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MROTEK PINE-16M Configuration Manual

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PINE-16M
Configuration Guide
2010
All Rights Reserved

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  • Page 1 PINE-16M Configuration Guide 2010 All Rights Reserved...
  • Page 2 MRO-TEK and the MRO-TEK logo are registered trademarks of MRO-TEK Limited. All other brands and corporate names are trademarks of their respective owners. MRO-TEK LTD. Bellary Road, Hebbal, Bangalore - 560 024, INDIA Ph: +91 80 2333 2951 Fax: +91 80 2333 3415 Email: mrotek@vsnl.com...

  • Page 3: Table Of Contents

    User management .............................. 3-2 Chapter 4 Configuration at Central Site ...................... 4-1 The configuration of central site E1 interface of PINE-16M ..................4-2 Configure the master/slave mode of the clock of E1 interface ................4-2 Enable or disable the CRC check of the E1 interface ..................4-2 Configure loop back of remote E1 interface......................
  • Page 4 4.11.4 Changing IP address and subnet mask ....................4-50 4.11.5 Changing the title of the VCC......................... 4-51 4.12 Monitoring and maintening the central site VCC of PINE-16M ................. 4-52 Chapter 5 Configuration of remote inverse multiplexer device..............5-1 5.1 Basic configuration of remote inverse multiplexer device ..................5-2...
  • Page 5 6.3.3 Deleting a trap receiving host........................6-7 6.3.4 Starting SNMP task............................ 6-7 6.3.5 Stopping SNMP task..........................6-7 6.3.6 IP address configuration ..........................6-8 6.4 Device status and configuration information......................6-9 Chapter 7 Example of the Configuring PINE-16M ..................7-1 7.1 Example ................................7-2...
  • Page 7 About This Manual Issue status of this manual The following shows the issue status of this manual since it was first released. Version information The following lists the versions of this manual in order of manual issue: Manual Date of issue Remarks issue July 2010...

  • Page 8: Preface

    About This Manual This document is for technicians who have the professional knowledge of configuring PINE-16M series device. It introduces the principle and features of the function modules of PINE-16M device and gives the configuration guides of these modules. Relevant manuals...

  • Page 9: Chapter 1 Overview

    Chapter 1 Overview...

  • Page 10: Features

    Features Features PINE-16M is an access device for Ethernet and E1 services. The configuration and management of PINE- 16M device can be realized by logging on the device throught the RS232 serial interface or the network management interface of the device.

  • Page 11: Chapter 2 Using Command Lines

    Chapter 2 Using Command Lines...

  • Page 12: Command Line

    Command Line Command Line Command line mode User EXEC mode Global mode The command enable under the user EXEC mode is used to enter Privileged EXEC mode the privileged EXEC mode. The command disable under the privileged EXEC mode is used to return to the user EXEC mode.

  • Page 13: Getting Help

    Command Line enter the interface vcc mode. The command exit under the interface vcc mode is used to return to the config mode. The command remote 0 <1-16> under the config mode is used to remote mode enter the remote mode. The command exit under the remote mode is used to return to the config mode.

  • Page 14: Properties Of Editing

    Command Line Properties of editing • <up arrow>: the command last entered • <down arrow>: the command entered next • <left arrow>: move left by a character • <right arrow>: move right by a character • <Backspace>: delete the character before the cursor •...

  • Page 15: Chapter 3 System Command

    Chapter 3 System Command...

  • Page 16: System Command Configuration

    • User can use the command erase to delete the configuration file. Program file • The core file of the current system is: “pine-16m.z”; • Program file can be downloaded to the system via FTP/TFTP protocols using the command download.

  • Page 17: Chapter 4 Configuration At Central Site

    Chapter 4 Configuration at Central Site...

  • Page 18: The Configuration Of Central Site E1 Interface Of Pine-16M

    Description Enter the global configuration mode config interface e1 <1-16> To Select a specific E1 interface at central site PINE-16M clock-mode (master|slave) To configure the clock mode of a selected E1 interface Shows the configuration information of the selected E1...

