[Parameter]

(hpexc|hpplm|hptim): conditions of insert TU-AIS function;

hpexc: insert when higher order path EXC alarms;

hpplm: insert when higher order path PLM alarms;

hptim: insert when higher order path TIM alarms;

(enable|disable): enable: insert enable;

disable: insert disable.

[Default]

Disable: disable TU-AIS insert function when higher-path EXC, higher-path PLM and higher- path TIM alarms.

[Command modes]


[Example]

Insert TU-AIS when higher order path PLM alarm happens at STM optical port 1:

OPCOM3107 (config-stm1-opt/0/1)# sdh tuais-insert hpplm enable

[Related commands]


show interface Show SDH interface information.

2.3.10 sdh overhead c2 [Function]

Configure expected receiving and transmitting higher order path C2 byte.

sdh overhead c2 [vc4 <1-1>] [vc3 <1-3>] [transmit BYTE] [expected BYTE]

[Parameter]

vc4: configurable vc4 index, only 1 vc4 at present;

vc3: select vc3 index for configuring, valued from 1-3 for configuring vc3 C2 byte, this parameter is omitted when configure vc4 C2 byte;

BYTE: C2 byte information expects to receive, hexadecimal digitals;

BYTE: C2 byte information to transmit, hexadecimal digitals.

[Default]

C2 byte information to transmit and expect to receive are both 0x02.


15

[Command modes]

STM1 interface configuration mode

[Example]

Configure C2 byte information to transmit and expect to receive to be both 0x03:

OPCOM3107 (config-stm1-opt/0/1)# sdh overhead c2 expected 0x03 transmit 0x03

[Related commands]



2.3.11 sdh overhead j0 [Function]

Configure regenerator section trace byte J0 string expects to receive and to transmit.

sdh overhead j0 [expected EXPMSG] [transmit XMITMSG]

[Parameter]

EXPMSG: j0 string expects to receive;

XMITMSG: j0 string expects to transmit.

[Default]

J0 string expects to receive and to transmit are both Raisecom-Opcom.

[Command modes]



The character number must not more than 16 in factual command operation, use “^” to instead of “space” character.

[Example]

Configure j0 string to transmit and expects to receive to be both opcom3107:

OPCOM3107(config-stm1-opt/0/1)# sdh overhead j0 expected opcom3107 transmit

opcom3107

[Related commands]



2.3.12 sdh overhead j0-mode [Function]

Configure regenerator section trace byte J0 string expects to receive and to transmit.


16

sdh overhead j0-mode (one-byte | sixteen-byte)

[Parameter]

one-byte: use j0 one byte mode;

sixteen-byte: use j0 16 byte mode.

[Default]

J0 16 byte mode.

[Command modes]


[Example]

Configure j0 16 byte mode:

OPCOM3107 (config-stm1-opt/0/1)# sdh overhead j0-mode sixteen-byte

[Related commands]



2.3.13 sdh overhead j1 [Function]

Configure HP trace byte J1 string expects to receive and to transmit.

sdh overhead j1 [vc4 <1-1>] [vc3 <1-3>] [expected EXPMSG] [transmit XMITMSG]

[Parameter]

vc4: means vc4 index has been configured, only 1 vc4 at present;

vc3: means select vc3 index for configuring, valued from 1-3 for configuring vc3 J1 byte, this parameter is omitted when configure vc4 J1 byte;

EXPMSG: j1 string expects to receive;

XMITMSG: j1 string to transmit.

[Default]

J1 string expects to receive and transmit are both Raisecom-Opcom.

[Command modes]



The character number must not more than 16 in factual command operation, use “^” to instead of “space” character.

[Example]

Configure j1 string to transmit and expects to receive to be both opcom3107:

OPCOM3107(config-stm1-opt/0/1)# sdh overhead j1 expected opcom3107 transmit


17

opcom3107

[Related commands]



2.3.14 sdh overhead j1-mode [Function]

Configure HP trace byte J1 string expects to receive and transmit.

sdh overhead j1-mode (sixteen-byte | sixtyfour-byte)

[Parameter]

sixtyfour-byte: use j1 64 byte mode;

sixteen-byte: use j1 16 byte mode.

[Default]

J1 16 byte mode.

[Command modes]


[Example]

Configure j1 16 byte mode:

OPCOM3107(config-stm1-opt/0/1)# sdh overhead j1-mode sixteen-byte

[Related commands]



2.3.15 sdh overhead k1 [Function]

Configure k1 byte to transmit.

sdh overhead k1 BYTE

[Parameter]

BYTE: k1 byte to transmit.

[Default]

K1 byte to transmit is 0x0.

[Command modes]


[Example]


18

Configure transmit k1 byte 0x0:

OPCOM3107(config-stm1-opt/1)# sdh overhead k1 0x0

[Related commands]




Configure k2 byte to transmit.

sdh overhead k2 BYTE

[Parameter]

BYTE: k2 byte to transmit.

[Default]

K2 byte to transmit is 0x0.

[Command modes]


[Example]

Configure transmit k2 byte 0x0:

OPCOM3107(config-stm1-opt/1)# sdh overhead k2 0x0

[Related commands]



2.3.17 sdh overhead v5 [Function]

Configure v5 byte expects to receive and to transmit.

sdh overhead v5 [vc4 <1-1>] [vc12 <1-63>] [expected BYTE] [transmit BYTE]

[Parameter]

vc4: vc4 index, only 1 vc4 at present;

vc12: vc12 timeslot (TS) index, <1-63>;

BYTE: v5 byte information expects to receive;

BYTE: v5 byte information to transmit.

[Default]

Vc12 v5 is 0x2 by default.


