Many people are familiar with the situation where the signal from the main router is too weak for comfortable operation in a distant room or at the dacha. Often, users are unaware that the old or secondary router TP-LinkAn unused device can dramatically improve connection quality. Turning the device into a receiver not only expands coverage but also ensures a stable wired connection in areas where installing new cable is impossible.
This technology enables the use of a wireless network as a backhaul channel, transmitting internet from the main router to the client device. Unlike simple repeaters that simply replicate the signal, a router in bridge or client mode can operate more intelligently, filtering traffic and providing LAN ports for connecting Smart TVs, set-top boxes, or desktop PCs. This solution is often more effective than purchasing expensive equipment.
Before you begin setting up, you need to clearly understand what function your device will perform. The operating logic depends on the model: some support full WDS bridge, others work only in the mode Client Bridge, and new models with firmware V2/V3 may require switching to "Access Point" mode. Selecting the wrong mode will result in the network not working, so it's important to determine your hardware's capabilities in advance.
⚠️ Please note: TP-Link firmware interfaces (green, orange, blue) vary significantly. Menu locations may vary depending on the hardware version, which is indicated on the sticker on the bottom of the device.
Analysis of TP-Link equipment capabilities
The first step is to accurately determine the model and hardware version. On the bottom of the device, you'll find a sticker indicating Model And Ver (e.g., Ver 2.0 or Ver 3.0). This is critically important, as the functionality of older TL-WR740N series models and the modern Archer C60 differs dramatically. Older versions often have more flexible WDS settings, while newer ones are focused on simplified cloud operation.
It's important to check whether your specific model supports WDS (Wireless Distribution System). This technology allows the router to receive a WiFi signal and either broadcast it further or distribute it via a cable. If the corresponding checkboxes aren't available in the wireless mode menu, you may need to search for alternative firmware, although this can be risky for the average user. In most cases, the default system features are sufficient.
It's also worth paying attention to the number of antennas and WiFi standards. If your main router broadcasts at 5 GHz, but the receiver only supports 2.4 GHz, you won't be able to connect them. Make sure the frequency ranges match. Dual-band models Archer can act as receivers in both ranges, which provides greater flexibility when building a network.
Preparing for setup: resetting and entering the interface
Before performing any changes to your network equipment, it is highly recommended to perform a full factory reset. This will eliminate IP address conflicts and old configurations that may have been left over from previous use. To do this, find the button Reset on the back panel, press it with a paper clip for 10-15 seconds and wait for the indicators to reboot.
After the reset, connect your computer to any LAN port (yellow) of the router you're configuring using a cable. Don't connect it to your ISP's main network or the main router yet. Open a browser and enter the address 192.168.0.1 or tplinkwifi.net. The standard login and password are usually equal admin, if you haven't changed them before.
☑️ Equipment preparation
It's important to change the IP address of the receiving router itself so that it doesn't match the address of the main device. If the main router has an address 192.168.0.1, then the receiver needs to be assigned, for example, 192.168.0.254This is done in the section Network → LANAfter saving the settings, you will be able to access the control panel using the new address.
Setting up a WDS bridge on older firmware versions
The classic method for establishing a connection between two TP-Link routers is based on WDS technology. In the wireless mode menu Wireless → Wireless Settings you need to tick the box Enable WDSAfter this, a button will appear. Survey (Search), by clicking on which you will see a list of available networks.
Select your primary network from the list and click ConnectThe system will automatically insert BSSID (MAC address) of the main router and select the correct channel. Channels must match on both devices, so it's best to manually set a static channel (e.g., 1, 6, or 11) on the main router rather than leaving it set to "Auto."
In the security section Wireless Security You must select the same encryption type as on the main device (usually this is WPA2-PSK). The password must be entered identically. If the settings are correct, the wireless indicator on the receiver will begin to show activity, indicating a successful connection.
Client and Access Point operating modes
In new firmware versions (blue interface), the setup logic has been simplified but become more rigid. A combination of modes is often used here. First, in the section Advanced → Network → Internet The connection type is selected. For operation as a receiver, the mode is often used Dynamic IP or special mode Wireless Client, if it is available in your model.
