Ruijie Networks HS2310 Main Telephone Line Unit User Guide

Ruijie Networks HS2310 Main Telephone Line Unit

Product Information

Specifications:

• Product Model: HS2310-16GH2GT1XS
• Document Version: V1.0
• Release: RGOS 11.4(1)B90

Product Usage Instructions

Web-Based Configuration

• Overview
  The web-based configuration allows users to manage and configure the product through a web interface.

• Web-based Management
  The web-based management provides a user-friendly interface for configuring various settings of the product. Users can access the web management interface by entering the IP address of the product in a web browser.

• Web Management System
  The web management system includes several features for easy configuration:

• Wizard
  The wizard feature provides step-by-step instructions for initial configuration, making it easier for users to set up the product.

• Favorites
  The favorites feature allows users to save frequently accessed settings for quick access. It includes the following sections:

• Home Page
  The home page section of favorites allows users to save and access their preferred home page layout and settings.

• VLAN
  The VLAN section of favorites allows users to save and access their preferred VLAN configurations.

FAQ (Frequently Asked Questions):

• Q: Where can I obtain technical assistance for the product?
  A: You can obtain technical assistance from the following sources:

  • Ruijie Networks Website: https://www.ruijienetworks.com/
  • Technical Support Website: https://ruijienetworks.com/support
  • Case Portal: http://caseportal.ruijienetworks.com
  • Community: http://community.ruijienetworks.com
  • Technical Support Email: [email protected]
  • Skype: [email protected]

• Q: What is G.hn?
  A: G.hn (Gigabit Home Networking) is a technology that allows for ultra-fast and reliable network connectivity over various physical networking mediums in the home, such as power cables, coaxial cables, and twisted pair cables.

• Q: What is a Domain Master (DM)?
  A: A Domain Master (DM) is responsible for the operation of all nodes in a G.hn domain, including device access, bandwidth reservation, registration, and management services for other domains.

• Q: What is an End Point (EP)?
  A: An End Point (EP) refers to the nodes that do not belong to Domain Masters (DMs) in a G.hn domain.

• Q: What is a G.hn access multiplex (GAM)?
  A: A G.hn access multiplex (GAM) is a device that contains multiple DMs and allows multiple EPs to access.

Copyright Statement
Ruijie Networks©2023 Ruijie Networks reserves all copyrights of this document. Any reproduction, excerption, backup, modification, transmission, translation or commercial use of this document or any portion of this document, in any form or by any means, without the prior written consent of Ruijie Networks is prohibited.

Exemption Statement
This document is provided “as is”. The contents of this document are subject to change without any notice. Please obtain the latest information through the Ruijie Networks website. Ruijie Networks endeavors to ensure content accuracy and will not shoulder any responsibility for losses and damages caused due to content omissions, inaccuracies or errors.

Preface

Thank you for using our products. This manual matches the RGOS Release RGOS 11.4(1)B90.

Audience
This manual is intended for:

• Network engineers
• Technical support and servicing engineers
• Network administrators

Obtaining Technical Assistance

• Ruijie Networks Website: https://www.ruijienetworks.com/
• Technical Support Website: https://ruijienetworks.com/support
• Case Portal: http://caseportal.ruijienetworks.com
• Community: http://community.ruijienetworks.com
• Technical Support Email: [email protected]
• Skype: [email protected]

Glossary

• G.hn
  Gigabit Home Networking (G.hn) is defined to operate over ant physical networking medium in the home, such as power cables, coaxial cables and twisted pair cables. G.hn can be operated over existing physical cable to provide end users with ultra-fast and reliable network connectivity.

• DM
  A Domain Master (DM) is responsible for the operation of all nodes in a domain, such as device access, bandwidth reservation, registration, and management service for other domains.

• EP
  End Point (EP) refers to the nodes that don’t belong to DMs in a G.hn domain.

• GAM
  G.hn access multiplex (GAM) refers to the device than contains multiple DMs and allows multiple Eps to access.

Symbols

• Means reader take note. Notes contain helpful suggestions or references.
• Means reader be careful. In this situation, you might do something that could result in equipment damage or loss of data.

