Tenda TEF1210P-8-150W User Manual
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Tenda TEF1210P-8-150W User Manual

8/16/24-port 10/100 mbps + 2 gigabit web smart poe switch
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Summary of Contents for Tenda TEF1210P-8-150W

  • Page 2: Copyright Statement

    Tenda does not assume any liability that may occur due to the use or application of the product described herein. Every effort has been made in the preparation of...
  • Page 3 Preface Thank you for choosing Tenda! Before using your device, please read this guide carefully. Conventions This guide applies to TEF1210P-8-150W, TEF1218P-16-250W and TEF1226P-24-440W. Model Description TEF1210P-8-150W 8+2G Web Smart PoE Switch TEF1218P-16-250W 16+2G Web Smart PoE Switch TEF1226P-24-440W 24+2G Web Smart PoE Switch...

  • Page 4: Technical Support

    How to Obtain Latest Product Info For latest product information, visit Tenda official website http://www.tendacn.com and input the corresponding product model in the search bar. Technical Support United States Hotline: 1-800-570-5892 Canada Hotline: 1-888-998-8966 HongKong Hotline: 00852-81931998 Skype: Tendasz Website: http:// www.tendacn.com E-mail: support@tenda.com.cn...

  • Page 5: Table Of Contents

    Contents 1 Device Login ........................1 1.1 Login ..........................1 1.2 Logout ......................... 4 1.3 Layout Introduction ...................... 4 2 System Administration ....................6 2.1 System Info ......................... 6 2.2 User Management ....................... 8 2.3 Reset ........................... 9 2.4 Reboot ......................... 9 2.5 Firmware Upgrade .....................
  • Page 6 7.4 802.1Q VLAN ......................46 7.4.1 Configuration Wizard ................... 46 7.4.2 802.1Q VLAN Configuration ................46 7.4.3 Application Scenarios ..................51 8 Device Management ...................... 55 8.1 MAC Binding ......................55 8.1.1 Overview ......................55 8.1.2 Configuring MAC Binding ..................56 8.1.3 Application Scenarios ..................

  • Page 7: Device Login

    Device Login 1 Device Login 1.1 Login The switch has the function of Web administration. Based on the function, administrators could manage and maintain it in an intuitive way. The first access to the switch allows you to enter the Web administration page through a web browser by the default login info.
  • Page 8 Device Login Launch a web browser, input IP address of the switch “192.168.0.1”, and then tap Enter on the keyboard; In the Web administration page, input “admin” for username and password respectively, then click Login Upon entering into the Web administration page, you can review or modify configuration of the switch.
  • Page 9 Device Login The Web administrations of 8/16/24-Port 10/100Mbps + 2 Gigabit Web Smart PoE Switches are similar, with just a little difference in port numbers. We take 16-Port 10/100Mbps + 2 Gigabit Web Smart PoE Switch as an example. (Model: TEF1218P-16-250W). - 3 -...

  • Page 10: Logout

    Device Login 1.2 Logout Click Logout in the left navigation bar and you will safely exit the page. Click to safely exit the page. 1.3 Layout Introduction The Web administration page is totally divided into three parts: the first and second-level navigation bar, the third-level navigation bar, configuration zone, as shown below: - 4 -...
  • Page 11 Device Login Name Description The first and The navigation bar takes advantage of navigation tree to arrange second-level Web function menu. It is very easy for users to select the function navigation bar menu. The selected functions will be displayed in the navigation The third-level zone.

  • Page 12: System Administration

    2 System Administration System Administration consists of five parts: System Info, User Management, Reset, Reboot, and Firmware Upgrade. 2.1 System Info Here you can see the basic info of the switch, and configure the IP address or MAC aging time. Click Administration to enter page.
  • Page 13 System Administration Header Entry Description When VLAN mode is 802.1Q VLAN, the management VLAN of the switch is 1 and unavailable to be modified. VLAN Note Management The switch only can be visited when the computer is connected to the VLAN port member (PVID of the port is 1).

