How to check your Wi-Fi's GHz: 2.4 or 5 – all the methods

You've connected to Wi-Fi, but you don't know if the network is working at the frequency you're using. 2.4 GHz or 5 GHzThis information is critical if your device can't see one of the networks, is lagging while playing 4K video, or is constantly losing connection. The difference between the bands isn't just about speed: 2.4 GHz It passes through walls better, but is susceptible to interference from neighboring routers, and 5 GHz faster, but weaker at breaking through obstacles.

In this article you will find All current methods for checking Wi-Fi frequency — from standard Windows/macOS settings to hidden menus in Android and iOS. We'll also explore how to force switching between bands if your router supports both, and why devices sometimes stubbornly cling to a slow network. No need to be a tech expert: the instructions are suitable even for beginners.

Why is it important to know your Wi-Fi frequency?

At first glance, the difference between 2.4 GHz And 5 GHz It comes down to speed alone. But in practice, the choice of range affects:

  • 📶 Connection stability: in apartment buildings channel 2.4 GHz often overloaded - up to 20 neighboring networks can broadcast on the same frequency.
  • 🎮 Latency (ping): critical for online gaming and video calls 5 GHz, where there is less interference and the server response is faster.
  • 📺 Streaming quality: 4K content on Netflix or YouTube requires 5 GHz, otherwise the video will be choppy.
  • 🔋 Energy consumption: smartphones and laptops are draining their batteries faster 5 GHz due to more intensive work of the Wi-Fi module.

For example, if your Samsung Galaxy S23 My internet connection suddenly became slower, it could be due to automatic switching to an overloaded network 2.4 GHz. Or vice versa: iPhone 14 Pro "refuses" to see the network 5 GHz, because the mode is disabled in the router settings 802.11ac.

⚠️ Note: Some budget routers (for example, TP-Link TL-WR840N) work only on 2.4 GHzIf the device specifications do not indicate support 5 GHz, there is no point in checking the frequency - it simply does not exist.
📊 Which Wi-Fi band do you use most often?
2.4 GHz only
5 GHz only
Automatic selection
I don't know what mine is

Method 1: Checking Wi-Fi Frequency on Windows 10/11

In operating systems Windows You can find out your connection frequency without third-party programs. Here are the step-by-step instructions:

  1. Click the Wi-Fi icon in the lower right corner of the taskbar (next to the clock).
  2. Select your current network and click Properties (V Windows 11 - gear icon next to the network name).
  3. Scroll down to the block Network properties - there will be a line Protocol (For example, Wi-Fi 5 (802.11ac)).

Transcript of protocols:

ProtocolFrequencyMax. speed
802.11b/g/n2.4 GHzup to 600 Mbps
802.11a/n/ac5 GHzup to 1.3 Gbps
802.11ax (Wi-Fi 6)2.4 + 5 GHzup to 9.6 Gbps

If there is no protocol information in the network properties, use command line:

netsh wlan show interfaces | findstr "Radio type"

The response will contain a string Radio type: 802.11n (2.4 GHz) or 802.11ac (5 GHz).

☑️ Checking the frequency on Windows

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Method 2: Determining the frequency on macOS (MacBook, iMac)

On devices Apple the algorithm is simpler, but requires holding down the key Option (aka Alt). Follow the instructions:

  1. Hold Option and click on the Wi-Fi icon in the top bar.
  2. The drop-down menu will display extended network information, including a line Channel.
  3. If the channel is from 1 to 14 - This 2.4 GHz. Channels 36–165 relate to 5 GHz.

For more detailed information:

  1. Open System Preferences → Network → Wi-Fi → Advanced.
  2. Tab Wi-Fi will show Recommended networks indicating the standard (for example, 802.11ac = 5 GHz).
⚠️ Attention: On MacBook with a chip M1/M2 when connecting to the network 5 GHz the protocol may be displayed 802.11ax (Wi-Fi 6) This is normal - it works in both bands.

Method 3: How to find the Wi-Fi frequency on Android

On smartphones running Android The default settings rarely show the frequency. But there are workarounds:

Method 1: Via Wi-Fi menu (for some models)

On devices Samsung, Xiaomi or Google Pixel:

  1. Go to Settings → Wi-Fi.
  2. Tap on the name of your network (not the switch!).
  3. Scroll down to the block Frequency or Speed (For example, 5 GHz, 866 Mbps).

Method 2: Wi-Fi Analysis Apps

If there is no data in the settings, install one of the applications:

  • 📊 WiFi Analyzer (shows channels and frequencies of neighboring networks).
  • 🔍 NetSpot (detailed analysis including range).
  • 📡 Fing (determines the Wi-Fi standard for the current connection).

Example of work in WiFi Analyzer:

  1. Open the tab Channel Graph.
  2. Find your network in the list - the frequency will be indicated in brackets (2.4G or 5G).
Why doesn't Android show the default frequency?

Manufacturers hide this information to avoid confusion among users. Furthermore, many budget smartphones (for example, Redmi 9A) support only 2.4 GHz, so displaying the frequency is redundant.