19

[Command modes]


[Example]

Configure VC12-1 transmit and expect v5 byte to be both 0x5:

OPCOM3107(config-stm1-opt/0/1)# sdh overhead v5 vc12 1 expected 0x5 transmit 0x5

[Related commands]




Configure LP extended signal tag k4 byte expects to receive and to transmit.

sdh overhead k4 [vc4 <1-1>] [vc12 <1-63>] [expected BYTE] [transmit BYTE]

[Parameter]

vc4: vc4 index, only 1 vc4 at present;

vc12: vc12 timeslot (TS) index, <1-63>;

BYTE: k4 byte information expects to receive;

BYTE: k4 byte information to transmit.

[Default]

Vc12 k4 is 0xb by default.

[Command modes]


[Example]

Configure VC12-1 tranmist and expect k4 byte to be both 0xd:

OPCOM3107(config-stm1-opt/0/1)# sdh overhead k4 vc12 1 expected 0xd transmit 0xd

[Related commands]



2.3.19 sdh sd-threshold [Function]

Configure SDH signal degrade threshold.

sdh sd-threshold (regenerator-section|multiplex-section|higher-path|lower-path) <6-8>

[Parameter]


20

(regenerator-section|multiplex-section|higher-path|lower-path): select section to set;

regenerator-section: regenerator-section;

multiplex-section: multiplex-section ;

higher-part: higher order path ;

lower-path: lower order path ;

<6-8>: signal degrade threshold; 6 means threshold is 10-6; 7 means threshold is 10-7; 8 means threshold is 10-8.

[Default]

Threshold for all types of signal degrade is 6.

[Command modes]


[Example]

Configure multiplex section signal degrade threshold to be 10-6:

OPCOM3107(config-stm1-opt/0/1)# sdh sd-threshold multiplex-section 6

[Related commands]



2.3.20 show sdh-alarm [Function]

Show all SDH alarm of port at present.

show sdh-alarm

[Command modes]


[Example]

Show STM1 port 1 all SDH alarm at present:

OPCOM3107(config-stm1-opt/0/1)#show sdh-alarm

2.3.21 show interface timeslot-occupy [Function]

Show SDH timeslot occupation status at present.

show interface timeslot-occupy

[Command modes]



21

[Command Execute Echo]

sdh-port timeslot state

-----------------------------------------

1 vc3 1 NoOccupied

1 vc3 2 NoOccupied

1 vc3 3 NoOccupied

1 vc12 1 Occupied by svc








1 vc12 9 NoOccupied

1 vc12 10 Occupied by xc

1 vc12 11 NoOccupied







[Example]

Show timeslot occupation status at present port:

OPCOM3107(config-stm1-opt/0/1)# show interface timeslot-occupy

2.3.22 show interface stm1 [Function]

Show sdh interface configuration information.

show interface stm1 <1-2>

[Parameter]

<1-2>: sdh interface number

[Command modes]

Global configuration mode, Interface configuration mode

[Example]


22

Show sdh interface 1 information:

OPCOM3107 (config-stm1-opt/0/1)# show interface sdh 1

[Related commands]


show interface Show interface configuration information.

show interface stm1 Show interface configuration information.

2.3.23 show interface [Function]

Show configuration of current STM port.

show interface

[Command modes]


[Example]

Show STM optical port 2 configuration information:

OPCOM3107(config-stm1-opt/0/2)# show interface

2.4 Commands of E1 interface

2.4.1 interface e1 [Function]

Enter E1 interface.

interface e1 <1-8>

[Parameter]

<1-8>: E1 interface index

[Command modes]


[Example]

Enter E1 interface 1:

OPCOM3107(config)# interface e1 1

[Related commands]




23

2.4.2 e1-loopback [Function]

Configure E1 loopback and cancel E1 loopback.

e1-loopback (internal | external)

no e1-loopback

[Parameter]

(internal|external): internal: local interface internal loopback;

external: remote interface external loopback.

[Default]

No loopback

[Command modes]

E1 interface configuration mode

[Example]

Configure E1 remote loopback:

OPCOM3107(config-e1/0/1)# e1-loopback external

Cancel E1 remote loopback:

OPCOM3107(config-e1/0/1)# no e1-loopback

[Related commands]




Show E1 interface configuration information.

show interface

[Command modes]

E1 interface configuration mode

[Example]

Show E1 interface information:

OPCOM3107(config-e1/0/1)# show interface


24

2.5 Commands of ETH interface

2.5.1 automdi [Function]

Configure Auto-MDI function; no command can be used to disable the function.

[no] automdi

[Default]

Auto-MDI function enable

[Command modes]

ETH interface mode

[Example]

Enable ETH interface Auto-MDI function:

OPCOM3107(config-eth/0/1)# automdi

[Related commands]



2.5.2 autonegotiate [Function]

Configure Auto-Negotiation function; no command can be used to disable the function.

[no] autonegotiate

[Default]

Auto-Negotiation function enable

[Command modes]

ETH interface mode

[Example]

Disable ETH interface Auto-Negotiation function:

OPCOM3107(config-eth/0/1)# no autonegotiate

[Related commands]



2.5.3 clear statistic [Function]

Clear statistical information.


25

clear statistic

[Command modes]

ETH interface mode, Switch interface mode

[Example]

Clear ETH flow statistic information:

OPCOM3107(config-eth/0/1)# clear statistic

[Related commands]



2.5.4 speed (10|100) duplex (full-duplex|half-duplex) [Function]

Configure duplex rate of ETH interface.

speed (10|100) duplex (full-duplex|half-duplex)

[Parameter]

(10|100): interface rate, unit: M;

(full-duplex|half-duplex): duplex status ;

full-duplex: full-duplex;

half-duplex: half-duplex.

[Command modes]

ETH interface mode


This configuration is valid only when interface Auto-Negotiation disable.

[Example]

Configure ETH interface to be 10M half-duplex:

OPCOM3107(config-eth/0/1)# speed 10 duplex half-duplex

[Related commands]



2.5.5 interface eth [Function]

Enter ETH interface.