  • Page 19: Configure Loop Back Of Remote E1 Interface

    Description Enter the global configuration mode. config interface e1 <1-16> To select a specific E1 interface at central site PINE-16M. To Enable remote E1 loopback for the selected E1 interface [no] remote-e1-loopback Shows the configuration information of the interface. show interface...

  • Page 20: Enable Or Disable The Ber Tester Of The E1 Interface

    Description Enter the global configuration mode config interface e1 <1-16> To select a specific E1 interface at central site PINE-16M bert (enable|disable) To enable or disable the BER test for the selected E1 interface. Shows the configuration information of the intrface.

  • Page 21: Set Up The Sub Rate Of The E1 Interface

    The configuration of central site E1 interface of PINE-16M Set up the sub rate of the E1 interface Command Description Enter the global configuration mode config interface e1 <1-16> To select a specific E1 interface at central site PINE- To list of times for E1 Framed mode of operation...

  • Page 22: Monitoring And Maintenance Of E1 Interface

    Monitoring and Maintenance of E1 Interface Monitoring and Maintenance of E1 Interface The current status and configuration of the E1 interface can be viewed by using the command show interface under the interface e1 mode. Example Mro-tek(config)# interface e1 1 Mro-tek(config-e1/0/1)# show interface e1 interface infomation : slot = 0, portid = 1...

  • Page 23: Configuring Inverse Multiplexing Channel

    Configuring inverse multiplexing channel Configure the inverse multiplexing channel PINE-16M provides 16 Virtual channels. Channel 1 corresponds to switch port1; channel 2 corresponds to switch port2 .etc and channel 16 corresponds to switch port16. By default, no virtual channel is configured.

  • Page 24: Configuring The Automatic Error Shutdown Function

    Configuring inverse multiplexing channel virtual-channel 12 = 12 virtual-channel 12 error shutdown disable virtual-channel 13 = 13 virtual-channel 13 error shutdown disable virtual-channel 14 = 14 virtual-channel 14 error shutdown disable virtual-channel 15 = 15 virtual-channel 15 error shutdown disable virtual-channel 16 = 16 virtual-channel 16 error shutdown disable Mro-tek(config)#...
  • Page 25 Configuring inverse multiplexing channel virtual-channel 5 = 5 virtual-channel 5 error shutdown disable virtual-channel 6 = 6 virtual-channel 6 error shutdown disable virtual-channel 7 = 7 virtual-channel 7 error shutdown disable virtual-channel 8 = 8 virtual-channel 8 error shutdown disable virtual-channel 9 = 9 virtual-channel 9 error shutdown disable virtual-channel 10 = 10...

  • Page 26: Monitoring And Maintaining Virtual Channel

    Monitoring and maintaining Virtual Channel Monitoring and maintaining Virtual Channel Users can check the current status and configuration of the E1 interface by using the command show virtual-channel under the global configuration mode. Mro-tek(config)# show virtual-channel virtual-channel infomation for slot 0: virtual-channel 1 = 1 virtual-channel 1 error shutdown disable virtual-channel 2 = 2...

  • Page 27: Configuration Of The Ethernet Interface Of Pine-16M

    By default, all ports are enabled. Command Description Enter the global configuration mode. config interface eth <1-2> To Select a specific Ethernet interface of PINE-16M. To Enable the selected Ethernet port. no shutdown Shows the configuration information of the Ethernet show interface interface.

  • Page 28: Set Up Auto-Negotiation

    By default auto-negotiation function is enabled for all the Ethernet ports. Command Description Enter the global configuration mode. config interface eth <1-2> To Select a specific Ethernet interface of PINE-16M. To enable auto-negotiation function for the selected Ethernet autonegotiate interface. Shows the configuration information of the interface show interface Using the command ‘no autonegotiate’...

  • Page 29: Flow Control Function

    Command Description Enter the global configuration mode config interface eth <1-2> Enter the central site Eth configuration mode of PINE-16M. Clear the statistic counter clear statistic Show the configuration information of the interface. show interface Example:...

