How to find out the frequency of the Xiaomi router: the complete guide

Modern wireless networks require fine tuning to ensure maximum speed and stability of connection. Users often wonder what frequency their Xiaomi router is running on, especially when faced with problems of speed or signal range. Understanding the differences between the 2.4 GHz and 5 GHz bands is a key point in the competent organization of home Wi-Fi space.

In this article, we will discuss in detail the software and hardware methods for determining the operating frequency of your device, you will learn how to use the web interface, the Mi Home mobile application and even third-party utilities to obtain accurate technical information about your network equipment.

First of all, it’s worth noting that most modern Xiaomi routers are dual-band, which means they can broadcast signals simultaneously in two frequency bands, but older or budget models are characterized by operating only in one band, and determining this parameter becomes critical when choosing a location.

Visual identification and marking of the body

The easiest way to get a firsthand look at your router’s capabilities is to look at its case and factory sticker. Electronics manufacturers, including Xiaomi, always list key specifications on the label located at the bottom of the device. Look for 2.4G, 5G or Dual Band designations.

If the sticker only says 2.4GHz, you have a one-way device that doesn't support high-speed bandwidth. The AC1200, AC2100 or AX3000 label almost always indicates support for two bands. The letter "A" in AC stands for Wi-Fi 5, which works predominantly at 5GHz, although it provides backwards compatibility.

Also, look at the number of antennas. While this is not always an accurate indicator, routers with four or more antennas are often bi-band, where some antennas are responsible for one range and some for the other. Models with two antennas can be either single-band or dual-band, so visual inspection here gives only a rough understanding.

⚠️ Warning: The appearance of the body may vary in different revisions of the same model (SN) Model and not just the design of the device.

To check the model accurately, enter its name in the search engine or on the manufacturer's official website. The IEEE 802.11ac or 802.11ax specification guarantees support for 5 GHz, whereas 802.11n is most often (but not always) limited to 2.4 GHz.

Verification through the web interface of the administrator

The most reliable method of obtaining information about the current state of the network is to log into the control panel of the router. LAN-Cable and open any browser. Enter the address bar IP-The default gateway address for Xiaomi devices is 192.168.31.1 or the domain name miwifi.com.

After authorization (the password is usually on the same sticker or set when you first set up), go to the Wi-Fi settings section. The interface may vary depending on the firmware version, but the logic remains the same. Find the Wi-Fi Settings or Wi-Fi Settings tab. Here you will see the separation into the main networks.

If the router supports two bands, you will see separate settings for 2.4G Wi-Fi and 5G Wi-Fi. Some firmware versions have a dual band feature that combines both bands under the same network name, in which case the router decides on which frequency to serve the client, but technically both bands are active.

β˜‘οΈ Web interface verification

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Pay attention to the communication channels. For the 2.4 GHz band, 1 to 13 channels are available (depending on the region), and for 5 GHz, a much wider spectrum, starting at 36 and above. If you see a 20/40/80 MHz channel width choice in the settings, then you are definitely in the high-speed band settings.

Use of the Mi Home mobile application

Xiaomi’s ecosystem offers a convenient way to manage your network via your smartphone. Mi Home (or Xiaomi Home) app allows you not only to monitor the status of connected devices, but also detailed information about the router. After adding a router to the application, click on its icon on the home screen.

From the control menu, select Settings (usually the gear icon or three dots in the corner). Next, go to the Wi-Fi settings section. Here the application interface will clearly separate the parameters for different frequencies, if the router model allows it, you can see the network name (SSID) for each range separately.

The application can also display a list of connected customers with a connection speed. If the data transfer rate for a particular smartphone exceeds 100 Mbps, it is likely that the device is connected to the 5 GHz band, since real speeds in the 2.4 GHz range rarely go beyond 40-50 Mbps due to ether load.

πŸ“Š What kind of check do you use more often?
Web interface in the browser:Mi Home:Third-party programs:I don't know how to check

An important advantage of the mobile application is the ability to remotely monitor, you can check the frequency settings from outside the home, which is impossible to do through a local web interface without using a VPN or special remote access settings.

Analysis through third-party utilities on a smartphone

If access to the router settings is closed or you want more technical information, use specialized applications to analyze Wi-Fi networks. For Android, the Wi-Fi Analyzer or Fritz!App WLAN application is great. For iOS, the options are limited by the system, but there are utilities like AirPort Utility (in hidden mode).

