How to Find Wi-Fi Network Specifications: A Complete Guide for Your Router and Connected Devices

Have you ever experienced a situation where your internet is slow and a nearby Wi-Fi channel is blocking your signal? Or tried connecting a new device but couldn't figure out if it supported 5 GHz or just 2.4 GHzKnowing your Wi-Fi network's characteristics is like having a map in a maze: without it, you risk getting lost wondering why your speed is dropping or why your smartphone isn't detecting the network.

In this article we will look at all possible ways Checking Wi-Fi parameters - from basic (how to find out the network name and password) to advanced (determining the channel width, standard 802.11ac/ax and the level of airtime congestion). You will learn how to analyze the network Windows 10/11, macOS, Android, iOS, as well as in the router settings. We will pay special attention to hidden parameters that are not shown by standard operating system tools — knowing them will help optimize the network and avoid conflicts with neighboring access points.

Whether you're a beginner or an experienced user, there's a solution for every problem here. For example, you'll learn how to determine at what frequency (2.4 GHz or 5 GHz) your device is connected, even if the router uses the same network name (SSID) for both bands. Or how to check if your laptop supports it Wi-Fi 6 (802.11ax), without taking it apart or looking for specifications on the Internet.

1. Basic Wi-Fi characteristics: what you can find out without special programs

Let's start with the most basic: the settings available out of the box in any operating system. This information will help answer questions like, "Is my network 2.4 or 5 GHz?" or "What Wi-Fi standard does my router support?"

On Windows just click on the Wi-Fi icon in the tray (next to the clock) and select Network propertiesHere you will see:

• 📡 Network name (SSID) - What is the name of your access point?
• 🔒 Security type - usually WPA2-Personal or WPA3-Personal (If WEP, change it urgently!).
• 📶 Signal level — the number of indicator "sticks" (but this is subjective).
• 🔄 IPv4 address - For example, 192.168.1.100 (useful for accessing the router).

On macOS hold down the key Option (⌥) and click on the Wi-Fi icon in the menu bar - more information will appear, including BSSID (MAC address of the router), channel, channel width and even noise level (RSSI in dBm). On Android And iOS This data is hidden deeper, but can be accessed through settings or special applications (more on that below).

⚠️ Attention: If you see a security protocol in the network properties on Windows WPA2-PSK (AES), but the router supports WPA3, this is not a bug. Many devices connect by default WPA2 for compatibility. To force the use of WPA3, change the security settings in the router control panel.

What cannot be found out by standard means:

• 🔍 Accurate frequency band (2.4 or 5 GHz) if the network uses the same name (SSID) for both bands.
• 📊 Actual connection speed (in Mbps) - only the "theoretical maximum" is shown.
• 🔄 Channel congestion neighboring networks (analytical tools needed).

2. How to determine the Wi-Fi frequency (2.4 GHz or 5 GHz) on a connected device

This is one of the most frequently asked questions: many routers broadcast a single network (one SSID) on two frequencies simultaneously, and the user doesn't know which one their device is connected to. The difference is critical: 2.4 GHz has a long range, but is subject to interference (microwaves, other networks), and 5 GHz faster, but passes through walls worse.

Verification methods depend on the operating system:

🖥️ On Windows 10/11

1. Open Settings → Network and Internet → Wi-Fi.
2. Click Additional properties under the name of your network.
3. Scroll down to the section Properties - there will be a line Network stripe (2.4 GHz or 5 GHz).

🍎 On macOS

Hold Option (⌥) and click on the Wi-Fi icon in the menu bar. The drop-down menu next to the network name will show Channel: 6 (2.4 GHz) or Channel: 36 (5 GHz).

📱 On Android

The default settings don't show the frequency. Use apps like WiFi Analyzer (from VREM Software Development) or NetSpot:

1. Open the app and find your network in the list.
2. Pay attention to the column "Band" or "Frequency".

🍏 On iPhone/iPad

Apple doesn't provide this information in iOS. Workaround:

1. Install the application AirPort Utility (official from Apple).
2. Turn on the mode Wi-Fi Scanner in the utility settings (you need to hold down the icon in the upper right corner).
3. Run the scan - the results will show the range (2.4G or 5G).

⚠️ Attention: If your router uses technology Band Steering (automatic switching between 2.4 and 5 GHz), the device may connect to different frequencies depending on the signal. In this case, check the frequency immediately when connection issues occur.

3. Advanced diagnostics: speed, channel, channel width, and Wi-Fi standard

Now let's move on to the parameters that affect network performance: actual connection speed, channel, channel width (20/40/80/160 MHz) and Wi-Fi standard (802.11n/ac/ax). This data will help optimize the network by avoiding congested channels and choosing the best settings.

