Ruijie RG-RAP Series Access Points User Guide
- June 12, 2024
- RuiJie
Table of Contents
RG-RAP Series Access Points
Product Information
The Ruijie Reyee RG-RAP Series Access Points, running on ReyeeOS
1.249, is a web-based configuration guide for network engineers,
technical support and servicing engineers, and network
administrators. The product is developed and owned by Ruijie
Networks, a company that holds trademarks including [insert
trademarks here].
Please note that the products, services, or features mentioned
in this document may not be applicable to your purchase or use as
they are subject to commercial contracts and terms. Ruijie Networks
does not make any express or implied statements or guarantees about
the content of this document unless otherwise agreed in the
contract.
This manual is for reference only, and Ruijie Networks strives
for content accuracy. However, Ruijie Networks will not be
responsible for any losses or damages caused by content omissions,
inaccuracies, or errors.
Product Usage Instructions
Configuration Environment Requirements
To configure the Ruijie Reyee RG-RAP Series Access Points, you
will need the following:
- A PC
For detailed instructions on configuring the access points,
please refer to the following resources:
-
Technical support Email: service_rj@ruijienetworks.com
GUI Symbols
The GUI symbols used in this document are described as
follows:
| Symbol | Description | Example |
|---|---|---|
| Boldface | Button names, window names, tab names, field names, and menu | |
| items | Click OK. Select Config Wizard. Click the Download File |
link.
| Multi-level menu items| Select System > Time.
Signs
The signs used in this document are described as follows:
-
Warning: An alert that calls attention to
important rules and information that, if not understood or
followed, can result in data loss or equipment damage. -
Caution: An alert that calls attention to
essential information that, if not understood or followed, can
result in function failure or performance degradation. -
Note: An alert that contains additional or
supplementary information that, if not understood or followed, will
not lead to serious consequences. -
Specification: An alert that contains a
description of product or version support.
This manual introduces the product model, port type, and CLI for
your reference. If there is any discrepancy or inconsistency
between the manual and the actual version, the actual version
prevails.
Contents
Refer to the manual for the detailed content.
Ruijie Reyee RG-RAP Series Access Points ReyeeOS 1.249
Web-based Configuration Guide
Document Version: V1.0 Date: 2023-06-26 Copyright © 2023 Ruijie Networks
Copyright
Copyright © 2023 Ruijie Networks All rights are reserved in this document and
this statement. 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.
Trademarks including
,
are owned by Ruijie Networks.
All other trademarks or registered trademarks mentioned in this document are owned by their respective owners.
Disclaimer
The products, services, or features you purchase are subject to commercial
contracts and terms. Some or all of the products, services or features
described in this document may not be within the scope of your purchase or
use. Unless otherwise agreed in the contract, Ruijie Networks does not make
any express or implied statement or guarantee for the content of this
document.
Due to product version upgrades or other reasons, the content of this document
will be updated from time to time. Ruijie Networks reserves the right to
modify the content of the document without any notice or prompt.
This manual is for reference only. 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
Intended Audience
This document is intended for: Network engineers Technical support and
servicing engineers Network administrators
Technical Support
Official website of Ruijie Reyee:
https://www.ruijienetworks.com/products/reyee Technical support website:
https://ruijienetworks.com/support Case portal:
https://caseportal.ruijienetworks.com Community:
https://community.ruijienetworks.com Technical support Email:
service_rj@ruijienetworks.com
Conventions
1. GUI Symbols
Interface symbol
Description
Example
Boldface
1. Button names 2. Window names, tab name, field name and menu items 3. Link
1. Click OK. 2. Select Config Wizard. 3. Click the Download File link.
Multi-level menus items
Select System > Time.
2. Signs The signs used in this document are described as follows:
Warning An alert that calls attention to important rules and information that if not understood or followed can result in data loss or equipment damage.
Caution An alert that calls attention to essential information that if not understood or followed can result in function failure or performance degradation.
Note An alert that contains additional or supplementary information that if
not understood or followed will not lead to serious consequences.
I
Specification An alert that contains a description of product or version
support. 3. Note This manual introduces the product model, port type and CLI
for your reference. In case of any discrepancy or inconsistency between the
manual and the actual version, the actual version prevails.
II
Contents
Preface ……………………………………………………………………………………………………………………………….. I 1 Fast Internet
Access………………………………………………………………………………………………………….. 1
1.1 Configuration Environment Requirements …………………………………………………………………….. 1
1.1.1 PC …………………………………………………………………………………………………………………. 1
1.2 Default Configuration ………………………………………………………………………………………………….. 1 1.3 Login
to Eweb ……………………………………………………………………………………………………………. 1
1.3.1 Connecting to the Access Point …………………………………………………………………………. 1 1.3.2
Configuring the IP Address of the Management Client …………………………………………. 2 1.3.3
Logging in to the Web Page ……………………………………………………………………………… 2 1.4 Work
Mode…………………………………………………………………………………………………………………3 1.4.1 AP
Mode………………………………………………………………………………………………………….3 1.4.2 Router Mode
…………………………………………………………………………………………………… 3 1.4.3 Wireless Repeater Mode
…………………………………………………………………………………..3 1.5 Configuration Wizard (Router
Mode)……………………………………………………………………………..4 1.5.1 Getting Started
………………………………………………………………………………………………… 4 1.5.2 Configuration Steps
…………………………………………………………………………………………. 5 1.6 Configuration Wizard (AP
Mode)…………………………………………………………………………………..7 1.6.1 Getting Started
………………………………………………………………………………………………… 7 1.6.2 Configuration Steps
…………………………………………………………………………………………. 7 1.7 Configuration Wizard (Wireless
Repeater Mode)…………………………………………………………….8 1.7.1 Getting Started
………………………………………………………………………………………………… 8 1.7.2 Configuration Steps
…………………………………………………………………………………………. 8 1.8 Introduction to the Eweb
GUI……………………………………………………………………………………… 10
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1.8.1 Single Management Webpage ………………………………………………………………………… 10 1.8.2 Dual
Management Webpages …………………………………………………………………………. 12 2 Network Monitoring
…………………………………………………………………………………………………………. 15 2.1 Viewing the Network
Information ………………………………………………………………………………… 15 2.2 Adding Network
Devices…………………………………………………………………………………………….17 2.2.1 Wired Connection
…………………………………………………………………………………………..17 2.2.2 AP Mesh
……………………………………………………………………………………………………….. 19 2.3 Managing Network Devices
……………………………………………………………………………………….. 28 2.4 Configuring Network Planning
……………………………………………………………………………………. 30 2.4.1 Configuring Wired
VLAN………………………………………………………………………………….30 2.4.2 Configuring Wi-Fi
VLAN…………………………………………………………………………………..32 2.5 Troubleshooting Fault
Alerts……………………………………………………………………………………….34 3 Wi-Fi Network
Settings…………………………………………………………………………………………………….. 36 3.1 Configuring AP Groups
……………………………………………………………………………………………… 36 3.1.1 Overview
………………………………………………………………………………………………………. 36 3.1.2
Procedures…………………………………………………………………………………………………….36 3.2 Configuring SSID and
Wi-Fi Password ………………………………………………………………………..38 3.3 Hiding the SSID
……………………………………………………………………………………………………….. 39 3.3.1 Overview
………………………………………………………………………………………………………. 39 3.3.2 Configuration Steps
……………………………………………………………………………………….. 39 3.4 Checking Wireless Clients
………………………………………………………………………………………….40 3.5 Configuring Wi-Fi
Band………………………………………………………………………………………………42 3.6 Configuring Band
Steering…………………………………………………………………………………………. 42 3.7 Configuring Wi-Fi 6
……………………………………………………………………………………………………43
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3.8 Configuring Layer-3 Roaming……………………………………………………………………………………..44 3.9
Configuring AP Isolation ……………………………………………………………………………………………. 45 3.10 Adding a
Wi-Fi Network ……………………………………………………………………………………………46 3.11 Configuring a Guest
Wi-Fi ………………………………………………………………………………………..47
3.11.1 Overview …………………………………………………………………………………………………….. 47 3.11.2
Configuration Steps……………………………………………………………………………………….47 3.12 Configuring Wi-Fi
Blacklist or Whitelist……………………………………………………………………….48 3.12.1 Overview
…………………………………………………………………………………………………….. 48 3.12.2 Configuration Steps
……………………………………………………………………………………… 48 3.13 Optimizing Wi-Fi Network
…………………………………………………………………………………………50 3.13.1 Overview
…………………………………………………………………………………………………….. 50 3.13.2 Getting Started
…………………………………………………………………………………………….. 50 3.13.3 Optimizing the Radio Channel
……………………………………………………………………….. 51 3.13.4 Optimizing the Channel Width
………………………………………………………………………..52 3.13.5 Optimizing the Transmit
Power……………………………………………………………………….53 3.13.6 Configuring the Kick-off Threshold
………………………………………………………………….54 3.13.7 Configuring the Client
Limit…………………………………………………………………………….55 3.13.8 Configuring the Roaming
Sensitivity………………………………………………………………..55 3.13.9 Configuring WIO
…………………………………………………………………………………………..56 3.13.10 Configuring Wi-Fi Roaming
Optimization (802.11k/v) ………………………………………57 3.14 Configuring Healthy Mode
……………………………………………………………………………………….. 58 3.15 Configuring XPress
…………………………………………………………………………………………………. 59 3.16 Configuring Wireless Schedule
…………………………………………………………………………………60 3.17 Enabling Reyee
Mesh………………………………………………………………………………………………61
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3.18 Configuring AP Load Balancing…………………………………………………………………………………61 3.18.1
Overview …………………………………………………………………………………………………….. 61 3.18.2 Configuring Client
Load Balancing …………………………………………………………………. 62 3.18.3 Configuring Traffic Load
Balancing………………………………………………………………….63
4 Network Settings …………………………………………………………………………………………………………….. 65 4.1
Switching Work Mode ………………………………………………………………………………………………..65 4.1.1 Work
Mode…………………………………………………………………………………………………….65 4.1.2 Self-Organizing Network
Discovery ………………………………………………………………….. 65 4.1.3 Configuration Steps
……………………………………………………………………………………….. 65 4.1.4 Viewing Device Role
………………………………………………………………………………………. 67 4.2 Configuring Internet Type
………………………………………………………………………………………….. 67 4.3 Configuring LAN Port
………………………………………………………………………………………………… 68 4.4 Configuring Repeater
Mode……………………………………………………………………………………….. 69 4.4.1 Wired
Repeater………………………………………………………………………………………………69 4.4.2 Wireless Repeater
………………………………………………………………………………………….70 4.5 Creating a VLAN
………………………………………………………………………………………………………. 72 4.6 Configuring Port VLAN
……………………………………………………………………………………………… 74 4.7 Changing MAC Address
……………………………………………………………………………………………. 76 4.8 Changing MTU
…………………………………………………………………………………………………………. 77 4.9 Configuring DHCP
