Modern home internet users often face the problem of slow wireless connection speeds, even if their data plan offers high speeds. In most cases, the root cause of the problem lies in radio channel congestion or the use of an outdated frequency band. Understanding How do I find out the frequency of my MTS router's Wi-Fi?, is the first step to optimizing your home network and increasing connection stability.
MTS supplies subscribers with a variety of equipment models, from simple single-channel devices to powerful dual-band systems. Knowing your device's technical specifications allows you not only to properly configure your devices but also to effectively distribute the load within your home. In this article, we'll examine all available methods for determining the operating frequency and help you make the right choice between stability and speed.
Theoretical Foundations: Differences between the 2.4 GHz and 5 GHz Bands
Before getting started with practical setup, it is necessary to clearly understand the physical difference between the two main broadcasting standards. Range 2.4 GHz is an older and more widespread method, it has excellent penetration through walls, but often suffers from interference due to the large number of neighboring networks and household appliances. At the same time, the frequency 5 GHz provides significantly higher data transfer rates and is less susceptible to interference, but has a shorter range.
MTS routers released in recent years often support the technology Dual-Band, which means simultaneous operation in both bands. This allows for separate devices: smart devices and gadgets with low requirements can be sent to 2.4 GHz, while 4K TVs and gaming consoles can be used in the faster 5 GHz band. Properly distributing clients across frequencies ensures the absence of lag and connection drops.
Why is 2.4 GHz slow?
The 2.4 GHz band is divided into only 13 channels, which often overlap. If you and your neighbors have routers on the same or similar channels, a "mess" of signals occurs, leading to packet loss and reduced actual speed, even if the indicator shows full signal strength.
It's important to note that not all client devices support the new standards. Older smartphones or low-end IoT sensors may simply not see the 5 GHz network, as their Wi-Fi modules aren't physically designed for this frequency. Therefore, having a dual-band router doesn't automatically guarantee faster speeds for all devices in the home.
⚠️ Attention: The MTS router web configurator interface may be updated by the operator. If you don't see the options described below, check the latest instructions for your specific model in your personal account or on the official support portal.
Visual identification and marking of the device
The fastest way to get basic information about your equipment's capabilities is to carefully inspect the case and manufacturer's label. Manufacturers often list key specifications directly on a sticker located on the bottom panel or back of the device. Look for markings like AC1200, Dual Band or explicit indication of frequencies 2.4GHz / 5GHz.
If the sticker only says 802.11n or N300, then it's highly likely that you're looking at a single-channel router that operates exclusively at 2.4 GHz. More modern models that support the standard 802.11ac (Wi-Fi 5) or 802.11ax (Wi-Fi 6) are almost always dual-band. Also, pay attention to the number of antennas: devices with four or more antennas are most often designed to operate on both bands.
- 📶 AC in the model name (for example, Huawei WS320 AC1200) almost always means 5 GHz support.
- 📶 N at the beginning of the standard marking (N150, N300) most often indicates operation only in the 2.4 GHz range.
- 📶 Logo presence
Wi-Fi 5orWi-Fi 6guarantees support for high-speed frequencies.
However, relying solely on external signs is not recommended, as the markings may be worn off or not obvious. To obtain accurate information about the current network status, you need to access the router software. This is the only way to determine whether the second band is activated and how it is configured.
Checking the frequency via the MTS router web interface
The most reliable method of checking is to log into the device's control panel. To do this, you'll need a computer or smartphone connected to the router. Open any browser and enter the gateway's IP address in the address bar. For MTS devices, this is most often the case. 192.168.0.1, 192.168.1.1 or domain name mtswifi.ru.
After entering your login and password (by default they are also indicated on the sticker, often this is admin/ admin (or a unique password), you'll be taken to the main menu. Navigation may vary depending on the firmware, but the logic remains the same. You need to find the section related to wireless networking. It may be called Wi-Fi, Wireless network, WLAN or Network.
Within this section, look for subsections labeled "2.4G Wireless" and "5G Wireless." If you see both options and they're active, your router is dual-band. Some MTS interfaces use a combined menu where switching frequencies is done via a drop-down list or a separate checkbox. Enable 5G.
☑️ Check in the web interface
Pay attention to the SSID (network name) settings. MTS routers often create two networks with similar names by default, for example, MTS_WiFi And MTS_WiFi_5GThe presence of a second network in the list of available connections on your phone is direct evidence that the 5 GHz frequency is working.