  • Page 14: User Management

    System Administration value “300s”. Time Less aging time will drive the dynamic MAC address table to refresh more frequently and destination addresses in the received data packages cannot be found. As a result, the switch is only capable of broadcasting these Packages to all ports, at the price of damaging the switch performance.

  • Page 15: Reset

    System Administration Confirm Password: enter the password once again; Click The switch will reboot automatically when new user name and password are created. The new user name and password are required for the next access to the Web administration. 2.3 Reset The function of reset is available when you want to clear all configurations and restore the switch to factory default settings.

  • Page 16: Firmware Upgrade

    Click Administration > Reboot to enter the page below. Note During reboot, please note that powering off will damage the switch. 2.5 Firmware Upgrade Go to Tenda official website http://www.tendacn.com to download the latest firmware corresponding to the switch for more value-added functions and more stable performance.
  • Page 17 System Administration How to upgrade software: Go to http://www.tendacn.com to download the latest upgrading file corresponding to the switch to the local computer; Log in Web administration page, then click Administration > Firmware Upgrade to enter the verification page of Firmware Upgrade; Input the login password of the Web Administration in the input box after “Password”, then click Pop up a dialog box, click OK...
  • Page 18 System Administration Note During upgrade, please note that powering off will damage the switch. In case of abrupt power outage, please re-upgrade it; if unable to access to the Web Administration after the outage, please contact the technical support for maintenance. Enter the page of Firmware Upgrade, click Choose file to select an upgrade file from the local computer and load it;...

  • Page 19: Port Management

    3. Port Management Port Management covers four parts: Port Configuration, Port Mirroring, Statistics, and Rate Limit. 3.1 Port Configuration Here you can check and set the basic parameters of all ports. Click Port Management to enter the page below. Parameter setting specification: Header entry Description Check the box at the front of the corresponding port number to select...
  • Page 20 Port Management Header entry Description Note Enable/Disable (Continued) Only when the port is enabled can it forward data properly. Disable the unused port; reopen it when needed, to reduce the power consumption. Select the transmission speed and mode of the port. FDX refers to Full Duplex, meaning that the port can receive and send messages at the same time;...
  • Page 21 Port Management Broadcast storm means that the broadcasting frame quantities are soaring up due to the continuous transmissions, which brings negative effect on the communication, degrades the system performance and even results in breakdown of the network. While enabling the storm control, the switch will discard the excessive broadcasting messages as the broadcast traffic on the port exceeds the limited value (2000pps), thus reducing the proportion of the broadcast traffic to the limited range.
  • Page 22 Port Management Display if the storm control function of the port is enabled. Storm Control Address Display if the address leaning function of the port is enabled. Learning - 16 -...

  • Page 23: Port Mirroring

    Port Management 3.2 Port Mirroring 3.2.1 Overview The function of port mirroring provided by the switch realizes the data duplication from one or several ports (the source mirroring ports) to the specified port (the mirroring destination port). The data monitoring equipment connected with the destination port enables the network administrator to monitor the traffic, analyze the performance and diagnose the fault real-timely.

  • Page 24: Port Mirroring Configuration

     The Port Mirroring Type Supported by the Switch The local port mirroring that the source and the destination port are on the same switch is supported by the Tenda Smart PoE Switch. 3.2.2 Port Mirroring Configuration Click Port Management > Port Mirroring to enter the page below.

  • Page 25: Application Scenarios

    Port Management port. The mirroring destination port should be excluded from any gathering  group. The port with the spanning tree function initiated is forbidden to be the  mirroring destination port. Header entry Description Select the mirroring direction; otherwise, it is regarded as the disabled mirroring function.
  • Page 26 Port Management Demand: the monitoring of the messages received and sent by division 1 and division 2 is expected to be implemented through the server. Networking Analyses Specified as follows, the demand is realized by making use of the port mirroring. ...
  • Page 27 Port Management - 21 -...

  • Page 28: Port Statistics

    Port Management 3.3 Port Statistics Here you can check and clear the data flow statistics of all ports. Click Port Management > Statistics to enter the page below. Buttons: Clear the statistics in the current page and collect statistics again. Refresh the statistics in the current page.

