How to Change the Wi-Fi Band on an Edimax Router
Modern Edimax routers and wireless extenders commonly support both 2.4 GHz and 5 GHz networks. These two bands use the same internet connection, but they differ in coverage, speed, channel behavior, and compatibility. Choosing the right frequency can improve streaming, gaming, browsing, and connections for smart-home devices.
The change may involve selecting a different wireless network, enabling or disabling a band, or editing the band settings in the router’s web interface. The exact menu names vary by Edimax model and firmware version, but the general process is similar across dual-band routers and access points.
Before changing anything, identify whether your Edimax device broadcasts one combined network name or separate names for each frequency. A combined network may automatically steer devices between bands, while separate names let you choose 2.4 GHz or 5 GHz manually.
Understanding The Two Wireless Bands
The 2.4 GHz band travels farther and passes through walls more effectively than 5 GHz. It is useful for devices located in distant rooms, older phones and laptops, printers, cameras, and smart-home products that do not support newer wireless standards. Its greater range comes with slower typical speeds and a higher risk of interference.
The 5 GHz band usually provides faster wireless performance and more available channels. It is often the better choice for high-definition streaming, online gaming, large downloads, video calls, and newer computers positioned close to the router. However, its signal weakens more quickly through walls and floors.
Wireless interference is another important difference. Bluetooth devices, cordless phones, microwaves, neighboring routers, and some household equipment can affect 2.4 GHz performance. The 5 GHz band is generally less crowded, though radar-related channel restrictions and shorter range may affect some connections.
Find The Edimax Wireless Settings
Connect your computer or phone to the Edimax router before opening its administration page. A wired Ethernet connection is preferable when available because it prevents the wireless connection from dropping while you modify settings. If you must use Wi-Fi, remain near the router during setup.
Open a browser and enter the router’s management address, which may be printed on the device label or included in the manual. Common Edimax gateway addresses can include 192.168.2.1 or 192.168.1.1, but the correct address depends on the model and network configuration. You can also find the gateway address in your device’s network details.
For model-specific access instructions, the Edimax setup guide can help you locate the login page and identify the appropriate configuration path. Enter the administrator username and password when prompted. These credentials are separate from the Wi-Fi password unless the router has been configured to use the same information.
After signing in, look for a section called Wireless, Wireless Settings, Basic, WLAN, or Network. Dual-band models may display separate tabs for 2.4 GHz and 5 GHz, or a single page with settings for both radios. Avoid changing unrelated LAN, DHCP, or internet settings while adjusting the wireless band.
Switch Between Separate Network Names
Many Edimax routers show two wireless network names, such as a standard name for 2.4 GHz and a second name with “5G,” “5GHz,” or another identifying suffix. In this arrangement, changing bands is usually as simple as selecting the network you want from the Wi-Fi list on your phone or computer.
If both names are visible, select the 5 GHz network when you need greater speed and the device is close enough to the router. Select the 2.4 GHz network when the device is farther away, separated by thick walls, or unable to detect the 5 GHz signal. Enter the wireless password exactly as configured in the Edimax interface.
You can rename the networks to make the distinction clearer. For example, a household might use “Home-WiFi-24” and “Home-WiFi-5.” The names can share the same password, but giving them distinct SSIDs makes manual band selection easier. Avoid using personal information in a wireless name, and apply the change only after checking that the password is correct.
Some Edimax interfaces include an Enable or Disable option for each radio. Disabling 2.4 GHz forces compatible devices to use 5 GHz, but it can disconnect older equipment and reduce coverage. Disabling 5 GHz has the opposite effect and may prevent newer devices from reaching their best wireless speeds.
Adjust A Combined Dual-Band Network
Some Edimax models use one SSID for both wireless frequencies. This arrangement is convenient because a phone or laptop sees one network, while the router or client decides which band to use. The feature may be described as Smart Connect, band steering, unified SSID, or a similar term.
To manage the bands separately, look for an option that links the 2.4 GHz and 5 GHz network names. Disable the unified SSID or Smart Connect function if the firmware allows it, then assign different names to each band. Save the settings and reconnect your devices using the new network names.
When band steering is active, a device may remain on 2.4 GHz even when 5 GHz appears available. This does not always indicate a problem. The router may be prioritizing signal stability, compatibility, or reduced power use. If a particular device performs poorly, separate SSIDs provide a practical way to test each band.
Band selection can also be influenced by the client device. Some phones, televisions, and wireless adapters prefer a familiar network and will reconnect to it automatically. Forget the saved network on the device, scan again, and connect to the intended SSID if it keeps choosing the wrong frequency.