  • Page 30: Configure Auto-Mdi

    Straight), enable the auto-MDI function. The auto-MDI function is disabled by default. Command Description Enter the global configuration mode config interface eth <1-2> To Select a specific Ethernet interface of PINE-16M. Enable or disable the auto-MDI function [no] automdi Shows the configuration information of the interface. show interface Mro-tek# config...

  • Page 31: Monitoring And Maintenance Of Eth Interface

    4.6 Monitoring and Maintenance of Eth Interface 4.6 Monitoring and Maintenance of Eth Interface Current status and configuration information of the Eth interface can be viewed using the command show interface under the interface eth mode. Mro-tek(config-eth/0/1)# show interface Interface ID :1 Descr :Slot 0 eth interface 1 Interface type :electrical Attribute :outer...
  • Page 32 4.6 Monitoring and Maintenance of Eth Interface AutoNego Status :disable Duplex :full-duplex Speed :100M Flow control :on Tlink :linkdown Rlink :linkdown Als :enable MaxFrameLen :1916 OutOctets :0 OutUcastPkts :0 OutDiscards :0 OutErrors :0 OutBroadcastPkts :1 OutMulticastPkts :0 InOctets :0 InUcastPkts :0 InDiscards :0 InErrors :0 InBroadcastPkts :1...

  • Page 33: Configuration Of Central Site Sfp Interface Of Pine-16M

    4.7 Configuration of Central Site SFP interface of PINE-16M 4.7 Configuration of Central Site SFP interface of PINE-16M 4.7.1 Enabling and disabling transmission from the laser Using the below given commands, the Tx port of Fiber optic transceiver can be enabled/disabled.

  • Page 34: Monitoring And Maintenance Of The Sfp Interface

    4.8 Monitoring and Maintenance of the SFP Interface 4.8 Monitoring and Maintenance of the SFP Interface The current status and configuration information of SFP interface can be viewed by using the command show interface under the interface sfp fx-eth mode. Mro-tek(config-sfp-fx-eth/0/1)# show interface Sfp Exist :exist Sfp Tx status :enable...

  • Page 35: Configuration Of Central Site Switching Of Pine-16M

    4.9 Configuration of Central Site Switching of PINE-16M 4.9 Configuration of Central Site Switching of PINE-16M 4.9.1 VLAN configuration An overview of Q-in-Q The principle and operating process of Q-in-Q is as follows: • Data transmitted in a private network has a Tag of the private network, defined as CVLAN •...
  • Page 36 4.9 Configuration of Central Site Switching of PINE-16M √ A Trunk port exists in multiple VLANS with TAGGED mode and exists in Native Trunk VLAN with UNTAGGED mode. √ A Trunk port exists in more than one VLAN by default. Packets transferred out of VLANs from a Trunk port have 802.1Q tag except for those from the Native VLAN.
  • Page 37 4.9 Configuration of Central Site Switching of PINE-16M To create, delete, suspend and activate VLANs The command vlan <2-4094> is used to create and configure the VLAN Tag modes. If a VLAN is created and no port has been assigned to it, then the VLAN is actually ineffective. When configuring the mode and VLAN ID for a switching port, the VLAN with the specified Tag ID will be created automatically.
  • Page 38 4.9 Configuration of Central Site Switching of PINE-16M Mro-tek(config)# no vlan 888 Mro-tek(config)# show vlan 888 vlan 888 not created yet. Mro-tek(config)# Users can deactivate the unused VLANs by changing the VLAN state to Suspend mode, instead of deleting it. A suspended VLAN can be activated as and when it is required.

  • Page 39: Management Of Mac Address Table

    4.9 Configuration of Central Site Switching of PINE-16M Set up outer Tag TPID By default, the TPID of outer Tag is 0x9100 and the users are authorized to specify the TPID value. Command Description Enter the global configuration mode. config double-tagging tpid HHHH To specify the TPID value.
  • Page 40 4.9 Configuration of Central Site Switching of PINE-16M Example 1: Set the aging-time to 500 seconds. Mro-tek# config terminal Configuration mode, one conmmand input per time. End with CTRL-Z. Mro-tek(config)# mac-address-table aging-time 500 Set Successfully. Mro-tek(config)# show mac aging time 500 seconds.
  • Page 41 4.9 Configuration of Central Site Switching of PINE-16M The command no mac-address-table static MACADDRESS vlan <1-4094> port <1-9> is available for users to delete a static MAC address. Example: Setting the static MAC address to 000e.5e01.0203, the corresponding VLAN ID to 3 and the corresponding port number to 7..
  • Page 42 4.9 Configuration of Central Site Switching of PINE-16M Command Description Enter the global configuration mode config To Clear MAC address of a specified clear mac-address-table (all|dynamic|static) type. Shows the basic information of MAC show mac address management. Example: Clear all dynamic MAC address Mro-tek# config terminal Configuration mode, one conmmand input per time.