26

interface eth <1-4>

[Parameter]

<1-4>: ETH interface number

[Command modes]

Global configuration mode, ETH interface mode

[Example]

Enter ETH interface 1:

OPCOM3107(config)# interface eth 1

[Related commands]




Show interface configuration information.

show interface

[Command modes]

ETH interface mode

[Example]

Show ETH interface configuration information:

OPCOM3107(config-eth/0/1)# show interface

[Related commands]



2.5.7 shutdown [Function]

This command is used to shutdown ETH interface, no command can be used to open ETH interface.

shutdown

no shutdown

[Default]

No shutdown


27

[Command modes]

ETH interface configuration mode

[Example]

Configure ETH interface shutdown:

OPCOM3107(config-eth/0/1)# shutdown

[Related commands]



2.6 Commands of EOS interface

2.6.1 interface eos [Function]

Enter EOS interface.

interface eos <1-2>

[Parameter]

<1-2>: EOS interface index

[Command modes]

Global configuration mode, EOS interface configuration mode

[Example]

Enter the first EOS interface:

OPCOM3107(config)#interface eos 1

[Related commands]



2.6.2 clear statistic [Function]

Clear flow statistic information

clear statistic

[Command modes]

EOS interface mode

[Example]

Clear EOS flow statistic information:


28

OPCOM3107(config-eos/0/1)# clear statistic

[Related commands]


show interface eos Show interface configuration information.


2.6.3 encapsulation [Function]

Configure Ethernet encapsulation mode.

encapsulation (gfp|laps)

[Parameter]

gfp: configure VCG encapsulation mode to be gfp;

laps: configure VCG encapsulation mode to be laps.

[Command modes]

EOS interface configuration mode

[Example]

Configure VCG encapsulatin mode to be gfp:

OPCOM3107(config-eos/0/1)# encapsulation gfp

[Related commands]




2.6.4 gfp-fcs [Function]

Configure whether enable fcs under gfp encapsulation mode.

gfp-fcs（enable| disable）

[Parameter]

enable: fcs enable;

disable: fcs disable.

[Command modes]


[Example]


29

Configure fcs enable:

OPCOM3107(config-eos/0/1)#gfp-fcs enable

[Related commands]




2.6.5 lcas [Function]

Configure whether enable lcas function.

lcas (on| off)

[Parameter]

on: lcas enable;

off: lcas disable.

[Command modes]


[Example]

Configure lcas enable:

OPCOM3107(config-eos/0/1)# lcas on

[Related commands]




2.6.6 show interface eos [Function]

Show EOS interface configuration information.

show interface eos <1-2>

[Parameter]

<1-2>: eos interface number

[Command modes]


[Example]


30

Show EOS interface 1 information:

OPCOM3107(config-eos/0/1)# show interface eos 1

[Related commands]





show interface

[Command modes]


[Example]

Show ETH interface information:

OPCOM3107(config-eos/0/1)# show interface

[Related commands]


show interface eos Show EOS interface configuration information.

2.7 Commands of ETH switch function

2.7.1 rate-limit [Function]

Limit port rate, no command can be used to cancel this command.

[no] rate-limit <1-1048576>

[Parameter]

<1-1048576>: limit the rate, unit: Kbps

[Command modes]

Switchport mode


Rate limit provides limit for bi-direction rate, since hardware rate limit range is integral times of granularity, the actual rate limit may different from configured rate.

[Command Execute Echo]

If the limit rate higher than 100M or lower than the rate limit granularity, error information will be displayed.


31

[Example]

Configure switchport 1 rate to be 2 M:

OPCOM3107(config-eswif/0/1)# rate-limit 2048

Cancel export rate limit:

OPCOM3107(config-eswif/0/1)# no rate-limit

[Related commands]


show rate-limit Show rate limit configuration information.

2.7.2 show rate-limit [Function]

Show rate limit configuration information.

show rate-limit

[Command modes]

Global configuration mode, switchport mode

[Example]

Show rate limit configuration information:

OPCOM3107(config-esw/1)# show rate-limit

[Related commands]


[no] rate-limit Rate limit configuration.

rate-limit step Rate limit granularity configuration.

2.7.3 strom-control-global [Function]

Configure storm control function.

storm-control-global ( broadcast | multicast | dlf | disable | all )

[Parameter]

broadcast: broadcast the message;

multicast: multicast and broadcast message;

dlf: dlf message;

all: all messages;

disable: storm control disable.


32

[Command modes]


[Example]

Configure multicast storm control enable:

OPCOM3107(config)# storm-control-global multicast enable

[Related commands]


show strom-control-global Show storm control configuration information.

2.7.4 storm-control-global rate [Function]

Configure switchport storm control rate.

storm-control-global rate <62-262144>

[Parameter]

<62-262144>: storm control rate, unit: kbit/s.

[Parameter]

62 kbit/s

[Command modes]


[Example]

Configure switchport storm control rate to be 64 kbit/s:

OPCOM3107(config)# storm-control-global rate 64

[Related commands]


show strom-control-global Show storm control configuration information.

2.7.5 show strom-control-global [Function]

Show storm control configuration information.

show storm-control-global

[Command modes]


[Example]


33

Show storm control configuration information:

OPCOM3107(config)# show storm-control-global

[Related commands]


strom-control-global Configure storm control function.

2.7.6 vlan [Function]

This command is used to create vlan or enter static vlan mode, no command can be used to delete vlan.

[no] vlan <2-4094>

[Parameter]

<2-4094>: vlan ID.

[Default]

Port 1 is access interface belonged to vlan 101;



Port 4 is internal aggregation interface, belongs to trank allow vlan 1, 101, 102, 103 port by default.

[Command modes]

Global configuration mode, switchport mode, vlan mode

[Example]

Create vlan 15:

OPCOM3107 (config)# vlan 15

2.7.7 state [Function]

Configure vlan working status.

state (active | suspend)

[Parameter]

active: vlan enable;

suspend: vlan disable.