Server…………………………………………………………………………………………..77 4.9.1 DHCP Server
………………………………………………………………………………………………… 77 4.9.2 Configuring the DHCP Server
Function……………………………………………………………..77 4.9.3 Displaying Online DHCP
Clients……………………………………………………………………….79 4.9.4 Displaying the DHCP Static IP
Address List ………………………………………………………. 79
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4.10 Link Aggregation …………………………………………………………………………………………………….. 80 4.11
Configuring DNS …………………………………………………………………………………………………….. 80 4.12 Hardware
Acceleration ……………………………………………………………………………………………. 81 4.13 Configuring Port
Flow Control ………………………………………………………………………………….. 81 4.14 Configuring ARP Binding
…………………………………………………………………………………………. 82 4.15 Configuring LAN Ports
…………………………………………………………………………………………….. 83 5 System Settings
……………………………………………………………………………………………………………… 85 5.1 PoE
………………………………………………………………………………………………………………………… 85 5.2 PoE Settings
……………………………………………………………………………………………………………. 85 5.3 Setting the Login Password
……………………………………………………………………………………….. 86 5.4 Setting the Session Timeout
Duration …………………………………………………………………………. 87 5.5 Setting and Displaying System
Time……………………………………………………………………………87 5.6 Configuring Reboot
…………………………………………………………………………………………………… 89
5.6.1 Rebooting the Current Device …………………………………………………………………………. 89 5.6.2
Rebooting All Devices in the Network………………………………………………………………..89 5.6.3
Rebooting the Specified Device……………………………………………………………………….. 90 5.7 Configuring
Scheduled Reboot……………………………………………………………………………………91 5.7.1 Configuring Scheduled
Reboot for the Current Device ……………………………………….. 91 5.8 Configuring Backup and
Import ………………………………………………………………………………….. 92 5.9 Restoring Factory Settings
………………………………………………………………………………………… 93 5.9.1 Restoring the Current Device to
Factory Settings ………………………………………………. 93 5.9.2 Restoring All Devices to Factory
Settings………………………………………………………….. 94 5.10 Performing Upgrade and Checking
System Version…………………………………………………….94 5.10.1 Online
Upgrade…………………………………………………………………………………………….94
v
5.10.2 Local Upgrade………………………………………………………………………………………………95 5.11 Switching
System Language ……………………………………………………………………………………. 95 5.12 Configuring LED
Status Control ……………………………………………………………………………….. 96 6 Network Diagnosis Tools
………………………………………………………………………………………………….. 97 6.1 Network
Check………………………………………………………………………………………………………….97 6.2 Network Tools
………………………………………………………………………………………………………….. 98 6.3 Alarms
…………………………………………………………………………………………………………………….. 99 6.4 Fault Collection
………………………………………………………………………………………………………. 100 7
FAQs……………………………………………………………………………………………………………………………. 102 7.1 Login Failure
………………………………………………………………………………………………………….. 102 7.2 Factory Setting Restoration
……………………………………………………………………………………… 102 7.3 Password
Loss………………………………………………………………………………………………………..102
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1 Fast Internet Access
1.1 Configuration Environment Requirements
1.1.1 PC
Browser: Google Chrome, Internet Explorer 9.0, 10.0, and 11.0, and some
Chromium/Internet Explorer kernel-based browsers (such as 360 Extreme
Explorer) are supported. Exceptions such as garble or format error may occur
if an unsupported browser is used.
Resolution: 1024 x 768 or a higher resolution is recommended. If other
resolutions are used, the page fonts and formats may not be aligned, the GUI
is less artistic, or other exceptions may occur.
1.2 Default Configuration
Table 1-1 Default Web Configuration Item IP address
Username/Password
Default 10.44.77.254 A username is not required when you log in for the first time. The default password is admin.
1.3 Login to Eweb
1.3.1 Connecting to the Access Point
You can open the management page and complete Internet access configuration
only after connecting a client to the access point in either of the following
ways: Wired Connection Connect a local area network (LAN) port of the access
point to the network port of the PC, and set the IP address of the PC. See
Configuring the IP Address of the Management Client. Wireless Connection On a
mobile phone or laptop, search for wireless network @Ruijie-SXXXX (XXXX is the
last four digits of the MAC address of each device). In this mode, you do not
need to set the IP address of the management Client, and you can skip the
operation in Configuring the IP Address of the Management Client.
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1.3.2 Configuring the IP Address of the Management Client
Configure an IP address for the management client in the same network segment
as the default IP address of the device (The default device IP address is
10.44.77.254, and the subnet mask is 255.255.255.0.) so that the management
client can access the device. For example, set the IP address of the
management client to 10.44.77.100.
Caution
Make sure that the client can access the Eweb system as long as it can ping
the access point. The IP address of the management client cannot be set to
10.44.77.253, because this IP address is
reserved by the device. If the management client uses this IP address, it
cannot access the device.
1.3.3 Logging in to the Web Page
(1) Enter the IP address (10.44.77.254 by default) of the access point in the
address bar of the browser to open the login page. Note
If the static IP address of the device is changed, or the device obtains a new
dynamic IP address, the new IP address can be used to access the web
management system of the device as long as the management client and the
device are in the same network segment of a LAN.
(2) On the web page, enter the password and click Log In to enter the web
management system.
You can use the default password admin to log in to the device for the first
time. For security purposes, you are advised to change the default password as
soon as possible after logging in, and to regularly update your password
thereafter.
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If you forget the IP address or password, hold down the Reset button on the device panel for more than 5 seconds when the device is connected to the power supply to restore factory settings. After restoration, you can use the default IP address and password to log in.
Caution Restoring factory settings will delete the existing configuration and you are required to configure the device again at your next login. Therefore, exercise caution when performing this operation.
1.4 Work Mode
The device can work in the router mode, AP mode or wireless repeater mode. The
displayed system menu page and function ranges vary with the work mode. The
RAP works in the AP mode by default. If you want to switch the work mode, see
Switching Work Mode.
1.4.1 AP Mode
The device performs L2 forwarding and does not support the DHCP address pool
function. In AP mode, the device often networks with devices supporting the
routing function. IP addresses of downlink wireless clients are assigned and
managed by the uplink device (supporting the DHCP address pool) of the AP in a
unified manner, and the AP only transparently transmits data.
1.4.2 Router Mode
The device supports NAT routing and forwarding. The addresses of wireless
clients can be assigned by the AP and wireless network data is routed and
forwarded by the AP. NAT is supported in this mode. When an AP works in the
router mode, it supports device networking, network-wide configuration, and
AP-specific radio functions. There are three Internet types available: PPPoE,
DHCP mode and static IP address mode. You can connect the device to an
Ethernet cable or an upstream device.
Caution After switching to the router mode, the device’s LAN IP address will
change to 192.168.120.1. Please obtain an IP address automatically for your
management client and enter 10.44.77.254 into the address bar of the browser
to log in to Eweb again.
1.4.3 Wireless Repeater Mode
The device does not support the routing and DHCP server functions in the
wireless repeater mode. IP addresses of the clients are assigned and managed
by the primary router. On an available network, the device can be connected to
the primary router through wireless connection to expand the Wi-Fi coverage
and increase the number of LAN ports and wireless access devices.
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1.5 Configuration Wizard (Router Mode)
Fast Internet Access
Upon first login, you can perform quick configuration procedures to configure the Internet type, Wi-Fi network and management password.
1.5.1 Getting Started
(1) Connect the device to a power supply and connect the port of the device to
an upstream device with an Ethernet cable. Or you can connect an Ethernet
cable to the device.
(2) Configure the Internet connection type according to requirements of the
local Internet Service Provider (ISP). Otherwise, the Internet access may fail
due to improper configuration. You are advised to contact your local ISP to
confirm the Internet connection type: Figure out whether the Internet
connection type is PPPoE, DHCP mode, or static IP address mode. In the PPPoE
mode, a username, a password, and possibly a service name are needed. In the
static IP address mode, an IP address, a subnet mask, a gateway, and a DNS
server need to be configured.
(3) The device works in the AP mode by default. If you want to switch the work
mode to the router mode, perform the configuration on the work mode setting
page. See Switching Work Mode for more details.
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1.5.2 Configuration Steps
Fast Internet Access
1. Add a Device to Network
You can manage and configure all devices in the network in batches by default.
Please verify the device count and network status before configuration.
Note New devices will join in a network automatically after being powered on.
You only need to verify the device count.
If a new device is detected not in the network, click Add to My Network and enter its management password to add the device manually.
2. Creating a Network Project Click Start Setup to configure the Internet
connection type, Wi-Fi network and management password. (1) Network Name:
Identify the network where the device is located. (2) Internet: Configure the
Internet connection type according to requirements of the local Internet
Service
Provider (ISP). DHCP: The access point detects whether it can obtain an IP
address via DHCP by default. If the access
point connects to the Internet successfully, you can click Next without
entering an account. PPPoE: Click PPPoE, and enter the username, password, and
service name. Click Next.
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Static IP: Enter the IP address, subnet mask, gateway, and DNS server, and
click Next. (3) SSID and Wi-Fi Password: The device has no Wi-Fi password by
default, indicating that the Wi-Fi network
is an open network. You are advised to configure a complex password to enhance
the network security. (4) Management Password: The password is used for
logging in to the management page. (5) Country/Region: The Wi-Fi channel may
vary from country to country. To ensure that a client searches for
a Wi-Fi network successfully, you are advised to select the actual country or
region. (6) Time Zone: Set the system time. The network time server is enabled
by default to provide the time service.
You are advised to select the actual time zone.