Web-Based Configuration

Overview
A user accesses and employs the Web-based management system for a switch using a web browser like Google and Firefox. Web-based management involves two parts: Web server and Web client. A web server is integrated into a device to receive and process requests sent from a client (for example, to read a web file or execute a command request) and returns the processing results. Generally, a Web client refers to a web browser like IE.

• Currently, this file is applicable to only switches.

Web-based Management

Scenario
As shown in the following figure, a user can access an GAM with a browser on a PC to manage and configure the device.

Function Deployment

• Configuration Environment Requirements
  An administrator logs in to the Web-based management system using the web browser on a client to manage the GAM. Generally, a client refers to a PC. It may also be other mobile terminal devices like a laptop.

  • Browser: Google chrome and Firefox browsers are supported. Exceptions such as messy code and format errors may occur when other browsers are used.
  • Resolution: It is recommended that the resolution be set to 1024768, 12801024, or 1920*1080. Exceptions such as font alignment error and format errors may occur after selecting other resolutions.

• GAM Requirements
  The Web service must be enabled for the switch. (The Web service is enabled by default, and is automatically redirected from http to https.) The default username and password are both admin. The default password must be changed after the first login. The password must be formed by uppercase, lowercase and digits. A management IP address must be configured for the GAM. The default management IP address is 192.168.1.200/24.

  • ****Web configuration and CLI configuration can be performed synchronously.
  • ****It is recommended that the write command be executed after CLI configuration is completed. If any web page is opened, please refresh this page to synchronize web and CLI configuration.

• Login
  Type http://X.X.X.X (management IP address) in the address bar of a browser and press Enter to access the login page, as shown in the following figure .

  • ****The default username and password are not displayed by running the show running-config command.
  • You will be required to modify the password if logging in with the default username and password.
    After passing authentication, the home page of the web-based management platform is displayed, as shown in the following figure.
    For details on the Web page, see Web Management System below.

Web Management System

Basic Concepts

• Icons and Buttons on the Web-GUI

• System Operations

  • Standalone Device Panel

  • Panel Operations
    Click to select a port or move the cursor to select multiple ports on the panel to change available port(s) into selected port(s). To add a setting on a selected port, for example, add port description, configure port mirroring, and configure port rate limiting. Selected ports are arranged in the boxes in the lower section of the port panel by slots.

  • Selected Ports

Features
The following table describes the functions in the secondary menu on the left of the Web page.

Wizard
Configure the IP address, subnet mask/IPv6 subnet mask, default gateway address, and DNS server address, and click Save. If the message “Configuration succeeded.” is displayed, the operation is successful.

Favorites

You can access secondary menus through the primary menu Favorites, including Home page, VLAN, Port and Restart.

Home Page
Device configuration, basic port information, and port statistics are displayed on the home page.

VLAN
A Virtual Local Area Network (VLAN) is a logical network created based on a physical network. A VLAN can be categorized into Layer-2 networks of the OSI model. A VLAN has the same properties as a common LAN, except for physical location limitation. Unicast, broadcast and multicast frames of Layer 2 are forwarded and transmitted within a VLAN, keeping traffic isolated. We may define a port as a member of a VLAN, and all terminals connected to this port are parts of this VLAN. You do not need to adjust the network physically when adding, removing and modifying users. Communication among VLANs is realized through Layer-3 devices, as shown in the following figure.

• ****The VLANs supported by Ruijie products comply with the IEEE802.1Q standard. A maximum of 4094 VLANs (VLAN ID 1-4094) are supported, among which VLAN 1 cannot be deleted.

A trunk port can belong to multiple VLANs that receives and sends frames belonging to multiple VLANs. Two tab pages are available on the VLAN page: VLAN Settings and Trunk Port.

• VLAN Settings
  The following figure shows the VLAN Settings page.

  • Adding VLAN
    To add a VLAN, you must input the VLAN ID and input other information as required. Afterwards, click Save. The newly added VLAN is displayed in the VLAN list after the “Add succeeded.” message is displayed.

  • Editing a VLAN
    After clicking Edit in the Action column, information from the corresponding VLAN is displayed on the page. After editing the information, click Save. The “Edit succeeded.” message is then displayed.

