Page 1 H3C SR6600 Routers Interface Command Reference Hangzhou H3C Technologies Co., Ltd. http://www.h3c.com Document Version: 20100930-C-1.08 Product Version: SR6600-CMW520-R2420...
Page 2 SecPro, SecPoint, SecEngine, SecPath, Comware, Secware, Storware, NQA, VVG, V G, V G, PSPT, XGbus, N-Bus, TiGem, InnoVision and HUASAN are trademarks of Hangzhou H3C Technologies Co., Ltd. All other trademarks that may be mentioned in this manual are the property of their respective owners.
Page 3 Preface The H3C SR6600 documentation set includes 13 command references, which describe the commands and command syntax options available for the H3C SR6600 Routers. The Interface Command Reference describes the configuration commands for various interfaces supported by the H3C SR6600 routers.
Page 4 Obtaining Documentation You can access the most up-to-date H3C product documentation on the World Wide Web at http://www.h3c.com. Click the links on the top navigation bar to obtain different categories of product documentation: [Technical Support &...
Page 5 [Technical Support & Documents > Software Download] – Provides the documentation released with the software version. Technical Support customer_service@h3c.com http://www.h3c.com Documentation Feedback You can e-mail your comments about product documentation to info@h3c.com. We appreciate your comments.
Page 6: Table Of Contents
Table of Contents 1 Ethernet Interface Configuration Commands·························································································1-1 General Ethernet Interface/Subinterface Configuration Commands ······················································1-1 combo enable ··································································································································1-1 description ·······································································································································1-1 display interface brief·······················································································································1-2 display interface·······························································································································1-5 duplex ············································································································································1-11 flag sdh ··········································································································································1-11 flow-control ····································································································································1-12 interface·········································································································································1-13 link-delay ·······································································································································1-13 loopback ········································································································································1-14 port link-mode································································································································1-15 port-mode ······································································································································1-16 reset counters interface ·················································································································1-16 shutdown ·······································································································································1-17 speed ·············································································································································1-18...
Page 7 promiscuous ··································································································································1-38 VE Interface Configuration Commands ································································································1-38 display interface virtual-ethernet ···································································································1-38 interface virtual-ethernet················································································································1-39 mac-address··································································································································1-40 2 ATM Interface Configuration Commands ·······························································································2-1 ATM Interface Commands ······················································································································2-1 display interface atm························································································································2-1 interface atm····································································································································2-2 reset atm interface···························································································································2-3 reset counters interface ···················································································································2-3 sub-interface rate-statistic ···············································································································2-4 ATM E1/T1 Interface Configuration Commands·····················································································2-5 cable ················································································································································2-5 clock·················································································································································2-5 code ·················································································································································2-6...
Page 8 alarm··············································································································································3-15 cable ··············································································································································3-16 channel-set (CE1 interface)···········································································································3-17 clock (CE1 interface) ·····················································································································3-17 clock-change auto ·························································································································3-18 code (CEI interface)·······················································································································3-19 controller e1···································································································································3-19 crc ··················································································································································3-20 data-coding····································································································································3-20 description ·····································································································································3-21 detect-ais ·······································································································································3-22 display controller e1·······················································································································3-22 error-diffusion restraint config········································································································3-24 error-diffusion restraint enable ······································································································3-25 frame-format (CE1 interface)·········································································································3-25 idlecode (CE1 interface) ················································································································3-26 itf (CE1 interface)···························································································································3-26 loopback (CE1 interface) ···············································································································3-27 reset counters controller e1···········································································································3-28...
Page 9 display fe1 ·····································································································································3-47 error-diffusion restraint config········································································································3-48 error-diffusion restraint enable ······································································································3-49 fe1 alarm········································································································································3-50 fe1 cable ········································································································································3-50 fe1 clock ········································································································································3-51 fe1 code·········································································································································3-51 fe1 data-coding······························································································································3-52 fe1 detect-ais ·································································································································3-53 fe1 frame-format ····························································································································3-53 fe1 idlecode ···································································································································3-54 fe1 itf ··············································································································································3-54 fe1 loopback ··································································································································3-55 fe1 timeslot-list·······························································································································3-56 fe1 unframed ·································································································································3-57 T1-F Interface Configuration Commands······························································································3-58 ft1 alarm·········································································································································3-58 crc ··················································································································································3-58...
Page 10 e1 shutdown ··································································································································3-81 e1 unframed ··································································································································3-82 fe3··················································································································································3-83 loopback (CE3 interface) ···············································································································3-84 national-bit ·····································································································································3-84 reset counters controller e3···········································································································3-85 shutdown (CE3 interface) ··············································································································3-85 using (CE3 interface)·····················································································································3-86 Basic CT3 Interface Configuration Commands ····················································································3-87 alarm (CT3 interface)·····················································································································3-87 bert (CT3 interface) ·······················································································································3-88 cable (CT3 interface) ·····················································································································3-88 clock (CT3 interface) ·····················································································································3-89 controller t3····································································································································3-90 crc ··················································································································································3-90...
Page 11 link-delay ·········································································································································4-7 link-protocol ·····································································································································4-8 loopback ··········································································································································4-8 mtu···················································································································································4-9 reset counters interface ·················································································································4-10 scramble ········································································································································4-10 threshold········································································································································4-11 shutdown ·······································································································································4-12 sub-interface rate-statistic ·············································································································4-12 5 CPOS Interface Configuration Commands ·····························································································5-1 CPOS Interface Configuration Commands ·····························································································5-1 clock·················································································································································5-1 controller cpos ·································································································································5-1 crc ····················································································································································5-2 display controller cpos ·····················································································································5-2 display controller cpos e1 ················································································································5-7 display controller cpos e3 ················································································································5-8 display controller cpos t1 ·················································································································5-9...
Page 12 t1 set loopback ······························································································································5-30 t1 shutdown ···································································································································5-31 t1 unframed ···································································································································5-32 t3 set alarm····································································································································5-32 t3 set bert·······································································································································5-33 t3 set clock·····································································································································5-34 t3 set feac ······································································································································5-35 t3 set frame-format ························································································································5-36 t3 set loopback ······························································································································5-37 t3 set mdl ·······································································································································5-38 threshold········································································································································5-39 using e3 ·········································································································································5-40 using t3 ··········································································································································5-40 6 E-CPOS Interace Configuration Commands···························································································6-1 E-CPOS Interface Configuration Commands ·························································································6-1 clock·················································································································································6-1...
Page 13: Ethernet Interface Configuration Commands
Ethernet Interface Configuration Commands General Ethernet Interface/Subinterface Configuration Commands combo enable Syntax combo enable { copper | fiber } View Ethernet interface view (Combo interface) Default Level 2: System level Parameters copper: Activates the electrical port of the Combo interface. fiber: Activates the optical port of the Combo interface.
Page 14: Display Interface Brief
Default Level 2: System level Parameters text: Creates an interface description, a string of 1 to 80 characters. Valid characters and symbols include English letters (A to Z, a to z), digits (1 to 9), special English characters, spaces, and other Unicode characters and symbols.
Page 15 interface-number.subnumber: Specifies a subinterface number, where interface-number is an interface number; subnumber is the number of a subinterface created under the interface. The value range of subnumber is 1 to 4094. |: Filters command output by specifying a regular expression. For more information about regular expressions, see CLI in the Fundamentals Configuration Guide.
Page 16 When you use the begin keyword to filter output information, the system only searches the Layer 3 interface list or the Layer 2 interface list. If the starting line is on the Layer 3 interface list, the system only displays the starting line and all subsequent lines on the Layer 3 interface list. # Display brief information about all UP interfaces.
Page 17: Display Interface
Field Description If the speed of an interface is automatically negotiated, its speed attribute includes the auto negotiation flag, letter a in parentheses. Speed or Duplex: (a)/A - If the duplex mode of an interface is automatically negotiated, its duplex mode auto;...
Page 18 If both interface type and interface number are specified, the command displays detailed information about only the specified interface. Related commands: interface. Examples # Display detailed information about Layer 3 interface GigabitEthernet 4/0/1. <Sysname> display interface gigabitethernet 4/0/1 GigabitEthernet4/0/1 current state: Administratively DOWN Line protocol current state: DOWN Description: GigabitEthernet4/0/1 Interface The Maximum Transmit Unit is 1500, Hold timer is 10(sec)
Page 19 Field Description Output queue (current message number in the FIFO queue/ maximum Output queue (FIFO queuing: number of messages allowed in the FIFO queue/number of discarded Size/Length/Discards) messages) Average input rate over the last 300 seconds: bytes/sec, bits/sec, Last 300 seconds input rate packets/sec Average output rate over the last 300 seconds: bytes/sec, bits/sec, Last 300 seconds output rate...
Page 20 0 lost carrier, - no carrier Table 1-3 display interface command (in bridge mode) output description Field Description GigabitEthernet3/0/1 current state Physical state of the Ethernet interface IP Packet Frame Type Ethernet framing format on the interface Description Description of the interface Loopback Loopback testing status of the interface Unknown-speed mode...
Page 21 Field Description Inbound frames larger than the maximum frame length supported on the interface: For an Ethernet interface that does not permit jumbo frames, giants refer to frames larger than 1518 bytes (without VLAN tags) or 1522 giants bytes (with VLAN tags). For an Ethernet interface that permits jumbo frames, giants refer to frames larger than the maximum length of Ethernet frames that are allowed to pass through, which is configured when you configure...
Page 22 Field Description Number of frames that the interface deferred to transmit because of deferred detected collisions. Number of frames that the interface stopped transmitting because collisions Ethernet collisions were detected during transmission. Number of frames that the interface deferred to transmit after late collisions transmitting their first 512 bits, because of detected collisions.
Page 23: Duplex
duplex Syntax duplex { auto | full | half } undo duplex View Ethernet interface view Default Level 2: System level Parameters auto: Sets the interface to operate in auto-negotiation mode. full: Sets the interface to operate in full duplex mode. half: Sets the interface to operate in half-duplex mode.
Page 24: Flow-Control
Use the undo flag sdh command to restore the default. By default, the value of J0/J1 bytes is all 0s. Related commands: port-mode. This command is valid only when the 10-GE interface works in WAN mode. Examples # Set J0 bytes in SDH frames to Sysname. <Sysname>...
Page 25: Interface
interface Syntax interface interface-type { interface-number | interface-number.subnumber } View System view Default Level 2: System level Parameters interface-type: Specifies and interface type. interface-number: Specifies an interface number. interface-number.subnumber: Specifies a subinterface number, where interface-number is an interface number, and subnumber is the number of a subinterface created under the interface. The subnumber argument ranges from 1 to 4094.
Page 26: Loopback
Parameters delay-time: Sets the physical state change suppression interval (in seconds) on the Ethernet interface. The value range is 0 to 10. Description Use the link-delay command to set the physical state change suppression interval on an Ethernet interface. Use the undo link-delay command to disable physical state change suppression. By default, physical state change suppression is disabled on Ethernet interfaces.
Page 27: Port Link-Mode
Examples # Enable internal loopback testing on GigabitEthernet 4/0/1. <Sysname> system-view [Sysname] interface gigabitethernet 4/0/1 [Sysname-GigabitEthernet4/0/1] loopback internal port link-mode Syntax port link-mode { bridge | route } undo port link-mode View Ethernet interface view Default Level 2: System level Parameters bridge: Specifies the Layer 2 mode.
Page 28: Port-Mode
[Sysname-GigabitEthernet4/0/1] port link-mode bridge [Sysname-GigabitEthernet4/0/1] display this interface GigabitEthernet4/0/1 port link-mode bridge return The display this command displays the configuration that takes effect in the current view. port-mode Syntax port-mode { lan | wan } undo port-mode View Ten-GigabitEthernet interface view Default Level 2: System level Parameters...