Click Create Network & Connect. The device will deliver the initialization and check the network connectivity. 6
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The device can access the Internet now. Bind the device with a Ruijie Cloud
account for remote management. Follow the instruction to log in to Ruijie
Cloud for further configuration.
Note If your device is not connected to the Internet, click Exit to exit the
configuration wizard. Please log in again with the new password if you change
the management password.
1.6 Configuration Wizard (AP Mode)
1.6.1 Getting Started
Power on the device and connect the device to an upstream device. Make sure
that the device can access the Internet.
1.6.2 Configuration Steps
The device obtains the IP address through the DHCP by default. Configure the
SSID, Wi-Fi password and management password. The default Internet connection
type is DHCP mode. You are advised to use the default value.
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1.7 Configuration Wizard (Wireless Repeater Mode)
Fast Internet Access
1.7.1 Getting Started
Before configuring the wireless repeater mode, configure the primary router
and test that the primary router can access the Internet.
Place the device where it can discover at least two-bar Wi-Fi signal of the
primary router.
Caution No Ethernet cable is required in the wireless repeater mode. The
wireless network stability can be
affected by many factors. Therefore, the wired connection is recommended.
1.7.2 Configuration Steps
(1) Connect the device to a power supply without connecting an Ethernet cable
to the uplink port, and click Start Setup.
(2) If you see a dialogue box indicating that the Ethernet cable is not
connected to the WAN port, click Wireless Repeater.
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(3) Select the primary router SSID that requires expanding the Wi-Fi coverage, enter the Wi-Fi password of the primary router, and click Next.
(4) Set the SSID and password and click Save. Then, the Wi-Fi network will be restarted. 9
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1.8 Introduction to the Eweb GUI
To facilitate flexible device management, the Web page displays different
system configuration menus in different work modes. For details about the work
mode, see Switching Work Mode. As to the RG-RAP2260(G), RG-RAP2260(E), RG-
RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-
RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RGRAP6262 models, please refer
to Dual Management Webpages. As to other RAP models, please refer to Single
Management Webpage.
Note When the self-organizing network is enabled, the Eweb GUI is subject to
the master device in the network. If the master device supports the dual
management webpages, the slave device also displays the dual management
webpages.
1.8.1 Single Management Webpage
1. Network-wide Management The device works in self-organizing network mode
by default. The Web page displays the network-wide management menu on the left
side, in which you can check the current status of all devices in the network,
and modify network-wide configuration, including global Wi-Fi network
management configuration (APs and Wi-Fi), routing management configuration (if
routers exist in the network), switch management configuration, and network-
wide management configuration (time, password, network-wide reboot, and other
system settings).
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2. Standalone Management
If a device is in self-organizing network mode, click the name of the
currently logged in device or click Manage of a specified device in the device
list to configure and manage the device.
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If a device is in standalone mode, you can configure and manage only the currently logged in device. The Web page displays the function configuration menu of a single device on the left side.
1.8.2 Dual Management Webpages
1. Introducing the Management Mode If the self-organizing network is disabled
(The function is enabled by default. See Switching Work Mode for details.),
the device works in the local device mode displayed on the Web page.
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If the self-organizing network is enabled, the device can work in the network
mode and the local device mode. The two modes can be switched on the Web page.
Network mode: View the management information of all devices in the network,
and configure all devices
based on network management. Local Device mode: Only configure the currently
logged in devices.
Network mode webpage
Local Device mode webpage 13
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2. Switching the Management Mode
Click the current management mode in the navigation bar, and select the mode
in the drop-down box to switch the work mode of the device.
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2 Network Monitoring
Network Monitoring
Note The functions mentioned in this chapter are only applicable to such models as RG-RAP2260(G), RGRAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG- RAP2260(H), RG-RAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG- RAP2260, RG-RAP1260 and RG-RAP6262.
In Network mode, select
Overview.
The Overview webpage displays the current network topology, real-time uplink and downlink flow, networking status, and the number of users. The quick access to network and device settings is also provided on the Overview webpage. Users can monitor, configure and manage the network status on the current page.
2.1 Viewing the Network Information
You can view the online device, port ID, device SN as well as the real-time
uplink and downlink flow in the network topology.
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Network Monitoring
Click the flow data and view the real-time flow.
Click the device in the topology to view the operating status and configuration of the device and configure
the device functions. The hostname is set to the product model by default. You can click hostname.
to modify the
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Network Monitoring
The update time of the topology is displayed at the bottom left corner. Click
Refresh to update the topology to the latest status. Please wait for a few
minutes for the update.
2.2 Adding Network Devices
2.2.1 Wired Connection
(1) If a new device is connected to the device in the network through wired
connection, a prompt message will pop up, indicating that a device not in SON
(Self-Organizing Network) is discovered. The number (in orange) 17
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of devices that are not in SON is displayed under the Devices at the top left corner of the page. Click Manage to add the device to the current network.
(2) Go to the Network List page, click Other Network to select the target
device and click Add to My Network.
If the target device is not configured yet, you can add the device directly
without a password. If the device is configured with a password, please enter
the management password of the device. If the password is incorrect, the
device cannot be added to the network.
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Network Monitoring
2.2.2 AP Mesh
Note This function is not supported by RG-RAP1200(F), and RG-RAP2200(F).
1. Overview After being powered on and enabled with Mesh (see 3.17 Enabling
Reyee Mesh for details), a Mesh-capable new AP can be paired with other Mesh-
capable wireless devices on the target network through multiple ways. Then the
AP will be synchronized its Wi-Fi configuration with other devices
automatically. Mesh networking addresses pain points such as complex wireless
networking and cabling. A new AP can be connected to any uplink wireless
device among AP, EG router, and EGW router in the following ways: Button-based
pairing: Short press the Mesh button on the EGW router on the target network
to implement
fast pairing of the AP with the EGW router. Search-based pairing: Log in to
the Eweb of a device on the target network. Search and add APs to be paired.
Wired pairing: Connect the new AP to a wireless device on the target network
using an Ethernet cable. The
new AP will go online on the target network. After pairing finishes, the new
AP obtains the wireless backhaul information from network-wide neighboring
APs. Install the new AP as planned, and it will connect to the optimal
neighboring AP.
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Start
Network Monitoring
Button
Button-based Pairing (Uplink Device is EGW)
Pairing Mode?
Wired Connection
Eweb-based Scanning
Search-based Pairing (Uplink Device is AP/EGW)
Wired Pairing (Uplink Device is
AP/EG/EGW)
Verify AP Connection
Install AP
Verify Mesh Networking
Finish
3. Configuration Steps for Button-based Pairing (Uplink Device is an EGW
Router)
Caution Only EG105GW-X and EG105GW(T) support button-based pairing and each
router can be paired with up
to 15 new APs. The new AP must be in factory status. It can be scanned only
when the live network is enabled with Mesh (see Enabling Reyee Mesh for
details). Place the new AP no more than 2 meters away from the uplink device
to ensure that the new AP can
receive the Wi-Fi signal from the uplink device. The new AP may fail to be
scanned due to the long distance or obstacles between it and the uplink
device.
(1) Power on the new AP and place it near the EGW router on the target network.
(2) Press and hold the Mesh button
on the EGW router for no more than two seconds to start pairing.
The pairing process takes about one minute.
(3) Check the topology on the Overview page to make sure that the new AP has connected to the uplink device in wireless mode.
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(4) Power off the new AP and install it as planned. (5) Log in to the Eweb of a device on the target network. In Network mode, choose Devices > AP. Make sure
that the new AP is online and the corresponding entry contains icon
in the Relay
Information column. The icon indicates that wireless backhaul is performed through the 5 GHz radio.
Click View Details following the RSSI.
icon to obtain information about the uplink device and
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4. Configuration Steps for Search-based Pairing (Uplink Device is an AP or
EGW Router) Caution
The new AP must be in factory status. It can be scanned only when the live
network is enabled with Mesh (see Enabling Reyee Mesh for
details). Place the new AP no more than 2 meters away from the uplink device
to ensure that the new AP can
receive the Wi-Fi signal from the uplink device. The new AP may fail to be
scanned due to the long distance or obstacles between it and the uplink
device. (1) Power on the new AP and place it near the AP or EGW router on the
target network. (2) Log in to the Eweb of a device on the target network. In
Network mode, click +AP in the upper right corner of the Overview page to scan
the APs in other networks not plugged in with Ethernet cables.
(3) Select the APs to be added and click Add to My Network. No more than eight
APs are allowed at a time. Wait until network merging finishes. 22
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(4) Check the topology on the Overview page to make sure that the new AP has
connected to the uplink device in wireless mode.
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(5) Power off the new AP and install it as planned. (6) Log in to the Eweb of a device on the target network. In Network mode, choose Devices > AP. Make sure
that the new AP is online and the corresponding entry contains icon
in the Relay
Information column. The icon indicates that wireless backhaul is performed through the 5 GHz radio.
Click View Details following the RSSI.
icon to obtain information about the uplink device and
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5. Configuration Steps for Wired Pairing (Uplink Device is an AP, EG Router,
or EGW Router)
Caution The new AP must be in factory status. It can be scanned only when the
live network is enabled with Mesh (see 3.17 Enabling Reyee Mesh
for details).
(1) Plug one end of the Ethernet cable to the uplink port of the new AP, and
the other end to the downlink port of an AP, EG router, or EGW router on the
target network. Mesh networking takes one to three minutes. When the system
status LED is steady on, it indicates that Mesh networking finishes.
(2) Log in to the Eweb of a device on the target network. In Network mode,
choose Devices and make sure that the new AP is online.
(3) Unplug the Ethernet cable, power off the new AP, and install it as planned. (4) Log in to the Eweb of a device on the target network. In Network mode, choose Devices > AP. Make sure
that the new AP is online and the corresponding entry contains icon
in the Relay
Information column. The icon indicates that wireless backhaul is performed through the 5 GHz radio.
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Click View Details following the RSSI.
icon to obtain information about the uplink device and
6. Enabling WAN Port The WAN port works as the wired uplink port of the AP by
default. For the AP added to the target network through Mesh pairing, the WAN
port is disabled by default. If you want to connect the Mesh AP to other
downlink device in wired mode to expand the network, enable this port. (1) Log
in to the Eweb of a device on the target network. In Network mode, choose
Devices > AP and click the
serial number of the Mesh AP with the WAN port to be enabled.