  • Deleting a VLAN

  1. Select multiple VLANs from the VLAN list and click Delete Selected VLAN to delete the VLANs in batches, or click Delete in the Action column of a VLAN. Then, the message, “Are you sure you want to delete the VLAN?” is displayed.
  2. After confirming the operation, the message, “Delete succeeded.” is displayed. VLAN 1 is the default VLAN and cannot be deleted.
     ****VLAN 1 is the default management VLAN. This VLAN can only be modified and cannot be deleted. Before changing the IP address of VLAN 1, ensure that the new IP address is reachable. After the change is successful, the web page automatically jumps to the login page and the user must log in again. If the web page does not jump to the login page and a “page not found” message is displayed, it is possible that the IP address is not reachable. In this case, check the network connection.

• Trunk Port
  The following figure shows the Trunk Port page.

  • Adding a Trunk Port
    Select a port on the panel, specify Native VLAN and Allowed VLAN (for example, 3-5, 8, and 10), and click Save. The “Configuration succeeded.” message is displayed. In this case, the newly added trunk port is displayed in the trunk port list. Native VLAN must be set when the Allow VLAN is configured, otherwise, the communication between G.hn ports will be abnormal.

  • Editing a Trunk Port
    Click a certain trunk port in the trunk port list, and then the information of this trunk port is displayed on the page. After editing the information, click Edit. The configuration completes when the “Configuration succeeded.” message is displayed.

  • Deleting a Trunk Port
    After moving the cursor to a specific trunk port in the trunk port list, click Delete. The message, “Are you sure you want to delete the trunk port?” is then displayed. After confirming the operation, a “Delete succeeded.” message is displayed.

  • Deleting Trunk Ports in Batches
    After selecting the trunk ports to be deleted in the trunk port list, click Batch Del. The message, “Are you sure you want to delete the trunk ports?” is displayed. After confirming the operation, a “Delete succeeded.” message is displayed.

Port
A port is a physical entity that is used for connections on the network devices.

• Port Settings

  • Basic Port Settings
    Select the port for configuring, and then select Status, Speed, and Working Mode. “Keep” indicates that the original configuration is retained. During batch setting, you can select “Keep” to implement batch setting for one or two items.

  • Editing a Port
    After you click Edit in the Action column, the information of the corresponding port is displayed on the page. After editing the information, click Save. A “Configuration succeeded.” message is displayed.

  • Adding a SVI Port
    Click Add SVI, enter the VLAN ID, IP address and subnet mask, and click Save. A “Configuration succeeded.” message is displayed.

  • Detail
    Click Detail in the Action column of L2 Port list to check the information of a port, including Port Status, Speed Settings, Actual Speed, Work Mode, Actual Work Mode and Medium.

  • Deleting L3 port
    Click Delete in the Action column of L3 Port list, and click OK in the confirmation window.

• Aggregate Port
  The following figure shows the Aggregate port page.

  • Adding an Aggregate Port
    After specifying Aggregate Port ID and selecting the member port, click Add. A “Configuration succeeded.” message is displayed. The newly added aggregate port is displayed on the panel.

  • Editing an Aggregate Port
    The aggregate ports displayed on the panel are unavailable ports. To edit them, you can click a certain aggregate port in the aggregate port list. Afterwards, the member port becomes a selected port. Click this port to deselect it. Afterwards, you can click Edit to modify the aggregate port.

  • Deleting an Aggregate Port
    After you move the cursor to an aggregate port in the aggregate port list and click Delete, the message, “Are you sure you want to delete the aggregate port?” is displayed. After confirming the operation, the aggregate port becomes an available port on the panel.

  • Deleting Aggregate Ports in Batches
    After you select the aggregate ports to be deleted in the aggregate port list and click Batch Del, an “Are you sure you want to delete the aggregate port?” message is displayed. After you confirm the operation, these aggregate ports become available ports on the panel.

  • ****The port enabled with ARP check, anti-ARP-spoofing, or MAC VLAN and the monitoring port in port mirroring cannot be added to the aggregate port. They are displayed as unavailable ports on the panel. After the cursor is moved to an unavailable port, a message is displayed to indicate that a function has been enabled for the port, so the port is unavailable.

  • ****G.hn ports cannot serve as aggregate ports.