Page 29: Shutdown
Default Level 2: System level Parameters interface-type: Specifies an interface type. interface-number: Specifies an interface number. interface-number.subnumber: Subinterface number, where interface-number is an interface number; subnumber is the number of a subinterface created under the interface. The value of subnumber ranges from 1 to 4094.
Page 30: Speed
Examples # Shut down Ethernet interface GigabitEthernet 4/0/1. <Sysname> system-view [Sysname] interface gigabitethernet 4/0/1 [Sysname-GigabitEthernet4/0/1] shutdown # Shut down Ethernet subinterface GigabitEthernet4/0/1.1. <Sysname> system-view [Sysname] interface gigabitethernet 4/0/1.1 [Sysname-GigabitEthernet4/0/1.1] shutdown # Bring up Ethernet interface GigabitEthernet4/0/1. <Sysname> system-view [Sysname] interface gigabitethernet 4/0/1 [Sysname-GigabitEthernet4/0/1] undo shutdown speed Syntax...
Page 31: Broadcast-Suppression (Ethernet Interface View/Ethernet Sub-Interface View/Port Group View)
Currently, only SAP high-density Ethernet interface modules support Layer 2 Ethernet interfaces/subinterfaces. broadcast-suppression (Ethernet interface view/Ethernet sub-interface view/port group view) Syntax broadcast-suppression { ratio | pps max-pps | kbps max-kbps } undo broadcast-suppression View Layer 2 Ethernet interface view, Layer 2 Ethernet subinterface view, port group view Default Level 2: System level Parameters...
Page 32: Display Loopback-Detection
If you execute this command in Ethernet interface/subinterface view, the configuration takes effect only on the current interface/subinterface. If you execute this command in port-group view, the configuration takes effect on all the ports in the port group. When broadcast traffic exceeds the broadcast suppression threshold, the interface discards broadcast packets until the broadcast traffic drops below the threshold.
Page 33: Display Port-Group Manual
If loopback detection is enabled, this command also displays the detection interval and ports in a loop condition. Examples # Display information about loopback detection. <Sysname> display loopback-detection Loopback-detection is running Detection interval time is 30 seconds No port is detected with loopback display port-group manual Syntax display port-group manual [ all | name port-group-name]...
Page 34: Group-Member
GigabitEthernet3/0/3 GigabitEthernet3/0/4 GigabitEthernet3/0/5 GigabitEthernet3/0/6 GigabitEthernet3/0/7 GigabitEthernet3/0/8 Table 1-5 display port-group manual command output description Field Description Member of group Member of the manual port group group-member Syntax group-member interface-list undo group-member interface-list View Port group view Default Level 2: System level Parameters interface-list: Ethernet interface list, in the form of interface-type interface-number [ to interface-type interface-number ] &<1-10>, where &<1-10>...
Page 35: Loopback-Detection Control Enable
semi-block: Blocks all packets but STP BPDUs. shutdown: Shuts down the Ethernet interface. To bring up the interface again, use the undo shutdown command. Description Use the loopback-detection action command to configure the action for loop protection on Ethernet interfaces. Use the undo loopback-detection action command to restore the default.
Page 36: Loopback-Detection Enable
Description Use the loopback-detection control enable command to enable loopback detection control on trunk or hybrid ports. Use the undo loopback-detection control enable command to restore the default. By default, loopback detection control is disabled on trunk and hybrid ports. When a hybrid or trunk port detects a loop condition, it sends traps, whether loopback detection control is enabled or not.
Page 37: Loopback-Detection Interval-Time
interface. Depending on whether a protective action is configured, the router takes the actions in Table to alleviate the impact of the loop condition. Table 1-6 Actions taken upon detection of a loop condition Actions Port type No protective action configured A protective action configured Place the interface in controlled mode.
Page 38: Loopback-Detection Per-Vlan Enable
Examples # Set the loopback detection interval to 10 seconds. <Sysname> system-view [Sysname] loopback-detection interval-time 10 loopback-detection per-vlan enable Syntax loopback-detection per-vlan enable undo loopback-detection per-vlan enable View Layer 2 Ethernet interface view, port group view Default Level 2: System level Parameters None Description...
Page 39: Multicast-Suppression (Ethernet Interface View/Ethernet Sub-Interface View/Port Group View)
Parameters across: Sets the MDI mode to across. In this mode, pins 1 and 2 of the port are receive pins, and pins 3 and 6 are transmit pins. auto: Sets the MDI mode to auto. In this mode, the port negotiates pin roles with its peer. normal: Sets the MDI mode to normal.
Page 40 argument is 1 to 1,000,000. This keyword-argument combination is not available on Layer 2 Ethernet subinterfaces. When the pps or kbps keyword is specified, and a suppression granularity larger than 1 is specified on the router, the value of the pps or kbps keyword must be no smaller than and an integral multiple of the granularity.
Page 41: Port-Group Manual
[Sysname-port-group-manual-group1] multicast-suppression 20 port-group manual Syntax port-group manual port-group-name undo port-group manual port-group-name View System view Default Level 2: System level Parameters port-group-name: Specifies a port group name, a string of 1 to 32 characters. Description Use the port-group manual command to create a port group and enter port group view. Use the undo port-group manual command to remove a port group.
Page 42: Storm-Constrain Control
min-values: Sets the lower threshold, in pps, kbps, or percentage. Description Use the storm-constrain command to enable broadcast, multicast, or unknown unicast storm control on an Ethernet interface. Use the undo storm-constrain command to disable storm control. By default, traffic storm control is disabled. An upper threshold must be greater than or at least equal to the corresponding lower threshold.
Page 43: Storm-Constrain Enable Log
shutdown: Shuts down the interface when a type of traffic exceeds the upper storm control threshold. An interface shut down by the storm control function stops forwarding all types of packets. Description Use the storm-constrain control command to set the protective action to take on an Ethernet interface when a type of traffic exceeds the upper storm control threshold.
Page 44: Storm-Constrain Enable Trap
storm-constrain enable trap Syntax storm-constrain enable trap undo storm-constrain enable trap View Layer 2 Ethernet interface view Default Level 2: System level Parameters None Description Use the storm-constrain enable trap command to enable an Ethernet interface to send storm control threshold event traps.
Page 45: Unicast-Suppression (Ethernet Interface View/Ethernet Sub-Interface View/Port Group View)
The interval set by the storm-constrain interval command is specific to storm control. To set the statistics polling interval of an interface, use the flow-interval command. Examples # Set the traffic statistics polling interval of the storm control module to 60 seconds. <Sysname>...
Page 46: Virtual-Cable-Test
Description Use the unicast-suppression command to set the unknown unicast suppression threshold on an Ethernet interface/subinterface in interface view or a group of Ethernet interfaces in port group view. Use the undo unicast-suppression command to restore the default. By default, Ethernet interfaces do not suppress unknown unicast traffic. If you execute this command in Ethernet interface/subinterface view, the configurations take effect only on the current interface/subinterface.
Page 47: Layer 3 Ethernet Interface/Subinterface Configuration Commands
Parameters None Description Use the virtual-cable-test command to test the cable connection of an Ethernet interface. The test results are displayed within five seconds. The cable status can be: normal, if the cable is in good condition. abnormal, if any fault other than a short or open circuit is detected. abnormal (open), if an open circuit is detected.
Page 48: Sub-Interface Rate-Statistic
View Layer 3 Ethernet interface view, Layer 3 Ethernet subinterface view Default Level 2: System level Parameters size: Maximum Transmission Unit (MTU) to be set (in bytes), in the range 46 to 1580. The system default is 1500 bytes. Description Use the mtu command to set the MTU for an Ethernet interface/subinterface.
Page 49: Timer Hold
Parameters None Description Use the sub-interface rate-statistic command to enable rate statistics collection for the subinterfaces of an Ethernet interface. Use the undo sub-interface rate-statistic command to restore the default. By default, the system does not collect rate statistics for Ethernet subinterfaces. Use this function with caution, because it requires a large amount of system resources.
Page 50: Promiscuous
In a network with large transmission delays and heavy congestion, you can increase the link change suppression interval accordingly. Examples # Enable link change suppression on GigabitEthernet 4/0/0, setting the suppression interval to 20 seconds. <Sysname> system-view [Sysname] interface gigabitethernet 4/0/0 [Sysname- GigabitEthernet4/0/0] link-delay 20 promiscuous Syntax...
Page 51: Interface Virtual-Ethernet
View Any view Default Level 1: Monitor level Parameters interface-number: Virtual Ethernet (VE) interface number, which can be the number of any existing Layer 3 VE interface. Description Use the display interface virtual-ethernet command to view information about a Layer 3 VE interface. If you do not provide the interface-number argument, this command displays information about all existing Layer 3 VE interfaces.
Page 52: Mac-Address
Default Level 2: System level Parameters interface-number: Specifies a VE interface number, in the range 0 to 1023. Description Use the interface virtual-ethernet command to create a VE interface and enter VE interface view. Use the undo interface virtual-ethernet command to remove a VE interface. You cannot remove a VE interface that has been associated with a PVC.
Page 53: Atm Interface Configuration Commands
ATM Interface Configuration Commands ATM Interface Commands display interface atm Syntax display interface atm [ interface-number ] View Any view Default Level 1: Monitor level Parameters interface-number: Interface number. Description Use the display interface atm command to display the configuration and status information about an ATM interface.
Page 54: Interface Atm
0 pads, 0 aborts, 0 timeouts 0 overflows, 0 overruns,0 no BDs Output: 0 packets, 0 bytes 0 errors, 0 overflows, 0 underruns Table 2-1 display interface atm command output description Field Description Atm3/0/0 current state Current state of the ATM interface Line protocol current state Link layer status of the ATM interface ATM adaptation layer (AAL) type: AAL5...
Page 55: Reset Atm Interface
reset atm interface Syntax reset atm interface [ atm interface-number ] View User view Default Level 2: System level Parameters atm interface-number: Specifies an ATM interface. Description Use the reset atm interface command to clear the statistics on the PVCs created on an ATM interface or all the ATM interfaces.
Page 56: Sub-Interface Rate-Statistic
If you specify both atm and interface-number, this command clears the statistics of the PVCs of the specified ATM interface. Examples # Clear the statistics of ATM interface ATM 1/0/0. <Sysname> reset counters interface atm 1/0/0 sub-interface rate-statistic Syntax sub-interface rate-statistic undo sub-interface rate-statistic View ATM interface view...
Page 57: Atm E1/T1 Interface Configuration Commands
ATM E1/T1 Interface Configuration Commands cable Syntax cable { long | short } undo cable View ATM E1/T1 interface view Default Level 2: System level Parameters long: Long haul mode, with cable length in the range 151 to 500 m (495 to 1640 ft). short: Short haul mode, with cable length in the range 0 to 150 m (0 to 495 ft).
Page 58: Code
Description Use the clock command to set the clock mode for an ATM E1/T1 interface. Use the undo clock command to restore the default, that is, the slave clock mode. For ATM E1/T1 interfaces operating as DCEs, set the clock mode to master. For interfaces operating as DTEs, set the clock mode to slave.
Page 59: Frame-Format
[Sysname-Atm2/0/0] code ami frame-format Syntax In ATM E1 interface view: frame-format { crc4-adm | no-crc4-adm } In ATM T1 interface view: frame-format { esf-adm | sf-adm } undo frame-format View ATM E1 interface view, ATM T1 interface view Default Level 2: System level Parameters crc4-adm: Sets the ATM over E1 framing format to 4-bit cyclic redundancy check ATM direct mapping...
Page 60: Scramble
Parameters cell: Enables internal cell loopback testing (for checking the physical state of the chips on the local side). local: Enables internal loopback testing (for checking to see if the local chips are carrying out services). payload: Enables external payload loopback testing (for checking to see if payload framing is normal). remote: Enables external line loopback testing (for checking to see if the remote end operates properly).