Hotspot function (Access Point) turns the router into a simple WiFi switch. In this mode, the device receives internet via cable (WAN/LAN) and distributes it. However, to use it specifically as a WiFi receiver, you need to find the mode Client or RepeaterIn Client mode, the router connects to another WiFi network and distributes internet through its LAN ports and its own WiFi network.
When setting up Client mode, it is important to disable the server DHCP On the receiver, if you want all devices to be on the same subnet and see each other (printers, media servers). Leaving DHCP enabled will cause an addressing conflict, and the internet will not work. The main router should be the sole assigner of IP addresses.
| Parameter | Main router | Receiver router (TP-Link) |
|---|---|---|
| IP address | 192.168.0.1 | 192.168.0.254 (static) |
| DHCP Server | On | Off (for bridge) |
| WiFi channel | Fixed (eg 6) | Same (6) |
| WPS | You can turn it on | Better turn it off |
Setting up connection security and stability
Wireless bridge security is critical. Since data is transmitted over the air, the use of outdated encryption WEP unacceptable. Always choose WPA2-PSK with an algorithm AESThis will protect against traffic interception and unauthorized access to your local network.
To improve connection stability, it's recommended to disable WPS on both devices. While convenient, this protocol is often vulnerable. It's also a good idea to disable automatic firmware updates while the device is in use to prevent it from rebooting at an inopportune moment.
⚠️ Attention: When using a WDS bridge, the wireless connection speed may decrease to 50% of the theoretical maximum, since the radio module operates simultaneously for receiving and transmitting data.
Solving typical problems and conflicts
One of the most common problems is a lack of internet access despite a connection. This almost always indicates an error in the DNS or gateway settings. Make sure the WAN (or LAN, depending on the mode) settings of the receiving router are configured with the ISP's DNS addresses or public DNS (e.g. 8.8.8.8 from Google).
If the devices can't see each other, check MAC filtering. Some TP-Link models require MAC address cloning. In the menu Network → MAC Clone You can copy the MAC address of the computer on which the initial setup was performed, or simply register a cloned address. This is helpful if your ISP locks your internet connection to a specific device.
What to do if the red indicator is on?
A red light usually indicates a lack of physical internet connection or a PPPoE authorization error. In bridge mode, it may be lit if the default gateway isn't configured. Try manually entering the main router's IP address as the gateway.
Unstable ping and connection drops often indicate airwave congestion. If you live in an apartment building, try changing to a less congested channel. Mobile WiFi analyzer apps can be used to analyze channel congestion. Switching to a clear channel can do wonders for stability.
Final check and optimization
After completing all settings, you need to reboot both routers. First, turn on the main router, wait for it to fully boot up, then turn on the receiver. Check the connection from the client device: it should detect an IP address within the main network range, and the internet should be stable.
For final optimization, place the receiver router within range of the main device's signal strength. Don't hide it in metal enclosures or behind thick concrete walls. The ideal location is on a shelf or wall where the signal strength indicators show the highest level.
Can I use a TP-Link router as a receiver if it doesn't support WDS?
Yes, if the model supports "Client" or "Universal Repeater" mode. In this case, WDS is not required; the device connects to the network as a regular client device (laptop or phone) and distributes the internet connection.
Will my internet speed decrease when using my router as a receiver?
Yes, with a wireless connection (WDS or repeater mode), speed typically drops by 30-50% due to the overhead of packet relaying. With a wired connection (access point mode), speed loss is minimal.
Do I need to disable the DHCP server on the receiving router?
In bridge mode (WDS) or when expanding an existing network, it must be disabled so that only the main router distributes addresses. In Client mode (where the receiver creates its own subnet), DHCP must be enabled.
Does this method work for routers from different manufacturers?
WDS technology is a standard, but different manufacturers (D-Link, Asus, Zyxel) may implement it differently. Connecting a TP-Link router to another brand is possible, but often requires manual configuration and can be unstable. It's best to use equipment from the same brand.