• Port Mirroring
  The following figure shows the Port Mirroring page.
  Initially, the Port Mirroring page is in an edit state because only one mirroring port is allowed to be set on the Web. Two panels are available on the page. The port selected from the upper panel will serve as a source port (mirrored port, multiple mirrored ports are allowed). Only one port can be selected from the lower panel to serve as the destination port (mirroring port). After selecting or modifying a port on the panel, click Save. The “Configuration succeeded.” message is displayed.

  • ****The current port mirroring status is displayed on the panel, which is in edit state. If you do not want to edit a port after modifying it, click Refresh to make the panel display the current status of port mirroring.
  • ****The member port of the aggregate port cannot serve as a destination or source port. A port cannot serve as a destination port and source port at the same time. G.hn ports cannot serve as destination ports.

Restart
The following figure shows the Restart page.

After clicking Restart, the message, “Are you sure you want to restart the device?” is displayed. After confirming the operation, the device is restarted. Restart takes several minutes. Please be patient. The page is refreshed automatically after the device is restarted.

Network

Secondary menus can be accessed through the primary menu Network, including MAC Address and RLDP.

MAC Address
A media access control address (MAC address) of a computer is a unique identifier assigned to network interfaces for communications at the data link layer of a network segment. MAC addresses are used as a network address for most IEEE 802 network technologies, including Ethernet and Wi-Fi. Logically, MAC addresses are used in the media access control protocol sub-layer of the OSI reference model. A static address is a manually configured MAC address. A static address is the same as a dynamic address in terms of functions. However, you can only manually add and delete a static address rather than learn and age out a static address. A static address is stored in the configuration file and will not be lost even if the device restarts. By configuring the static address manually, you can bind the MAC address for the network device with the interface in the MAC address table. A filtering address is a manually configured MAC address. When a device receives the packets from a filtering address, it will directly discard them. You can only manually add and delete a filtering address rather than age it out. A filtering address is stored in the configuration file and will not be lost even if the device restarts. If you want the device to filter some invalid users, you can specify their source MAC addresses as filtering addresses. Consequently, these invalid users cannot communicate with outside through the device. Two tab pages are available on the MAC Address page: Static Address Settings and Filtering Address Settings.

• Static Address Settings

  • Adding a Static Addresses
    To add a static address, input the MAC address, VLAN ID and select a port, and then click Save. The newly added static address is displayed in the address list after the “Configuration succeeded.” message is displayed.

  • Deleting a Static Address

  1. You can select multiple static addresses and click Delete Static Address to delete the addresses in batches.
  2. After clicking Delete in the Action column, the message, “Are you sure you want to delete the static address?” is displayed. After confirming the operation, a “Delete succeeded.” message is displayed.

• Filtering Address Settings  

  • Adding Filtering Address
    To add a filtering address, input the MAC address and VLAN ID, and then click Save. The newly added filtering address is displayed in the address list after a “Configuration succeeded.” message is displayed.

  • Editing Filtering Address
    After clicking Edit in the Action column, the information of the corresponding filtering address is displayed on the page. After editing the information, click Save, the “Configuration succeeded.” message is then displayed.

  • Deleting Filtering Address

  1. You can select multiple filtering addresses and click Delete Filter Address to batch delete addresses.
  2. After you click Delete in the Action column, an “Are you sure you want to delete the filter address?” message is displayed. After you confirm the operation, the “Delete succeeded.” message is displayed.

RLDP
The Rapid Link Detection Protocol (RLDP) achieves rapid detection of unidirectional link failures, directional forwarding failures and downlink loop failures of an Ethernet. When a failure is found, relevant ports will be closed automatically according to failure treatment configuration or the user will be notified to manually close the ports to avoid wrong flow forwarding or an Ethernet layer-2 loop.
****RLDP is not supported on G.hn ports.

• RLDP Settings  

  • Global Configuration
    Enable/Disable RLDP by turning on/off the switch. After setting detection interval and count, click Save. The message, “Configuration succeeded” is displayed.

  • Adding RLDP Ports
    Select detection mode, troubleshooting mode and port. Afterwards, click Save. The newly added RLDP port is displayed in the RLDP port list after the message, “Configuration succeeded.” is displayed.