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(2) Choose More > Advanced > Enable WAN, toggle on Enable, and click Save.
7. Querying Mesh APs and Mesh Details (1) Log in to the Eweb of a device on
the target network. (2) Query Mesh APs. Method 1: In Network mode, check the
topology on the Overview page. The AP that connects to the uplink
device in wireless mode is a Mesh AP.
Method 2: In Network mode, choose Devices > AP. If an entry contains icon
Information column, the corresponding AP is a Mesh AP.
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(3) Query Mesh networking details. In Network mode, choose Devices > AP. Select the target AP, and click View Details in the Relay Information column to obtain the Mesh networking details.
2.3 Managing Network Devices
Click List at the top left corner of the topology or click Devices in the menu
bar to switch to the device list view, and view the information of all devices
in the self-organizing network (SON). You can perform configurations and
management on all devices by logging in to only one device in the network.
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Click SN to configure the specified device.
Select the offline device and click Delete Offline Devices to remove the device from the list and the topology. 29
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2.4 Configuring Network Planning
Network Monitoring
The Overview page displays the configuration of Network Planning at the bottom left corner, including Wi-Fi VLAN and Wired VLAN.
Click manage to go to the Network Planning page for configuration (Network >
Network Planning). You can add or edit the Network Planning configuration for
the live network.
Click Add to configure Wi-Fi VLAN or Wired VLAN for the live network. Click
the SSID to edit the Wi-Fi configuration. For details, see Chapter 3 Wi-Fi
Network Settings.
2.4.1 Configuring Wired VLAN
(1) Go to the Wired VLAN page for configuration. Method 1: Click Add beside
Wired VLAN in the Network Planning area on the Overview page to add the
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wired VLANs. Method 2: Click manage in the Network Planning area on the
Overview page to go to the Network
Planning page for configuration (Network > Network Planning). Click Add Wired
VLAN to add the wired VLANs to the live network or select the available wired
VLANs. Click Setup to configure the wired VLANs.
(2) Configure the VLAN ID, address pool server, and DHCP pool. The gateway is configured as the address pool server by default to assign IP addresses to clients. If an access switch exists in the network, you can select the access switch as the address pool server. Click Next after VLAN parameters are configured.
(3) Select the target switch in the topology and all member ports in the VLAN, and click Next. 31
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(4) Please confirm the delivered configurations and click Save. The configurations will take effect after a few minutes.
2.4.2 Configuring Wi-Fi VLAN
(1) Go to the Wired VLAN page for configuration. Method 1: Click Add beside
Wi-Fi VLAN in the Network Planning area on the Overview page to add the
Wi-Fi VLANs. Method 2: Click manage in the Network Planning area on the
Overview page to go to the Network
Planning page for configuration (Network > Network Planning). Click Add Wi-Fi
VLAN to add the Wi-Fi VLANs to the live network or select the available Wi-Fi
VLANs. Click Setup to configure the Wi-Fi VLANs.
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(2) Configure the SSID, Wi-Fi password and band. Click Expand to expand the
advanced settings and set the parameters. Then, click Next.
(3) Configure the VLAN ID, address pool server and DHCP pool. The gateway is
configured as the address pool server by default to assign IP addresses to
clients. If an access switch exists in the network, you can select the access
switch as the address pool server. Click Next after VLAN parameters are
configured.
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(4) Please confirm the delivered configurations and click Save. The configurations will take effect after a few minutes.
2.5 Troubleshooting Fault Alerts
The Overview page displays the fault alerts and handling suggestions if faults
occur in the network. Click the fault alert in Alert Center to view the faulty
device, fault details and handling suggestions, and troubleshoot device faults
by referring to the handling suggestions.
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Wi-Fi Network Settings
3 Wi-Fi Network Settings
Note Wi-Fi network settings covers the Wi-Fi settings of the currently logged
in devices and the management of all wireless devices in the network. In
Network mode, the Wi-Fi network settings are synchronized to all wireless
devices in the network. You can configure device groups to limit the
synchronization range. For details, see Configuring AP Groups.
3.1 Configuring AP Groups
3.1.1 Overview
After the self-organizing network is enabled, the device can act as the master
AP/AC to perform batch configuration and management on the downlink APs in
groups. Group the APs before the configurations are delivered.
Note If you specify a group when setting up a wireless network, the
corresponding configuration will take effect on the wireless devices in the
specified group.
3.1.2 Procedures
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H),
RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260
and RG-
RAP6262 models: In Network mode, choose
Devices > AP
For other RAP models, choose
WLAN > APs
(1) View the information of all APs in the current network, including the basic information, RF information and models. You can click SN to configure the device.
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(2) Click Expand to view all groups on the left part of the Device List page. Click
to create a new group.
Up to 8 groups can be added. You can click
to edit the group name and click
The default group cannot be deleted and its name cannot be edited.
to delete the group.
(3) Click the group name on the left part to view all devices in this group. A
device can only belong to a group. By default, all devices belong to the
default group. Select an entry in the list and click Change Group to move the
target device to a specified group, and then the device will apply the
configurations of this group. Click Delete Offline Devices to remove the
offline device from the list.
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3.2 Configuring SSID and Wi-Fi Password
(1) Go to the page for configuration.
Method 1: Choose
Network ( WLAN) > Wi-Fi > Wi-Fi Settings. Select the target Wi-Fi.
Method 2: Choose
Network (
click Edit in the action column.
WLAN) > Wi-Fi > Wi-Fi List. Select the target Wi-Fi in the list and
(2) Click the target Wi-Fi network, change the SSID and Wi-Fi password of the
Wi-Fi network, and click Save.
Caution After the configuration is saved, all online clients will be
disconnected from the Wi-Fi network. You have to enter the new password to
connect to the Wi-Fi network.
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3.3 Hiding the SSID
3.3.1 Overview
Hiding the SSID can prevent unauthorized clients from accessing the Wi-Fi
network and enhance network security. After this function is enabled, the
mobile phone or PC cannot search out the SSID. Instead, you have to manually
enter the correct SSID and Wi-Fi password. Remember the SSID so that you can
enter the correct SSID after the function is enabled.
3.3.2 Configuration Steps
(1) Go to the page for configuration.
Method 1: Choose
Network ( WLAN) > Wi-Fi > Wi-Fi Settings. Select the target Wi-Fi.
Method 2: Choose
Network (
click Edit in the action column.
WLAN) > Wi-Fi > Wi-Fi List. Select the target Wi-Fi in the list and
(2) Click Expand, turn on Hide SSID in the expanded settings and click Save.
Caution
After the configuration is saved, you have to manually enter the SSID and Wi-
Fi password before connecting any device to the Wi-Fi network. Therefore,
exercise caution when performing this operation.
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3.4 Checking Wireless Clients
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H),
RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260
and RGRAP6262 models:
If the self-organizing network is disabled, choose
WLAN > Clients
If the self-organizing network is enabled, in Network mode, choose For other RAP models:
Clients > Online Clients > Wireless
Choose WLAN > Clients Check information about all wireless clients connected to the Wi-Fi network. Click Add to Blacklist to disconnect a client and ban the client from accessing the Wi-Fi network.
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Table 3-1 Description of Wireless Client Information
Item
Description
Username
Name of a client
MAC
MAC address of the client
IP
IPv4 address of the client
SN
SN of the device associated with the client
Duration
Time when the client connects to the Wi-Fi network
RSSI
RSSI of the Wi-Fi network associated with the client
Rate/Negotiation Rate
Association rate of the client and AP
Band
Band type of the Wi-Fi network, to which the client connects
SSID
Name of the Wi-Fi network associated with the client
Channel
Channel of the Wi-Fi network associated with the client
Current Rate
Uplink and downlink data rate.
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3.5 Configuring Wi-Fi Band
(1) Go to the page for configuration.
Wi-Fi Network Settings
Method 1: Choose
Network ( WLAN) > Wi-Fi > Wi-Fi Settings. Select the target Wi-Fi.
Method 2: Choose
Network (
click Edit in the action column.
WLAN) > Wi-Fi > Wi-Fi List. Select the target Wi-Fi in the list and
(2) Set the band of Wi-Fi signals. The device supports the 2.4 GHz and 5 GHz bands. Compared with the 2.4 GHz band, the 5 GHz band supports a higher network transmission rate and is less susceptible to interference, but is inferior in signal coverage and through-wall penetration. You can select an appropriate signal band based on actual requirements. The default Wi-Fi band is 2.4G+5G, indicating that Wi-Fi signals are emitted in both 2.4 GHz and 5 GHz bands.
3.6 Configuring Band Steering
Caution This function can be enabled only after the dual-band integration
(Band is set to 2.4G+5G) is enabled on the Wi-Fi network. A client
automatically selects a band only when the SSIDs of the 2.4 GHz and 5 GHz
bands are the same.
(1) Go to the page for configuration.
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Method 1: Choose
Network ( WLAN) > Wi-Fi > Wi-Fi Settings. Select the target Wi-Fi.
Method 2: Choose
Network (
click Edit in the action column.
WLAN) > Wi-Fi > Wi-Fi List. Select the target Wi-Fi in the list and
(2) Click Expand, turn on Band Steering in the expanded settings, and click Save. After the function is enabled, the client supporting 5 GHz selects the 5G Wi-Fi network preferentially.
3.7 Configuring Wi-Fi 6
Caution The function takes effect only on APs supporting the IEEE 802.11ax
protocol. In addition, access clients must support IEEE 802.11ax so that
clients can enjoy high-speed Internet access experience brought by Wi-Fi 6. If
clients do not support Wi-Fi 6, you can disable this function.
(1) Go to the page for configuration.
Method 1: Choose
Network ( WLAN) > Wi-Fi > Wi-Fi Settings. Select the target Wi-Fi.
Method 2: Choose
Network (
click Edit in the action column.
WLAN) > Wi-Fi > Wi-Fi List. Select the target Wi-Fi in the list and
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(2) Click Expand, turn on Wi-Fi6 in the expanded settings, and click Save. After this function is enabled, wireless clients can enjoy faster Internet access service.
3.8 Configuring Layer-3 Roaming
(1) Go to the page for configuration.
Method 1: Choose
Network ( WLAN) > Wi-Fi > Wi-Fi Settings. Select the target Wi-Fi.
Method 2: Choose
Network (
click Edit in the action column.
