How to find out the exact name and model of your Wi-Fi router

In the age of ubiquitous digital connectivity, the home network has become the nervous system of the home, and the router is its central hub. Users often need to identify the device: to find drivers, set up guest access, or perform basic troubleshooting. The question of how to find the name of a Wi-Fi router can involve two things: searching SSID (wireless network name) or specifying the exact models hardware.

Understanding the differences between these concepts is critical for proper network management. While the SSID is what you see in the list of available networks on your smartphone, the router model (e.g., TP-Link Archer C6) is the technical data sheet for a device. Knowing the exact markings allows you to find the latest instructions, firmware, and safety specifications, which can vary significantly even among devices from the same manufacturer.

In this article, we'll cover all available identification methods: from physically inspecting the case to using the operating system command line. You'll learn how to read technical markings, analyze MAC addresses, and use specialized software. This knowledge will transform you from a simple user into an administrator of your own home network.

Physical inspection of the device and factory markings

The most reliable and quick way to identify a router's model is to look at the device itself. Network equipment manufacturers are required to provide technical information on a special information sticker. This is usually located on the bottom of the device, but on some tower models it may be on the back panel or even under the removable battery if the device is portable.

This sticker contains unique identifier, which consists of an alphanumeric code. Look for fields labeled "Model," "Model No," "P/N," or simply "Model Name." This code, for example, RT-AC51U or DIR-615, is the key to finding documentation. Don't confuse it with the serial number (S/N), which is used for warranty service but doesn't always accurately indicate the hardware revision.

• 🔍 Model: The primary identifier of the device series by which drivers are searched.
• 🔌 Hardware version (Ver/HW Ver): a critical parameter, since the same model may have different board versions.
• 🌐 MAC address: The physical address of the network card, unique for each instance in the world.
• 🔑 Default SSID/Password: Factory data for initial Wi-Fi connection.

⚠️ Attention: If the sticker is worn off or missing, do not attempt to scrape off the adhesive residue with sharp objects, as this could damage the case or vents. In this case, use software identification methods via the web interface.

Particular attention should be paid to the field Hardware Version or VerMany manufacturers, such as TP-Link or D-Link, the same router model is released in several revisions. Firmware version 1.0 can completely destroy a device running version 2.0, so ignoring this number when searching for firmware is unacceptable.

Identification via the administrator web interface

If physical access to the device is difficult (for example, if the router is mounted high on a wall), model information can be obtained through the control panel. To do this, you need to know IP address gateway. Most often it is 192.168.0.1 or 192.168.1.1, however, the address can be changed by the user or provider. Entering this address in your browser will take you to the authorization page.

After entering your login and password (often by default this is admin/admin) opens the status page. Here, under "Status," "System Tools," or "Device Info," the full model name, firmware version, and current network status are displayed. This method provides the most accurate information about the software currently installed.

The interfaces of different manufacturers differ greatly, but the logic of data arrangement is the same. Asus information is often found on the main network map, MikroTik - in the window System -> Resources, and at Keenetic — on the Dashboard start page. It's important not to confuse the hostname, which the user can change, with the actual device model.

The web interface also allows you to see SSID your current network, even if you're connected via cable. This is handy if you need to change the network name to something more descriptive but have forgotten what it's currently called. Modern dual-band routers will display two names: one for 2.4 GHz and one for 5 GHz.

Identifying the model via MAC address

Each network device has a unique MAC address, consisting of 12 hexadecimal digits. The first six characters of this address (OUI – Organizationally Unique Identifier) ​​are assigned to a specific manufacturer. Knowing this prefix allows you to accurately identify the router brand, even if there is no marking on the case.

There are many online services and OUI databases where you can enter the first three bytes of the address. For example, if the MAC address starts with 00:1A:2B, the search will return the chipset manufacturer or final assembler. This is especially useful when working with OEM devices sold under different brands.

MAC address parsing example: AA:BB:CC:11:22:33
AA:BB:CC — manufacturer's prefix (OUI)
11:22:33 - unique device number

However, it's worth remembering that the MAC address can be changed programmatically (cloned). If the previous network owner or ISP changed the settings, the actual manufacturer may be hidden. Furthermore, some virtual interfaces or functions (WPS, Guest Network) may have MAC addresses that differ from the primary one by one digit.

Why does a router have multiple MAC addresses?

Modern routers create virtual access points. The primary MAC address is used for the WAN port (internet access), and a derived address, differentiated by the last octet, can be generated for each guest network or Wi-Fi band.

Searching via the Windows and macOS command line

For advanced users, the operating system provides powerful diagnostic tools. In Windows, you can use the utility ipconfig to get basic information, but for detailed analysis the command is better netshIt allows you to see not only the IP, but also connection details, including the BSSID (MAC address of the access point).