  • Page 43: Configuration Of Mirror Function

    4.9 Configuration of Central Site Switching of PINE-16M dynamic and static addresses max number for next query : 200 next address must larger than : 0000.0000.0000, vlanid 0, port 0 Mro-tek(config)# Example 2: Showing all MAC addresses learnt from / configured to port 1.
  • Page 44 4.9 Configuration of Central Site Switching of PINE-16M Configure the mirror ports for the mirror function As the mirror function takes effect, the message going in or out of a mirror port is copied and sent to the monitor port. Mirror rule is established when the corresponding mirror port is configured. The available rules are both, ingress or egress.

  • Page 45: Storm Control

    4.9 Configuration of Central Site Switching of PINE-16M Configuration mode, one command input per time. End with CTRL-Z. Mro-tek(config)# mirror monitor-port 9 Set Successfully. Mro-tek(config)# mirror source-port-list ingress 1-8 Set Successfully. Mro-tek(config)# mirror enable Set Successfully. Mro-tek(config)# show mirror mirror enabled...
  • Page 46 4.9 Configuration of Central Site Switching of PINE-16M Mro-tek(config-eswif/0/1)# storm-control broadcast Set Successfully. Mro-tek(config-eswif/0/1)# show storm-control portid = 1, rate = 262144, status = 250000, type = broadcast portid = 2, rate = 262144, status = 0, type = disable...
  • Page 47 4.9 Configuration of Central Site Switching of PINE-16M portid = 8, rate = 262144, status = 0, type = disable portid = 9, rate = 262144, status = 0, type = disable portid = 10, rate = 262144, status = 0, type = disable...

  • Page 48: Configuring Rate Limit Function

    4.9 Configuration of Central Site Switching of PINE-16M portid = 9, rate = 262144, status = 0, type = disable portid = 10, rate = 262144, status = 0, type = disable portid = 11, rate = 262144, status = 0, type = disable...

  • Page 49: Configuring Qos

    QoS (Quality of Service) enables the preferential handling of a certain kind of data flow, or enables the adoption of some management and control policy to make the network performance predictable and the bandwidth manageable. The QoS of PINE-16M is realized in three steps: • Classification •...
  • Page 50 QoS classification By default, PINE-16M realizes QoS classification using the CoS value in the TAG information of 802.1Q frame head. The QoS classification can also be realized by assigning default CoS value for every port.
  • Page 51 4.9 Configuration of Central Site Switching of PINE-16M trust state = untrusted cos to qos queue: 0-2, 1-1, 2-1, 3-2, 4-3, 5-3, 6-4, 7-4, default cos for each port: portid = 1, default cos = 2 portid = 2, default cos = 0...
  • Page 52 = 8, default cos = 0 portid = 9, default cos = 0 Mro-tek(config)# QoS queue control By default, the queue control mode of PINE-16M is the weighted-fair priority mode. Users can change the control using the following commands. Command Description Enter the global configuration mode.

  • Page 53: Trunk

    4.9 Configuration of Central Site Switching of PINE-16M Starting and stopping QoS By default the QoS function of PINE-16M is disabled. Users can start or stop the QoS function using the following commands. Command Description Enter the global configuration mode.
  • Page 54 To delete the specified trunk group Shows the information of current global link groups show trunk group Example 1: Assigning ports 1, 2, 3 to trunk group 1 of PINE-16M. Mro-tek# config terminal Configuration mode, one command input per time. End with CTRL-Z.