Run network scanning. Search for your Xiaomi network name in the list of available access points. The frequency range will be indicated next to the network name or in the details about it. This will usually be displayed as 2412 MHz (for 2.4 GHz) or 5180 MHz and higher (for 5 GHz).

The 2.4 GHz range is visually very crowded, as it has many neighbor routers, Bluetooth devices and microwave ovens. The 5 GHz range usually has wider but less crowded channels, which ensures stability.

ParameterRange 2.4 GHz5 GHz range
Maximum speedup to 150-300 Mbpsup to 866 Mbps and above
Range of actionTall, breaking through walls.Medium, worse obstacles pass
WorkloadVery high.Low.
Support for devicesAll Wi-Fi devicesOnly modern gadgets

Using this data, you can determine exactly what frequency your smartphone is sitting on at the moment. If the app shows a 20 MHz channel width, you are almost certainly 2.4 GHz. 80 MHz or 160 MHz width is the exclusive prerogative of 5 GHz.

Technical differences and the choice of optimal range

Understanding the physics of processes helps to better tune the network. The 2.4 GHz band has a longer wavelength, which allows the signal to better bend obstacles and penetrate concrete walls. But the flip side of the coin is low speed and high exposure to interference. This is a workhorse for a smart home.

5 GHz range provides high bandwidth, which is critical for viewing 4K-Video, online gaming and downloading large files.However, the 5GHz signal quickly fades when faced with obstacles. AX3600 or AX9000, Use advanced algorithms to switch between ranges.

Why doesn't 5GHz break through walls?
The 5GHz signal has a smaller wavelength than 2.4GHz. The physics of radio wave propagation is such that the higher the frequency, the worse the signal skirts obstacles and is absorbed by materials like concrete, bricks and even water (aquariums, plants), so in complex apartments, one router for 5GHz may not cover all rooms.

Smart home devices such as robot vacuum cleaners, light bulbs and sensors often require the 2.4GHz band. Many of these gadgets simply don’t have a 5GHz module. If your Xiaomi router combines networks under one name, conflicts can arise when setting up such devices and they have to be connected through a temporary 5GHz shutdown or using a guest network.

⚠️ Note: When you turn on the dual range function (combining 2.4 and 5 GHz into one network), older devices may incorrectly switch between frequencies, leading to communication breaks.

Frequent problems and methods of their solution

One common problem is when a device gets stuck at a low 2.4GHz speed, even though it is near the router, because of roaming algorithms or connection priorities. In the Xiaomi router settings, you can try to change priority or force network names (SSID) to be shared.

Add the name of the network 5 GHz suffix"_5G", So you can see clearly what you're connected to, like MyHome and MyHome_5G. It gives you full control of the connection, and it's also worth checking if the channel is on. 2.4 GHz width 40 MHz – in apartment buildings, this often causes instability, it is better to expose 20 MHz or Auto.

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If your smartphone is constantly losing 5GHz network in the back room, try changing the region to the US or Singapore in the settings of the Xiaomi router – this can increase the transmitter power if your country’s legislation allows it.

Periodic router reboots help clear the routing table and select the least loaded channel automatically. Xiaomi’s current firmware can do this at night at a given time, which is useful for maintaining the health of the network.

FAQ: Frequently Asked Questions

Can Xiaomi 4C router run on 5 GHz?
No, the Xiaomi Mi Router 4C model is a budget solution and only supports the 2.4 GHz band. To run at 5 GHz, you will need models with an AC index (for example, 4A Gigabit, 4C Gigabit does not exist, there is just 4C) or AX.
Why can’t I see a 5GHz network on my laptop?
Most likely, your laptop has an old Wi-Fi adapter that does not support 802.11ac or ax. Check the network card characteristics in Device Manager. Also make sure that the router settings do not hide the 5GHz SSID.
Does frequency affect internet speed?
The frequency itself does not increase the speed that the provider provides. However, the 5 GHz band allows you to realize a full tariff rate (for example, 500 Mbit / s), whereas 2.4 GHz physically limits the speed to about 40-50 Mbit / s in real conditions.
How to divide 2.4 and 5 GHz networks on Xiaomi router?
Go to the web interface (192.168.31.1), go to Wi-Fi Settings and turn off the "Merge 2.4G and 5G" (or "Dual Band") switch. After that, you can set different names and passwords for each band separately.

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The right frequency choice is the balance between speed and coverage: 5 GHz for speed near the router, 2.4 GHz for range and smart home.