  • Editing RLDP Ports
    After clicking Edit in the Action column, the information of the corresponding RLDP port is displayed on the page. After editing the information, click Save. An “Edit succeeded.” message is displayed.

  • Deleting RLDP Port

  1. Multiple RLDP ports can be selected from the RLDP port list. Click Delete Selected Port to batch delete RLDP ports.
  2. After clicking Delete in the Action column, the “Are you sure you want to delete the item?” message is displayed. After confirming the operation, the “Delete succeeded.” message is displayed.

Security

Secondary menus are accessed through the primary Security menu that includes Anti-ARP-Attack and Storm Control.

Anti-ARP-Attack
You can check ARP entries and bind static addresses.

• ARP Entries
  • Dynamic Binding > Static Binding
  1. Select multiple entries, and click Dynamic Binding >> Static Binding above the list.
  2. (2) Click Dynamic Binding >> Static Binding in the Action Column.
  • Remove Static Binding
  1. Select multiple entries, and click Remove Static Binding above the list.
  2. Click Remove Static Binding in the Action Column.
  • Manual Binding
  1. Click Manual Binding above the list.
  2. Enter IP and MAC addresses, and click OK. The entry is displayed in the list

Storm Control
When a local area network (LAN) has excess broadcast data flows, multicast data flows, or unknown unicast data flows, the network speed will slow down and packet transmission will have an increased timeout probability. This situation is called a LAN storm. A storm may occur when topology protocol execution or network configuration is incorrect. Storm control can be implemented to limit broadcast data flows, multicast data flows, or unknown unicast data flows. If the rate of data flows received by a device port is within the configured bandwidth threshold, packets-per-second threshold, or kilobits-per-second threshold, the data flows are permitted to pass through. If the rate exceeds the thresholds, excess data flows are discarded until the rate falls within the thresholds. This prevents flood data from entering the LAN causing a storm.
The following figure shows the Storm Control Settings page.

• Adding storm control ports
  To add a storm control port, it is necessary to set at least Broadcast, Unicast, or Multicast. Afterwards, click Save. The newly added storm control port is displayed in the storm control list after a “Configuration succeeded.” message is displayed.

• Editing Storm Control Ports
  After clicking Edit in the Action column, the information of the corresponding storm control port is displayed on the page.
  After editing the information, click Save. The “Configuration succeeded.” message is displayed.

  • Deleting storm control ports
  1. Multiple ports can be selected from the storm control port list. Click Delete Selected Port to batch delete ports.
  2. After clicking Delete in the Action column, the “Are you sure you want to delete the port?” message is displayed. After confirming the operation, the “Delete succeeded.” message is displayed.

Advanced

Port Protection
In some application environments, it is required that communication be blocked between some ports. For this purpose, you can configure some ports as protected ports. After ports are configured as protected ports, protected ports cannot communicate with each other, but can communicate with non- protected ports. Protected ports work in either of the two modes. In the first mode, L2 switching is blocked but routing is allowed between protected ports. In the second mode, both L2 switching and L3 routing are blocked between protected ports. If a protected port supports both modes, the first mode is used by default.
When an aggregate port is configured as a protected port, all its member ports are configured as protected ports. By default, G.hn ports are set to protected ports. It is recommended that you don’t set the G.hn ports to non-protected port. The following figure shows the Port Protect Settings page.

To set a port as a protection port, select a port on the panel and click Save. The “Save succeeded.” message is displayed.

ACL
Access control list (ACL) is also called access list or firewall. The ACL defines rules to determine whether to forward or drop data packets arriving at a network interface.
Time-bases ACLs are Access Lists that enable you to restrict or allow resources based on time periods.

• ACL List
  The following figure shows the ACL List page.

  • Adding ACLs
    To add an ACL, click Add ACL, and perform settings on the displayed page (ACL List is mandatory). Afterwards, click OK. If the “Add succeeded.” message is displayed, the add operation is successful. In this case, the newly added ACL is displayed in the ACL List drop-down list.

  • Deleting ACLs
    Select the ACL to be deleted from the ACL List drop-down list and click Delete ACL.