Network analysis using operating system tools
If access to your router settings is blocked or you want to check the exact frequency your device is currently operating on, you can use operating system tools. In Windows, this is done via the command line, and in macOS and Linux, via the terminal or system utilities. This allows you to obtain technically accurate data without logging into the admin panel.
For Windows users, you need to open the command prompt (cmd) as administrator. By entering the command netsh wlan show interfaces, you will receive a detailed report on the current connection. In the line Channel the channel number will be indicated, and in the line Radio type — standard. If the channel is in the 1-13 range, it's 2.4 GHz. If the channel is higher than 36 (for example, 149, 157), then you're connected to 5 GHz.
netsh wlan show interfacesOn Android smartphones, the situation is more complicated, as this information is often hidden in the default settings. However, you can use third-party analyzer apps, such as WiFi AnalyzerThey will not only show the current frequency but also visualize channel congestion, helping you choose the least noisy one.
- 📱 On iOS, the frequency is not displayed in the standard interface; you need to use special scanner apps from the AppStore.
- 💻 In Windows 10 and 11, you can click the Wi-Fi icon in the system tray, select "Properties" for the active network, and look at the "Frequency (GHz)" field.
- 🖥️ In macOS, you need to hold down the key
Optionand click on the Wi-Fi icon in the menu - an extended menu with technical data will open.
⚠️ Attention: When using third-party Wi-Fi scanners on Android, make sure the app has permission to access geolocation, as this is a mandatory requirement for working with the Wi-Fi module in modern versions of Android.
Setting up and separating ranges in MTS routers
Once you know the frequency, the question of optimization arises. Many dual-band MTS routers have a function Smart Connect (or similar), which combines both frequencies under a single network name. The router itself decides where to connect the device. While this is convenient, the algorithm doesn't always work correctly, sometimes tying a fast smartphone to the slow 2.4 GHz band.
Experts recommend disabling the banding feature and setting unique names (SSIDs) for each band. For example, Home_WiFi_24 And Home_WiFi_5GThis will give you complete control: you'll know for sure that your laptop is running at high speed and your smart bulb is on a long-range channel.
To separate the bands, go to the Wi-Fi settings in the web interface. Find the "Combine 2.4G and 5G" switch and set it to "Off." This will open separate fields for entering usernames and passwords for each frequency. Be sure to save the settings, after which the router will reboot the wireless module.
Range characteristics comparison table
To make a final decision on the right frequency for different tasks, let's compare key parameters. This table will help you understand why speeds may vary in different rooms and on different devices.
| Parameter | 2.4 GHz band | 5 GHz band |
|---|---|---|
| Maximum speed | Up to 150-450 Mbps (actually less) | Up to 867 Mbps and higher |
| Penetration ability | High (goes well through walls) | Low (walls significantly reduce signal) |
| Workload | Very high (many neighbors) | Low (many free channels) |
| Range of action | Big | Medium / Small |
The table shows that for online gaming and 4K video viewing, 5 GHz should be prioritized, even if the signal strength is slightly lower. For a smart home, which is spread throughout the apartment, including the far corners, the good old 2.4 GHz band is better suited.
Frequently Asked Questions (FAQ)
Why can't my phone see the 5 GHz network even though my router is dual-band?
Most likely, your smartphone's Wi-Fi module is an older generation and doesn't physically support the 802.11ac or ax standard. It's also possible that your router's 5 GHz channel is set to a non-standard channel (for example, higher than 140), which isn't supported by your device's regional settings.
Is it possible to increase the range of a 5GHz network?
Physical laws limit the range of high-frequency signals. You can increase it by replacing the antennas with more powerful ones (if your router model allows it), moving the router to the center of your home, or installing an additional repeater that supports 5 GHz.
Does the MTS router frequency affect ping in games?
Yes, directly. The 5 GHz band provides a more stable ping and eliminates micro-breaks, as it's less susceptible to interference from microwaves, Bluetooth devices, and neighboring routers, which clog the 2.4 GHz band.
Do I need to change the password when separating networks?
No, you can set the same password for both bands for convenience. The key is to give the networks different names (SSIDs) so you can manually select which one to connect to. However, for security reasons, it's recommended to use a complex WPA2/WPA3 password for both bands.