Many users face a situation where there's no wired internet access in the room where their desktop computer or Smart TV is located, and the wireless signal is too weak for comfortable use. In such cases, it becomes necessary to reconfigure the existing equipment so that it receives rather than generates a signal. This allows a second router to be used as a powerful adapter or access point, boosting coverage in hard-to-reach areas.
Transforming a device from an access point to a receiver requires careful attention to interface settings. You'll need to change the default operating mode, configure IP addressing to avoid conflicts, and properly connect cables. In this article, we'll cover every step in detail, from preparing the equipment to fine-tuning security.
Before you start changing the settings, it is important to make sure that your model supports the function. client mode or repeater mode. Not all budget devices have full receiver functionality, so checking the specifications beforehand will save you time. If functionality is confirmed, you can proceed to preparing the equipment and resetting the settings.
Preparing equipment and resetting settings
The first step is to physically connect the router you plan to use as a receiver to your computer. It's best to perform the initial setup via a LAN cable, as the wireless connection may be interrupted when changing operating modes. Make sure the cable is in good condition and your computer's network card is configured to obtain an IP address automatically.
It's crucial to perform a full factory reset of your device. This will remove old provider configurations that may conflict with the new hardware role. Locate the recessed button on the back panel. Reset or WPS/Reset, press it with a paper clip for 10-15 seconds until the indicators flash simultaneously.
⚠️ Attention: After a reset, the device will revert to the factory username and password for accessing the web interface. This information is usually located on a sticker on the bottom of the device, but if you've changed it before and don't remember, a reset is the only way to regain access.
After rebooting, connect to the device's open network or enter its IP address in a browser. The default address usually looks like this: 192.168.0.1 or 192.168.1.1To log in, use the credentials found on the label. You're now ready to change your network settings.
☑️ Preparing for reconfiguration
Changing your IP address to avoid conflicts
One of the critical mistakes when creating a network from multiple routers is using the same IP addresses in the same subnet. If your main router has an address 192.168.1.1, then the configured receiver must receive a unique address, for example, 192.168.1.2 or 192.168.1.254This is necessary so that you can access the settings of both devices in the future.
To change your address, go to the section Network (Network) and select the subsection LANIn the field IP Address Enter the new address, keeping the first three octets the same as the main router if they are on the same network, or change the third group of numbers if you want to create a separate subnet. Leave the subnet mask as default— 255.255.255.0.
After applying the settings, the device will prompt you to reboot. Your computer will lose connection to the router because its address will change. You will need to re-enter the new IP address in your browser's address bar to continue setup. This is standard system behavior.
Some models TP-Link or Asus They can automatically prompt you to change the address if they detect a conflict when connecting to the main network. However, manual control is more reliable in this regard, especially if you use equipment from different vendors, where automatic conflict resolution algorithms may not work correctly.
Select operating mode: Client, Repeater or Bridge
The most important step is choosing the correct operating mode. In modern firmware, this parameter is often located in a separate menu. Operation Mode or Opening hoursYou need to select one of the options supported by your model: Client (Client), Repeater (Repeater) or Bridge (Bridge/WDS).
Mode Client Turns the router into a simple receiver: it receives Wi-Fi from the main router and distributes internet only through the LAN ports. The wireless network on the receiver itself often disconnects in this mode. Repeater (or Range Extender) receives the signal and retransmits it, creating a single wireless network with the same name, but with an extended coverage area.
Bridge mode WDS Requires configuration on both routers and MAC address binding. This is a more complex but stable option for connecting two buildings or floors. If your goal is simply to provide internet access to a computer via an over-the-air cable, select Client mode.
⚠️ Attention: Firmware interfaces are constantly updated. Mode names may vary: "Wi-Fi Extender," "Access Point," or "Adapter." Carefully read the function description in your device's interface before selecting one.
Setting up a connection to the main network
After selecting the operating mode, you need to specify the parameters of the network that the router will receive. Go to the wireless mode section, which may now be called Wireless Client or Site Survey. Click the network search button (Scan or Search).