  • Adding Access Rules
    To add an ACL rule, it is necessary to select the access control type, protocol, effective time, and IP address. Afterwards, click Save. The newly added ACL rule is displayed in the ACL rule list after the “Add succeeded.” message is displayed.

  • Editing Access Rules
    After clicking Edit in the Action column, the information of the corresponding ACL rule is displayed on the page. After editing the information, click Save. The “Edit succeeded.” message is displayed.

  • Deleting Access Rules

  1. Multiple access rules from the ACL rule list can be selected. Click Delete Selected Access Rule to batch delete access rules.
  2. After clicking Delete in the Action column, the “Are you sure you want to delete the access rule?” message is displayed. After confirming the operation, a “Delete succeeded.” message is displayed.
  • Moving Access Rules
    Enter the serial number of the ACL to be moved and click Move. The “Operation succeeded.” message is displayed.

• ACL Time
  The following figure shows the ACL Time page.

  • Adding ACL Time
    To add an ACL time, you must configure Time Object, Day and Time Period. Afterwards, click Save. The newly added ACL time is displayed in the ACL time list after a “Save succeeded.” message is displayed.

  • Editing ACL Time
    After clicking Edit in the Action column, the information of the corresponding ACL time is displayed on the page. After editing the information, click Save. A “Save succeeded.” message is displayed.

  • Deleting ACL Time
    Select multiple time objects in the ACL time list. Click Delete Selected Time Object to batch delete time objects.

• ACL Application
  The following figure shows the ACL Application page.

  • Add ACL Application
    To add an ACL application, it is necessary to set the ACL application time and select ACL, filtration direction, and port. Afterwards, click Save. The newly added ACL application is displayed in the ACL application list after a “Configuration succeeded.” message is displayed.

  • Editing ACL Application
    After clicking Edit in the Action column, the information of the corresponding ACL application is displayed on the page. After editing the information, click Save. The “Configuration succeeded.” message is displayed.

  • Deleting ACL Application

  1. Multiple ports from the ACL application list can be selected. Click Delete Port to batch delete ports.
  2. After clicking Delete in the Action column, the “Are you sure you want to delete the ACL application?” message is displayed. After confirming the operation, the “Delete succeeded.” message is displayed.

QoS
QoS (Quality of Service) is a set of technologies that work on a network to guarantee its ability to offer good-quality network communications. With the QoS configured in the network environment, it increases the predictability of network performance, makes network bandwidth allocation effective, and uses network resources more rationally.

• Class Settings
  The following figure displays the page of Class Settings.

  • Add Class
    Click “Add Class”, and specifies the Class Name and ACL List. Then, click “Save”. If the message “Add Succeeded” message is displayed, the configuration is complete.

  • Delete Class
    Select one or multiple classes to be deleted, and then click Delete Selected Class.
    You also can delete the Delete button in the Action column of a class to be deleted to delete it.

  • Edit Class
    Click the Edit button in the Action column of the class to be edited. After editing it, click Save.

• Policy Settings
  The following figure displays the Policy Settings page.

  • Add a Policy
    Click Add Policy. Then, specify the policy name and click Save. If a “Add Succeeded.” message is displayed, the operation is complete.

  • Delete Policy
    Select the policy to be deleted, and click Delete Policy.

  • Add Policy Rule
    Click Add Policy Rule to add a rule for a policy. Specify the policy name, bandwidth, burst traffic, limit violation disposal and class list, and then click Save.

  • Delete Policy Rule
    Click the policy rule to be deleted, and then click Delete Selected Rule .

• Flow Settings
  The following page displays the Flow Settings.

  • Add Ports
    Click Add Port to apply a policy to the port. Then, specify the rate-limiting direction, the trust mode, the policy list and select the port to which the policy is applied. Afterwards, click Save.

  • Delete Ports
    Click the ports to be deleted, and click Delete Selected Port to delete the port to which the policy is applied.

System

The system management page allows you to perform system settings, system upgrade and configuration management and configure administrator permissions.

System Settings
Five tab pages are available on the system setting page: System Time, Password, Restart, Reset, Web Access Control and SNMP.