WLAN) > Wi-Fi > Wi-Fi List. Select the target Wi-Fi in the list and
(2) Click Expand, turn on Layer 3 Roaming in the expanded settings and click Save. The client will keep the IP address unchanged in this Wi-Fi network, improving roaming experience across VLANs.
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3.9 Configuring AP Isolation
(1) Go to the page for configuration.
Method 1: Choose
Network ( WLAN) > Wi-Fi > Wi-Fi Settings. Select the target Wi-Fi.
Method 2: Choose
Network (
click Edit in the action column.
WLAN) > Wi-Fi > Wi-Fi List. Select the target Wi-Fi in the list and
(2) Click Expand, turn on AP Isolation in the expanded settings and click Save. The clients joining in this Wi-Fi network will be isolated. The clients associated with the same access point cannot access each other.
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3.10 Adding a Wi-Fi Network
(1) Go to the page for configuration.
Method 1: Choose
Network ( WLAN) > Wi-Fi > Wi-Fi Settings.
Method 2: Choose
Network ( WLAN) > Wi-Fi > Wi-Fi List.
(2) Click Add, enter the SSID and Wi-Fi password and click OK to add a Wi-Fi network. Click Expand to configure more Wi-Fi features in the expanded settings. After the Wi-Fi network is added successfully, it will be displayed in the list. The client will be able to scan the new Wi-Fi network.
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3.11 Configuring a Guest Wi-Fi
3.11.1 Overview
This Wi-Fi network is provided for guests and is disabled by default. It
supports client isolation, that is, access clients are isolated from each
other. They can only access the Internet via Wi-Fi, but cannot access each
other, improving security. The guest Wi-Fi network can be turned off as
scheduled. When the time expires, the guest network is off.
3.11.2 Configuration Steps
Choose
Network ( WLAN) > Wi-Fi > Wi-Fi Settings.
Click Add Guest Wi-Fi to configure the SSID and password of the Guest Wi-Fi. Click Expand to configure the effective time period and other Wi-Fi features in the expanded settings. Click Save, and the guest Wi-Fi network will be created. Guests can access the guest Wi-Fi network by entering the SSID and Wi-Fi password.
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3.12 Configuring Wi-Fi Blacklist or Whitelist
3.12.1 Overview
You can configure the global or SSID-based blacklist and whitelist. The MAC
address supports full match and OUI match. Wi-Fi blacklist: Clients in the Wi-
Fi blacklist are prevented from accessing the Internet. Clients that are not
added to the Wi-Fi blacklist are free to access the Internet. Wi-Fi whitelist:
Only clients in the Wi-Fi whitelist can access the Internet. Clients that are
not added to the Wi-Fi whitelist are prevented from accessing the Internet.
Caution If the whitelist is empty, the whitelist does not take effect. In this
case, all clients are allowed to access the Internet.
3.12.2 Configuration Steps
1. Configuring a Global Blacklist/Whitelist
Choose
Clients ( WLAN) > Blacklist/Whitelist > Global Blacklist/Whitelist.
Select the blacklist or whitelist mode and click Add to configure a blacklist or whitelist client. In the Add window, enter the MAC address and remark of the target client and click OK. If a client is already associated with the access point, its MAC address will pop up automatically. Click the MAC address directly for automatic input. All clients in the blacklist will be forced offline and not allowed to access the Wi-Fi network. The global blacklist and whitelist settings take effect on all Wi-Fi networks of the access point.
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2. Configuring an SSID-based Blacklist/Whitelist
Choose
Clients ( WLAN) > Blacklist/Whitelist > SSID-Based Blacklist/Whitelist.
Select a target Wi-Fi network from the left column, select the blacklist or whitelist mode and click Add to configure a blacklist or whitelist client. The SSID-based blacklist and whitelist will restrict the client access to the specified Wi-Fi.
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3.13 Optimizing Wi-Fi Network
3.13.1 Overview
The device detects the surrounding wireless environment and selects the
appropriate configuration upon poweron. However, network stalling caused by
wireless environment changes cannot be avoided. You can optimize the network
with one single click, analyze the wireless environment around the access
point and select appropriate parameters.
Caution After being optimized, the Wi-Fi network will restart, and clients
need to reconnect to the W-Fi network. Therefore, exercise caution when
performing this operation.
3.13.2 Getting Started
Install Wi-Fi Moho or other Wi-Fi scanning app on the mobile phone and check
interference analysis results to find out the best channel.
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3.13.3 Optimizing the Radio Channel
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H),
RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260
and RGRAP6262 models:
Configure the master device. Choose
Configure the slave device. Choose Radio Frequency
For other RAP models:
Network ( WLAN) > Radio Frequency Devices > Select the target device in the device list and click SN >
Configure the master device. Choose
WLAN > Radio Frequency
Configure the slave device. Choose
WLAN > APs > Select the target device in the device list and click
Manage > WLAN > Radio Frequency
Choose the best channel identified by Wi-Fi Moho or other Wi-Fi scanning App. Click Save to make the configuration take effect immediately. The more devices in a channel, the greater the interference.
Note The available channel is related to the country or region code. Select the local country or region.
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3.13.4 Optimizing the Channel Width
Choose
Network ( WLAN) > Radio Frequency.
A network with a lower channel width is more stable, while a network with a higher channel width is susceptible to interference. If the interference is severe, choose a lower channel width to avoid network stalling to a certain extent. The access point supports the channel width of 20 MHz and 40 MHz in the 2.4 GHz channel, and the channel width of 20 MHz and 40 MHz and 80 MHz and 160 MHz in the 5 GHz channel.
The default value is Auto, indicating that the channel width is automatically selected based on the environment. After changing the channel width, click Save to make the configuration take effect immediately.
Caution In the self-organizing network mode, the channel width settings will be synchronized to all devices in the network.
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3.13.5 Optimizing the Transmit Power
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H),
RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260
and RGRAP6262 models:
Configure the master device. Choose
Configure the slave device. Choose Radio Frequency
For other RAP models:
Network ( WLAN) > Radio Frequency Devices > Select the target device in the device list and click SN >
Configure the master device. Choose
WLAN > Radio Frequency
Configure the slave device. Choose
WLAN > APs > Select the target device in the device list and click
Manage > WLAN > Radio Frequency
A greater transmit power indicates a larger coverage and brings stronger interference to surrounding wireless routers. In a high-density scenario, you are advised to set the transmit power to a small value. The Auto mode is recommended, indicating automatic adjustment of the transmit power.
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3.13.6 Configuring the Kick-off Threshold
Choose
Network ( WLAN) > Radio Frequency.
In the case of multiple Wi-Fi signals, setting the kick-off threshold can improve the wireless signal quality to a certain extent. The farther the client is away from the access point, the lower the signal strength is. If the signal is lower than the kick-off threshold, the Wi-Fi will be disconnected, and the client will be forced offline and select a nearer Wi-Fi signal.
However, the higher the kick-off threshold is, the easier it is for the client to be kicked offline. To ensure normal Internet access, you are advised to disable the kick-off threshold or set the value to less than -75dBm.
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Caution In the self-organizing network mode, the kick-off threshold settings will be synchronized to all devices in the network.
3.13.7 Configuring the Client Limit
Choose
Network ( WLAN) > Radio Frequency.
If the access point is associated with too many clients, it will have a lower performance, affecting user experience. After you configure the threshold, new clients over the threshold will not be allowed to access the Wi-Fi network. You can lower the threshold if there is requirement for bandwidth per client. You are advised to keep the default settings unless there are special cases.
Note In the self-organizing network mode, the client limit refers to the maximum number of clients accessing all WiFi networks in the current AP group.
3.13.8 Configuring the Roaming Sensitivity
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H),
RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260
and RGRAP6262 models:
Configure the master device. Choose
Network ( WLAN) > Radio Frequency
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Configure the slave device. Choose Radio Frequency
For other RAP models:
Devices > Select the target device in the device list and click SN >
Configure the master device. Choose
WLAN > Radio Frequency
Configure the slave device. Choose
WLAN > APs > Select the target device in the device list and click
Manage > WLAN > Radio Frequency
The roaming sensitivity enables the device to actively disconnect a client from the Wi-Fi network when the client is far away, forcing the client to re- select the nearest signal and thus improving the sensitivity of wireless roaming. Higher the roaming sensitivity level, smaller the wireless signal coverage. To improve the signal quality for a client moving within more than one Wi-Fi coverage, improve the roaming sensitivity level. You are advised to keep the default settings.
3.13.9 Configuring WIO
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H),
RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260
and RG-
RAP6262 models: In Network mode, choose
Network >WIO
For other RAP models: Choose
WLAN > WIO
Check I have read the notes. And click Network Optimization to optimize the wireless network. You are advised to set a scheduled task to optimize the wireless network in the early hours of the morning or when the network is idle.
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Caution
WIO is supported only in the self-organizing network mode. The client may be
offline during the optimization process. The configuration cannot be rolled
back once
optimization starts. Therefore, exercise caution when performing this
operation.
3.13.10 Configuring Wi-Fi Roaming Optimization (802.11k/v)
Note The functions mentioned in this chapter are not applicable to such models
as RG-RAP1200(F), and RGRAP2200(F).
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: In Network mode, choose
Network > WIO > Wi-Fi Roaming Optimization (802.11k/v).
For other RAP models: Choose
WLAN > WIO > Wi-Fi Roaming Optimization (802.11k/v).
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Click Enable and the Wi-Fi roaming is further optimized through the 802.11k/v protocol. Smart clients compliant with 802.11k/v can switch to the APs with better signal and faster speed during the roaming process, ensuring high-speed wireless connectivity. To ensure smart roaming effect, the WLAN environment will be auto scanned when Wi-Fi roaming optimization is first enabled.
Caution
WIO is supported only in the self-organizing network mode. During the WLAN
environment scanning, the APs will switch channels, forcing the clients to go
offline.
The process will last for 2 minutes.
3.14 Configuring Healthy Mode
Choose
Network ( WLAN) > Wi-Fi > Healthy Mode.
Select Device Group from the drop-down list box. Click Enable to enable the healthy mode. You are allowed to set the effective time period for the healthy mode.
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After the healthy mode is enabled, the transmit power and the Wi-Fi coverage area will decrease. The healthy mode may reduce signal strength and cause network stalling. You are advised to disable it or enable it when the network is idle.