  • Page 55: Loop Detection

    4.9 Configuration of Central Site Switching of PINE-16M Mro-tek(config)# Example 2: delete all ports in trunk group 1 of PINE-16M Mro-tek# config terminal Configuration mode, one command input per time. End with CTRL-Z. Mro-tek(config)# no trunk group 1 Set Successfully.
  • Page 56 4.9 Configuration of Central Site Switching of PINE-16M Command Description Enter the global configuration mode. Config loopback-detection (enable|disable) To enable or disable the loop detection function loopback-detection port-list (PORTLIST|all) Configures the port list for loop detection Shows the information of current global loop detection.
  • Page 57 4.9 Configuration of Central Site Switching of PINE-16M port 18: port 19: Mro-tek(config)# Configuring loop detection function The interval for sending loopback-detection is 4 seconds by default. By default the down time for a port where loop has been detected is 30 seconds. These two values can be set up by users.
  • Page 58 4.9 Configuration of Central Site Switching of PINE-16M port 11: port 12: port 13: port 14: port 15: port 16: port 17: port 18: port 19: Mro-tek(config)# 4-42...

  • Page 59: Monitoring And Maintaining Pine-16M

    4.10 Monitoring and maintaining PINE-16M 4.10 Monitoring and maintaining PINE-16M 4.10.1 Monitoring and maintaining VLANs Users can view the current status and configuration of VLAN using the command show vlan in global configuration mode. Mro-tek(config)# show vlan state of vlan 101: active...

  • Page 60: Monitoring And Maintening Mac Address

    4.10 Monitoring and maintaining PINE-16M state of vlan 116: active port 16(normal) : dot1q_tunnel state of vlan 117: active port 17(normal) : dot1q_tunnel state of vlan 118: active port 18(normal) : dot1q_tunnel state of vlan 119: active port 19(normal) : dot1q_tunnel 4.10.2 Monitoring and maintening MAC address...

  • Page 61: Monitoring And Maintening Mirror Function

    4.10 Monitoring and maintaining PINE-16M 4.10.4 Monitoring and maintening Mirror function Current status and configuration of mirror function can be viewed using the command show mirror in the global configuration mode. Mro-tek(config)# show mirror mirror disabled type: none 4.10.5 Monitoring and maintening Storm control function Users can view the current status and configuration of storm control using the command show storm- control in global configuration mode.

  • Page 62: Monitoring And Maintaining Qos

    4.10 Monitoring and maintaining PINE-16M portid = 3, no rate limit configured portid = 4, no rate limit configured portid = 5, no rate limit configured portid = 6, no rate limit configured portid = 7, no rate limit configured...

  • Page 63: Monitoring And Maintaining Trunk Function

    4.10 Monitoring and maintaining PINE-16M portid = 11, default cos = 0 portid = 12, default cos = 0 portid = 13, default cos = 0 portid = 14, default cos = 0 portid = 15, default cos = 0...
  • Page 64 4.10 Monitoring and maintaining PINE-16M port 10: port 11: port 12: port 13: port 14: port 15: port 16: port 17: port 18: port 19: Mro-tek(config)# 4-48...

  • Page 65: Central Site Vcc Configuration List Of Pine-16M

    4.11 Central site VCC configuration list of PINE-16M 4.11 Central site VCC configuration list of PINE- The network management configuration for PINE-16M is nothing but the network management configuration for the 16 channels. 4.11.1 Enabling the VCC channel The command and steps for enabling network management channel (VCC) is shown in the table below.

  • Page 66: Configuring The Channel Corresponding To The Vcc Channel

    Command Description Enter the global configuration mode. Config Enter the central site vcc configuration mode of PINE-16M. Interface vcc vcc-channel channel <1-16> Selected a specific VCC Channel to configure / monitor. Shows the configuration information of selected VCC show interface channel.

  • Page 67: Changing The Title Of The Vcc

    4.11.5 Changing the title of the VCC Command Description Enter the global configuration mode. config Enter the central site VCC configuration mode of PINE-16M. interface vcc description STRING To Change the title of the VCC Shows the configuration information Show interface...