  • Page 29: Rate Limit

    Port Management 3.4 Rate Limit Here you can set the Tx Rate and Rx Rate of Downlink Ports. Click Port Management > Rate Limit to enter the page below. Buttons: Clear all sets of Rate Limit. All ports receive and transmit the data frame in an actual link speed.
  • Page 30 Port Management transmit the data in an actual link speed. Display the receiving rate limit of the port. “--” shows that the port will Rx Rate (kbps) receive the data in an actual link speed. Display the negotiated link speed of the port. If not connected or Link Speed negotiated failure, it will be shown as “---”.

  • Page 31: Link Aggregation

    4 Link Aggregation 4.1 Overview Link Aggregation means that multiple physical ports are aggregated to a logical group. At the same group, multiple physical links are regarded as one logical link. Link Aggregation makes the load sharing among the ports of the aggregation group possible, which will expand the bandwidth.
  • Page 32 Link Aggregation Parameter specification: Header entry Description Select Aggregation Algorithm.  Port-based ID: All member ports of the group fulfill the load sharing based on the Port ID of the receiving data.  Source MAC-based Address: All member ports of the group fulfill the load sharing based on the Source MAC Address of the receiving data.

  • Page 33: Network Extension

    5 Network Extension Tenda Web Smart PoE switch series offer you the Network Extension, which can extend the data transmission and PoE Power Distance of the Downlink Ports to make network deploy more convenient. The port link speed will be automatically negotiated to 10Mbps once the Port Extension is enabled, at this time, if using the CAT5E cable or above, the data transmission and PoE power distance can break 100 meters and reach 250 meters.
  • Page 34 Network Extension Parameter specification: Header entry Description Network Enable/Disable the Network Extension of the selected port. Extension Ports Check the box at the front of the corresponding port number to select that port. Check the box at the top to select all of the ports. The port extension is enabled, and only 10Mbps Full/Half Duplex communication is available.

  • Page 35: Poe Management

    6 PoE Management All Downlink Ports support PoE power supply and conform to IEEE 802.3af and IEEE 802.3at. The switch will automatically supply required PoE power to the powered device which is connected with the PoE port. Click PoE Management to enter the page below. You can check the PoE power status of the current switch and enable/disable the PoE power function of the downlink port as well.
  • Page 36 PoE Management Parameter specification of the display list: Header entry Description Consumption Display the total output power of the switch supplied by PoE. Power Remaining Display the remaining output power of the switch supplied by PoE. Power Port Display the downlink port number of the switch. PoE Status Display PoE power status of the downlink port (Enable/Disable).

  • Page 37: Vlan Management

    7 VLAN Management 7.1 Overview In the traditional shared media Ethernet and Switched Ethernet, all the users are in the same broadcast domain. The growing number of the broadcast packet with the more and more in-network computers leads to the great increase of the data traffic among all intranet devices, which influence the network performance.
  • Page 38 The following are the advantages of VLAN: Improve the network performance. This technology confines the broadcast packages in  a local area network within a single VLAN to save the network bandwidth and improve the capacity. Reduce the investment on devices. VLAN technology realizes the achievable control of ...
  • Page 39 3 layer forwarding by the 3 layers switch or other network layer devices. And that strengthens the security between the different departments in an enterprise network. Three VLAN modes are supported by Tenda Smart PoE Switch series: Port VLAN, ONE-KEY VLAN and 802.1Q VLAN.  Port VLAN The Port VLAN divisions are based on the physical port.
  • Page 40 VLAN Management  ONE-KEY VLAN ONE-KEY VLAN divides VLAN in view of port essentially. The system with available ONE-KEY VLAN groups every downlink port of switch and the uplink port (G1/SEP1 and G2/SEP2) into one respective VLAN automatically. The communication is allowed to happen between downlink and uplink ports, but not within the downlink groups to assure security network effectively.
  • Page 41 VLAN Management  802.1Q VLAN The VLAN interworking of different manufacturers’ equipment is ensured by the 802.1Q standard issued by IEEE in 1999 for defining the VLAN international standard. As required in 802.1Q protocol, one 4 bytes 802.1Q VLAN tab is bound to be wrapped behind the destination MAC address and the source MAC address of the Ethernet frame for identifying the relevant information of VLAN.
  • Page 42 VLAN Management VLAN ID is used to identify the message belonging to 802.1Q VLAN. The value range of this 12 bit field is <0~4095>, more accurately, that of VID is <1~4094> for 0 and 4095 is barely used. - 36 -...