In macOS the command networksetup or viewing through System Information provides an even more detailed picture. Knowing the MAC address of the access point you're connected to, you can check the manufacturer through databases. This helps you determine which router is transmitting the signal if there are multiple routers in the same room.

To get a list of all saved networks and their SSIDs in Windows, you can use the following command in a command prompt (CMD) run as administrator:

netsh wlan show profiles

This command will list all network names (SSIDs) that the computer has ever stored. To find out the details of a specific network, including the security type and manufacturer name (if transmitted in service packets), use the command netsh wlan show profile name="Network_Name" key=clear.

Specialized software for network analysis

There are scanning programs that visualize the etheric space. Utilities like WiFi Analyzer, Acrylic Wi-Fi or AirGrab They show not only the network name, but also the technical signal, channel, and often the access point manufacturer. They're indispensable when you need to find "your" router among dozens of neighbors.

These programs create a channel load chart and allow you to see hidden networks (SSIDs) that don't broadcast their names. For hidden networks, the program will display the MAC address and signal strength, which often allows you to identify a device by its manufacturer prefix, even without knowing its name.

⚠️ Attention: The use of some professional scanners (especially those that support monitoring mode) may be regarded as suspicious activity by antivirus programs, as these tools are often used by hackers to analyze vulnerabilities.

Mobile apps are often more convenient than desktop counterparts, as they allow you to get close to the router and see how the signal strength changes. Fing, for example, automatically detects the router model by checking the MAC address against a huge internal database, and displays the result in an understandable form: "Apple Router" or "Xiaomi Mi Router".

Differences between SSID, Hostname and Model Name

Beginners often confuse the device model name with the Wi-Fi network name. SSID (Service Set Identifier) ​​is the name you see when searching for Wi-Fi on your phone. By default, it often contains the model name (e.g., TP-LINK_2G_A1B2), but the user can rename it to anything, even "FBI Surveillance Van".

Hostname — is the network name of a device on a local network, which is used to access it within the system (for example, router.local or Keenetic-01). Model Name — this is a rigidly defined factory designation that is practically impossible to change (only by reflashing or modifying system files, which is not recommended).

• 📡 SSID: the marketing name of the network, visible to everyone around.
• 💻 Hostname: name for local recognition of the device on the network.
• 🏭 Model Name: technical data sheet of the product (for example, RT-AC1200).

Understanding this difference helps when setting up mesh systems, where multiple devices operate under the same SSID but have different hostnames (Master, Node 1, Node 2), while remaining the same model. It's also important for security: if you see a network named "Linksys," that doesn't guarantee that it actually contains a Linksys router—an attacker could have named their access point the same.

Identification problems and their solutions

Sometimes, none of the methods work. The router may not respond to ping, the sticker may be worn off, and the default addresses won't open. This often indicates a reset, hardware failure, or a block by the ISP. In such cases, a hard reset can help.Hard Reset) button on the body.

After the reset, the device will return to the factory settings indicated on the sticker. If this doesn't help, the device firmware may be corrupted (locked by the provider or damaged by a virus). In this case, recovery via TFTP or a console cable is required, a task for experienced engineers.

It's also worth considering that some providers ship devices with limited functionality and a hidden interface. In these cases, the full model name may be hidden, and only the carrier logo may be displayed. In this case, the actual model can only be identified by the FCC code (if the device is certified in the US) or by disassembling the case and examining the chip markings.

Is it possible to find out the router model if I am not connected to its network?

Without a Wi-Fi or LAN connection, it's impossible to find out the exact model programmatically. However, if the device has previously been paired with your phone or computer, the connection history may store the network name (SSID), which often includes the model. You can also use Bluetooth scanners if your router supports Bluetooth configuration, or search for the device in the list of previously connected devices in your provider's account.

What should I do if my router shows the wrong model in the web interface?

This is a sign that the device has been flashed with third-party firmware (such as OpenWrt or DD-WRT) or a custom build from the provider. In this case, the original model is hidden. The only way to identify the original is by its appearance, the sticker on the bottom, or the MAC address. Be careful: over-the-air firmware updates can brick the router.

Does the model name affect internet speed?

The name itself doesn't. But the model determines the technical specifications: Wi-Fi standard (ac, ax), number of antennas, processor power, and the presence of gigabit ports. An older model (for example, DIR-615) physically won't be able to deliver speeds higher than 100 Mbps, even if your provider's plan allows for 500 Mbps. Knowing the model will help you determine if it's the bottleneck in your network.

Why do I need to know the Hardware version (Ver 1.0, 2.0)?

This is critical when searching for firmware. Manufacturers often change the internal components (memory chips, radio modules) within a single model to reduce costs. The firmware from the first version of the board will not work with the second. If you try to update the device with the wrong firmware, you risk completely damaging it.