Compare Speed, Range, And Compatibility
The best band depends on the location and purpose of the device. A nearby laptop may achieve substantially higher throughput on 5 GHz, while a smart plug in a garage may need the reach of 2.4 GHz. Internet speed is also limited by the service plan, router hardware, wireless standard, and connected device.
| Feature | 2.4 GHz | 5 GHz |
|---|---|---|
| Typical coverage | Longer range | Shorter range |
| Wall penetration | Better through walls | More easily weakened |
| Potential speed | Lower in congested environments | Higher with compatible devices |
| Interference | More common | Usually less crowded |
| Device support | Broad compatibility | Best with newer devices |
| Recommended uses | Smart-home equipment, distant rooms, basic browsing | Streaming, gaming, downloads, nearby computers |
Use a speed test after connecting to each band from the same location. Test several times because wireless results change with network traffic, channel conditions, and the device’s position. Also check latency and connection stability rather than focusing only on the highest download speed.
A 5 GHz connection that is fast beside the router may become unreliable in another room. In that situation, 2.4 GHz may deliver a better overall experience. If neither band reaches a distant area consistently, the solution may involve repositioning the router, adding an Edimax extender, or using an Ethernet-backed access point.
Choose Channels And Wireless Modes Carefully
The wireless band is only one part of performance. Edimax routers may allow channel, channel width, and wireless mode adjustments under advanced wireless settings. Start with automatic channel selection unless you have a specific reason to change it. Automatic selection can help the router respond to nearby networks.
For 2.4 GHz, channels 1, 6, and 11 are commonly preferred because they do not overlap each other under standard 20 MHz operation. In a crowded neighborhood, choosing the least congested of these channels can improve reliability. Wider 2.4 GHz channels may create more interference and are often unnecessary.
For 5 GHz, available channels depend on the router’s region, firmware, and regulatory requirements. Some channels can trigger Dynamic Frequency Selection, which may cause the radio to wait, change channels, or temporarily disappear if radar activity is detected. If a device has trouble finding the 5 GHz network, try a lower, non-DFS channel when that option is available.
Wireless mode settings should remain compatible with connected devices. A setting restricted to a newer standard may improve efficiency for modern clients but disconnect older hardware. If an older printer, camera, or adapter cannot connect, use a mixed or compatible mode and verify that the security setting is supported by that device.
Apply Changes And Reconnect Devices
After selecting the desired band, click Apply, Save, or similar. The wireless radio may restart, and all connected clients can temporarily lose access. Wait for the Edimax router to finish rebooting before attempting repeated logins or power cycling the device.
Reconnect using the correct SSID and password. If you renamed the network, remove the old saved profile from phones, computers, televisions, and streaming devices when necessary. A device may report an authentication error if it is still trying to use an outdated password or cached configuration.
Check the router’s connected-client list to confirm the device has rejoined. Some Edimax interfaces show the connected frequency, signal level, link rate, or wireless mode. These details can help verify whether a client is using 2.4 GHz or 5 GHz.
If the network disappears after saving, connect with an Ethernet cable and restore the wireless radio or SSID settings. If the administration page becomes inaccessible because of a mistaken configuration, a reset may be required as a last resort. A factory reset removes custom settings, so record the current internet, wireless, and administrator details before using it.
Practical Band Selection Recommendations
Use these guidelines when assigning devices to an Edimax wireless network:
- Choose 5 GHz for nearby laptops, phones, game consoles, and streaming devices that support modern Wi-Fi standards.
- Choose 2.4 GHz for distant rooms, smart-home equipment, older hardware, and devices that need stronger wall penetration.
- Give each frequency a separate SSID when you need reliable manual control over band selection.
- Keep Smart Connect enabled when convenience matters and the router successfully moves clients between bands.
- Test signal strength and real-world speed after every major wireless change rather than judging performance from the band name alone.
Place the router in a central, elevated position away from metal cabinets, thick obstructions, and sources of electrical interference. A well-positioned router can make the 5 GHz network useful across more of the home and reduce the need for aggressive settings.
When an extender is involved, check which band connects the extender to the main router and which band serves local clients. A dual-band extender may use one frequency for the backhaul and the other for connected devices, or it may repeat both networks. The extender’s placement should preserve a strong signal from the Edimax router; installing it at the edge of coverage often produces weak results.
Changing the Wi-Fi band on an Edimax router is usually a matter of selecting the appropriate SSID or editing the 2.4 GHz and 5 GHz wireless profiles in the web interface. Choose 5 GHz for speed and low-latency tasks near the router, and use 2.4 GHz where range, compatibility, and wall penetration matter most. Apply changes carefully, reconnect affected devices, and verify the result with practical tests.
Open the Edimax wireless settings, identify whether the bands are combined or separate, and configure the network names and options that match each device’s location. A few deliberate adjustments can produce a faster, steadier home network without replacing the router.