3.15 Configuring XPress
(1) Go to the page for configuration.
Method 1: Choose
Network ( WLAN) > Wi-Fi > Wi-Fi Settings. Select the target Wi-Fi.
Method 2: Choose
Network (
click Edit in the action column.
WLAN) > Wi-Fi > Wi-Fi List. Select the target Wi-Fi in the list and
(2) Click Expand, turn on XPress in the expanded settings and click Save. After XPress is enabled, the gaming traffic will be prioritized, ensuring a more stable gaming experience.
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3.16 Configuring Wireless Schedule
(1) Go to the page for configuration.
Method 1: Choose
Network ( WLAN) > Wi-Fi > Wi-Fi Settings. Select the target Wi-Fi.
Method 2: Choose
Network (
click Edit in the action column.
WLAN) > Wi-Fi > Wi-Fi List. Select the target Wi-Fi in the list and
(2) Click Expand, select a scheduled time span to turn on Wi-Fi and click Save. Clients will be allowed to access the Internet only in the specified time span.
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3.17 Enabling Reyee Mesh
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H),
RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260
and RG-
RAP6262 models: In Network mode, choose
Network > Reyee Mesh
For other RAP models: Choose WLAN > APs > Manage > Advanced > Reyee Mesh
After Reyee Mesh is enabled, you can set up a Mesh network through Mesh
pairing between the devices that support Reyee Mesh. You can press the Mesh
button on the device to automatically discover a new device for Mesh pairing
or log in to the management page to select a new device for Mesh pairing.
Reyee Mesh is enabled on the device by default.
3.18 Configuring AP Load Balancing
Note This function is supported by only RG-RAP series access points.
3.18.1 Overview
The AP load balancing function is used to balance the load of APs in the
wireless network. When APs are added to a load balancing group, clients will
automatically associate with the APs with light load when the APs in the group
are not load balanced. AP load balancing supports two modes: Client Load
Balancing: The load is balanced according to the number of associated clients.
When a large
number of clients have been associated with an AP and the count difference to
the AP with the lightest load has reached the specified value, the client can
only associate with another AP in the group. Traffic Load Balancing: The load
is balanced according to the traffic on the APs. When the traffic on an AP is
large and the traffic difference to the AP with the lightest load has reached
the specified value, the client can only associate with another AP in the
group. Example: Add AP1 and AP2 into a group and select client load balancing.
Set both the client count threshold and difference to 3. AP1 is associated
with 5 clients and AP2 is associated with 2 clients, triggering load
balancing. New clients’ attempt to associate to AP1 will be denied, and
therefore they can associate only with AP2.
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After a client request is denied by an AP and it fails to associate with
another AP in the group, the client will keep trying to associate with this
AP. If the client attempts reach the specified value, the AP will permit
connection of this client, ensuring that the user can normally access the
Internet.
3.18.2 Configuring Client Load Balancing
Choose
Network ( WLAN) > Wi-Fi > Load Balancing.
Click Add. In the dialog box that appears, set Type to Client Load Balancing, and configure Group Name, Members, and Rule.
Table 3-1 Client load balancing configuration 62
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Parameter
Description
Group Name
Enter the name of the AP load balancing group.
Type
Select Client Load Balancing.
Rule
Configure a detailed load balancing rule, including the maximum number of
clients allowed to associate with an AP, the difference between the currently
associated client count and client count on the AP with the lightest load, and
the number of attempts to the AP with full load.
By default, when an AP is associated with 3 clients and the difference between
the currently associated client count and client count on the AP with the
lightest load reaches 3, clients can associate only to another AP in the
group. After a client association is denied by an AP for 10 times, the client
will be allowed to associate to the AP upon the next attempt.
Members
Specify the APs to be added to the AP load balancing group.
3.18.3 Configuring Traffic Load Balancing
Choose
Network ( WLAN) > Wi-Fi > Load Balancing.
Click Add. In the dialog box that appears, set Type to Traffic Load Balancing, and configure Group Name, Members, and Rule.
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Table 3-2 Traffic load balancing configuration
Parameter
Description
Group Name
Enter the name of the AP load balancing group.
Type
Select Traffic Load Balancing.
Rule
Configure a detailed load balancing rule, including the maximum traffic
allowed on an AP, the difference between the current traffic and the traffic
on the AP with the lightest load, and the number of attempts to the AP with
full load.
By default, when the traffic load on an AP reaches 500 Kbit/s and the
difference between the current traffic and the traffic on the AP with the
lightest load reaches 500 Kbit/s, clients can associate only to another AP in
the group. After a client association is denied by an AP for 10 times, the
client will be allowed to associate to the AP upon the next attempt.
Members
Specify the APs to be added to the AP load balancing group.
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4 Network Settings
Note This chapter takes the currently logged in device as an example to
describe the entry of each function setting page. If you need to configure
other devices in the network, please refer to the following path to enter the
configuration page of the corresponding device, and then configure the
function:
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H),
RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260
and RGRAP6262 models: Click Manage Network Device:
For other RAP models, Choose Manage.
WLAN > APs > Select the target device in the device list and click
4.1 Switching Work Mode
4.1.1 Work Mode
See Work Mode for details.
4.1.2 Self-Organizing Network Discovery
When setting the work mode, you can set whether to enable the self-organizing
network discovery function. This function is enabled by default. After the
self-organizing network discovery function is enabled, the device can be
discovered in the network and discover other devices in the network. Devices
network with each other based on the device status and synchronize global
configuration. You can log in to the Web management page of any device in the
network to check information about all devices in the network. After this
function is enabled, clients can maintain and manage the current network more
efficiently. You are advised to keep this function enabled. If the self-
organizing network discovery function is disabled, the device will not be
discovered in the network and it runs in standalone mode. After logging in to
the Web page, you can configure and manage only the currently logged in
device. If only one device is configured or global configuration does not need
to be synchronized to the device, you can disable the self-organizing network
discovery function.
4.1.3 Configuration Steps
Note If you need to switch the work mode to wireless bridging mode, please see
Wireless Repeater Mode for details.
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: In Local Device mode, choose
Overview > Device Details
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For other RAP models: Choose ( WLAN > APs > Manage) Click the current work mode to change the work mode.
Overview > Device Details
AC function switch: If a device works in the router mode and the self- organizing network discovery function is enabled, you can enable or disable the AC function. After the AC function is enabled, the device in the router mode supports the virtual AC function and can manage downlink devices. If this function is disabled, the device needs to be elected as an AC in self- organizing network mode and then manage downlink devices.
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Caution After the self-organizing network discovery is enabled, you can check the role of the device in self-organizing network mode.
4.1.4 Viewing Device Role
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H),
RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260
and RG-
RAP6262 models: In Local Device mode, choose
Overview > Device Details
For other RAP models: Choose ( WLAN > APs > Manage) Overview > Device Details If the self-organizing network is enabled, you can view the device role on the Device Details page. Master AP/AC: The device can manage downlink devices. Slave AP/Device: The device has been managed by an AC. The slave Aps are managed by the master AP/AC in a unified manner. Some wireless network settings cannot be edited alone, and thus the master AP/AC delivers configurations to edit the network settings in a unified manner.
4.2 Configuring Internet Type
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: In Local Device mode, choose
Network > WAN
For other RAP models: Choose ( WLAN > APs > Manage >) Network > WAN Select the Internet connection type after confirming with the ISP. For detailed configuration, see Work Mode.
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4.3 Configuring LAN Port
Caution This function is not supported when the device works in AP mode.
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: In Local Device mode, choose
Network > LAN > LAN Settings
For other RAP models: Choose ( WLAN > APs > Manage >) Network > LAN > LAN
Settings
Click Edit. In the displayed dialog box, enter the IP address and subnet mask,
and click OK. Change the IP address of the LAN port. Enter the new IP address
in the browser and log in to the device again to configure and manage the
device.
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4.4 Configuring Repeater Mode
Caution RG-RAP1200(F) access point does not support this function.
4.4.1 Wired Repeater
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: In Local Device mode, choose
Network > Repeater Mode
For other RAP models: Choose ( WLAN > APs > Manage >) Network > Repeater Mode
Connect a network cable from the WAN port (uplink LAN port) of the device to
the upper-layer device. Select Access Point, click Check, confirm the Wi-Fi
settings of the AP, and then click Save to expand the network coverage.
Caution After the configuration is saved, connected clients will be
disconnected from the network for a short period of time. You can reconnect
the clients to the Wi-Fi network for restoration.
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4.4.2 Wireless Repeater
The wireless repeater mode extends the Wi-Fi coverage range of the primary
device. The device supports the dual-link wireless repeater mode and can
extend both 2.4 GHz and 5 GHz signals of the primary device.
Note To avoid loops in wireless repeater mode, remove the network cable from
the WAN port. Obtain the Wi-Fi name and Wi-Fi password of the upper-layer
router.
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: In Local Device mode, choose
Network > Repeater Mode
For other RAP models: Choose ( WLAN > APs > Manage >) Network > Repeater Mode
(1) Click Wireless Repeater and then click Select. A list of surrounding Wi-Fi
signals pops up. A list of nearby 5 GHz Wi-Fi networks is displayed by
default. You can switch from 5 GHz to 2.4 GHz band by selecting 2.4G from the
drop-down list box. You are advised to select a strong 5 GHz Wi-Fi network
signal.
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(2) Select the Wi-Fi signal of the upper-layer device that you want to extend.
The configuration items of the local device are displayed. If the signal of
the upper-layer device is encrypted, enter the Wi-Fi password of the upper-
layer device.
(3) Configure Local Router Wi-Fi. You can select New Wi-Fi or Same as Primary
Router Wi-Fi. If you select Same as Primary Router Wi-Fi, the Wi-Fi settings
of the router are automatically synchronized with those on the primary router.
Generally, clients merge Wi-Fi signals with the same name into one Wi-Fi
signal, and they can search out only the Wi-Fi signal of the primary router.
If New Wi-Fi is selected, you can set a local Wi-Fi name and password. Clients
will search out different Wi-Fi signals.
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Caution
After the configuration is saved, the AP will be disconnected from the Wi-Fi
network and needs to connect to the new Wi-Fi network. Exercise caution when
performing this operation. Record the new Wi-Fi name and password.