[Command modes]

vlan mode


34

[Example]

Enable vlan at this node:

OPCOM3107 (config-vlan/2)# state active

2.7.8 interface switchport [Function]

Enter switchport mode.

interface switchport <1-4>

[Parameter]

<1-4>: switchport number

[Command modes]


[Example]

Enter switchport 1:

OPCOM3107 (config)# interface switchport 1

2.7.9 switchport [Function]

Add assigned switchport to current vlan. The assigned port mode won’t be changed. It change the port direct to vlan id if current port is in access or tunnel mode; It is allowed to add vlan in the vlan list if the port is in hybrid mode; if the display assigned vlan list in trunk mode, add the vlan to the list.

switchport GLOBALPORTIDLIST

No command can be used to delete assigned switchport from current vlan. The assigned port mode won’t be changed. It change vlan id direct to global port id if current port is in access or tunnel mode; it deletes vlan from the allowed vlan list if the port is in hybrid mode; if the display assigned allowing vlan list in trunk mode, delete the vlan from the list.

no switchport GLOBALPORTIDLIST

[Parameter]

GLOBALPORTIDLIST: switchport ID number, range from 1-4, use “,” and “-” when input several ports id.

[Command modes]

vlan mode


Configure switchport can also realize this function. Vlan configuration will be saved in form of switchport configuration.


35

[Example]

Add switchport 5 to current vlan list:

OPCOM3107 (config-vlan/12)# switchport 5

2.7.10 switchport access vlan [Function]

Configure port mode to be access mode and assign vlan for the port.

switchport access vlan <2-4094>

[Parameter]

<2-4094>: vlanID index.

[Command modes]

Switchport mode

[Example]

Configure port to be access port of vlan 15:

OPCOM3107 (config-eswif/0/2)# switchport access vlan 15

2.7.11 switchport dot1q-tunnel vlan [Function]

Configure port mode to be tunnel mode and assign vlan for the port.

switchport dot1q-tunnel vlan <2-4094>

[Parameter]

<2-4094>: vlanID index.

[Command modes]

Switchport mode

[Example]

Configure port to be tunnel port of vlan 15:

OPCOM3107 (config-eswif/0/2)# switchport dot1q-tunnel vlan 15

2.7.12 switchport trunk allowed vlan list [Function]

Configure port mode to be trunk mode and assign vlan allowed by the port.

switchport trunk allowed vlan list

[Parameter]


36

list: vlanID list.

[Command modes]

Switchport mode

[Example]

Configure port to be trunk port permitting vlan 3, 4, 5:

OPCOM3107 (config-eswif/0/4)# switchport trunk vlan 3-5

2.7.13 switchport hybrid allowed vlan [Function]

Configure port mode to be hybrid mode and assign vlan allowed by the port.

switchport hybrid allowed vlan list

[Parameter]

list: vlanID list, use “,” and “-” to separate several vlan.

[Command modes]

Switchport mode

[Example]

Configure port to be hybrid port permitting vlan 3, 4, 5:

OPCOM3107 (config-eswif/0/2)# switchport hybrid allowed vlan 3-5

2.7.14 switchport mode [Function]

Configure port mode without change the port vlan id.

switchport mode (access | dot1q-tunnel)

[Parameter]

access: access mode;

dotlq-tunnel: tunnel mode.

[Command modes]

Switchport mode

[Example]

Configure port 2 to be access port:

OPCOM3107 (config-eswif/0/2)# switchport mode access

2.7.15 switchport vlan [Function]


37

Configure port vlan id without change port mode.

switchport vlan <2-4094>

[Parameter]

<2-4094>: vlan id

[Command modes]

Switchport mode

[Example]

Configure vlan id of port 2 to be 24:

OPCOM3107 (config-eswif/0/2)# switchport vlan 24



show interface

[Command modes]

Ethernet interface mode, Switchport mode, E1 interface mode

[Example]

Show configuration information of switchport 2:

OPCOM3107 (config-eswif/0/2)# show interface

2.7.17 show esw [Function]

Show basic information of Eth-switch interface.

show esw

[Command modes]

Privileged EXECmode, Global configuration mode

[Example]

Show basic information of Eth-switch interface:

OPCOM3107 (config)# show esw

2.7.18 show interface switchport [Function]

Show information of assigned switchport.

show interface switchport <1-4>

[Parameter]


38

<1-4>: switchport index

[Command modes]


[Example]

Show information of switchport 4:

OPCOM3107 (config-eswif/0/2)# show interface switchport 4

2.7.19 show vlan [Function]

Show vlan configuration information.

show vlan [<2-4094>]

[Parameter]

<2-4094>: vlan id

[Command modes]

Privileged EXEC mode, Global configuration mode, Static vlan mode, Switchport mode


Show all vlan information if no vlan ID was assigned.

[Example]

Show information of vlan 15:

OPCOM3107 (config-eswif/2)# show vlan 15

2.7.20 qos [Function]

Configure qos function; no command can used to cancel qos. This function always aims at all ports.

[no] qos

[Default]

No qos

[Command modes]



Cancel QOS function means using port priority configuration, and all ports priorities are 0 (the highest).

[Example]

Configure QOS function disable:


39

OPCOM3107 (config)# no qos

2.7.21 qos default-cos [Function]

Configure default cos value for current switchport.

qos default-cos <0-7>

[Parameter]

<0-7>: cos value

[Default]

0

[Command modes]

Switchport mode

[Example]

Configure cos value of switchport 1 to be 1:

OPCOM3107 (config-eswif/1)# qos default-cos 1

[Related commands]


qos Qos function configuration.

2.7.22 qos trust cos [Function]

Enable QOS based on cos section in tag message, no command can be used to disable this function.

[no] qos trust cos

[Command modes]


[Example]

Configure QOS function of COS enable:

OPCOM3107 (config)# qos trust cos

[Related commands]



show qos Show qos configuration information.