Method 4: Check on iPhone or iPad

Apple simplified the interface as much as possible iOS, but there's a life hack here too. Unfortunately, the default settings don't show the frequency, so:

Method 1: Through the Airport Utility app

This is the official app from Apple for network management:

  1. Download Airport Utility from App Store.
  2. Open the app, go to Wi-Fi Scanner (in the upper right corner).
  3. Click Scan — there will be a column in the results Band (2.4 GHz or 5 GHz).

Method 2: Alternative Applications

If Airport Utility doesn't work, try:

  • 🌐 Network Analyzer (shows channel and range).
  • 📶 WiFi SweetSpots (visualizes networks with frequency indication).
⚠️ Attention: On iPhone with version iOS below 14.0 application Airport Utility may not display the tab Wi-Fi ScannerUpdate your system to Settings → General → Software Update.

Method 5: Check in the router settings

If none of the previous methods work, the next step is to check the router's web interface. This is a universal method, but requires access to the admin panel.

Step 1: Login to the control panel

Open your browser and enter the following in the address bar:

  • 192.168.0.1 (For TP-Link, D-Link),
  • 192.168.1.1 (For ASUS, Zyxel),
  • 192.168.8.1 (For Huawei).

The default login and password are usually admin/admin or indicated on the router sticker.

Step 2: Finding Frequency Information

Depending on the router model, the path to the settings may differ:

ManufacturerPath to Wi-Fi settingsWhere to look for frequency
TP-LinkWireless → Wireless SettingsField Range or Band
ASUSWireless Network → GeneralTab Frequency (2.4G/5G)
KeeneticWi-Fi Network → Access PointParagraph Frequency range

If your router has two networks with the same name (for example, MyWiFi And MyWiFi_5G), but you are connected to only one - which means the second one is disabled or hidden.

Method 6: Determining the frequency by network name (SSID)

Many routers add suffixes to the network name by default to indicate the range:

  • 📌 MyWiFi_2G or MyWiFi2.4 GHz.
  • 📌 MyWiFi_5G or MyWiFi-55 GHz.
  • 📌 MyWiFi_Plus or MyWiFi_AC - usually 5 GHz (but not always).

If there are no suffixes, but the router supports both ranges, it can use one name (SSID) for both networks. In this case, the device itself chooses the frequency - usually priority is given to 5 GHz, if the signal is strong enough.

⚠️ Please note: Some providers (eg. Rostelecom or Beeline) configure routers so that networks 2.4 GHz And 5 GHz have the same name. This creates problems for devices that do not have the ability to switch automatically (for example, smart speakers or IP cameras).

What to do if your device doesn't see the 5 GHz network

If your smartphone or laptop does not detect the network 5 GHz, although the router is broadcasting it, check the following:

  1. Device support: old gadgets (eg iPhone 5 or Samsung Galaxy S3) work only on 2.4 GHz.
  2. Router settings:
    • Is the mode enabled? 802.11a/n/ac in the settings 5 GHz?
    • Isn't the channel width worth it? 80 MHz (some devices do not support it).
    • Is the network hidden (parameter Hide SSID).
  • Wi-Fi drivers: on Windows-on laptops, update the adapter driver via device Manager.
  • To force a connection to 5 GHz on Android:

    1. Forget the current network in Wi-Fi settings.
    2. Turn on airplane mode for 10 seconds, then turn it off.
    3. Reconnect - the device may "see" the hidden network 5 GHz.

    FAQ: Frequently Asked Questions about Wi-Fi Frequencies

    Is it possible to use 2.4GHz and 5GHz on one router at the same time?

    Yes, if the router is dual-band (for example, ASUS RT-AX55 or TP-Link Archer C6). There is usually an option in the settings Split the networks or Double range, which creates two separate access points. This is convenient if some devices only work on 2.4 GHz, and others - on 5 GHz.

    Why does my laptop connect to 2.4 GHz when 5 GHz is faster?

    This is due to the automatic connection algorithm. Windows And macOS choose a network based on signal strength, not speed. To force a connection to 5 GHz:

    1. Forget the network 2.4 GHz in the Wi-Fi settings.
    2. Restart your laptop.
    3. Reconnect - the system will select an available network 5 GHz.
    Which 5GHz channel should I choose for minimal interference?

    In the range 5 GHz recommended channels 36–48 (lower range) or 149–165 (upper range). Channels 50–144 may require support DFS (dynamic frequency selection), which not all devices support. Use apps like WiFi Analyzerto find the least loaded channel.

    Is 5GHz Wi-Fi harmful to health?

    There is no evidence that 5 GHz more dangerous 2.4 GHzBoth ranges are non-ionizing radiation, which does not damage DNA. The router's radiation power is hundreds of times lower than the maximum permissible limits (for example, according to standards FCC or Rospotrebnadzor). If you are concerned about exposure, turn off Wi-Fi at night or use a wired connection.

    Can a router automatically switch devices between 2.4GHz and 5GHz?

    Yes, if the router supports the technology Band Steering (For example, Netgear Orbi or Ubiquiti UniFi). In this case, one network (with one SSID) automatically distributes devices into ranges depending on:

    • 📱 Device type (smartphone, TV, smart speaker).
    • 📶 Signal level.
    • 🚀 Network loads.
    • However Band Steering It doesn't always work perfectly—sometimes devices get stuck on a slow band. In this case, it's better to separate the networks manually.