Page 61: Atm Oc-3C/Stm-1 Interface Configuration Commands
<Sysname> system-view [Sysname] interface atm 1/0/0 [Sysname-Atm1/0/0] scramble ATM OC-3c/STM-1 Interface Configuration Commands clock Syntax clock { master | slave } undo clock View ATM OC-3c interface view, STM-1 interface view Default Level 2: System level Parameters master: Sets the clock mode as master. slave: Sets the clock mode as slave.
Page 62: Loopback
Parameters sdh: Sets the framing format to SDH STM-1, the synchronous transport module-level 1 (STM-1) of synchronous digital hierarchy (SDH). sonet: Sets the framing format to SONET OC-3, the optical carrier level three (OC-3) of synchronous optical network (SONET). Description Use the frame-format command to set the framing format for an ATM OC-3c/STM-1 interface.
Page 63 undo scramble View ATM OC-3c interface view, STM-1 interface view Default Level 2: System level Parameters None Description Use the scramble command to enable payload scrambling on the ATM OC-3c/STM-1 interface. This, however, does not affect cell headers. Use the undo scramble command to disable payload scrambling. By default, payload scrambling is enabled on the ATM OC-3c/STM-1 interface.
Page 64: Wan Interface Configuration Commands
WAN Interface Configuration Commands Basic Serial Interface Configuration Commands baudrate Syntax baudrate baudrate undo baudrate View Serial interface view Default Level 2: System level Parameters baudrate: Baud rate (in bps) to be set for a serial interface. Description Use the baudrate command to set the baud rate for a serial interface. Use the undo baudrate command to restore the default.
Page 65: Clock
Examples # Set the baud rate of synchronous serial interface Serial 2/0/0 at DCE side to 115200 bps. <Sysname> system-view [Sysname] interface serial 2/0/0 [Sysname-Serial2/0/0] baudrate 115200 clock Syntax clock { dteclk1 | dteclk2 | dteclk3 | dteclk4 | dteclkauto } clock { dceclk1 | dceclk2 | dceclk3 } undo clock View...
Page 66: Code
As DTE, the interface accepts the clock provided by the DCE. As transmitting and receiving clocks of synchronization devices are independent, the receiving clock of a DTE device can be either the transmitting or receiving clock of the DCE device, so is the transmitting clock. Therefore, four clock options are available for a DTE device.
Page 67: Crc
View Synchronous serial interface view Default Level 2: System level Parameters nrz: Specifies the encoding format as non-return-to-zero (NRZ). nrzi: Specifies the encoding format as non-return-to-zero-inverse (NRZI). Description Use the code command to set the digital signal coding format on the synchronous serial interface. Use the undo code command to restore the default, that is, NRZ.
Page 68: Description
description Syntax description text undo description View Serial interface view Default Level 2: System level Parameters text: interface description, which is a string of 1 to 80 characters. Description Use the description command to configure the interface description. Use the undo description command to restore the default. By default, the description of an interface is its interface name followed by the Interface string, Serial2/0/0 Interface for example.
Page 69: Display Interface Serial
When determining whether a synchronous serial interface is up or down, the system by default detects the DSR signal, DCD signal, and presence of cable connection. Only when the three signals are all valid will the interface be regarded up. If level detection is disabled, the system considers that the interface is up with both DTR and DSR being up after detecting the cable connection.
Page 70 0 frame errors Output:6670 packets, 80446 bytes 0 errors, 0 underruns, 0 collisions 0 deferred DCD=UP DTR=UP DSR=UP RTS=UP CTS=UP Table 3-3 display interface serial command output description Field Description Serial7/0/1 current state Current physical state of the serial interface Line protocol current state Link protocol state of the serial interface Description...
Page 71: Idle-Mark
Field Description Input statistics on the serial interface: broadcasts: Number of received broadcast packets. multicasts: Number of received multicast packets. errors: Number of error packets detected on the physical layer. runts: Number of undersized packets received on the Input: 6668 packets, 80414 bytes serial interface.
Page 72: Invert Receive-Clock
Parameters None Description Use the idle-mark command to set the line idle code of the synchronous serial interface to 0xFF. Use the undo idle-mark command to restore the default, that is, 0x7E. In most cases, a synchronous serial interface uses 0x7E to identify the idle state of the line. You may need to set the line idle code to 0xFF to interoperate with network devices that use 0xFF (high level of all ones) as line idle code.
Page 73: Invert Transmit-Clock
invert transmit-clock Syntax invert transmit-clock undo invert transmit-clock View Serial interface view Default Level 2: System level Parameters None Description Use the invert transmit-clock command to invert the transmit-clock signal on the DTE-side synchronous serial interface. Use the undo invert transmit-clock command to restore the default. By default, transmit-clock signal inversion is disabled on DTE-side synchronous serial interfaces.
Page 74: Mtu
Loopback is intended for test use. Disable it otherwise. Examples # Enable internal/external loopback on interface Serial 2/0/0. <Sysname> system-view [Sysname] interface serial 2/0/0 [Sysname-Serial2/0/0] loopback Syntax mtu size undo mtu View Synchronous serial interface view Default Level 2: System level Parameters size: Maximum transmission unit (MTU) to be set for a serial interface, in the range 128 to 1,500 (in bytes).
Page 75: Reverse-Rts
View Synchronous serial interface view Default Level 2: System level Parameters mrusize: Maximum receive unit (MRU) to be set, in the range 4 to 1700 (in bytes). Description Use the phy-mru command to set the MRU for an interface. Use the undo phy-mru command to restore the default. By default, the MRU of an interface is 1700 bytes.
Page 76: Shutdown
shutdown Syntax shutdown undo shutdown View Serial interface view Default Level 2: System level Parameters None Description Use the shutdown command to disable an interface. Use the undo shutdown command to enable an interface. By default, an interface is enabled. In certain circumstances, modification to the interface parameters does not immediately take effect, and therefore, you need to re-enable the interface to make the modification work.
Page 77: Timer Hold
Because this feature may take a large amount of the system resource, use this command with caution. All interfaces that support subinterfaces support this feature. Examples # Enable subinterface rate statistics collection for Serial 2/0/0. <Sysname> system-view [Sysname] interface serial 2/0/0 [Sysname-Serial2/0/0] sub-interface rate-statistic Warning: This configuration may make a negative effect on the performance.
Page 78: Basic Ce1 Interface Configuration Commands
View Synchronous serial interface view Default Level 2: System level Parameters virtualbaudrate: Baud rate (in bps) to be set, which must be consistent with the one configured at the DCE side. It can be 1,200, 2,400, 4,800, 9,600, 19,200, 38,400, 56,000, 57,600, 64,000, 72,000, 115,200, 128,000, 192,000, 256,000, 384,000, 512,000, 768,000, 1024,000, 2,048,000, or 4,096,000.
Page 79: Cable
Default Level 2: System level Parameters detect: Enables periodical detection on the interface. rai: Remote Alarm Indication (RAI). Description Use the alarm command to enable RAI detection on the interface. Use the undo alarm command to disable RAI detection on the interface. By default, RAI detection is enabled on an interface.
Page 80: Channel-Set (Ce1 Interface)
channel-set (CE1 interface) Syntax channel-set set-number timeslot-list list undo channel-set [ set-number ] View CE1 interface view Default Level 2: System level Parameters set-number: The number of the channel set formed by bundling timeslots on the interface, in the range 0 to 30.
Page 81: Clock-Change Auto
View CE1 interface view Default Level 2: System level Parameters master: Uses the internal clock as the clock source. slave: Uses the line clock as the clock source. Description Use the clock command to configure clock source for the CE1 interface. Use the undo clock command to restore the default clock source, that is, line clock.
Page 82: Code (Cei Interface)
Examples # Disable automatic clock mode change for CE1 interface E1 2/0/0. <Sysname> system-view [Sysname] controller e1 2/0/0 [Sysname-E1 2/0/0] undo clock-change auto code (CEI interface) Syntax code { ami | hdb3 } undo code View CE1 interface view Default Level 2: System level Parameters ami: Uses alternate mark inversion (AMI) line code format.
Page 83: Crc
Parameters number: CE1 interface number. Description Use the controller e1 command to enter CE1 interface view. Examples # Enter E1 2/0/0 interface view. <Sysname> system-view [Sysname] controller e1 2/0/0 [Sysname-E1 2/0/0] Syntax crc { 16 | 32 | none } undo crc View Synchronous serial interface view...
Page 84: Description
View CE1 interface view Default Level 2: System level Parameters inverted: Enables user data inversion. normal: Disables user data inversion. Description Use the data-coding inverted command to enable user data inversion on the CE1 interface. Use the data-coding normal command to disable user data inversion on the CE1 interface. Use the undo data-coding command to restore the default.
Page 85: Detect-Ais
Examples # Configure the description of E1 2/0/0 as E1-interface. <Sysname> system-view [Sysname] controller e1 2/0/0 [Sysname-E1 2/0/0] description E1-interface detect-ais Syntax detect-ais undo detect-ais View CE1 interface view Default Level 2: System level Parameters None Description Use the detect-ais command to enable AIS (alarm indication signal) test on an interface. Use the undo detect-ais command to disable AIS test.
Page 86 Clock mode (source) of interface Frame check mode of interface Line code format of interface Examples # Display information about interface E1 2/0/0. <Sysname> display controller e1 2/0/0 E1 2/0/0 current state: UP Description : E1 2/0/0 Interface Basic Configuration: Work mode is E1 framed, Cable type is 75 Ohm unbalanced.
Page 87: Error-Diffusion Restraint Config
Field Description Data in current interval (150 seconds elapsed): 0 Loss Frame Alignment Secs, 0 Framing Error Secs, Error statistics in the current interval 0 CRC Error Secs, 0 Alarm Indication Secs, 0 Loss-of-signals Secs, 0 Code Violations Secs, 0 Slip Secs, 0 E-Bit error Secs error-diffusion restraint config Syntax...
Page 88: Error-Diffusion Restraint Enable
error-diffusion restraint enable Syntax error-diffusion restraint enable undo error-diffusion restraint enable View System view Default Level 2: System level Parameters None Description Use the error-diffusion restraint enable command to enable error packets diffusion restraint. Use the undo error-diffusion restraint enable command to disable this function. By default, error packets diffusion restraint is enabled.
Page 89: Idlecode (Ce1 Interface)
Use the undo frame-format command to restore the default, that is, no-CRC4. A CE1 interface in CE1 mode supports both CRC4 and no-CRC4 framing formats, where CRC4 supports four-bit CRC on physical frames while no-CRC4 does not. Examples # Set the framing format on interface E1 2/0/0 to CRC4. <Sysname>...
Page 90: Loopback (Ce1 Interface)
Parameters number number: Sets the number of interframe filling tags, which ranges from 0 to 14. type { 7e | ff }: Sets the type of interframe filling tag to 0x7E by specifying the 7e argument or to 0xFF by specifying the ff keyword.
Page 91: Reset Counters Controller E1
Examples # Set interface E1 2/0/0 in internal loopback mode. <Sysname> system-view [Sysname] controller e1 2/0/0 [Sysname-E1 2/0/0] loopback local reset counters controller e1 Syntax reset counters controller e1 interface-number View User view Default Level 2: System level Parameters interface-number: Interface number. Description Use the reset counters controller e1 command to clear the counter for a CE1 interface.
Page 92: Using (Ce1 Interface)
[Sysname] controller e1 2/0/0 [Sysname-E1 2/0/0] shutdown using (CE1 interface) Syntax using { ce1 | e1 } undo using View CE1 interface view Default Level 2: System level Parameters ce1: Configures the interface to operate in CE1 mode. e1: Configures the interface to operate in E1 mode. Description Use the using command to configure the operating mode of the CE1 interface.