  • Page 43: Port Vlan

    VLAN Management 7.2 Port VLAN 7.2.1 Configuration Wizard The following is concerned with how to configure the port VLAN of Tenda Web Smart PoE switch and configuration tasks: Steps Configuration Tasks Specification Optional. 7.2.2.1 VLAN Mode Toggle VLAN mode is port VLAN by default.
  • Page 44 VLAN Management 7.2.2.2 VLAN Division This part takes the form of example to describe how to add, delete and modify port VLAN and how to restore VLAN port configuration to the factory settings. Add Port VLAN Suppose to add the port 2, 3, G1/SFP1, G2/SFP2 to VLAN2. Configuration Steps: Log in the Web administration and go to VLAN Management >...
  • Page 45 VLAN Management *Because of layout, the sample picture doesn’t display middle ports. Delete Port VLAN As shown in the example of Add Port VLAN, the port 2 and 3 are still in the VLAN 1. So if it intends to make the port 2 and 3 only communicated with the uplink port G1/SFP1 and G2/SFP2 and isolated from other non-uplink ports, it is required to delete these two ports from VLAN 1.
  • Page 46 VLAN Management Modify Port VLAN Suppose to modify the VLAN1 of the port 4 to VLAN2. Configuration Steps: Log in the Web administration and go to VLAN Management > Port VLAN page; Operate: Click Mod corresponding to the port number; Enter the page of VLAN modification;...
  • Page 47 VLAN Management The VLAN deleted will be displayed in the “Available VLANs”, and the VLAN added will be displayed in the “Member VLANs”. Click to end the setup. The outcome is shown in the page below. Restore VLAN Port Configuration to the State of Factory default settings This function is available when port VLAN is intended to be restored to the state of factory default settings with other configurations remained the same.

  • Page 48: Application Scenarios

    VLAN Management 7.2.3 Application Scenarios Networking Demand The finance department and market department of a company would like to realize: Intercommunication is made within them but prohibited between them. All personnel of both departments shall access to the Internet. Networking analysis Set port VLAN: ...
  • Page 49 VLAN Management II. VLAN Division 1. Go to VLAN Management > Port VLAN page; 2. Select the port 1, 2, 3, G1/SFP1, enter 2 in the input box below the VLAN List and then click +Add; 3. Select the port 4, 5, 6, G1/SFP1, enter 4 in the input box below the VLAN List and then click +Add;...

  • Page 50: One Key Vlan

    This mode is suggested to be initiated in case of the DHCP conflict resulting from the  wireless router connected privately with the switch. 7.3.1 Configuration Wizard The following is concerned with how to configure the port VLAN of Tenda Web Smart PoE switch and configuration tasks: Steps Configuration Tasks Specification Mandatory.
  • Page 51 VLAN Management 7.3.2.2 View Results of VLAN Division Click VLAN Management > Port VLAN to view the results of VLAN division. - 45 -...