• System time
  The network device system clock records the time of events on the device. For example, the time shown in system logs is obtained from the system clock. Time is recorded in the format of year-month-day, hour:minute:second, day of the week. When you use a network device for the first time, set its system clock to the current date and time manually.
  The following figure shows the System Time page.
  The current system time is displayed on the page. Current system time can be set manually. Alternatively, you can select Automatically synchronize with an Internet time server for setting the time. Afterwards, click Save. The “Configuration succeeded.” message is displayed.
  ****When the management IP address changes, you must ensure that the new IP address is reachable. Otherwise, you cannot login to the Web-based management system.

• Password
  The following figure shows the Password page.

  • Modifying the Web-based NMS Password
    To modify a Web user password, input the old password and input the new password twice. When an incorrect old password is inputted, the “Incorrect old password” message is displayed in red. In this case, input a correct old password and click Save.
    ****When you change the Web management password, the enable password is changed accordingly by default.

• Restore Factory Settings
  The following figure shows the Reset page.

  • Importing/Exporting Configurations
    Configurations can be imported to modify the device configurations. Restart the device for the new configuration to install. The current configuration can be exported as a backup.

  • Restoring Factory Settings
    Click Restore Factory Settings to restore the current configuration to factory settings.

• Web Access Control
  The following figure shows the Web Access Control page.
  Specify Web Access Port (mandatory) and specify Login Timeout and Device Location as required. Afterwards, click Save. The “Configuration succeeded.” message is displayed.

• SNMP
  The Simple Network Management Protocol (SNMP) is by far the dominant protocol in network management. This Protocol (SNMP) was designed to be an easily implementable, basic network management tool that could be used to meet network management needs. It is named Simple Network Management Protocol as it is really easy to understand. A key reason for its widespread acceptance, besides being the chief Internet standard for network management, is its relative simplicity. There are different versions of SNMP, such as SNMP V1, SNMP V2c, and SNMP V3.
  The following figure shows the SNMP page.
  On this page, SNMP Version, Device Location, SNMP Password, and Trap Password are mandatory and other parameters are optional. After setting, click Save. The “Configuration succeeded.” message is displayed.

System Upgrade

• Local Upgrade
  The following figure shows the local Upgrade page.
  Click file…, select a bin file stored locally, and click Upgrade to start local upgrade.

System Logging
Status changes (such as link up and down) or abnormal events may occur anytime. Ruijie products provide the syslog mechanism to automatically generate messages (log packets) in fixed format upon status changes or occurrence of events. These messages are displayed on the related windows such as the Console or monitoring terminal, recorded on media such as the memory buffer or log files, or sent to a group of log servers on the network so that the administrator can analyze network performance and identify faults based on these log packets. Log packets can be added with the timestamps and sequence numbers and classified by severity level so that the administrator can conveniently read and manage log packets.
Two tab pages are available on the system log page: Log Server Settings and Display System Log.

• Log Server Settings
  The following figure shows the Log Server Settings page.
  Set various parameters such as Server IP Address and Logging Level. The device sends the SYSLOG log to the corresponding server after the configuration is complete.

• Display System Log
  The following figure shows the Display System Log page.
  The current log information is displayed in the text box. Click Update Log to refresh log information.

Network Detection
Three tab pages are available on the network connection detection page: Ping, Tracert, and Collection.

• Ping
  The ping tool sends an Internet Control Message Protocol (ICMP) Request message to the destination host to request for an ICMP Echo Reply message. In this way, the ping tool determines the delay and the connectivity between the two network devices.
  The following figure shows the Ping page.
  Input the destination IP address and click Detect. The detection result is then displayed in the text box.

• Tracert
  The tracert tool sends ICMP (Internet Control Message Protocol) massages to the destination hots to request a ICMP Echo Reply messages to identify all next hops of two devices.

• Collection
  Click One-click Collection to collect the fault information for troubleshooting.

Web CLI
The page simulates the CLI. Enter CLI commands, and press enter or click Send. Tab completion and “?” command are supported.

Document Version: V1.0
Date: 2023.12.08
Copyright © 2023 Ruijie Networks

References

• csm
• csm
• ruijienetworks
• ruijienetworks
• Support Center - Ruijie Reyee
• Ruijie Networks | Network Devices and Solutions Provider

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