Page 93: Alarm-Threshold
Parameters detect: Enables periodical detection on the interface. rai: Remote Alarm Indication (RAI). Description Use the alarm command to enable RAI detection on the interface. Use the undo alarm command to disable RAI detection on the interface. By default, RAI detection is enabled on an interface. This command is applicable when the framing format used on the interface is ESF.
Page 94: Bert (Ct1 Interface)
By default, level-1 LFA alarm threshold applies. los: Sets a loss of signal (LOS) alarm threshold, which can be pulse-detection (for the pulse detection duration threshold with LOS) and pulse-recovery (for the pulse threshold with LOS). The threshold of pulse-detection, in units of pulse intervals, ranges from 16 to 4,096 and defaults to 176. The threshold of pulse-recovery, ranges from 1 to 256 and defaults to 22.
Page 95: Cable (Ct1 Interface)
When running a BERT test, the local end sends out a pattern, which is to be looped over somewhere on the line and back to the local end. The local end then checks the received pattern for bit error rate, and by so doing helps you identify the condition of the line.
Page 96: Channel-Set (Ct1 Interface)
channel-set (CT1 interface) Syntax channel-set set-number timeslot-list list [ speed { 56k | 64k } ] undo channel-set [ set-number ] View CT1 interface view Default Level 2: System level Parameters set-number: Number of the channel set formed by timeslot bundling on the interface. It ranges from 0 to timeslot-list list: Specifies the timeslots to be bundled.
Page 97: Code (Ct1 Interface)
Default Level 2: System level Parameters master: Uses the internal clock as the clock source. slave: Uses the line clock as the clock source. Description Use the clock command to configure clock source for the CT1 interface. Use the undo clock command to restore the default clock source, that is, line clock. When the CT1 interface is working as DCE, choose the internal clock for it.
Page 98: Controller T1
Examples # Set the line code format of the interface T1 2/0/0 to AMI. <Sysname> system-view [Sysname] controller t1 2/0/0 [Sysname-T1 2/0/0] code ami controller t1 Syntax controller t1 number View System view Default Level 2: System level Parameters number: CT1 interface number. Description Use the controller t1 command to enter CT1 interface view.
Page 99: Data-Coding (Ct1 Interface)
Examples # Apply 32-bit CRC to a serial interface formed on interface CT1 interface T1 2/0/0. <Sysname> system-view [Sysname] controller t1 2/0/0 [Sysname-T1 2/0/0] channel-set 1 timeslot-list 2-6 [Sysname-T1 2/0/0] quit [Sysname] interface serial 2/0/0:1 [Sysname-Serial2/0/0:1] crc 32 data-coding (CT1 interface) Syntax data-coding { inverted | normal } undo data-coding...
Page 100: Display Controller T1
View CT1 interface view Default Level 2: System level Parameters text: Description of an interface, a string of 1 to 80 characters. Description Use the description command to configure the description of the current CT1 interface. Use the undo description command to restore the default. By default, the description of a CT1 interface is the interface name followed by the Interface string, T1 2/0/0 Interface for example.
Page 101 Receiver alarm state is Loss-of-Signal. Transmitter is sending remote alarm. Pulse density violation detected. SendLoopCode History: inband-llb-up:0 times, inband-llb-down:0 times. fdl-ansi-llb-up:0 times, fdl-ansi-llb-down:0 times. fdl-ansi-plb-up:0 times, fdl-ansi-plb-down:0 times. BERT state:(stopped, not completed) Test pattern: 2^15, Status: Not Sync, Sync Detected: 0 Time: 0 minute(s), Time past: 0 minute(s) Bit Errors (since test started): 0 bits Bits Received (since test started): 0 Kbits...
Page 102 Field Description Line code Line code: AMI or B8ZS Source clock used by the interface: master for the Source clock internal clock or slave for the line clock Data-coding Normal or inverted Idle code 0x7E or 0xFF Itf type Type of interframe filling tag: 0x7E or 0xFF Itf number Number of interframe filling tags Loopback setting on the interface: local, payload,...
Page 103: Error-Diffusion Restraint Config
Field Description Data in Interval 1: 0 Line Code Violations, 0 Path Code Violations Statistics spanning the first interval. 0 Ais Alarm Secs, 901 Los Alarm Secs The statistical items are the same as those provided 22 Slip Secs, 901 Fr Loss Secs, 0 Line Err Secs, 0 by the statistics spanning the current interval.
Page 104: Error-Diffusion Restraint Enable
This command applies only to CT1, CE1, E1-F, and T1-F interfaces only. Examples # Set the detect-timer to 100 seconds, renew-timer to 2400 seconds, and threshold to 15%. <Sysname> system-view [Sysname] error-diffusion restraint config 100 2400 15 error-diffusion restraint enable Syntax error-diffusion restraint enable undo error-diffusion restraint enable...
Page 105: Frame-Format (Ct1 Interface)
View CT1 interface view Default Level 2: System level Parameters ansi: Uses ANSI T1.403 for facilities data link (FDL). att: Uses AT&T TR 54016 for FDL. both: Uses both ANSI T1.403 and AT&T TR 54016 for FDL. none: Disables FDL. Description Use the fdl command to set the behavior of the CT1 interface on the FDL in ESF framing.
Page 106: Idlecode (Ct1 Interface)
Examples # Set the framing format of interface T1 2/0/0 to SF. <Sysname> system-view [Sysname] controller t1 2/0/0 [Sysname-T1 2/0/0] frame-format sf idlecode (CT1 interface) Syntax idlecode { 7e | ff } undo idlecode View CT1 interface view Default Level 2: System level Parameters 7e: Sets the line idle code to 0x7E.
Page 107: Loopback (Ct1 Interface)
type { 7e | ff }: Sets the interframe filling tag to 0x7E by specifying the 7e keyword or to 0xFF by specifying the ff keyword. On CT1 interfaces, the default interframe filling tag is 0x7E. Description Use the itf command to set the type and the number of interframe filling tags on the CT1 interface. Two types of interframe filling tag are available: 0x7E and 0xFF.
Page 108: Reset Counters Controller T1
Examples # Enabled remote loopback on interface T1 2/0/0. <Sysname> system-view [Sysname] controller t1 2/0/0 [Sysname-T1 2/0/0] loopback remote reset counters controller t1 Syntax reset counters controller t1 interface-number View User view Default Level 2: System level Parameters interface-number: Interface number. Description Use the reset counters controller t1 command to clear the controller counter for a CT1 interface.
Page 109: Shutdown (Ct1 Interface)
fdl-ansi-llb-up: Sends ANSI-compliant line loopback (LLB) activation request code in the FDL to start remote loopback. fdl-ansi-plb-down: Sends ANSI-compliant PLB deactivation request code in the FDL to remove loopback. fdl-ansi-plb-up: Sends ANSI-compliant payload loopback (PLB) activation request code in the FDL to start remote loopback.
Page 110: E1-F Interface Configuration Commands
Description Use the shutdown command to shut down the current CT1 interface. Use the undo shutdown command to bring up the current CT1 interface. By default, an interface is enabled. Examples # Shut down T1 2/0/0. <Sysname> system-view [Sysname] controller t1 2/0/0 [Sysname-T1 2/0/0] shutdown E1-F Interface Configuration Commands Syntax...
Page 111: Error-Diffusion Restraint Config
Parameters serial interface-number: Specifies a serial interface by its number. If no interface is specified, information about all the E1-F interfaces is displayed. Description Use the display fe1 serial command to display the configuration and state information about the specified or all E1-F interfaces. If the specified interface is a common serial interface rather than an E1-F interface, the system will display the prompt.
Page 112: Error-Diffusion Restraint Enable
Parameters detect-timer: Period to check error packets, in the range 30 to 600 (in seconds). renew-timer: Period after which an interface resumes it function, in the range 120 to 2,400 (in seconds). threshold: Ratio of error packets in percentage, in the range 5 to 100. Description Use the error-diffusion restraint config command to set the three parameters in error packets diffusion restraint.
Page 113: Fe1 Alarm
This command applies only to CT1, CE1, E1-F, and T1-F interfaces only. Examples # Enable error packets diffusion restraint. <Sysname> system-view [Sysname] error-diffusion restraint enable fe1 alarm Syntax fe1 alarm detect rai undo fe1 alarm detect rai View E1-F interface view Default Level 2: System level Parameters...
Page 114: Fe1 Clock
Parameters long: Supports long cables. short: Supports short cables. Description Use the fe1 cable command to set the cable length for an E1-F interface. Use the undo fe1 cable command to restore the default. By default, the long keyword applies. Examples # Set the cable length type on E1-F interface Serial 2/0/0 to short.
Page 115: Fe1 Data-Coding
View E1-F interface view Default Level 2: System level Parameters ami: Uses AMI line code format. hdb3: Uses HDB3 line code format. Description Use the fe1 code command to set the line code format for the E1-F interface. Use the undo fe1 code command to restore the default, that is, HDB3. The default line code format for an E1-F interface is HDB3.
Page 116: Fe1 Detect-Ais
To prevent 7e in valid data from being taken for stuffing characters, HDLC inserts a zero after every five ones in the data stream. Then, HDLC inverts every one bit into a zero and every zero bit into a one. This ensures at least at least one out of every eight bits is a one.
Page 117: Fe1 Idlecode
Parameters crc4: Sets the framing format to CRC4. no-crc4: Sets the framing format to no-CRC4. Description Use the fe1 frame-format command to configure the framing format of the E1-F interface. Use the undo fe1 frame-format command to restore the default, that is, no-CRC4. An E1-F interface in framed mode supports both CRC4 and no-CRC4 framing formats, where CRC4 supports four-bit CRC on physical frames while no-CRC4 does not.
Page 118: Fe1 Loopback
View E1-F interface view Default Level 2: System level Parameters number number: Sets the number of interframe filling tags (an interframe filling tag is one byte in length). The number argument ranges from 0 to 14. type { 7e | ff }: Sets the type of interframe filling tag to 0x7E by specifying the 7e keyword or to 0xFF by specifying the ff keyword.
Page 119: Fe1 Timeslot-List
Use the undo fe1 loopback command to restore the default. By default, loopback is disabled. Loopback is intended for checking the condition of interfaces or cables. Disable it otherwise. The three loopback modes cannot be used at the same time on an E1-F interface. Examples # Set E1-F interface Serial 2/0/0 in internal loopback mode.
Page 120: Fe1 Unframed
Timeslot 0 on E1-F interfaces is used for synchronization. Therefore, a bundling operation only involves timeslots 1 through 31. When the E1-F interface is working in unframed mode, the fe1 timeslot-list command is invalid. Related commands: fe1 unframed. Examples # Bundle timeslots 1, 2, 5, 10 through 15, and 18 on E1-F interface Serial 2/0/0. <Sysname>...
Page 121: T1-F Interface Configuration Commands
T1-F Interface Configuration Commands ft1 alarm Syntax ft1 alarm detect rai undo ft1 alarm detect rai View T1-F interface view Default Level 2: System level Parameters detect: Enables periodical detection on an interface. rai: Remote Alarm Indication (RAI). Description Use the ft1 alarm command to enable RAI detection on the interface. Use the undo ft1 alarm command to disable RAI detection on the interface.
Page 122: Display Ft1
Examples # Use 32-bit CRC on T1-F interface Serial 2/0/0. <Sysname> system-view [Sysname] interface serial 2/0/0 [Sysname-Serial2/0/0] crc 32 display ft1 Syntax display ft1 [ serial interface-number ] View Any view Default Level 1: Monitor level Parameters serial interface-number: Specifies a serial interface by its number. If no interface is specified, the information on all the T1-F interfaces is displayed.
Page 123 fdl-ansi-llb-up:0 times, fdl-ansi-llb-down:0 times. fdl-ansi-plb-up:0 times, fdl-ansi-plb-down:0 times. BERT state:(stopped, not completed) Test pattern: 2^15, Status: Not Sync, Sync Detected: 0 Time: 0 minute(s), Time past: 0 minute(s) Bit Errors (since test started): 0 bits Bits Received (since test started): 0 Kbits Bit Errors (since latest sync): 0 bits Bits Received (since latest sync): 0 Kbits Historical Statistics:...