  • Page 52: 802.1Q Vlan

    VLAN Management 7.4 802.1Q VLAN 7.4.1 Configuration Wizard The following is concerned with how to configure 802.1Q VLAN of Tenda Web Smart PoE switch and configuration tasks: Steps Configuration Tasks Specification Mandatory. 7.4.2.1 VLAN Mode Toggle VLAN mode is port VLAN by default.
  • Page 53 VLAN Management 7.4.2.2 VLAN Division This part takes the form of example to describe how to add, delete and modify 802.1Q VLAN. Add 802.1Q VLAN Suppose to add the port 2, 3 to VLAN2. Configuration Steps: Log in the Web administration and go to VLAN Management > 802.1Q VLAN page; Select: Check the before Port No.
  • Page 54 VLAN Management Delete 802.1Q VLAN Suppose to delete the port 3 in the above-mentioned Add 802.1Q VLAN from VLAN2. Configuration Steps: Log in the Web administration and go to VLAN Management > 802.1Q VLAN page; Select: Check the before Port No. and select the port to be set; VLAN List: In the following input box, enter the VLAN ID to be deleted;...
  • Page 55 VLAN Management Modify 802.1Q VLAN Direct modification of 802.1Q VLAN is prohibited. If necessary, please add it again or delete 802.1Q VLAN before another addition as needed. At most 31 groups can be created for 802.1Q VLAN.  Cross-switch VLAN isolation is possible for 802.1Q VLAN. ...
  • Page 56 VLAN Management Parameter setting specification: Header entry Description Click to select the port to be set for 802.1Q VLAN Port Properties. Check the at the top to select all of ports; check the port at the front of the Port No. to select the corresponding one. The default VLAN ID is set for the port, thus giving a default VLAN affiliation to the data package without VLAN Tag.

  • Page 57: Application Scenarios

    VLAN Management Data receiving and processing modes of ports are shown below: Type of Data Data Processing Mode Package Received Receiving Packets will be forwarded to other ports in the corresponding VLAN Tagged Packets according to VID in the Tag. Receiving Packets will be forwarded to other ports in the corresponding VLAN Untagged...
  • Page 58 VLAN Management Networking Diagram Configuration procedures I. Set Switch A Step 1: Switch the VLAN mode to 802.1Q VLAN. 1. Log in the Web administration and then go to VLAN Management page; 2. VLAN mode: Select 802.1Q VLAN; 3. Click - 52 -...
  • Page 59 VLAN Management Step 2: Partition VLAN. 1. Go to the VLAN Management > 802.1Q VLAN page; 2. Select Ports 1 and 5, enter 5 in the input box below VLAN List, and click +Add; 3. Select Ports 1 and 7, enter 7 in the input box below VLAN List, and click +Add. Step 3: Set port properties.
  • Page 60 VLAN Management II. Set Switch B The setting procedure for Switch B is the same as that for Switch A. Setting Verification Employees can access the server for their own department, but not servers for other departments. - 54 -...

  • Page 61: Device Management

    8 Device Management This section helps you enhance the switch’s traffic forwarding capacity and manage the switch efficiently. The following five parts are included: Binding: Perform static MAC address binding of the switch ports. QoS: Provide different service quality for various network applications according to their different requirements.

  • Page 62: Configuring Mac Binding

    Device Management 8.1.2 Configuring MAC Binding Click Device Management to enter the configuration page. Specification of parameter settings: Header entry Description Select a port whose static MAC address binding function needs to be Select port configured. Enter an access device MAC address bound to this port. The switch Static Address 1 supports binding up to three access devices (MAC addresses are...

  • Page 63: Application Scenarios

    Device Management After the settings are finished, click , and the system will automatically display the setting information in the list below. You can view the list and check whether the setting information is correct. Specification of parameters in the display list: Header entry Description Display port numbers of the switch.
  • Page 64 Device Management Enter the user device MAC address "FC4DD4F871CF" in the Static MAC Address 1 column; Click the Binding drop-down menu and select Enable; Click to end the setup. The outcome is shown in the page below. Setting Verification After the settings are finished, only the device with MAC address "FC:4D:D4:F8:71:CF" among all user devices connected to Port 3 can access the higher-level network.

  • Page 65: Qos

    Device Management Device Management > MAC Binding Page; Click the "Select Port" drop-down menu, select "3", Click the "Binding" drop-down menu, and select "Disable"; Click to end the setup. Setting Verification Only the device, with MAC address "FC:4D:D4:F8:71:CF", connected to port 3 of the switch can access the higher-level network.