You are advised to install the AP in a position where the RSSI is greater than
two bars of signal to prevent signal loss. If the signal at the installation
position is too weak, the Wi-Fi extension may fail or the quality of extended
signal may be poor.
4.5 Creating a VLAN
Caution This function is not supported when the device works in AP mode.
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: In Local Device mode, choose
Network > LAN > LAN Settings
For other RAP models: Choose ( WLAN > APs > Manage >) Network > LAN > LAN Settings
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Network Settings
Table 4-1 VLAN Configuration
Parameter
Description
IP address of the VLAN interface. The default gateway of devices that access
the Internet IP
through the current LAN should be set to this IP address.
Subnet Mask Subnet mask of the IP address of the VLAN interface.
VLAN ID
VLAN ID.
Remark
VLAN description.
MAC
MAC address of the VLAN interface.
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Parameter DHCP Server
Description
Enable the DHCP server function. After it is enabled, devices on the LAN can
automatically obtain IP addresses. After the DHCP service is enabled, you need
to configure the start IP address to be assigned, number of IP addresses to be
assigned, and address lease term for the DHCP server, and other DHCP server
options. For details, see Configuring DHCP Server.
Caution VLAN configuration is associated with the configuration of the uplink device. Therefore, refer to the configuration of the uplink device when configuring a VLAN.
4.6 Configuring Port VLAN
Caution The port VLAN can be configured only when the device works in AP mode.
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: In Local Device mode, choose
Network > LAN
For other RAP models: Choose ( WLAN > APs > Manage >) Network > LAN (1) On the LAN Settings tab page, turn on Port VLAN, and click OK in the confirmation dialog box.
(2) Click Add. Enter the VLAN ID and description, and click OK to create a
VLAN. The added VLAN is used to set the VLAN, to which a port belongs.
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(3) Switch to the Port VLAN tab page and configure VLANs for the port. Click
the option box below the port, select the mapping between a VLAN and the port
from the drop-down list box, and click Save.
UNTAG: Configure the VLAN as the native VLAN of the port. That is, when
receiving a packet from this VLAN, the port removes the VLAN tag from the
packet and forwards the packet. When receiving an untagged packet, the port
adds the VLAN tag to the packet and forwards the packet through the VLAN. Only
one VLAN can be configured as an untagged VLAN on each port.
TAG: Configure the VLAN as an allowed VLAN of the port, but the VLAN cannot be
the native VLAN. That is, VLAN packets carry the original VLAN tag when they
are forwarded by the port.
Not Join: Configure the port not to allow packets from this VLAN to pass
through. For example, if VLAN 10 and VLAN 20 are not added to port 2, port 2
will neither receive nor send packets from or to VLAN 10 and VLAN 20.
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4.7 Changing MAC Address
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: In Local Device mode, choose
Network > WAN
For other RAP models: Choose ( WLAN > APs > Manage >) Network > WAN ISPs may
restrict the access of devices with unknown MAC addresses to the Internet for
the sake of security. In this case, you can change the MAC address of the WAN
port. Click to expand Advanced Settings, enter the MAC address, and click
Save. You do not need to change the default MAC address unless in special
cases. In the router mode, change the MAC address of the LAN port on Network >
LAN.
Caution Changing the MAC address will disconnect the device from the network.
You need to reconnect the device to the network or restart the device.
Therefore, exercise caution when performing this operation.
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4.8 Changing MTU
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: In Local Device mode, choose
Network > WAN
For other RAP models: Choose ( WLAN > APs > Manage >) Network > WAN
WAN interface MTU indicates the maximum transmission unit (MTU) allowed by the
WAN interface. The default value is 1500 bytes, indicating the maximum data
forwarding efficiency. Sometimes, ISP networks restrict the speed of large
data packets or forbid large data packets from passing through. As a result,
the network speed is unsatisfactory or even the network is disconnected. In
this case, you can set the MTU value to a smaller value.
4.9 Configuring DHCP Server
Caution This function is not supported when the device works in AP mode.
4.9.1 DHCP Server
In the router mode, the DHCP server function can be enabled on the device to
automatically assign IP addresses to clients so that clients connected to the
LAN ports or Wi-Fi network of the device obtain IP addresses for Internet
access.
4.9.2 Configuring the DHCP Server Function
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: In Local Device mode, choose
Network > LAN > LAN Settings
For other RAP models: Choose ( WLAN > APs > Manage >) Network > LAN > LAN Settings
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DHCP Server: The DHCP server function is enabled by default in the router mode. You are advised to enable the function if the device is used as the sole router in the network. When multiple routers are connected to the upper-layer device through LAN ports, disable this function.
Caution
If the DHCP server function is disabled on all devices in the network, clients
cannot automatically obtain IP addresses. You need to enable the DHCP server
function on one device or manually configure a static IP address for each
client for Internet access.
Start: Enter the start IP address of the DHCP address pool. A client obtains
an IP address from the address pool. If all the addresses in the address pool
are used up, no IP address can be obtained from the address pool.
IP Count: Enter the number IP addresses in the address pool.
Lease Time(Min): Enter the address lease term. When a client is connected, the
leased IP address is automatically renewed. If a leased IP address is not
renewed due to client disconnection or network instability, the IP address
will be reclaimed after the lease term expires. After the client connection is
restored, the client can request an IP address again. The default lease term
is 30 minutes.
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4.9.3 Displaying Online DHCP Clients
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: In Local Device mode, choose
Network > LAN >DHCP Clients
For other RAP models: Choose ( WLAN > APs > Manage >) Network > LAN > DHCP Clients Check information about an online client. Click Convert to Static IP. Then, the static IP address will be obtained each time the client connects to the network.
4.9.4 Displaying the DHCP Static IP Address List
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: In Local Device mode, choose
Network > LAN > Static IP Addresses
For other RAP models: Choose ( WLAN > APs > Manage >) Network > LAN > Static
IP Addresses
Click Add. In the displayed static IP address binding dialog box, enter the
MAC address and IP address of the client to be bound, and click OK. After a
static IP address is bound, the bound IP address will be obtained each time
the client connects to the network.
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4.10 Link Aggregation
Caution The function is supported by only RG-RAP2260(H).
In Local Device mode, choose
Advanced > Link Aggregation.
Link Aggregation can improve the throughput in the network and deal with link congestion.
4.11 Configuring DNS
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: In Local Device mode, choose
Advanced > Local DNS
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For other RAP models: Choose ( WLAN > APs > Manage >)
Advanced > Local DNS
Enter the IP address of the DNS server and click Save. The local DNS server is optional. The device obtains the DNS server address from the connected uplink device by default. The default configuration is recommended. The available DNS service varies from region to region. You can consult the local ISP.
4.12 Hardware Acceleration
Note The functions mentioned in this chapter are only applicable to such
models as RAP2260(H), RAP6260(H), RAP6260(H)-D, RG-RAP1261, RG-RAP2266,
RAP2260, RG-RAP1260 and RAP6262.
In Local Device mode, choose
Advanced > Hardware Acceleration.
After Hardware acceleration is enabled, the Internet access speed will be improved.
4.13 Configuring Port Flow Control
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: In Local Device mode, choose
Advanced > Port Settings
For other RAP models: Choose ( WLAN > APs > Manage >)
Advanced > Port Settings
When the LAN ports work at different rates, data congestion may occur, which can slow down the network speed and affect the Internet access experience. Enabling port flow control can help mitigate this problem.
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4.14 Configuring ARP Binding
Caution This function is not supported when the device works in AP mode.
The device learns the IP and MAC addresses of network devices connected to
ports of the device and generates ARP entries. You can bind ARP mappings to
improve network security.
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H),
RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260
and RG-
RAP6262 models: In Local Device mode, choose
Security > ARP List
For other RAP models: Choose ( WLAN > APs > Manage >) Security > ARP List ARP
mappings can be bound in two ways: (1) Select a dynamic ARP entry in the ARP
list and click Bind. You can select multiple entries to be bound at
one time and click Bind Selected to bind them. To remove the binding between a
static IP address and a MAC address, click Delete in the Action column.
(2) Click Add, enter the IP address and MAC address to be bound, and click OK.
The input box can display existing address mappings in the ARP list. You can
click a mapping to automatically enter the address mapping.
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4.15 Configuring LAN Ports
Caution The configuration takes effect only on APs having wired LAN ports.
Choose
Network ( WLAN) > LAN Ports.
Enter the VLAN ID and click Save to configure the VLAN, to which the AP wired ports belong. If the VLAN ID is null, the wired ports and WAN port belong to the same VLAN.
In self-organizing network mode, the AP wired port configuration applies to all APs having wired LAN ports on the current network. The configuration applied to APs in LAN Port Settings takes effect preferentially. Click Add to add the AP wired port configuration. For APs, to which no configuration is applied in LAN Port Settings, the default configuration of the AP wired ports will take effect on them.
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5 System Settings
5.1 PoE
Caution Only RG-RAP1200(P) supports this function.
Choose Wireless > APs > Manage > Basics > PoE. The device supplies power to PoE powered devices through ports. You can check the total power, current consumption, remaining consumption, and whether PoE power supply status is normal. Move the cursor over a
port. The power switch icon
appears. You can click it to control whether to enable PoE on the port.
5.2 PoE Settings
Caution This function is supported by only RG-RAP2260(G), RG-RAP2260(E), RG-
RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RG-RAP6260(H), RG-RAP6260(H)-D, RG-
RAP1261, RG-RAP2266, RG-RAP2260, RGRAP1260 and RG-RAP6262.
In Local Device mode, choose
Advanced > PoE Settings.
Set the power mode for the AP to accept power over PoE. In AF mode, the maximum power supported by the device is 15.4 W. In AT mode, the maximum power is 30 W according to the IEEE 802.3at standard. In BT mode, the maximum power is 51 W according to the IEEE 802.3bt standard. By default, the device automatically
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negotiates with the power sourcing equipment (PSE) about the power mode. The default configuration is recommended.
5.3 Setting the Login Password
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H),
RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260
and RGRAP6262 models:
If the device works in self-organizing network mode, and Network mode webpage is displayed, choose System > Login Password
In standalone mode: Choose For other RAP models:
System > Login > Login Password
In self-organizing network mode: Choose
Network > Password
In standalone mode: Choose
System > Login > Login Password
Enter the old password and new password. After saving the configuration, use the new password to log in.