Page 124 Field Description Idle code Idle code, 0x7E or 0xFF Itf type Type of inter-frame filling tags: 0x7E or 0xFF Itf number Number of inter-frame filling tags Loopback setting on the interface: local, payload, Loop back remote, or not set Alarm State Alarm state Receiver alarm state Type of received alarm: none, LOS, LOF, RAI, or AIS...
Page 125: Error-Diffusion Restraint Config
Field Description Data in Interval 2: 0 Line Code Violations, 0 Path Code Violations Statistics spanning the second interval. 0 Ais Alarm Secs, 900 Los Alarm Secs The statistical items are the same as those provided 23 Slip Secs, 900 Fr Loss Secs, 0 Line Err Secs, 0 by the statistics spanning the current interval.
Page 126: Error-Diffusion Restraint Enable
Examples # Set the detect-timer to 100 seconds, renew-timer to 2400 seconds, and threshold to 15%. <Sysname> system-view [Sysname] error-diffusion restraint config 100 2400 15 error-diffusion restraint enable Syntax error-diffusion restraint enable undo error-diffusion restraint enable View System view Default Level 2: System level Parameters None...
Page 127: Ft1 Bert
Parameters ais: Sets the alarm threshold of alarm indication signal (AIS), which can be level-1 and level-2. The level-1 keyword specifies to generate an AIS alarm when the number of 0s in the bit stream of an SF or ESF frame is less than or equal to 2. The level-2 keyword specifies to generate an AIS alarm when the number of 0s is less than or equal to 3 in the bit stream of an SF frame or less than or equal to 5 in the bit stream of an ESP frame.
Page 128: Ft1 Cable
Default Level 2: System level Parameters pattern: Sets a bit error rate test (BERT) pattern, which could be 2^15 or 2^20. 2^15: Two to the fifteenth power, length of transmitted BERT pattern in bits. 2^20: Two to the twentieth power, length of transmitted BERT pattern in bits. time minutes: Sets the duration (in minutes) of a BERT test.
Page 129: Ft1 Clock
Description Use the ft1 cable command to set the cable attenuation and length on the T1-F interface. Use the undo ft1 cable command to restore the default, that is, long 0db. You may use this command to adapt signal waveform to different transmission conditions such as the quality of the signal received by the receiver.
Page 130: Ft1 Code
ft1 code Syntax ft1 code { ami | b8zs } undo ft1 code View T1-F interface view Default Level 2: System level Parameters ami: Uses AMI line code format. b8zs: Uses B8ZS line code format. Description Use the ft1 code command to set the line code format for the T1-F interface. Use the undo ft1 code command to restore the default, that is, B8ZS.
Page 131: Ft1 Fdl
Description Use the ft1 data-coding normal command to disable user data inversion for a T1-F interface. Use the ft1 data-coding inverted command to enable user data inversion for a T1-F interface. Use the undo ft1 data-coding command to restore the default. By default, data inversion is disabled.
Page 132: Ft1 Frame-Format
[Sysname-Serial2/0/0] ft1 fdl ansi ft1 frame-format Syntax ft1 frame-format { esf | sf } undo ft1 frame-format View T1-F interface view Default Level 2: System level Parameters esf: Sets the framing format on the T1-F interface to ESF. sf: Sets the framing format on the T1-F interface to SF. Description Use the frame-format command to set the framing format on the T1-F interface.
Page 133: Ft1 Itf
Description Use the ft1 idlecode command to set the line idle code on the T1-F interface. Two types of line idle code are available: 0x7E and 0xFF. Use the undo ft1 idlecode command to restore the default, that is, 0x7E. The line idle code is sent in the timeslots that are not bundled into the logical channels on the interface.
Page 134: Ft1 Loopback
[Sysname-Serial2/0/0] ft1 itf number 5 ft1 loopback Syntax ft1 loopback { local | payload | remote } undo ft1 loopback View T1-F interface view Default Level 2: System level Parameters local: Sets the interface in internal loopback mode. payload: Sets the interface in external payload loopback mode. remote: Sets the interface in external loopback mode.
Page 135: Ft1 Timeslot-List
Parameters fdl-ansi-llb-down: Sends ANSI-compliant LLB deactivation request code in the FDL to removes loopback. fdl-ansi-llb-up: Sends ANSI-compliant line loopback (LLB) activation request code in the FDL to start remote loopback. fdl-ansi-plb-down: Sends ANSI-compliant PLB deactivation request code in the FDL to remove loopback.
Page 136: Basic Ce3 Interface Configuration Commands
Parameters list: Specifies timeslots to be bundled. They are numbered 1 through 31. You may specify a single timeslot by specifying its number, a range of timeslots by specifying a range in the form of number1-number2, or several discrete timeslots by specifying number1, number2-number3. speed { 56k | 64k }: Time slot bundling speed in kbps.
Page 137: Clock (Ce3 Interface)
Description Use the bert command to enable BERT test. Use the undo bert command to disable BERT test. By default, no BERT test is performed. Multiple BERT test modes exist, as defined in ITU O.151, ITU O.153, and ANSI T1.403-1999. Currently, 2^7, 2^11, 2^15, and QRSS are available on a CE3 interface.
Page 138: Controller E3
[Sysname-E3 2/0/0] clock master controller e3 Syntax controller e3 interface-number View System view Default Level 2: System level Parameters interface-number: CE3 interface number. Description Use the controller e3 command to enter CE3 interface view. Related command: display controller e3. Examples # Enter the view of interface E3 2/0/0.
Page 139: Display Controller E3
<Sysname> system-view [Sysname] controller e3 2/0/0 [Sysname-E3 2/0/0] using e3 [Sysname-E3 2/0/0] quit [Sysname] interface serial 2/0/0/0:0 [Sysname-Serial2/0/0/0:0] crc 32 # Apply 16-bit CRC to a serial interface formed on interface E3 2/0/0 in unchannelized mode. <Sysname> system-view [Sysname] controller e3 2/0/0 [Sysname-E3 2/0/0] e1 3 channel-set 5 timeslot-list 1-20 [Sysname-E3 2/0/0] quit [Sysname] interface serial 2/0/0/3:5...
Page 140 Parameters interface-number: CE3 interface number. In conjunction with the e3 keyword, it specifies a CE3 interface. Description Use the display controller e3 command to display state information about one specified or all CE3 interfaces. In addition to the state information of the CE3 interface, the command displays information about each E1 line on the CE3 interface if the interface is working in CE3 mode.
Page 141: E1 Bert
Frame-format NO-CRC4, clock slave, loopback not set e1 bert Syntax e1 line-number bert pattern { 2^11 | 2^15 | 2^20 | 2^23 | qrss } time number [ unframed ] undo e1 line-number bert View CE3 interface view Default Level 2: System level Parameters line-number: E1 channel number, in the range 1 to 28.
Page 142: E1 Channel-Set
[Sysname-E3 2/0/0] e1 1 bert pattern qrss time 10 e1 channel-set Syntax e1 line-number channel-set set-number timeslot-list list undo e1 line-number channel-set set-number View CE3 interface view Default Level 2: System level Parameters line-number: E1 line number in the range 1 to 16. set-number: Number of the channel set formed by a timeslot bundle on the E1 line.
Page 143: E1 Set Frame-Format
View CE3 interface view Default Level 2: System level Parameters line-number: E1 line number in the range 1 to 16. master: Uses the internal clock as the clock source. slave: Uses the line clock as the clock source. Description Use the e1 set clock command to configure clock source for an E1 line on the CE3 interface. Use the undo e1 set clock command to restore the default, that is, line clock.
Page 144: E1 Set Loopback
<Sysname> system-view [Sysname] controller e3 2/0/0 [Sysname-E3 2/0/0] e1 1 set frame-format crc4 e1 set loopback Syntax e1 line-number set loopback { local | payload | remote } undo e1 line-number set loopback View CE3 interface view Default Level 2: System level Parameters line-number: E1 line number in the range 1 to 16.
Page 145: E1 Unframed
Description Use the e1 shutdown command to shut down an E1 line on the CE3 interface. Use the undo e1 shutdown command to restore the default. By default, E1 lines are up. This command affects not only the specified E1 line but also the serial interfaces formed by E1 line bundling.
Page 146: Fe3
Syntax fe3 { dsu-mode { 0 | 1 } | subrate number } undo fe3 { dsu-mode | subrate } View CE3 interface (in FE3 mode) view Default Level 2: System level Parameters dsu-mode: Specifies the FE3 (Fractional E3) DSU mode for a CE3 interface operating in FE3 mode. This keyword can be followed by 0 or 1, as described below: 0, meaning the Digital Link mode, where the subrate is a multiple of 358 kbps and ranges from 358 to 34010 kbps (that is, up to 95 rate levels are available).
Page 147: Loopback (Ce3 Interface)
[Sysname] controller e3 2/0/0 [Sysname-E3 2/0/0] using e3 [Sysname-E3 2/0/0] fe3 dsu-mode 1 [Sysname-E3 2/0/0] fe3 subrate 3000 loopback (CE3 interface) Syntax loopback { local | payload | remote } undo loopback View CE3 interface view Default Level 2: System level Parameters local: Enables internal loopback on the CE3 interface.
Page 148: Reset Counters Controller E3
1: Sets the national bit to 1 for international communication. Description Use the national-bit command to configure the national bit on the CE3 interface. Use the undo national-bit command to restore the default, that is, 1. You need to set the national bit to 0 on an E3 interface only in some special circumstances. Related command: controller e3.
Page 149: Using (Ce3 Interface)
View CE3 interface view Default Level 2: System level Parameters None Description Use the shutdown command to shut down the current CE3 interface. Use the undo shutdown command to bring up the current CE3 interface. By default, a CE3 interface is enabled. Examples # Shut down E3 2/0/0.
Page 150: Basic Ct3 Interface Configuration Commands
Basic CT3 Interface Configuration Commands alarm (CT3 interface) Syntax alarm { detect | generate { ais | febe | idle | rai } } undo alarm { detect | generate { ais | febe | idle | rai } } View CT3 interface view Default Level...
Page 151: Bert (Ct3 Interface)
bert (CT3 interface) Syntax bert pattern { 2^7 | 2^11 | 2^15 | qrss } time number [ unframed ] undo bert View CT3 interface view Default Level 2: System level Parameters pattern: Sets a bit error rate test (BERT) pattern, which could be 2^7, 2^11, 2^15, or QRSS. 2^7: Two to the seventh power, length of the transmitted BERT pattern in bits.
Page 152: Clock (Ct3 Interface)
View CT3 interface view Default Level 2: System level Parameters feet: Cable length in the range 0 to 450 feet (0 to 137.2 meters). Description Use the cable command to configure the cable length on the CT3 interface. Use the undo cable command to restore the default, that is, 49 feet (14.9 meters). The cable length in this command refers to the distance between the router and the cable distribution rack.
Page 153: Controller T3
controller t3 Syntax controller t3 interface-number View System view Default Level 2: System level Parameters interface-number: CT3 interface number. Description Use the controller t3 command to enter CT3 interface view. Related command: display controller t3. Examples # Enter the view of interface T3 2/0/0. <Sysname>...
Page 154: Description (Ct3 Interface)
[Sysname-T3 2/0/0] quit [Sysname] interface serial 2/0/0/0:0 [Sysname-Serial2/0/0/0:0] crc 32 # Apply 16-bit CRC to a serial interface formed on interface CT3 2/0/0 in channelized mode. <Sysname> system-view [Sysname] controller t3 2/0/0 [Sysname-T3 2/0/0] t1 2 channel-set 4 timeslot-list 5-11 [Sysname-T3 2/0/0] quit [Sysname] interface serial 2/0/0/2:4 [Sysname-Serial2/0/0/2:4] crc 16...