  • Page 66: Configuring Qos

    Device Management applications such as email and FTP. 2. Strict Priority Mode Strict Priority Queuing is specially designed to meet the demands of critical services or applications. When congestion occurs on the network, the system will ask for service preferentially to reduce response delay. Then under SP algorithm, the port strictly prioritizes packets from higher priority queue over those from lower priority queue.
  • Page 67 Device Management QoS Setting Procedure: QoS Mode Selection: Select a QoS mode. If WRR is selected, you must also set Low weight and High weight. Note that the proportion of High must be greater than that of Low. This series of switches support a proportion of 1-7. Click to finish QoS mode selection;...

  • Page 68: Stp

    Device Management Qos Configuration specification If the QoS mode is SP, set Port 1 to High and Port 2 to Low in Priority. When both ports send packets to the same port at the same time, this port will let packets from Port 1 pass, followed by packets from Port 2.
  • Page 69 Device Management Protocol Data Unit) between each other to exchange information. BPDUs carry the information that is needed for switches to figure out the spanning tree. The network topology is determined by BPDU transmission among devices. There are two types of BPDUs in the original STP specification Configuration BPDU: Used for Spanning Tree computation and spanning tree topology ...
  • Page 70 Device Management LAN, it is the port that forwards BPDUs to the network segment. 5. Path cost The parameter for choosing the link path by STP. By calculating the path cost, STP chooses the better links and blocks the redundant links so as to disbranch the ring-network to form a tree-topological ring-free network.
  • Page 71 Device Management  STP Computing Process 1. Initial Status Initially, each switch regards itself as the root, and generates a configuration BPDU for each port on it as a root, with the root path cost being 0, the ID of the designated bridge being that of the switch, and the designated port being itself.
  • Page 72 Device Management is chosen as the designated port and the BPDU of this port is replaced with the resulting BPDU. The port regularly sends out the resulting BPDU; If the BPDU of this port takes the precedence over the resulting BPDU, the ...

  • Page 73: Global Setting Of Stp

    Device Management approximately 50 seconds, while RSTP need approximately 1 second only). The pre-conditions for implementing rapid status transition of root port and designated port in the RSTP are given below:  Root port: Old root port on the device already stopped forwarding data, and upstream designated port already started forwarding the data.

  • Page 74: Global Setting

    Device Management  Global setting It is used to configure and view the global properties of spanning tree functions of the switch. Parameter specification: Header entry Description Enable/Disable the STP functions of the switch, and directly select the spanning tree mode of switch at enabling: ...

  • Page 75: Loopback Detection

    Device Management Set the priority of the switch. Priority is an important reference to determine whether the switch will be Priority selected to work as root bridge, and switch with higher priority will be selected to work as root bridge under equivalent conditions. The lower the value, the higher the priority.
  • Page 76 Device Management Parameter specification: Header entry Description Enable/Disable the loopback detection function. Loopback After the function is enabled, if the port receives a BPDU message Detection forwarded by the port, the downstream equipment is considered as giving rise to a loop, and the port is also set to Discard status. Enable/Disable the auto-wakeup function.

  • Page 77: Port Setting

    Device Management Hello Time Display the Hello Time value of Root bridge setting. Max Age Display the value of maximum aging time of root bridge setting. Forward Delay Display the value of forwarding delay of root bridge setting. 8.3.2 Port setting The port priority and path cost can be set herein, and the information on the roles and status of switch ports can be inquired.

  • Page 78: Igsp

    Device Management Specification of list parameters: Header entry Description Port Display the serial number of ports of the switch. Display the role of port: Root, Designed, Alternate, Backup and --. “--” Role indicates that the port is not connected or that the STP function of switch is disabled.
  • Page 79 Device Management layer-2multicasting group by snooping the IGMP messages of different types transmitted by host and router; in addition, the multicasting registration on the local switch will not be spread into other switches as a general rule. Only the ports joining the multicasting group can receive the multicasting data stream so as to reduce the network flow and save the network bandwidth.
  • Page 80 Device Management - 74 -...