In the list that appears, select your primary home network. If the SSID is hidden, enter the network name manually. Next, you'll be asked to enter a security key (password). Make sure the encryption type matches your primary router's settings—usually WPA2-PSK with an algorithm AES.
In some cases, you may need to manually enter the MAC address of the primary router in the WDS or bridge settings. You can find it on the label of the primary device or in its web interface under StatusMAC address cloning may also be necessary if the ISP restricts access based on this parameter, although this is rarely necessary in a router-to-router connection.
After entering all the data, click the button Connect or SaveThe device will attempt to establish a connection. The wireless indicator should light up or change its blinking pattern, indicating a successful handshake with the primary access point.
Setting up DHCP and Internet sharing
A key point that is often forgotten is the DHCP server configuration. In receiver (client or bridge) mode, the DHCP server on the second router must be disabledOnly the main router should distribute addresses. Leaving the server running will cause a network conflict, and devices will lose internet access.
Find the section DHCP or Local area network and select the option Disable (Disable). Save the settings. Now the second router will simply forward IP address requests to the main device, acting as a transparent bridge.
| Parameter | Main router | Second router (Receiver) |
|---|---|---|
| IP address | 192.168.1.1 | 192.168.1.2 (static) |
| DHCP Server | Enabled | Disabled |
| Wi-Fi Mode | Access point (AP) | Client/Bridge |
| Connection | WAN port from the provider | LAN port (or WAN in router mode) |
If you are using a mode where the WAN port of the second router remains active (router mode with a dynamic IP), then DHCP on it must also be disabled, and in the WAN settings, select Dynamic IPHowever, the classic scheme of disabling DHCP and connecting via LAN ports is considered more stable for creating a unified local network.
Final connection and stability check
After saving all settings, disconnect the cable from the computer and connect the second router to the primary router. Depending on the selected mode, the cable from the primary router (from the LAN port) is inserted either into the LAN port of the receiver (if DHCP is disabled) or into the WAN port (if automatic IP mode is configured). LAN-to-LAN connection is preferred for creating a single network without NAT translation.
Check the indicator lights on the device. Typically, the power indicator, LAN indicator (if the cable is connected), and Wi-Fi indicator (signal from the main router) will be lit. Connect your computer or phone to the second router and test internet access.
To diagnose the speed, use utilities like ping Or use online Speedtest services. The latency (ping) to the main router shouldn't be critically high. If the speed has dropped significantly, the second router may be too far away or operating in a noisy band.
⚠️ Attention: When using the 2.4 GHz band, bridged speeds can drop to 50% of actual speeds due to the radio module operating in both receive and transmit modes. For maximum performance, use the 5 GHz band if your equipment supports dual-band operation.
What to do if there is no internet access?
Check that the Wi-Fi passwords on both devices match. Ensure DHCP is disabled on the second router. Try cloning the MAC address of a computer that has previously successfully connected to the network into the WAN settings of the second router. Also, check if MAC address filtering is enabled on the main router.
Frequently Asked Questions
Is it possible to connect routers from different manufacturers?
Yes, it's possible. Wi-Fi standards are universal. The main thing is that both devices support the same encryption standards (WPA2) and frequency ranges. WDS mode works better within a single brand, but Client mode works across all brands.
Will my internet speed drop with this connection?
Some speed loss is inevitable, especially in repeater mode, since the communication channel is split in half (receive and transmit). In client mode with a cable connection, losses are minimal and depend solely on the signal quality between the routers.
Do network names (SSIDs) need to be configured the same?
If you're using Repeater mode, then yes, the names and passwords must match for seamless roaming (although seamless roaming requires 802.11r/k/v support). In Client mode, the second router's network name can be anything, as it shares the internet connection separately.
Why doesn't the second router see the first router's network?
Check the distance between the devices and any physical obstacles. Make sure MAC address filtering isn't enabled on the first router and the SSID isn't hidden (unless you're manually entering the name). Also, the devices must be operating in compatible bands (2.4 or 5 GHz).