Page 155 Parameters interface-number: CT3 interface number. In conjunction with the t3 keyword, it specifies a CT3 interface. Description Use the display controller t3 command to display state information about one specified or all CT3 interfaces. In addition to the state information about the CT3 interface, the command displays information about each T1 line on the CT3 interface if the interface is working in CT3 mode.
Page 156 Transmitter is sending none Receiver alarm state is none Line loop back deactivate code using inband signal last sent BERT state:(stopped, not completed) Test pattern: 2^11, Status: Not Sync, Sync Detected: 0 Time: 0 minute(s), Time past: 0 minute(s) Bit errors (since test started): 0 bits Bits received (since test started): 0 Kbits Bit errors (since latest sync): 0 bits Bits received (since latest sync): 0 Kbits...
Page 157 Field Description State of periodical detection of MDL, disabled by default at the startup of the router. When the function is enabled, the screen displays: Periodical detection is enabled. No message was received. Periodical detection When MDL messages are detected, the screen displays: Message received now: path.idle signal.
Page 158 Field Description Statistics spanning the current 15-minute interval, coving the counts of these items: Data in current interval: Line code violations: BPV, or EXZ Line Code Violations Far-end block error Far End Block Error C-bit coding violation C-Bit Coding Violation P-bit coding violation P-bit Coding Violation Framing bit error...
Page 159: Feac
feac Syntax feac { detect | generate { ds3-los | ds3-ais | ds3-oof | ds3-idle | ds3-eqptfail | loopback { ds3-line | ds3-payload } } } undo feac { detect | generate { ds3-los | ds3-ais | ds3-oof | ds3-idle | ds3-eqptfail | loopback { ds3-line | ds3-payload } } } View CT3 interface view...
Page 160: Frame-Format (Ct3 Interface)
Examples # Enable FEAC channel signal detection on CT3 interface T3 2/0/0. <Sysname> system-view [Sysname] controller t3 2/0/0 [Sysname-T3 2/0/0] feac detect # Sends DS3 LOS signal on CT3 interface T3 2/0/0. <Sysname> system-view [Sysname] controller t3 2/0/0 [Sysname-T3 2/0/0] feac generate ds3-los # On CT3 interface T3 2/0/0, send loopback code to the far end to place the far end in a line loopback.
Page 161 Default Level 2: System level Parameters dsu-mode: Specifies the FT3 (Fractional T3) DSU mode for a CT3 interface operating in FT3 mode. This keyword can be followed by 0, 1, 2, 3, and 4, as described below: 0, meaning the Digital Link mode, where the subrate is a multiple of 300746 bps and ranges from 300 to 44210 kbps (that is, up to 147 rate levels are available).
Page 162: Loopback (Ct3 Interface)
[Sysname-T3 2/0/0] using t3 [Sysname-T3 2/0/0] ft3 dsu-mode 1 [Sysname-T3 2/0/0] ft3 subrate 3000 loopback (CT3 interface) Syntax loopback { local | payload | remote } undo loopback View CT3 interface view Default Level 2: System level Parameters local: Enables internal loopback on the CT3 interface. payload: Enables external payload loopback on the CT3 interface.
Page 163 Parameters detect: Enables/disables periodical maintenance data link (MDL) message detection. data: Specifies the information included in MDL messages. Among all types of information, EIC, LIC, FIC, and unit are defined for all types of MDL messages; PFI is only for path MDL messages; port number is only for idle signal messages;...
Page 164: Reset Counters Controller T3
reset counters controller t3 Syntax reset counters controller t3 interface-number View User view Default Level 2: System level Parameters interface-number: Interface number. Description Use the reset counters controller t3 command to clear the controller counter of the specified CT3 interface. You can use the display controller t3 command to display the statistics collected by the controller counters of CT3 interfaces.
Page 165: T1 Alarm
By default, a CT3 interface is enabled. Examples # Shut down T3 2/0/0. <Sysname> system-view [Sysname] controller t3 2/0/0 [Sysname-T3 2/0/0] shutdown t1 alarm Syntax t1 line-number alarm { detect | generate { ais | rai } } undo t1 line-number alarm { detect | generate { ais | rai } } View CT3 interface view Default Level...
Page 166: T1 Bert
# Enable T1 line 1 on CT3 interface T3 2/0/0 to send AIS alarm signals. <Sysname> system-view [Sysname] controller t3 2/0/0 [Sysname-T3 2/0/0] t1 1 alarm generate ais t1 bert Syntax t1 line-number bert pattern { 2^11 | 2^15 | 2^20 | 2^23 | qrss } time number [ unframed ] undo t1 line-number bert View CT3 interface view...
Page 167: T1 Channel-Set
[Sysname-T3 2/0/0] t1 1 bert pattern qrss time 10 t1 channel-set Syntax t1 line-number channel-set set-number timeslot-list list [ speed { 56k | 64k } ] undo t1 line-number channel-set set-number View CT3 interface view Default Level 2: System level Parameters line-number: T1 line number in the range 1 to 28.
Page 168: T1 Set Clock
undo t1 line-number sendloopcode { fdl-ansi-line-up | fdl-ansi-payload-up | fdl-att-payload-up | inband-line-up } View CT3 interface view Default Level 2: System level Parameters line-number: T1 line number, in the range 1 to 28. fdl-ansi-line-up: Sends ANSI-compliant LLB activation request code in the FDL to start remote loopback.
Page 169: T1 Set Frame-Format
Default Level 2: System level Parameters line-number: T1 line number in the range 1 to 28. master: Uses the internal clock as the clock source on the T1 line. slave: Uses the line clock as the clock source on the T1 line. Description Use the t1 set clock command to configure clock source for a T1 line on the CT3 interface.
Page 170: T1 Set Loopback
t1 set loopback Syntax t1 line-number set loopback { local | remote | payload } undo t1 line-number set loopback View CT3 interface view Default Level 2: System level Parameters line-number: T1 line number in the range 1 to 28. local: Sets the T1 line in internal loopback mode.
Page 171: T1 Show
both: Uses both ANSI T1.403 and AT&T TR 54016 for FDL. none: Disables the use of FDL on the T1 line. Description Use the t1 set fdl command to set the behavior of the specified T1 line on the FDL in ESF framing. Use the undo t1 set fdl command to disable FDL of T1.
Page 172: T1 Shutdown
Line loop back deactivate code using inband signal last sent BERT state:(stopped, not completed) Test pattern: 2^11, Status: Not Sync, Sync Detected: 0 Time: 0 minute(s), Time past: 0 minute(s) Bit errors (since test started): 0 bits Bits received (since test started): 0 Kbits Bit errors (since latest sync): 0 bits Bits received (since latest sync): 0 Kbits Table 3-9 t1 show command output description...
Page 173: T1 Unframed
Parameters line-number: T1 line number in the range 1 to 28. Description Use the t1 shutdown command to shut down a T1 line on the CT3 interface. Use the undo t1 shutdown command to bring up a T1 line. By default, T1 lines are up. This command shuts down not only the specified T1 line but also the serial interfaces formed on it.
Page 174: Using (Ct3 Interface)
using (CT3 interface) Syntax using { ct3 | t3 } View CT3 interface view Default Level 2: System level Parameters ct3: Configures the CT3 interface to operate in channelized mode. t3: Configures the CT3 interface to operate in unchannelized mode. Description Use the using command to configure the operating mode of a CT3 interface.
Page 175: Pos Interface Configuration Commands
POS Interface Configuration Commands POS Interface Configuration Commands clock Syntax clock { master | slave } undo clock View POS interface view Default Level 2: System level Parameters master: Sets the clock mode of the POS interface to master. slave: Sets the clock mode of the POS interface to slave. Description Use the clock command to set the clock mode of the POS interface.
Page 176: Display Interface Pos
View POS interface view Default Level 2: System level Parameters 16: Sets CRC length to 16 bits. 32: Sets CRC length to 32 bits. Description Use the crc command to set the CRC length on the POS interface. Use the undo crc command to restore the default, that is, 32 bits. The CRC length must be the same on both ends.
Page 177 Physical is Pos1/0/0, baudrate: 155520000 Output queue : (Urgent queuing : Size/Length/Discards) 0/50/0 Output queue : (Protocol queuing : Length) 0/500/0 Output queue : (FIFO queuing : Size/Length/Discards) 0/75/0 SDH alarm: section layer: none line layer: none path layer: none C2(Rx): 0x16 C2(Tx): 0x16 Rx: J0: ""...
Page 178: Display Ip Interface Pos
display ip interface pos Syntax display ip interface pos interface-number View Any view Default Level 1: Monitor level Parameters pos interface-number: Specifies a POS interface by its number. Description Use the display ip interface pos command to display the IP-related information about a POS interface.
Page 179: Display Ipv6 Interface Pos
display ipv6 interface pos Syntax display ipv6 interface pos [ interface-number ] View Any view Default Level 1: Monitor level Parameters pos interface-number: Specifies a POS interface by its number. Description Use the display ipv6 interface pos command to display the IPv6-related information about a POS interface.
Page 180 Parameters c2 flag-value: Path signal flag byte, a higher-order path overhead byte used to indicate the multiplex structure of virtual container (VC) frames and property of payload. It is a hexadecimal number in the range 0 to FF. j0 flag-value: Regeneration section trace message, a section overhead byte used to test continuity of the connection between two interfaces at the section level.
Page 181: Frame-Format
frame-format Syntax frame-format { sdh | sonet } undo frame-format View POS interface view Default Level 2: System level Parameters sdh: Sets framing format to synchronous digital hierarchy (SDH). sonet: Sets framing format to synchronous optical network (SONET). Description Use the frame-format command to configure framing on the POS interface. Use the undo frame-format command to restore the default, that is, SDH.
Page 182: Link-Protocol
Examples # Enable physical state change suppression on interface POS 1/0/0, setting the suppression interval to 8 seconds. <Sysname> system-view [Sysname] interface pos 1/0/0 [Sysname-Pos1/0/0] link-delay 8 link-protocol Syntax link-protocol { fr [ nonstandard | ietf | mfr interface-number | nonstandard ] | hdlc | ppp } View POS interface view Default Level...
Page 183: Mtu
Parameters local: Internal loopback. remote: External loopback. Description Use the loopback command to enable loopback for a POS interface. Use the undo loopback command to disable loopback. By default, loopback is disabled. Loopback is intended for test use. Disable it otherwise. If you enable loopback on a POS interface encapsulated with PPP, it is normal that the state of the link layer protocol is reported up.
Page 184: Reset Counters Interface
discard them. To avoid this situation, you can extend the queue length by using the qos fifo queue-length command in interface view. The default queuing mechanism on the interface is FIFO. For more information about QoS queue configuration, see QoS in ACL and QoS Configuration Guide. Related commands: display interface pos.
Page 185: Threshold
Parameters None Description Use the scramble command to enable payload scrambling on the POS interface. Use the undo scramble command to disable payload scrambling. By default, payload scrambling is enabled. You may configure payload scrambling to prevent the presence of excessive consecutive 1s or 0s to facilitate line clock signal extraction at the receiving end.
Page 186: Shutdown
of SD. When a small amount of errors occur, SD alarms are generated; When the error rate increases to a certain level, SF alarms are generated, indicating the line performance has been degrading seriously. When setting the thresholds, set the SD threshold lower than the SF threshold. Examples # Set the SD threshold on interface POS 1/0/0 to 10e-4.
Page 187 Default Level 2: System level Parameters None Description Use the sub-interface rate-statistic command to enable the collecting of rate statistics on the subinterfaces of a POS interface. Use the undo sub-interface rate-statistic command to restore the default. By default, the collecting of rate statistics on the subinterfaces of a POS interface is disabled. Because enabling this feature may take a large amount of the system resource, use this command with caution.