40

2.7.23 qos map cos-queue [Function]

Configure priority corresponding to COS value.

qos map cos-queue cos0 cos1 cos2 cos3 cos4 cos5 cos6 cos7

[Parameter]

cos0-7: COS value from 0-7 corresponding priority number, 0 means the highest priority.

[Default]

cos0 - cos1: 0

cos2 – cos3: 1

cos4 – cos5: 2

cos6 – cos7: 3

[Command modes]


[Example]

Configure QOS of COS to be cos0: 0, cos1: 1, cos2: 1, cos3: 1, cos4: 3, cos5: 3, cos6: 2, cos7: 2:

OPCOM3107 (config-eswif/1)# qos map cos-queue 0 1 1 1 3 3 2 2

[Related commands]




2.7.24 show qos [Function]

Show qos configuration information.

show qos

[Command modes]


[Example]

Configure QOS confiugration information:

OPCOM3107 (config-eswif/0/1)# show qos

[Related commands]





41

2.7.25 mac-address-table aging-time [Function]

Configure mac-address-table aging time.

mac-address-table aging-time <0-3825>

[Parameter]

<0-3825>: aging time, unit : s.

[Default]

300s

[Command modes]



System adopts hierarchical aging time, it will manual adopt 300, 75, 18, 1s automatically according to user configuration.

[Example]

Configure MAC address table aging time to be 75:

OPCOM3107 (config)# mac-address-table aging-time 75

[Related commands]


mac-address-table learning Configure mac learning function.

mac-address-table static HHHH.HHHH.HHHH vlan vlan_id port <1-4>

Add table item of static mac address.

mac-polling Configure mac address polling function.

show mac Show mac address table configuration information.

show mac-address-table ( all | static | dynamic ) [ port port-number | vlan vlan_id ]

Show mac address table information.

2.7.26 no mac-address-table aging-time [Function]

Configure mac-address-table aging time to defaulted value.

no mac-address-table aging-time

[Default]

300s

[Command modes]


[Example]

Configure MAC address table aging time to default value:


42

OPCOM3107 (config)# no mac-address-table aging-time

[Related commands]









2.7.27 mac-address-table learning [Function]

Configure mac-address learning function.

mac-address-table learning (enable | disable)

[Parameter]

enable: MAC address learning enable ;

disable: MAC address learning disable.

[Default]

enable

[Command modes]


[Example]

Disable MAC address learning function:

OPCOM3107 (config)# mac-address-table learning disable

[Related commands]


mac-address-table aging-time Configure mac address table aging time.







2.7.28 mac-address-table static HHHH.HHHH.HHHH vlan <2-4094> port <1-4> [Function]

Add static MAC address table, no command can used to delete static MAC address table.


43

[no] mac-address-table static HHHH.HHHH.HHHH vlan <2-4094> port <1-4>

[Parameter]

HHHH.HHHH.HHHH: MAC address ;

<2-4094>: vlan ID;

<1-4>: switchport number.

[Default]

No static MAC address

[Command modes]



Use mac-polling command to fulfill mac polling at first to get valid mac address information.

[Example]

Add MAC address 0001.2345.6789 to vlan ID 12, transferring port is 3:

OPCOM3107 (config)# mac-address-table static 0001.2345.6789 vlan 12 port 3

[Related commands]


mac-address-table aging-time Configure mac address table aging time.

mac-address-table learning Configure mac address table learning function.





2.7.29 mac-polling [Function]

Enable MAC address polling, no command can used to disable this function.

[no] mac-polling

[Default]

No mac-polling

[Command modes]


[Example]

Enable mac polling function:

OPCOM3107 (config)# mac-polling

[Related commands]


44


mac-address-table learning Configure mac address learning function.


Add table item of static mac address table.




2.7.30 clear mac-address-table [Function]

Clear table item in mac-address-table.

clear mac-address-table (all|dynamic|static)

[Parameter]

all: all table items;

dynamic: dynamic table items;

static: static table items.

[Command modes]


[Example]

Clear all mac address table items:

OPCOM3107 (config)# clear mac-address-table all

Clear all static mac address table items:

OPCOM3107 (config)# clear mac-address-table static

Clear all dynamic mac address table items:

OPCOM3107 (config)# clear mac-address-table dynamic

[Related commands]




Add static mac address table item.




2.7.31 search mac-address [Function]

Search mac-address in current mac address table.


45

search mac-address HHHH.HHHH.HHHH

[Parameter]

HHHH.HHHH.HHHH: MAC address.

[Command modes]


[Example]

Search table item 000e.5e01.0203 in mac address table:

OPCOM3107 (config)# search mac-address 000e.5e01.0203

[Related commands]




Add static mac address table item.




2.7.32 show mac [Function]

Show mac address learning function and aging time configuration information.

show mac

[Command modes]


[Example]

Show MAC address learning function and aging time configuration information:

OPCOM3107 (config)# show mac

[Related commands]




Add item of static mac address table.





46

2.8 Relevant command of clock

2.8.1 device clock local [Function]

Configure the internal clock source. There is no command to delete the clock source.

device clock local priority <1-5> [quality (prc|ssua|ssub|sec|dnu| received)]

no device clock local

[Parameter]

<1-5>: the priority of the clock

(prc | ssu-a | ssu-b | sec | dnu | received): the clock quality levels. prc: reference clock in line with G.811 recommendations; ssua: SSU-A-level clock in line with G.812 recommendations; ssub: SSU-B-level clock in line with G.812 recommendations; sec: device clock in line with the G.813 recommendations; dnu: can not be used for synchronization; received: automatically extracted from the received signal..

[Default]

Default to be dnu when quality level hasn’t been configured.

[Command modes]



Quality level is configurable only when SSM enables.

[Example]

Configure the priority of the internal clock as 1 and quality level is taken to prc:

OPCOM3107 (config)# device clock local priority 1 quality prc

[Related commands]


show device clock Show device clock information.