  • Page 81: Snmp

    Device Management 8.5 SNMP 8.5.1 Overview SNMP (Simple Network Management Protocol) is the network management protocol applied most widely in the current TCP/IP network. Based on the SNMP, a management workstation can remotely manage all network devices supporting such a protocol, including monitoring the network state, modifying the network device configuration, and receiving the network event warnings.
  • Page 82 Device Management  Get operation: SNMP administrator uses the operation to inquire the values of one or more objects of the SNMP agent;  Set operation: SNMP administrator uses the operation to reset the values of one or more object inside the MIB base; ...

  • Page 83: Configure The Snmp

    Device Management 8.5.2 Configure the SNMP 8.5.2.1 Configuration guidance The SNMP configuration tasks of Tenda smart PoE switch series are given below: Configure Procedure Specification tasks Mandatory Enable SNMP functions SNMP agent function of the switch is disabled by default.
  • Page 84 Device Management Set the SNMP Community String On the assumption that read-only group name is to be changed to “Jack”, and read/write group name is to be changed to “Jack 123”. Configuration procedures: Log in to the Web network management of the switch, and then go to Device Management >...
  • Page 85 Device Management Parameter specification: Header entry Description SNMP Enable/Disable the SNMP agent function of the switch. Set the community string. The community string of “read-only” access mode is “public” by default, and the community string of “read/write” access mode is “private” by default. Community The length of a community string shall comprise 1~15 characters, in String...
  • Page 86 Device Management Configuration procedures: Log in to the Web network management of the switch, and then go to Device Management > SNMP > Trap Configuration page; SNMP Trap: Click the drop-down box, and select the Enable; Trap Destination IP: Enter the IP address of SNMP administrator; Click Parameter specification: Header entry...

  • Page 87: Application Scenarios

    Device Management 8.5.3 Application Scenarios Networking requirements  The switch shall be connected to the SNMP administrator through Ethernet, the IP address of switch is 192.168.0.1/24, and the IP address of SNMP administrator is 192.168.0.212/24.  SNMP administrator monitors and manages the switch through SNMP v1 or SNMP v2c, and the switch can aggressively report to the SNMP administrator in case a fault or error takes place.
  • Page 88 Device Management Procedure 2: Allow the switch to aggressively report a fault or error message to the SNMP administrator 1. Go to Device Management > SNMP > Trap Configuration page; 2. SNMP Trap: Click the drop-down box, and select the Enable; 3.
  • Page 89 Device Management II. Configure the SNMP administrator On the SNMP management software of SNMP v1 /v2c version, set the “Read only community string” and “Read & Write community string”, and notice that they shall be kept in line with the switch configuration. Refer to the manual supporting SNMP management software for specific methods.

  • Page 90: Exit

    9 Exit Click the Exit in the left-handed guidance column of the Web network management page to safely exit the Web network management of the switch. - 84 -...

  • Page 91: Configuration Management

    10 Configuration Management To back-up/restore the configuration here, click the Configuration Management to access the page. 10.1 Back up the system configuration information If you have made a lot of configuration on the switch such that it may have a better status or can preferably fulfill the requirements of corresponding scenes, it is recommended to back up the existing configuration, in order to facilitate the troubleshooting and save the time for next configuration.
  • Page 92 switch. Operational procedure: Click the Choose file in the pop window, find and double click the Restore… formerly backed-up configuration file. Click the , the switch imports the configuration file, and the configuration gets valid once rebooting is finished. - 86 -...

  • Page 93: Emission And Safety Statement

    Emission and Safety Statement CE Mark Warning This is a Class A product. In a domestic environment, this product may cause radio interference, in which case the user may be required to take adequate measures. For Pluggable Equipment, the socket-outlet shall be installed near the equipment and shall be easily accessible.
  • Page 94 NOTE: (1) The manufacturer is not responsible for any radio or TV interference caused by unauthorized modifications to this equipment. (2) To avoid unnecessary radiation interference, it is recommended to use a shielded RJ45 cable. - 88 -...

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