Page 188: Cpos Interface Configuration Commands
CPOS Interface Configuration Commands CPOS Interface Configuration Commands clock Syntax clock { master | slave } undo clock View CPOS interface view Default Level 2: System level Parameters master: Configures the CPOS interface to use the master clock mode, that is, the internal clock source. slave: Configures the CPOS interface to use the slave clock mode, that is, the line clock source.
Page 189: Crc
Parameters cpos-number: CPOS interface number. Description Use the controller cpos command to enter CPOS interface view. Before you can configure a CPOS interface, you must enter its CPOS interface view. Examples # Enter the interface view of CPOS 1/0/0. <Sysname> system-view [Sysname] controller cpos 1/0/0 [Sysname-Cpos1/0/0] Syntax...
Page 190 View Any view Default Level 1: Monitor level Parameters cpos-number: CPOS interface number. If no CPOS number is specified, this command displays the information about all CPOS interfaces. Description Use the display controller cpos command to display information about CPOS physical interfaces, and alarms and errors occurred to the regenerator section, multiplex section, and higher-order path.
Page 191 Alarm: NONE Error: 0 MS_BIP , 0 MS_REI High order Path (VC-4-1): Tx: J1:"", C2:0x02, S1S0:0x02 Rx: J1:"", C2:0x02, S1S0:0x02 Alarm: NONE Error: 0 HP_BIP, 0 HP_REI, 0 HP_PJE, 0 HP_NJE 1 is up Frame-format: NO-CRC4, clock: slave, loopback: none 2 is up Frame-format: NO-CRC4, clock: slave,...
Page 192 CE1 22 is up Frame-format: NO-CRC4, clock: slave, loopback: none CE1 23 is up Frame-format: NO-CRC4, clock: slave, loopback: none CE1 24 is up Frame-format: NO-CRC4, clock: slave, loopback: none CE1 25 is up Frame-format: NO-CRC4, clock: slave, loopback: none CE1 26 is up Frame-format: NO-CRC4, clock: slave,...
Page 193 Frame-format: NO-CRC4, clock: slave, loopback: none CE1 48 is up Frame-format: NO-CRC4, clock: slave, loopback: none CE1 49 is up Frame-format: NO-CRC4, clock: slave, loopback: none CE1 50 is up Frame-format: NO-CRC4, clock: slave, loopback: none CE1 51 is up Frame-format: NO-CRC4, clock: slave, loopback: none...
Page 194: Display Controller Cpos E1
Field Description Statistics about the alarms and errors of the higher-order path. The x in “VC-4-x” indicates the xth VC-4. When using AU-4 path, one STM-1 is Higher order path(VC-4-1): multiplexed by one VC-4. In the AU-3 path, there are three higher-order path VC-3s.
Page 195: Display Controller Cpos E3
RxFlag: J2: "" LP-C2: 2 Alarm: none Error: 2 BIP2, 2903 FEBE 1 (1-1-1-1) is up Frame-format: NO-CRC4, clock: slave, loopback: none Alarm: none Error: 136 Fer In the output, “CE1 1 (1-1-1-1) is up” presents how the E1 channel is multiplexed. 1-1-1-1 represents in order VC-4 number, TUG-3 number, TUG-2 number, and TUG-12 number for an E1 channel.
Page 196: Display Controller Cpos T1
Field Description FEBE Far-end block error counts, received from downstream devices, available only for T3. Header check sequence error counts, that is, CRC errors in HDLC frames Examples # Display the state information of E3 channel 1 on interface CPOS 5/0/0. [Sysname] display controller cpos 5/0/0 e3 1 Cpos5/0/0 current state: UP Description : Cpos5/0/0 Interface...
Page 197 Description Use the display controller cpos t1 command to display the physical layer configuration information of a T1 channel on a CPOS interface. Different from the display controller cpos command, this command can display the error and alarm information of lower-order paths and T1 frames. Examples # Display the status information of T1 channel 2 on interface CPOS 4/0/0.
Page 198: Display Controller Cpos T3
Field Description Information about the physical layer of the T1 channel: the framing Frame-format ESF, clock master, format is set to ESF, master clock (internal clock signal) is used, loopback not set loopback is disabled. Presents how the T1 channel is multiplexed. 2-1-1 represents in order VC-3 number, TUG-2 number, and TUG-11 number for the T1 channel.
Page 199: E1 Set Clock
View CPOS interface view Default Level 2: System level Parameters e1-number: Number of an E1 channel on the CPOS interface, in the range 1 to 63. set-number: Channel set number, in the range 0 to 30. timeslot-list range: List of timeslots assigned to the channel set, in the range 1 to 31. While specifying timeslots, you can specify a single timeslot in the form of a number, or timeslots in a range in the form of number1-number2, or multiple timeslots in the form of number1, number2-number3.
Page 200: E1 Set Flag
slave: Sets the clock mode of the E1 channel to slave. Description Use the e1 set clock command to set the clock mode of the E1 channel. Use the undo e1 set clock command to restore the default, that is, slave. E1 channels on the same CPOS physical interface can use different clock modes, depending on connected network devices.
Page 201: E1 Set Frame-Format
Examples # Set C2 to 0x7 for the E1 channel numbered 3 of CPOS 1/0/0 interface. <Sysname> system-view [Sysname] controller cpos 1/0/0 [Sysname-Cpos1/0/0] e1 3 set flag c2 7 e1 set frame-format Syntax e1 e1-number set frame-format { crc4 | no-crc4 } undo e1 e1-number set frame-format View CPOS interface view...
Page 202: E1 Shutdown
remote: Enables external loopback on the E1 channel. Description Use the e1 set loopback command to configure the loopback mode of the E1 channel. Use the undo e1 set loopback command to disable loopback. By default, loopback is disabled. You may test E1 channels in different depths by using the loopback command with different keywords. In an internal loopback, data of the sender is directly looped to the receiver.
Page 203: E1 Unframed
e1 unframed Syntax e1 e1-number unframed undo e1 e1-number unframed View CPOS interface view Default Level 2: System level Parameters e1-number: Number of an E1 channel on the CPOS interface, in the range 1 to 63. Description Use the e1 unframed command to set an E1 channel on the CPOS interface to operate in unframed mode, that is, E1 mode.
Page 204: E3 Set Loopback
slave: Sets the clock mode to slave. Description Use the e3 set clock command to set a clock mode for the E3 channel. Use the undo e3 set clock command to restore the default. By default, the clock mode of an E3 channel is slave. You can configure different clock modes for different E3 channels depending on the device each E3 channel is connected to.
Page 205: E3 Set National-Bit
You can troubleshoot an E3 channel by placing it in a loopback. The following are loopback modes available for you to test an E3 channel to different depths: In an internal loopback, transmitted data loops back to the receiver end internally without being sent to the line.
Page 206: Fe3 Dsu-Mode
undo e3 e3-number shutdown View CPOS interface view Default Level 2: System level Parameters e3-number: Number of an E3 channel on the current CPOS interface, in the range of 1 to 3. Description Use the e3 shutdown command to shut down the specified E3 channel. Use the undo e3 shutdown command to bring up the specified E3 channel.
Page 207: Flag
Description Use the fe3 dsu-mode command to configure the specified E3 channel to work in FE3 mode and configure its FE3 DSU mode or FE3 subrate. Use the undo fe3 command to restore the default DSU mode or subrate. By default, for an FE3 channel, the DSU mode is 1 (that is, Kentrox) and the subrate is 34010 kbps. FE3 (also called subrate E3) is a non-standard E3 application.
Page 208 j1 path-number j1-string: The path-number argument specifies the number of a path; the j1-string argument specifies the path trace message, which is a string of 1 to 15 characters and a null string by default. c2 path-number c2-value: The path-number argument specifies the number of a path; the c2-value argument specifies the path signal label byte, which is a hexadecimal number ranging from 0 to 7 and defaults to 0x02.
Page 209: Flag
Parameters path-number: Number of a channel in VC-3. c2-value: Path signal label byte, a hexadecimal number in the range of 00 to FF. sdh-string: Higher order path trace byte for SDH frames, a string of 1 to 15 characters. sonet-string: Higher order path trace byte for SONET frames, a string of 1 to 62 characters. s1s0-value: AU/TU type indicator.
Page 210: Frame-Format
A rich set of overhead bytes are available to implement operation, administration, and maintenance (OAM) functions such as hierarchical management of transmission networks for SONET/SDH frames. Among these overhead bytes, J1 and C2 are higher-order path overhead bytes. The J1 byte is used for detecting the continuity of the connection between two interfaces at the path layer.
Page 211 Parameters t3-number: Number of a T3 channel on the current CPOS interface, in the range of 1 to 3. dsu-mode: Sets the DSU mode for fractional T3 (FT3). The following table lists the available FT3 DSU mode options: Table 5-7 FT3 DSU mode options Total number of Keyword DSU mode (vendor)
Page 212: Loopback
[Sysname-Cpos1/0/0] ft3 1 dsu-mode 3 [Sysname-Cpos1/0/0] ft3 1 subrate 3000 loopback Syntax loopback { local | remote } undo loopback View CPOS interface view Default Level 2: System level Parameters local: Internal loopback, used for testing the physical interface itself. remote: External loopback, used for testing the cable connected to the interface.
Page 213: Ppp Mp Soft-Binding
SDH provides two payload mapping/multiplexing solutions: ANSI and ETSI. ANSI uses the AU-3 multiplexing scheme, where the lower-order payload is aggregated into the VC-3 higher-order path. VC-3 plus an AU pointer forms AU-3. Three such AU-3s can be synchronized and multiplexed to form one AUG. ETSI uses the AU-4 multiplexing scheme, where the lower-order payload is aggregated into the VC-4 higher-order path.
Page 214: Reset Counters Controller Cpos
[Sysname-Cpos1/0/0] quit [Sysname] interface serial 1/0/0/1:1 [Sysname-Serial1/0/0/1:1] ppp mp soft-binding reset counters controller cpos Syntax reset counters controller cpos interface-number View User view Default Level 2: System level Parameters interface-number: Interface number. Description Use the reset counters controller cpos command to clear the controller counter of a CPOS interface. You can use the display controller cpos command to display the value of the controller counter.
Page 215: T1 Channel-Set
<Sysname> system-view [Sysname] controller cpos 1/0/0 [Sysname-Cpos1/0/0] shutdown t1 channel-set Syntax t1 t1-number channel-set set-number timeslot-list range [ speed { 56k | 64k } ] undo t1 t1-number channel-set set-number View CPOS interface view Default Level 2: System level Parameters t1-number: Number of a T1 channel on the CPOS interface, in the range 1 to 84.
Page 216: T1 Set Flag
View CPOS interface view Default Level 2: System level Parameters t1-number: Number of a T1 channel on the CPOS, in the range 1 to 84. master: Sets the clock mode of the T1 channel to master. slave: Sets the clock mode of the T1 channel to slave. Description Use the t1 set clock command to configure the clock mode of the T1 channel.
Page 217: T1 Set Frame-Format
sdh: Specifies the trace byte in SDH format. sonet: Specifies the trace byte in SONET format. j2-string: Low-order channel trace byte (J2) to be set, a string of 1 to 15 characters (in SDH format) or of 1 to 62 characters (in SONET format). Description Use the t1 set flag command to set the overhead bytes for a T1 channel.
Page 218: T1 Shutdown
View CPOS interface view Default Level 2: System level Parameters t1-number: Number of a T1 channel on the CPOS interface, in the range 1 to 84. local: Enables internal loopback. payload: Enables external payload loopback. remote: Enables external loopback. Description Use the t1 set loopback command to configure the loopback mode of the T1 channel.