Caution In self-organizing network mode, the login password of all devices in the network will be changed synchronously.
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5.4 Setting the Session Timeout Duration
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H),
RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260
and RGRAP6262 models: If the device works in self-organizing network mode, and
Local Device mode webpage is displayed, choose
System > Login
In standalone mode: Choose For other RAP models:
System > Login > Session Timeout
In self-organizing network mode: Choose
WLAN > APs > Manage > System > Login > Session Timeout
In standalone mode: Choose
System > Login > Session Timeout
If no operation is performed on the Web page within a period of time, the session is automatically disconnected. When you need to perform operations again, enter the password to log in again. The default timeout duration is 3600 seconds, that is, 1 hour.
5.5 Setting and Displaying System Time
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H),
RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260
and RGRAP6262 models:
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If the device works in self-organizing network mode, and Network mode webpage is displayed, choose System > System Time
In standalone mode: Choose For other RAP models:
System > System Time
In self-organizing network mode: Choose
Network > Time
In standalone mode: Choose
System > System Time
You can view the current system time. If the time is incorrect, check and select the local time zone. If the time zone is correct but time is still incorrect, click Edit to manually set the time. In addition, the device supports Network Time Protocol (NTP) servers. By default, multiple servers serve as the backup of each other. You can add or delete the local server.
Caution In self-organizing network mode, the system time of all devices in the network will be changed synchronously.
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5.6 Configuring Reboot
System Settings
Caution
Do not cut off power during system reboot to avoid device damage. Do not
refresh the page or close the browser during the reboot. After the device is
successfully rebooted
and the Web service becomes available, the device automatically jumps to the
login page. Rebooting the device affects the network. Therefore, exercise
caution when performing this operation.
5.6.1 Rebooting the Current Device
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H),
RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260
and RG-
RAP6262 models: In Local Device mode, choose For other RAP models:
System > Reboot > Reboot
In self-organizing network mode: Choose
WLAN > APs > Reboot
In standalone mode: Choose
System > Reboot > Reboot
Click Reboot. The device will restart.
5.6.2 Rebooting All Devices in the Network
In self-organizing network mode, you can reboot all devices in the network in
batches. For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-
RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260,
RG-RAP1260 and RG-
RAP6262 models: In Network mode, choose
System > Reboot > Reboot
For other RAP models: Choose
Network > Reboot & Reset > Reboot
Click Reboot, select All Devices, and click Reboot All Device to reboot all devices in the current network.
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Caution It takes time to reboot all devices in the current network. The action may affect the whole network. Please be cautious.
5.6.3 Rebooting the Specified Device
In self-organizing network mode, you can reboot specified devices in the
network in batches. For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-
RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-
RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: In Network mode, choose
System > Reboot > Reboot
For other RAP models:
Network > Reboot & Reset > Reboot
Click Reboot, click Specified Devices, select required devices from the Available Devices list, and click Add to add devices to the Selected Devices on the right. Click Reboot. Specified devices in the Selected Devices list will be rebooted.
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5.7 Configuring Scheduled Reboot
5.7.1 Configuring Scheduled Reboot for the Current Device
Confirm that the system time is accurate to avoid network interruption caused
by device reboot at wrong time. For details about how to configure the system
time, see Setting the Session Timeout Duration.
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System Settings
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: Choose For other RAP models:
System > Reboot > Scheduled Reboot
To configure scheduled reboot for the current device, choose ( Reboot > Scheduled Reboot
WLAN > APs > Manage >)
System >
To configure scheduled reboot for all devices in the network, choose
Network>> Scheduled Reboot
Caution If you configure scheduled reboot on the management webpage, all devices will restart when the system time matches with the scheduled reboot time. Please be cautious.
Click Enable, and select the date and time of scheduled reboot every week. Click Save. When the system time matches with the scheduled reboot time, the device will restart. You are recommended to set scheduled reboot time to off- peak hours.
5.8 Configuring Backup and Import
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H),
RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260
and RG-
RAP6262 models: Choose
System > Management > Backup & Import
For other RAP models: Choose ( Import
WLAN > APs > Manage >)
System > Management > Backup &
Configuration backup: Click Backup to download a configuration file locally.
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Configuration import: Click Browse, select a backup file on the local PC, and click Import to import the configuration file. The device will restart.
5.9 Restoring Factory Settings
5.9.1 Restoring the Current Device to Factory Settings
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H),
RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260
and RG-
RAP6262 models: In Local Device mode, choose
System > Management > Reset
For other RAP models: Choose ( WLAN > APs > Manage >) Click Reset to restore the current device to the factory settings.
System > Management > Reset
Caution The operation will clear all configuration of the current device. If
you want to retain the current configuration, back up the configuration first
(See Configuring Backup and Import). Therefore, exercise caution when
performing this operation.
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5.9.2 Restoring All Devices to Factory Settings
In the self-organizing network mode, all devices in the network will be
restored to factory settings.
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H),
RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260
and RGRAP6262 models: In Network mode, choose System > Management > Reset
For other RAP models: Choose
Network > Reboot & Reset > Restore
Click All Devices, select whether to enable Unbind Account and Click Reset All Devices. All devices in the network will be restored to factory settings.
Caution The operation will clear all configuration of all devices in the network. Therefore, exercise caution when performing this operation.
5.10 Performing Upgrade and Checking System Version
Caution You are advised to back up the configuration before upgrading the
access point. After being upgraded, the access point will reboot. Therefore,
exercise caution when performing this
operation.
5.10.1 Online Upgrade
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H),
RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260
and RG-
RAP6262 models: In Local Device mode, choose
System > Upgrade > Online Upgrade
For other RAP models: Choose ( WLAN > APs > Manage >)
System > Upgrade > Online Upgrade
You can view the current system version. If there is a new version available, you can click it for an update.
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5.10.2 Local Upgrade
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H),
RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260
and RG-
RAP6262 models: In Local Device mode, choose
System > Upgrade > Local Upgrade
For other RAP models: Choose ( WLAN > APs > Manage >)
System > Upgrade > Local Upgrade
You can view the current software version, hardware version and device model. If you want to upgrade the device with the configuration retained, check Keep Setup. Click Browse, select an upgrade package on the local PC, and click Upload to upload the file. The device will be upgraded.
5.11 Switching System Language
Choose
in the upper right corner of the Web page.
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System Settings
5.12 Configuring LED Status Control
Caution The LED Status Control function is not supported in the standalone
mode (self-organizing network is not enabled).
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: Choose
Network > LED
For other RAP models: Choose WLAN > LED Turn on the LED of all downlink access points in the network.
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Network Diagnosis Tools
6 Network Diagnosis Tools
6.1 Network Check
When a network error occurs, perform Network Check to identify the fault and
take the suggested action.
(1) Click page.
in the navigation bar, or choose Diagnostics > Network Check and go to the Network Check
(2) Click Start to perform the network check and show the result.
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After performing the network check, you will find the check result and suggested action.
6.2 Network Tools
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: In Local Device mode, choose
Diagnostics > Network Tools
For other RAP models: Choose ( WLAN > APs > Manage >) Diagnostics > Network Tools When you select the ping tool, you can enter the IP address or URL and click Start to test the connectivity between the access point and the IP address or URL. The message “Ping failed” indicates that the access point cannot reach the IP address or URL. The Traceroute tool displays the network path to a specific IP address or URL. The DNS Lookup tool displays the DNS server address used to resolve a URL.
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6.3 Alarms
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: In Network mode, choose
Network > Alarms
For other RAP models: Choose ( WLAN > APs > Manage >) Diagnostics > Alarms The
Alarms page displays possible problems on the network environment and device.
All types of alarms are followed by default. You can click Unfollow in the
Action column to unfollow this type of alarm.
Caution After unfollowing a type of alarm, you will not discover and process
all alarms of this type promptly. Therefore, exercise caution when performing
this operation.
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Click View Unfollowed Alarm to view the unfollowed alarm. You can follow the alarm again in the pop-up window.
6.4 Fault Collection
For RG-RAP2260(G), RG-RAP2260(E), RG-RAP6260(G), RG-RAP6262(G), RG-RAP2260(H), RGRAP6260(H), RG-RAP6260(H)-D, RG-RAP1261, RG-RAP2266, RG-RAP2260, RG-RAP1260 and RG-
RAP6262 models: In Local Device mode, choose
Diagnostics > Fault Collection
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Network Diagnosis Tools
For RAP models: Choose ( WLAN > APs > Manage >) Diagnostics > Fault Collection When an unknown fault occurs on the device, you can collect fault information on this page. Click Start to collect fault information and compress it into a file for engineers to identify fault.
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FAQs
7 FAQs
7.1 Login Failure
What can I do when I failed to log in to the eWeb management system? Perform
the following steps: (1) Check that the Ethernet cable is properly connected
to the LAN port of the device. (2) Before accessing the setup page, you are
advised to choose Auto for the device enabled with DHCP service
to assign an IP address to the PC. If you want to configure a static IP
address for the PC, please make sure the IP address of the PC and the LAN port
are in the same IP range. The default IP address of the LAN port is
10.44.77.254, and the subnet mask is 255.255.255.0. The IP address of the PC
should be set to 10.44.77.X (X is an integer between 2 and 254), and the
subnet mask is 255.255.255.0. (3) Run the Ping command to check the
connectivity between the PC and the device. If the ping fails, please check
the network settings. (4) If the login failure persists, restore the device to
factory settings.
7.2 Factory Setting Restoration
How can I restore the device to factory settings? Power on the device and
press the Reset button for more than 5 seconds. The device is restored to
factory settings after it is restarted. Then, you can log in to the Eweb
management system using the default IP address (10.44.77.254).
7.3 Password Loss
What can I do when I forget the password? Webpage management password loss:
Please enter the Wi-Fi password. If it is still incorrect, please restore
the device to factory settings. Wi-Fi password loss: When the access point
expands the Wi-Fi coverage, its Wi-Fi password is consistent
with that of the master router. Please check the configuration of the master
router and enter its Wi-Fi password. If the password is still incorrect,
please restore the device to factory settings and reconfigure the Wi-Fi
password.
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References
- csm
- csm
- Ruijie Community
- Ruijie Community
- Support Center - Ruijie Reyee
- Ruijie Reyee - Redefine your easy network
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