2.8.2 device clock sdh-port [Function]

Configure sdh line clock source. There is no command to delete the clock source.

device clock sdh-port <1-2> priority <1-5> [quality (prc|ssua|ssub|sec|dnu| received)]

no device clock sdh-port <1-2>

[Parameter]

<1-2>: SDH port ID


(prc | ssu-a | ssu-b | sec | dnu | received): the clock quality levels. prc: reference clock in line


47

with G.811 recommendations; ssua: SSU-A-level clock in line with G.812 recommendations; ssub: SSU-B-level clock in line with G.812 recommendations; sec: device clock in line with the G.813 recommendations; dnu: can not be used for synchronization; received: automatically extracted from the received signal..

[Default]


[Command modes]




[Example]

Configure the clock priority on sdh port 1 as 1 and quality level is taken to prc:

OPCOM3107 (config)# device clock sdh-port 1 priority 1 quality prc

[Related commands]



2.8.3 device clock e1 [Function]

Configure E1 line clock source. There is no command to delete the clock source.

device clock e1 <1-4> priority <1-5> [quality (prc|ssua|ssub|sec|dnu| received)]

no device clock e1 <1-4>

[Parameter]

<1-4>: E1 port ID


(prc | ssu-a | ssu-b | sec | dnu | received): the clock quality levels. prc: reference clock in line with G.811 recommendations; ssua: SSU-A-level clock in line with G.812 recommendations; ssub: SSU-B-level clock in line with G.812 recommendations; sec: device clock in line with the G.813 recommendations; dnu: can not be used for synchronization; received: automatically extracted from the received signal..

[Default]


[Command modes]





48

[Example]

Configure the clock priority on E1 port 1 as 1 and quality level is taken to prc:

OPCOM3107 (config)# device clock e1 1 priority 1 quality prc

[Related commands]



2.8.4 device clock clear local [Function]

Clear the user commands in internal clock source, so that the clock source configured priority is to automatically switch.

device clock clear local

[Command modes]


[Example]

Clear the user commands of the internal clock:

OPCOM3107 (config)# device clock clear local

[Related commands]



2.8.5 device clock clear sdh-port [Function]

Clear the user commands acts on line clock source to auto-switch the clock source that has been configured with priority.

device clock clear sdh-port <1-2>

[Parameter]

<1-2>: SDH port ID

[Command modes]


[Example]

Clear the user commands of the sdh line clock 1:

OPCOM3107 (config)# device clock clear sdh-port 1

[Related commands]


49



2.8.6 device clock clear e1 [Function]

Force to switch the clock source to internal clock source.

device clock clear e1 <1-4>

[Parameter]

<1-4>: E1 port ID

[Command modes]


[Example]

Clear the user commands of the E1 line clock 1:

OPCOM3107 (config)# device clock clear e1 1

[Related commands]



2.8.7 device clock force-switch local Function]

Force to switch the clock source to internal clock source.

device clock force-switch local

[Command modes]


[Example]

Force to switch to internal clock source:

OPCOM3107 (config)# device clock force-switch local

[Related commands]



device clock clear Clear the user commands

device clock mode Configure device clock mode


50

2.8.8 device clock force-switch sdh-port [Function]

Force to switch to sdh line clock source.

device clock force-switch local sdh-port <1-2>

[Parameter]

<1-2>: SDH port ID

[Command modes]


[Example]

Force to switch to sdh line clock 2:

OPCOM3107 (config)# device clock force-switch sdh-port 2

[Related commands]





2.8.9 device clock force-switch e1 [Function]

Force to switch clock source.

device clock force-switch e1 <1-4>

[Parameter]

<1-4>: E1 port ID

[Command modes]


[Example]

Force to switch to e1 line clock 2:

OPCOM3107 (config)# device clock force-switch e1 2

[Related commands]






51

2.8.10 device clock lockout local [Function]

Clock source lockout command

device clock lockout local

[Default]

No lockout.

[Command modes]



Use the clear command to cancel the clock source lock out.

[Example]

Lockout the internal clock:

OPCOM3107 (config)# device clock lockout local

[Related commands]




2.8.11 device clock lockout sdh-port [Function]

Clock source lockout command.

device clock lockout sdh-port <1-2>

[Parameter]

<1-2>: SDH port ID

[Default]

No lockout.

[Command modes]



Use the clear command to cancel the clock source locked.

[Example]

Lock sdh line clock 1:

OPCOM3107 (config)# device clock lockout sdh-port 1

[Related commands]


52




2.8.12 device clock lockout e1 [Function]

Clock source lockout command

device clock lockout e1 <1-4>

[Parameter]

<1-4>: e1 port ID.

[Default]

No lockout.

[Command modes]



Use the clear command to cancel the clock source locked.

[Example]

Lockout e1 line clock 2:

OPCOM3107 (config)# device clock lockout e1 2

[Related commands]




2.8.13 device clock manual-switch local [Function]

Manually switch to clock source.

device clock manual-switch local

[Command modes]


[Example]

Manually switch to internal clock:

OPCOM3107 (config)# device clock manual-switch local

[Related commands]



53




2.8.14 device clock manual-switch sdh-port [Function]

Switch clock source manually

device clock manual-switch sdh-port <1-2>

[Parameter]

<1-2>: sdh port ID

[Command modes]


[Example]

Manually switch to sdh line clock 2:

OPCOM3107 (config)# device clock manual-switch sdh-port 2

[Related commands]





2.8.15 device clock manual-switch e1 [Function]

Switch clock source manually

device clock manual-switch e1 <1-4>

[Parameter]

<1-4>: e1 port ID

[Command modes]


[Example]

Manually switch to e1 line clock 2:

OPCOM3107 (config)# device clock manual-switch e1 2

[Related commands]




54



2.8.16 device clock pll

[Function]

Configure operating status of the device clock PLL.

device clock pll (lock |freerun)

[Parameter]

(lock | freerun): PLL operating mode. lock : tracking mode; freerun : free-running mode (to switch to local oscillator for OPCOM3107).