Page 219: T1 Unframed
<Sysname> system-view [Sysname] controller cpos 1/0/0 [Sysname-Cpos1/0/0] t1 1 shutdown t1 unframed Syntax t1 t1-number unframed undo t1 t1-number unframed View CPOS interface view Default Level 2: System level Parameters t1-number: Number of a T1 channel on the CPOS interface, in the range 1 to 84. Description Use the t1 unframed command to set a T1 channel on the CPOS interface to operate in unframed mode.
Page 220: T3 Set Bert
Parameters t3-number: Number of a T3 channel on the current CPOS interface, in the range of 1 to 3. detect: Enables/disables periodical alarm signal detection on the specified T3 interface. By default, periodical alarm detection is enabled. generate: Generates and sends a specific type of alarm signals, which can be AIS, RAI, IDLE, or FEBE. These alarm signals are used for line status test.
Page 221: T3 Set Clock
Default Level 2: System level Parameters t3-number: Number of a T3 channel on the current CPOS interface, in the range of 1 to 3. pattern: Sets a bit error rate test (BERT) pattern, which can be 2^7, 2^11, 2^15, or qrss. 2^7: Two to the seventh power, length (in bits) of the transmitted BERT pattern.
Page 222: T3 Set Feac
master: Sets the clock mode to master. slave: Sets the clock mode to slave. Description Use the t3 set clock command to set clocking for the T3 channel. Use the undo t3 set clock command to restore the default. By default, the clock mode of a T3 channel is slave. Note that, you can configure different clock modes for different T3 channels depending on the device each T3 channel is connected to.
Page 223: T3 Set Frame-Format
generate: Generates and sends a specific type of FEAC signals. Specify ds3-los for DS3 LOS, ds3-ais for DS3 AIS, ds3-oof for DS3 out of frame (OOF), ds3-idle for DS3 idle, and ds3-eqptfail for DS3 equipment failure. By default, FEAC signal sending is disabled. loopback: Sends a specific type of loopback code for activating far-end line loopback with the ds3-line keyword or payload loopback with the ds3-payload keyword.
Page 224: T3 Set Loopback
Default Level 2: System level Parameters t3-number: Number of a T3 channel on the current CPOS interface, in the range of 1 to 3. c-bit: Specifies C-bit framing (G.704) for carrying maintainable information such as FEAC. m23: Specifies M23 (G.752) framing. Description Use the t3 set frame-format command to specify a framing format for the specified T3 interface on the current CPOS interface.
Page 225: T3 Set Mdl
<Sysname> system-view [Sysname] controller cpos 1/0/0 [Sysname-Cpos1/0/0] t3 1 set loopback payload t3 set mdl Syntax t3 t3-number set mdl { data { eic string | fic string | | gen-no string | lic string | pfi string | port-no string | unit string } | detect | generate { idle-signal | path | test-signal } } undo t3 t3-number set mdl [ data [ eic | fic | gen-no | lic | pfi | port-no | unit ] | detect | generate [ idle-signal | path | test-signal ] ]...
Page 226: Threshold
MDL is a channel formed by using the three C-bits in the fifth subframe in C-bit framing. According to ANSI T1.107a, it is used to transmit three types of maintenance messages, path, idle signal, and test signal, and its data framing format is LAPD. The output of the display controller cpos t3 command shows the receive/transmit status of the MDL link.
Page 227: Using E3
of SD. When a small amount of errors occur, SD alarms are generated; When the error rate increases to a certain level, SF alarms are generated, indicating the line performance has been degrading seriously. When setting the thresholds, set the SD threshold lower than the SF threshold. Examples # Set the SD threshold to 10e-4 on interface CPOS 1/0/0.
Page 228 Parameters t3-number: Number of a T3 channel on the current CPOS interface, in the range of 1 to 3. Description Use the using t3 command to create a serial interface corresponding to the specified unframed T3 channel. Use the undo using command to remove the serial interface for the specified unframed T3 channel. By default, no serial interface is created for any T3 channel.
Page 229: Cpos Interace Configuration Commands
E-CPOS Interace Configuration Commands E-CPOS Interface Configuration Commands clock Syntax clock { master | slave } undo clock View E-CPOS interface view Default Level 2: System level Parameters master: Configures the E-CPOS interface to use the internal clock. slave: Configures the E-CPOS interface to use the clock from the line. Description Use the clock command to set the clock mode of the E-CPOS interface.
Page 230: Display Controller E-Cpos
Parameters e-cpos-number: E-CPOS interface number. Description Use the controller e-cpos command to enter E-CPOS interface view. To configure an E-CPOS interface, you must enter its interface view first. Examples # Enter the view of interface E-CPOS 1/0/0. <Sysname> system-view [Sysname] controller e-cpos 1/0/0 [Sysname-E-Cpos1/0/0] display controller e-cpos Syntax...
Page 231: Flag J0
Table 6-1 display controller e-cpos command output description Field Description E-Cpos1/0/0 current state Physical status of the E-CPOS interface Description Description of the interface Physical layer is channelized STM-16/OC-48 The physical layer speed of the interface is 2.5 Gbps Physical layer information of the E-CPOS interface: the Frame-format is SDH, clock slave, loopback framing format is set to SDH, the slave clock mode (line clock not set...
Page 232: Frame-Format
J0 is a section overhead byte used for detecting the continuity of the connection between two interfaces at the section layer. It is mainly used for interoperability of network devices in different countries/regions or network devices of different vendors. The J0 value range differs for SDH and SONET. Examples # Set j0 to aa on interface E-CPOS 1/0/0 in SDH mode.
Page 233 View E-CPOS interface view Default Level 2: System level Parameters local: Enables internal loopback on the E-CPOS interface. remote: Enables external loopback on the E-CPOS interface. Description Use the loopback command to set the loopback mode of the current E-CPOS interface. Use the undo loopback command to disable loopback on the current E-CPOS interface.
Page 234: Shutdown
Description Use the oc-12 command to create a 622 Mbps channel with the specified number in the view of a 2.5 Gbps E-CPOS interface and enter the view of the 622 Mbps channel. If the specified 622 Mbps channel already exists, you enter the view of the 622 Mbps channel directly. Use the undo oc-12 command to remove the specified 622 Mbps channel and its subchannels.
Page 235: Threshold
View E-CPOS interface view Default Level 2: System level Parameters None Description Use the shutdown command to shut down the current E-CPOS interface. Use the undo shutdown command to bring up the current E-CPOS interface. By default, an E-CPOS physical interface is up. The shutdown command on an E-CPOS physical interface shuts down all its E3/T3 channels or POS channels, and these channels stop transmitting and receiving data as a result.
Page 236 of SD. When a small amount of errors occur, SD alarms are generated; when the error rate increases to a certain level, SF alarms are generated, indicating the line performance has been degrading seriously. When setting the thresholds, set the SD threshold lower than the SF threshold. Examples # Set the SD threshold to 10e-4 on interface E-CPOS 1/0/0.
Page 237 View OC-3 view Default Level 2: System level Parameters oc-3: Configures the 155 Mbps channel to work in channelized mode. oc-3c: Configures the 155 Mbps channel to work in concatenated mode. Description Use the using oc-3 command to configure the 155 Mbps channel to work in channelized mode. Use the using oc-3c command to configure the 155 Mbps channel to work in concatenated mode, where you can create one 155 Mbps POS channel.
Page 238: Loopback Interface And Null Interface Configuration Commands
Loopback Interface and Null Interface Configuration Commands Loopback Interface and Null Interface Configuration Commands description Syntax description text undo description View Loopback interface view, Null 0 interface view Default Level 2: System level Parameters text: Description of the interface, a string of 1 to 80 characters. Currently, the router supports the following types of characters or symbols: standard English characters (numbers and case-sensitive letters), special English characters, spaces, and other characters or symbols that conform to the Unicode standard.
Page 239: Display Interface Loopback
Related commands: display interface. Examples # Configure the description of loopback interface Loopback 1 as loopback1. <Sysname> system-view [Sysname] interface loopback 1 [Sysname- loopback1] description loopback1 display interface loopback Syntax display interface loopback [ interface-number ] View Any view Default Level 1: Monitor level Parameters interface-number: Loopback interface number, which can be the number of any existing Loopback...
Page 240: Display Interface Null
Table 7-1 display interface loopback command output description Field Description current state Physical state of the interface (up or administratively down) State of the data link layer protocol: up (spoofing). Spoofing refers to the spoofing attribute of the interface. That is, when the network layer Line protocol current state protocol state of the interface is displayed as up, the corresponding link may not exist, or the corresponding link is non-permanent and...
Page 241: Interface Loopback
Examples # Display information about null interface Null 0. <Sysname> display interface null 0 NULL0 current state :UP Line protocol current state :UP (spoofing) Description : NULL0 Interface The Maximum Transmit Unit is 1500 Internet protocol processing : disabled Physical is NULL DEV Last 300 seconds input: 0 bytes/sec, 0 bits/sec, 0 packets/sec Last 300 seconds output:...
Page 242: Reset Counters Interface
Default Level 2: System level Parameters 0: Specifies interface Null 0. The null interface number is fixed to 0. Description Use the interface null command to enter null interface view. The router has only one null interface, interface Null 0. Interface Null 0 interface is always up and cannot be removed.
Page 243: Shutdown
<Sysname> reset counters interface loopback 5 shutdown Syntax shutdown undo shutdown View Loopback interface view Default Level 2: System level Parameters None Description Use the shutdown command to shut down the current loopback interface. Use the undo shutdown command to bring up the current loopback interface. By default, a loopback interface is up.
Page 244: Command Index
Command Index A B C D E F G H I J K L M N O P Q R S T U V W X Y Z code (CEI interface) 3-19 code (CT1 interface) 3-34 alarm (CT1 interface) 3-29 code alarm (CT3 interface) 3-87...
Page 245 detect-ais 3-22 e1 unframed 3-82 display controller cpos e1 e1 unframed 5-16 display controller cpos e3 e3 set clock 5-16 display controller cpos t1 e3 set loopback 5-17 display controller cpos t3 5-11 e3 set national-bit 5-18 display controller cpos e3 shutdown 5-18 display controller e1...
Page 246 frame-format (CT1 interface) 3-42 frame-format (CT3 interface) 3-97 frame-format frame-format link-delay 1-13 frame-format link-delay frame-format link-protocol frame-format 5-23 loopback (CE1 interface) 3-27 ft1 alarm 3-58 loopback (CE3 interface) 3-84 ft1 alarm-threshold 3-63 loopback (CT1 interface) 3-44 ft1 bert 3-64 loopback (CT3 interface) 3-99 ft1 cable 3-65...
Page 247 storm-constrain enable trap 1-32 storm-constrain interval 1-32 phy-mru 3-11 storm-constrain 1-29 port link-mode 1-15 sub-interface rate-statistic 1-36 port-group manual 1-29 sub-interface rate-statistic port-mode 1-16 sub-interface rate-statistic 3-13 ppp mp soft-binding 5-26 sub-interface rate-statistic 4-12 promiscuous 1-38 t1 alarm 3-102 t1 bert 3-103 reset atm interface t1 channel-set...
Page 248 unicast-suppression (Ethernet interface view/Ethernet sub-interface view/port group view) 1-33 using (CE1 interface) 3-29 using (CE3 interface) 3-86 using (CT3 interface) 3-111 using { oc-12 | oc-12c } using { oc-3 | oc-3c } using e3 5-40 using t3 5-40 virtualbaudrate 3-14 virtual-cable-test 1-34...

H3C SR6600 Command Reference Manual

1 Ethernet Interface Configuration Commands

2 ATM Interface Configuration Commands

3 WAN Interface Configuration Commands

4 POS Interface Configuration Commands

5 CPOS Interface Configuration Commands

6 CPOS Interace Configuration Commands

7 Loopback Interface and Null Interface Configuration Commands

8 Command Index

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Summary of Contents for H3C SR6600