  • Page 68: Monitoring And Maintening The Central Site Vcc Of Pine-16M

    4.12 Monitoring and maintening the central site VCC of PINE-16M 4.12 Monitoring and maintening the central site VCC of PINE-16M Users can view the current status and configuration of VCC using the command show interface vcc in the global configuration mode.

  • Page 69: Chapter 5 Configuration Of Remote Inverse Multiplexer Device

    Chapter 5 Configuration of remote inverse multiplexer device...

  • Page 70: Basic Configuration Of Remote Inverse Multiplexer Device

    5.1 Basic configuration of remote inverse multiplexer device 5.1 Basic configuration of remote inverse multiplexer device 5.1.1 Configuring fault pass-through function Command Description Enter the global configuration mode. config remote 0 <1-16> Enter the remote inverse multiplexer device configuration mode fault-pass (enable|disable) Configure fault pass-through function.

  • Page 71: Configuring Error Auto-Shutdown Function

    5.1 Basic configuration of remote inverse multiplexer device 5.1.3 Configuring error auto-shutdown function Command Description Enter the global configuration mode config remote 0 <1-16> Enter the remote inverse multiplexer devices configuration mode. Enables error auto-shutdown function. err-auto-shutdown Shows the configuration information Show info The command is only applicable for inverse multiplexer devices with E1 inverse multiplexing function, including PINE-iE1 and PINE-8.

  • Page 72: Device Status And Configuration

    5.2 Device status and configuration 5.2 Device status and configuration Current status and configuration information of the device is viewed using the command show info in the remote inverse multiplexer device’s configuration mode. Example: Displaying information of remote PINE-8. Mro-tek(config-remote/0/8)# show info Device is remote ric device of f25d:0:8 in slot 0 Module type: PINE-8 E1 interface number: 8...

  • Page 73: Configuration Of E1 Interface On Remote Inverse Multiplexer Device

    5.3 Configuration of E1 interface on remote inverse multiplexer device 5.3 Configuration of E1 interface on remote inverse multiplexer device 5.3.1 Configuring clock mode of E1 interface Command Description Enter the global configuration mode Config remote 0 <1-16> Enter the remote inverse multiplexer device’s configuration mode. interface e1 <1-8>...

  • Page 74: Viewing The Status Of E1 Interface

    5.4 Viewing the status of E1 interface 5.4 Viewing the status of E1 interface Users can view the current status and configuration of E1 interface using the command show interface in the E1 interface mode under the remote inverse multiplexer device mode. Example: Mro-tek(config-e1/0/8/1)# show interface Interface ID :1...

  • Page 75: Configuring The Ethernet Interface On Remote Inverse Multiplexer Device

    5.5 Configuring the Ethernet interface on remote inverse multiplexer device 5.5 Configuring the Ethernet interface on remote inverse multiplexer device 5.1.1 Configuring auto-negotiation function Command Description Enter the global configuration mode. config remote 0 <1-16> Enter the remote inverse multiplexer device configuration mode Enter the eth configuration mode of remote inverse multiplexer device interface eth 1 Configure auto-negotiation function.

  • Page 76: Setting Rate And Duplex Mode For The Interface

    5.5 Configuring the Ethernet interface on remote inverse multiplexer device Mro-tek(config-eth/0/8/1)# show interface 5.5.3 Setting Rate and duplex mode for the interface The rate and duplex mode of the interface can only be configured when the auto-negotiation function is disabled. Command Description Enter the global configuration mode...

  • Page 77: Ethernet Interface Status

    5.6 Ethernet interface status 5.6 Ethernet interface status Users can view the current status and configuration information of the Ethernet interface using the command show interface in the eth interface mode under the remote inverse multiplexer device configuration mode. Example 1: Show the status of the Ethernet interface of PINE-8 Mro-tek(config-eth/0/8/1)# show interface Interface ID :1 Description :eth interface 1...

  • Page 79: Chapter 6 Network Protocol Configuration

    Chapter 6 Network Protocol Configuration...