On Windows The most detailed information is provided by the command line. Open it (Win + R → cmd) and enter:

netsh wlan show interfaces

In the results, please note:

• 📡 BSSID — MAC address of the router.
• 🔄 Channel — channel number (for example, 11 for 2.4 GHz or 48 for 5 GHz).
• 📊 Receive rate (Mbps) And Transmit rate (Mbps) — current reception/transmission speed.
• 🔗 Signal — signal level in percent (for example, 95%).

For macOS use the built-in utility Wireless Diagnostics:

1. Hold Option (⌥) and click on the Wi-Fi icon → Open Wi-Fi diagnostics.
2. In the menu, select Window → Utilities.
3. In the tab Wi-Fi Scan click Scan Now - a table will appear with all networks, including their channels, channel width and standard (802.11ac etc.).

On Android And iOS The following applications are suitable for these purposes:

• 📱 WiFi Analyzer (Android) - shows channels, their load and recommended settings.
• 🍏 NetAnalyzer (iOS) - displays connection speed, channel, channel width, and even a load graph.

⚠️ Attention: If in the results netsh or Wireless Diagnostics you see the channel width 20 MHz at 5 GHz, your network is not working optimally. For 802.11ac/ax It is recommended to use 40 MHz or 80 MHz (If there is no interference from neighboring networks). Change this setting in your router settings.

To find out which one Wi-Fi standard Your router or device supports:

• On Windows open device Manager → Network adapters → find your Wi-Fi module (for example, Intel Wi-Fi 6 AX200). In the adapter properties, in the tab Additionally The supported standard will be indicated.
• On macOS Click and hold the Wi-Fi icon Option (⌥) — there will be a line in the network information PHY Mode (For example, 802.11ax for Wi-Fi 6).
• For a router, look into its settings (usually the section Wireless or Wi-Fi) - the standard is indicated there (802.11n/ac/ax).

How do I know if my router supports Wi-Fi 6 (802.11ax)?

If the router settings or its case indicate the standard 802.11ax, or if you see modes like AX Mode, OFDMA, 1024-QAM, then it's Wi-Fi 6. Also, routers with Wi-Fi 6 are often marked Wi-Fi 6 or AX (For example, TP-Link Archer AX6000).

4. Analysis of channel load and selection of the optimal one

Even if your router supports Wi-Fi 6 and connected to fiber optics, speed may drop due to interference from neighboring networks. In apartment buildings, channels 2.4 GHz often overloaded, and on 5 GHz Some channels may overlap with radars (e.g. channels 52-144 in some countries).

To find a free channel:

🖥️ On Windows

Use the utility inSSIDer (free version) or Acrylic Wi-Fi:

1. Download and install the program.
2. Run a scan and you will see a graph of channel load.
3. For 2.4 GHz choose channels 1, 6 or 11 (they do not intersect).
4. For 5 GHz Avoid channels marked DFS (may conflict with radars).

🍎 On macOS

Built-in Wireless Diagnostics (see previous section) shows the channel load in graphical form. Alternative - NetSpot (free version).

📱 On Android/iOS

Applications WiFi Analyzer (Android) or NetAnalyzer (iOS) visualize channel load in the form of a graph. WiFi Analyzer go to the tab Channel Graph — green bars show occupied channels.

How to change the channel on a router:

1. Open the router's web interface (usually at 192.168.1.1 or 192.168.0.1).
2. Go to the section Wireless Settings (or Wi-Fi).
3. Select Manual for the channel and specify a free number (for example, 36 for 5 GHz).
4. Save the settings and reboot the router.

⚠️ Attention: In some countries (for example, in Russia), there are restrictions on 5 GHz channels. Channels 36–48 are usually allowed, and 52–144 may require support DFS (dynamic frequency selection). If the router automatically switches from these channels, try 149–165 (if available in your model).

Check channel load using an analyzer

Select the least crowded channel (1, 6 or 11 for 2.4 GHz)

Avoid 5GHz DFS channels unless you are sure they are supported.

Set the channel width to 40 MHz for 5 GHz (if there is no interference)

Reboot your router after making changes

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5. Checking Wi-Fi characteristics via the router's web interface

The router's web interface is the "brain" of your network, where all settings and diagnostics are located. Here you can view not only your current Wi-Fi settings, but also your connection history, traffic statistics, and even a list of devices that have ever connected to the network.

How to access router settings:

1. Find out your router's IP address:
   • On Windows: ipconfig in the command line → Main gateway.
   • On macOS: System Preferences → Network → Advanced → TCP/IP → Router.

Enter this IP into the address bar of your browser (usually 192.168.1.1 or 192.168.0.1).

Enter your login and password (by default it is often admin/admin or indicated on the router sticker).