[Default]

PLL is tracking mode by default.

[Command modes]


[Example]

Configure current device phase-locked loop in free-running mode:

OPCOM3107 (config)# device clock pll freerun

[Related commands]


show device clock mode Show device clock information.

2.8.17 device clock reset local [Function]

Restart clock source in an abnormal status.

device clock reset local

[Command modes]


[Example]

Restart internal clock:

OPCOM3107 (config)# device clock reset local

[Related commands]




55

2.8.18 device clock reset sdh-port [Function]


device clock reset sdh-port <1-2>

[Parameter]

<1-2>: sdh port ID.

[Command modes]


[Example]

Restart sdh line clock 2:

OPCOM3107 (config)# device clock reset sdh-port 2

[Related commands]


Show device clock Show device clock information.

2.8.19 device clock reset e1 [Function]


device clock reset-switch e1<1-2>

[Parameter]

<1-4>: e1 port ID.

[Command modes]


[Example]

Restart e1 line clock 2:

OPCOM3107 (config)# device clock reset e1 2

[Related commands]



2.8.20 device clock wait-to-restore-time [Function]

Configure wait-to-restore-time

device clock wait-to-restore-time <0-12>


56

[Parameter]

<0-12>: a high-priority clock recovery, clock switching latency from low-priority to high-priority clock, recording on minutes, 0 indicated no wait.

[Default]

5 min

[Command modes]


[Example]

Configure wait-to-restore-time as 0:

OPCOM3107 (config)# device clock restore-time 0

[Related commands]


device clock Configure external and internal clock source


2.8.21 device clock ssm [Function]

Configure device clock SSM function

device clock ssm (standard|extend|disable)

[Parameter]

　 (standard | extend | disable): SSM function enabled option. standard: enable the standard SSM functions; diasble: dsiable SSM function, extend: enable SSM expansion function.

[Default]

diasble

[Command modes]


[Example]

Enable SSM functions:

OPCOM3107 (config)# device clock ssm standard

[Related commands]


device clock Configure external and internal clock source



57

2.8.22 device clock local id [Function]

Configure clock source ID

device clock local id <0-15>

[Parameter]

<0-15>: ID

[Command modes]


[Example]

Configure inner clock ID as 8:

OPCOM3107 (config)# device clock local id 8

[Related commands]



2.8.23 device clock sdh-port id [Function]


device clock sdh-port <1-2> id <0-15>

[Parameter]

<1-2>: sdh port ID

<0-15>: ID

[Command modes]


[Example]

Configure sdh line clock 1 ID as 8:

OPCOM3107 (config)# device clock sdh-port 1 id 8

[Related commands]



2.8.24 device clock e1 id [Function]



58

device clock e1 <1-4> id <0-15>

[Parameter]

<1-4>: e1 port ID

<0-15>: ID

[Command modes]


[Example]

Configure e1 line clock 1 ID as 8:

OPCOM3107 (config)# device clock e1 1 id 8

[Related commands]



2.8.25 show device clock [Function]

Configure device clock information

show device clock

[Command modes]

Privileged EXECmode; Global configuration mode

[Example]

Show clock information:

OPCOM3107# show device clock

[Related commands]


device clock mode Configure clock mode.

device clock manual-switch Configure manual-switch clock source

device clock sdh-port 1 priority 1 Configure clock prority

2.9 System Configuration Command Line

2.9.1 dcc select [Function]

Choose DCC channel type

dcc select (d1d2d3|e1channel)

[Parameter]


59

d1d2d3: using SDH overhead bytes d1d2d3to transmission network management information. e1channel: use e1 channel to transmit network management information.

[Default]

Use overhead bytes d1d2d3to transmission network management information.

[Command modes]



Choosing e1 channel to transmit network management information will also be required to configure corresponding e1 channel timeslot, E1 port transmitting network management information, regularlly use 9-10 port, 9: network management channel corresponding to east-bound optical interface, 10: network management channel corresponding to west-bound optical interface.

[Example]

Use overhead bytes d1d2d3to transmission network management information:

OPCOM3107 (config)# dcc select d1d2d3

[Related commands]


Show info Show current device information.

2.9.2 e1-retiming-src

[Function]

Choose E1 retiming source.

e1-retiming-src (osc|e1-1|e1-2|e1-3|e1-4)

[Parameter]

osc: use the local clock.

e1-1: use the e1 port 1 receiving clock as the re-timing source.




[Default]

Use local lock as the re-timing source. [Command modes]


[Example]

Choose E1 port 1 receiving clock as the re-timing source:

OPCOM3107 (config)# e1-retiming-src e1-1

[Related commands]


60


Show info Show current device information.

2.9.3 e1 <1-8> retiming [Function]

Choose E1 port whether enable retiming function.

e1 <1-8> retiming (enable|disable)

[Parameter]

<1-8>: choose E1 port

(enable|disable): whether to enable E1retiming function

[Default]

Disable retiming function of E1 on all port.

[Command modes]


[Example]

Enable retiming function of E1 port 1:

OPCOM3107 (config)# e1 1 retiming enable

[Related commands]


show info Show current device information.

2.9.4 show info [Function]

Show device system information

show info

[Command modes]

　 Privileged EXEC mode ; Global configuration mode

[Explanation of command execution echo]

device type: OPCOM3107-8E1-BL

current sdh port 1 lpr status: normal

current sdh port 2 lpr status: normal

select e1 retiming source: osc

current e1 retiming source: osc

e1-1 retiming enable: disable



61



DCC Select: E1 Channel

[Example]



2.9.5 show shelf [Function]

Show chassis status

show shelf

[Command modes]

　 Privileged EXEC mode; Global configuration mode

[Explanation of command execution echo]

Device OPCOM3107

Name: OPCOM3107-Raisecom Technology Co., Ltd.