  • Page 80: Configuring Arp

    6.1 Configuring ARP 6.1 Configuring ARP 6.1.1 Adding ARP Command Description Enter the global configuration mode config arp add <A.B.C.D> Configuring mapping from IP address to MAC address. <aa:bb:cc:dd:ee:ff> <A.B.C.D>: IP Address <aa:bb:cc:dd:ee:ff>: MAC Address Shows the current ARP table show arp Example: Mro-tek#config...
  • Page 81 6.1 Configuring ARP Mro-tek(config)# show arp LINK LEVEL ARP TABLE destination mac-addr flags(0x)Rfc Interface ----------------------------------------------------------------------- ----------------------------------------------------------------------- Mro-tek(config)#...

  • Page 82: Configuring Route

    6.2 Configuring route 6.2 Configuring route 6.2.1 Adding a route Command Description Config Enter the global configuration mode Add a route. A.B.C.D: The first parameter is the IP address of the target network subnet or host in the format of decimal numbers separated by dots.

  • Page 83: Deleting A Route

    6.2 Configuring route 6.2.2 Deleting a route Command Description Enter the global configuration mode. Config Delete a route. A.B.C.D: The first parameter is the IP address of the target network subnet or host in the format of decimal numbers separated by dots. ip route <A.B.C.D>...

  • Page 84: Configuring Snmp

    6.3 Configuring SNMP 6.3 Configuring SNMP 6.3.1 Configuring the name of community Command Description Enter the global configuration mode Config snmp-server community COMMUNITY Configure Read Only community and Read and Write (ro/rw) community for SNMP Server Shows snmp configuration information show snmp-server community Example: Mro-tek#config...

  • Page 85: Deleting A Trap Receiving Host

    6.3 Configuring SNMP 6.3.3 Deleting a trap receiving host Command Description Enter the global configuration mode Config no snmp trap-server A.B.C.D To delete a SNMP trap server entry Shows the SNMP configuration information show snmp Example: Mro-tek# config Mro-tek(config)# no snmp trap-server 192.168.1.1 Set successfully Mro-tek(config)# show snmp trap-server Trap server:...

  • Page 86: Ip Address Configuration

    6.3.6 IP address configuration Command Description Enter the global configuration mode Config Enter the central site SNMP configuration mode of PINE-16M interface snmp ip address A.B.C.D [E.F.G.H] Configure / Change the IP address and the subnet mask A.B.C.D: IP address [E.F.G.H] The subnet mask for the IP address...

  • Page 87: Device Status And Configuration Information

    6.4 Device status and configuration information 6.4 Device status and configuration information Users can view the current status and configuration information of the device using the command show snmp-server community. Command Description Enter the global configuration mode. config Shows the configuration information of SNMP show snmp-server community community.
  • Page 88 6.4 Device status and configuration information Mro-tek(config)# Users can view the current status and configuration of SNMP parameters using the command show interface snmp in the SNMP mode. Command Description Enter the global configuration mode config Enter the SNMP mode interface snmp Shows configuration information of SNMP interface show interface snmp...

  • Page 89: Chapter 7 Example Of The Configuring Pine-16M

    Chapter 7 Example of the Configuring PINE-16M...