Where to look for Wi-Fi specifications:

• 📡 Network name (SSID) And password: chapter Wireless or Wi-Fi.
• 🔄 Channel and channel width: there, in the wireless network settings.
• 📊 List of connected devices: DHCP Clients List or Connected Devices.
• 🔗 Wi-Fi standard (802.11n/ac/ax): in the operating mode settings (Wireless Mode).
• 🔒 Security type (WPA2/WPA3): in the section Wireless Security.

Example for routers TP-Link:

1. Go to Basic → Wireless.
2. Here you will see the current channel, channel width And mode (For example, 11ac).
3. In the tab Wireless Statistics You can view the current network load.

For routers ASUS:

1. Open Wireless → General.
2. In the section Channel Bandwidth You can change the channel width.
3. In the tab Client List All connected devices are displayed, along with their MAC addresses and current speed.

⚠️ Attention: If you see the option in your router settings Enable MU-MIMO or OFDMA, but it's turned off, turn it on - it's technology Wi-Fi 6, which increase bandwidth when connecting multiple devices. However, make sure all your devices support it. 802.11ax, otherwise compatibility issues may arise.

How do I find out how many devices are connected to my router?

In the router's web interface, find the section DHCP Clients, Connected Devices or Client ListThere will be a table with MAC addresses, IP addresses, and device names. If this section is missing, check Local Network → DHCP or use apps like Fing (available for Android/iOS).

6. Special utilities for deep Wi-Fi diagnostics

When standard tools don't provide a complete picture, professional utilities come to the rescue. They allow you not only to view your network's characteristics but also to analyze neighboring access points, detect hidden networks, and even simulate attacks to test security.

Top 5 diagnostic utilities:

Example of use inSSIDer:

1. Download and install the program.
2. Run a scan and you will see all networks in range, indicating:
   • 📡 SSID And BSSID (MAC address).
   • 🔄 Channel And channel width.
   • 📊 Signal level (RSSI in dBm).
   • 🔒 Security type.
   • 🖧 Router manufacturer (by MAC address).

In the tab Channels Look at the load chart - the channels highlighted in color are busy.

Acrylic Wi-Fi allows for a more in-depth analysis:

• 🔍 Detection hidden networks (with SSID broadcast disabled).
• 📈 Plotting charts use of channels in real time.
• 🛡️ Check security vulnerabilities (for example, weak passwords).

For Android And iOS we recommend Fing:

• Scans the network and displays all connected devices with their MAC and IP.
• Determines open ports on devices (useful for security diagnostics).
• Checks Internet speed And connection quality.

⚠️ Attention: Some utilities (eg. Acrylic Wi-Fi (in the professional version) allow you to capture data packets (mode Monitor Mode). This may violate privacy laws in your country if used to intercept someone else's traffic. Use such features only for analysis. his own networks.

7. How to find out the specifications of a Wi-Fi adapter on a PC or laptop

If you have optimized your network but the speed is still low, the problem may be in the network itself. Wi-Fi adapter your device. Old adapters (for example, those that only support 802.11n) will not be able to fully utilize the capabilities of a modern router with Wi-Fi 6.

How to check adapter specifications:

🖥️ On Windows

1. Open device Manager (Win + X → Device Manager).
2. Expand the branch Network adapters.
3. Find the device with the name Wireless or Wi-Fi (For example, Intel Wi-Fi 6 AX201).
4. Right click → Properties → Advanced.

Here you will see:

• 🔄 Wi-Fi standard (802.11a/b/g/n/ac/ax) - look in the properties or name of the adapter.
• 📡 Supported frequencies (For example, 2.4GHz/5GHz).
• 📊 Maximum speed (For example, 1.2 Gbps For 802.11ac).

🍎 On macOS

1. Click and hold on the Wi-Fi icon in the menu bar Option (⌥).
2. In the section Interfaces will be indicated PHY Mode (For example, 802.11ax for Wi-Fi 6).
3. For detailed information, open System report (Apple Menu → About This Mac → System Report → Network → Wi-Fi).

🐧 On Linux

Enter in terminal:

lspci -v | grep -i wireless -A 10

Or for USB adapters:

lsusb

Look for lines with Wireless or Wi-FiFor more information:

iwconfig

If your adapter is outdated (for example, it only supports 802.11n), consider replacing it. Modern adapters (for example, Intel AX200 or TP-Link Archer TX3000E) support Wi-Fi 6 and provide speed up to 2.4 Gbps.

⚠️ Attention: On laptops, the Wi-Fi adapter is often soldered onto the motherboard. Before purchasing an external USB adapter, check whether the integrated module can be disabled in the BIOS (otherwise, conflicts may occur).