Description:

Serial no:

Asset ID:

Lock status: Unlock

Temperature threshould: 50

Shelf 1 exist

Name: OPCOM3107 Shelf 1

Description:

Vendor: Raisecom Technology Co., Ltd.

Serial no:

Asset ID:

Power 1 exist

Power 2 not exist

Fan 1 not exist

Fan 2 not exist

[Example]




62

Chapter 3 Reference Materials

chinese All modes

clear All modes

config Privileged mode

device unlock Privileged mode

device lock Global mode

device clock-mode Global mode

disable Privileged mode

enable Common mode

english All modes

end Global mode, interface mode

exit All modes

help All modes

interface Global mode

history All modes

hostname Privileged mode

list All modes

logout Privileged mode

quit All modes

reboot Privileged mode

settime Privileged mode

show clock Privileged mode

show cpu-utilization-ratio Privileged mode

show device Privileged mode, Global mode

show device clock Privileged mode

show sntp Privileged mode

show terminal Privileged mode

show version Privileged mode

sntp server Global mode

sntp broadcast client Global mode

terminal history Common mode

terminal line Common mode

terminal time-out Common mode

who Privileged mode

device assetid Global mode

device description Global mode


63

show opt-device Privileged mode, Global mode

password Privileged mode

show user Privileged mode

user Privileged mode

user privilege Privileged mode

save user Privileged mode

log Global mode

log clear Global mode

show log Privileged mode, Global mode

arp add Global mode

arp delete Global mode

ip address Snmp interface mode

ip route Global mode

ping Privileged mode, Global mode

show arp Privileged mode, Global mode

show ip route Privileged mode, Global mode

show snmp-server community Privileged mode, Global mode

show snmp trap-server Privileged mode, Global mode

snmp-server community Global mode

snmp-server contact

SYSCONTACT Global mode

snmp-server location

SYSLOCATION Global mode

snmp-server name SYSNAME Global mode

snmp trap-server Global mode

snmpd Global mode

show snmp-server statistics Privileged mode, Global mode

show interface snmp Privileged mode, Global mode

download Privileged mode

erase startup-config Privileged mode

show running-config Privileged mode

show startup-config Privileged mode

upload Privileged mode

write Privileged mode


64

alarm-trap-disable Global mode

alarm-trap-disable index Global mode

port-trap-disable Global mode

show current-alarm Privileged mode, Global mode

show history-alarm Privileged mode, Global mode

show alarmindex Privileged mode, Global mode

show alarmindex index Privileged mode, Global mode

show port-trap-disable Privileged mode, Global mode

interface eth Global mode, eth interface mode

autonegotiate eth interface mode

description eth interface mode

shutdown eth interface mode

show interface Privileged mode, eth interface

mode

speed eth interface mode

duplex eth interface mode

auto-mdix eth interface mode

flow-control eth interface mode

reset statistic eth interface mode

interface vcg Global mode

show vcg Privileged mode, vcg

configuration mode

encapsulation vcg configuration mode

gfp-fcs vcg configuration mode

reset statistic vcg configuration mode

description Interface configuration mode

interface sdh Global mode, sdh interface mode

j0mode Interface configuration mode

loopback Interface configuration mode

sdh es-threshold Interface configuration mode

sdh exc-threshold Interface configuration mode

sdh ais-insert Interface configuration mode

sdh reset-statistics debug

sdh overhead c2 Interface configuration mode

sdh overhead j0 Interface configuration mode

sdh overhead j1 Interface configuration mode


65

sdh overhead s1 Interface configuration mode

sdh sd-threshold Interface configuration mode

sdh ses-threshold Interface configuration mode

sdh aupje-threshold Interface configuration mode

show interface sdh Privileged mode, interface mode

interface dcc Global mode, dcc interface mode

shutdown Interface configuration mode

ip unnumbered Interface configuration mode

ip address Interface configuration mode

echo-time Interface configuration mode

echo retry times Interface configuration mode

auto-connect Interface configuration mode

show interface dcc Privileged mode, interface mode


66

Appendix A Acronyms Table 1:

Acronyms Full spelling

ADM Add-Drop Multiplexer

AIS Alarm Indication Signal

APS Automatic Protection Switching

AU Administrative Unit

AU-n Administration Unit,level n

AUG Administration Unit Group

AU-PTR Administration Unit Pointer

BBE Background Block Error

BBER Background Block Error Ratio

BER Bit Error Ratio

CMI Coded Mark Inversion

C-n Container- n

CORBA Common Object Request Broker Architecture

CV Code Violation

DCC Data Communications Channel

DCE Data Circuit-terminating Equipment

DCF Data Communications Function

DCN Data Communications Network

DDN Digital Data Network

DTE Data Terminal Equipment

DXC Digital Cross Connect

ECC Embedded Control Channel

EM Element Management

Table 2:

Acronyms Full spelling

EML Element Management Layer

EMS Element Management System

EOS Ethernet Over SDH

ES Error Second

ESR Error Second Ratio

ETSI European Telecommunication Standards Institute

FEBBE Far End Background Block Error

FEES Far End Error Second


67

FESES Far End Severely Error Second

GUI Graphical User Interface

HDLC High Digital Link Control

HPC Higher order Path Connection

IP Internet Protocol

ITU-T International Telecommunication

Union-Telecommunication Standardization Sector

L2 Layer 2

LAN Local Area Network

LCT Local Craft Terminal

LOF Loss Of Frame

LOP Loss Of Pointer

LOS Loss Of Signal

LPC Lower order Path Connection

MAC Medium Access Control

MAN Metropolitan Area Network

MCU Micro Control Unit

MD Mediation Device

MF Mediation Function

MII Medium Independent Interface

MM Multi Mode

MS Multiplex Section

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