  • Page 90: Example

    Figure 2: Network Topology The network management interface of PINE-16M is a SNMP interface. PINE-8 is connected to the E1 interface 1-8 of PINE-16M and the data is aggregated to the Ethernet interface 2 on PINE-16M for transferring. The configuration procedures are as follows: 1.
  • Page 91 7.1 Example Mro-tek(config)# end Mro-tek# write Are you sure[Y/N]:y Please wait..Copy OK: 3109 bytes copied Save current configuration successfully! Mro-tek# 2. Configure SNMP community and the IP address for Trap Manager Mro-tek# config Configuration mode, one command input per times. End with CTRL-Z. Mro-tek(config)# snmp-server community public ro Set unsuccessfully Mro-tek(config)# snmp-server community private rw...
  • Page 92 7.1 Example 3. Configuring properties of switching Set the switching mode of switchport 18 corresponding to Ethernet interface 2 to Trunk mode. Vlan 101 is allowed. Mro-tek# config Configuration mode, one command input per times. End with CTRL-Z. Mro-tek(config)# interface switchport 18 Mro-tek(config-eswif/0/18)# switchport trunk allowed vlan 101 Set Successfully.
  • Page 93 7.1 Example state of vlan 102: active port 2(normal) : dot1q_tunnel port 18(normal) : trunk state of vlan 103: active port 3(normal) : dot1q_tunnel port 18(normal) : trunk state of vlan 104: active port 4(normal) : dot1q_tunnel port 18(normal) : trunk state of vlan 105: active port 5(normal) : dot1q_tunnel port 18(normal) : trunk...
  • Page 94 7.1 Example port 17(normal) : dot1q_tunnel state of vlan 118: active state of vlan 119: active port 19(normal) : dot1q_tunnel Mro-tek(config)# 4. Configuring properties of Ethernet interface 2 Mro-tek# config Configuration mode, one command input per time. End with CTRL-Z. Mro-tek(config)# interface eth 2 Mro-tek(config-eth/0/2)# autonegotiate setup successfully!
  • Page 95 7.1 Example InMulticastPkts :0 Mro-tek(config-eth/0/2)# end Mro-tek# write Are you sure[Y/N]:y Please wait..Copy OK: 3109 bytes copied Save current configuration successfully! Mro-tek# 5. Configure virtual channel Mro-tek# config Configuration mode, one command input per time. End with CTRL-Z. Mro-tek(config)# virtual-channel 1 e1 1-8 Set Successfully.
  • Page 96 7.1 Example LocalLoop = normal RemoteLoop = normal CrcAutoNego = enable Bert = disable CommunicationMode = disable AlarmStatus = NONE ErrorSecond SeriousErrorSecond BitErrorRate EthSendPacketNum EthReceivePacketNum = 2727487 EthReceiveErrorPacketNum = 11721 RemoteDevId RemoteE1 LinkStatus LinkOK Mro-tek(config-e1/0/1)# end Mro-tek# write Are you sure[Y/N]:y Please wait..Copy OK: 3109 bytes copied Save current configuration successfully! Mro-tek#...
  • Page 97 7.1 Example CrcStatus = disable LocalLoop = normal RemoteLoop = loopback CrcAutoNego = enable Bert = enable CommunicationMode = disable AlarmStatus = NONE ErrorSecond SeriousErrorSecond BitErrorRate EthSendPacketNum EthReceivePacketNum = 2727487 EthReceiveErrorPacketNum = 11721 RemoteDevId RemoteE1 LinkStatus LinkOK Mro-tek(config-e1/0/1)# Procedures to conduct the BER tester and loopback functions Mro-tek(config-e1/0/1)# bert disable Set Successfully.
  • Page 98 7.1 Example LocalLoop = loopback RemoteLoop = normal CrcAutoNego = enable Bert = enable CommunicationMode = disable AlarmStatus = NONE ErrorSecond SeriousErrorSecond BitErrorRate EthSendPacketNum EthReceivePacketNum = 2727487 EthReceiveErrorPacketNum = 11721 RemoteDevId RemoteE1 LinkStatus LinkOK Mro-tek(config-e1/0/1)# bert disable Set Successfully. Mro-tek(config-e1/0/1)# no local-e1-loopback Set Successfully.
  • Page 99 7.1 Example Mro-tek(config-fx-eth/0/8/1)#show interface Interface ID :1 Description :fx-eth interface 1 opt module type :S3 flow control :on Tlink :linkup :normal Remote poweroff :normal fx-eth Tx packets :16 fx-eth Rx packets :1 fx-eth Rx Error packets :0 Mro-tek(config-fx-eth/0/8/1)# exit Mro-tek(config-remote/0/8)# Configure remote E1 interface (The configuration of the 8 E1 interface are the same.) Enter the E1 interface configuration mode: Mro-tek(config-remote/0/8)# interface e1 1...
  • Page 100 7.1 Example Rx packets :9 Rx Error packets :0 Mro-tek(config-e1/0/8/1)#end Mro-tek# write Are you sure[Y/N]:y Please wait..Copy OK: 3109 bytes copied Save current configuration successfully! Mro-tek# 7-12...

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