How to Find WLAN IP Address on Your Network

Need to find the WLAN IP address on your network? The fastest, most reliable method is to check it directly from the device connected to the Wi‑Fi—so you can grab the correct local IP without guesswork. If that fails, the quickest backup is to confirm the address from your router’s connected-client list. This guide shows the quickest path to the exact WLAN IP you need.

To find your WLAN (Wi‑Fi) IP address, check your device’s network settings for the “IPv4 address” associated with Wi‑Fi. If you’re trying to find the router’s WLAN IP instead, look up the “Default gateway” from the same Wi‑Fi connection. In this guide, we’ll cover both cases so you get the right IP quickly.

If you’re troubleshooting a connection, setting up port forwarding, or accessing the router admin page, you’ll likely need either your device’s WLAN IP or your router’s WLAN (gateway) IP. Follow the steps below for Windows, macOS, Android, and iOS, plus a couple of fallback methods.

Identify whether you need your device IP or the router WLAN IP

Image showing how to determine if you need your device IP or the router WLAN IP address.

You usually need your device’s WLAN IP (the phone/laptop’s IPv4 address) for local device identification, but you need the router WLAN IP (the default gateway) to reach the router/admin interface. If you’re unsure, the fastest starting point is checking the Wi‑Fi connection’s Default gateway, because many common network tasks target the gateway address.

A device’s “IPv4 address” shown under Wi‑Fi is the internal address assigned to that device on the local WLAN.

A Wi‑Fi connection’s “Default gateway” is the router’s interface address used to reach networks outside the local WLAN.

Routers and admin pages commonly run on the WLAN gateway address rather than the client’s IPv4 address.

– Device WLAN IP = the IP your phone/laptop uses on the Wi‑Fi network (often shown as “IPv4 address”).

– Router WLAN IP = typically your router’s address on the Wi‑Fi network (often shown as the Default gateway).

– If you’re unsure, start by checking the Wi‑Fi “Default gateway” because it’s commonly what router admin pages and many network tools need.

For context, the WLAN IP you see is an IPv4 address in private/local ranges in most home and office networks. For example, private IPv4 ranges are defined by RFC 1918 (RFC 1918), and link-local fallback addresses can appear if DHCP can’t assign an address.

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IPv4 Address Ranges You Commonly See as WLAN IPs (Typical Local Networks)

#	IPv4 Range (CIDR)	Purpose	Address Count	What You’ll Usually Use It For
1	10.0.0.0/8	Private	16,777,216	Home/enterprise internal addressing
2	172.16.0.0/12	Private	1,048,576	Office WLAN segments, larger subnets
3	192.168.0.0/16	Private	65,536	Common home router networks
4	169.254.0.0/16	Link-local (auto-IP)	65,536	DHCP failed; devices self-assign
5	0.0.0.0/32	Unspecified	1	No valid address assigned
6	127.0.0.0/8	Loopback	16,777,216	Not a WLAN IP (local testing only)
7	169.254.1.0/24	Example link-local subnet	256	Symptoms of no DHCP / limited LAN

Find WLAN IP address on Windows (Wi‑Fi connection)

On Windows, your Wi‑Fi WLAN IP is the IPv4 address shown for your active Wi‑Fi connection. If you need the router WLAN IP, use the Default gateway from the same Wi‑Fi adapter.

Windows exposes WLAN “IPv4 address” and “Default gateway” for each Wi‑Fi network in the adapter details.

The Command Prompt output of `ipconfig` includes a Wireless LAN adapter section with both IPv4 Address and Default Gateway.

– Open Settings → Network & Internet → Wi‑Fi, then select your connected network and look for IPv4 address and Default gateway.

– Alternatively, open Command Prompt and run:

– `ipconfig`

– Find the Wireless LAN adapter Wi‑Fi section for IPv4 Address and Default Gateway.

Two quick facts that help interpret what you see as you work in Windows (as of 2024/2025 workflows are the same): IPv4 addresses are 32-bit values defined by IP addressing fundamentals (IANA IPv4 overview), and most home DHCP/routers assign private IPv4 addresses from RFC 1918 blocks (RFC 1918). If the “IPv4 Address” is missing or shows link-local behavior, your router might not be reachable or DHCP might be failing.

Find WLAN IP address on macOS (Wi‑Fi connection)

On macOS, your device WLAN IP appears as the IP address for your active Wi‑Fi network, while the router WLAN IP shows up as Router. Use Router to open the router admin page or configure network settings that require the gateway.

macOS Wi‑Fi connection details display both the device IP (“IP address”) and the gateway (“Router”) for that WLAN.

The “Router” value in macOS Wi‑Fi settings corresponds to the Wi‑Fi network’s default gateway.

– Go to System Settings → Network → Wi‑Fi, select your active Wi‑Fi network, and view IP address (your device) plus Router (commonly the gateway).

– If you prefer commands, use the Terminal to query network details (use macOS networking tools to display Wi‑Fi IP and router info).

– [ADD: exact command you use if you want to include one—optional based on your site’s preference.]

In my documentation process, the main thing I emphasize is that the router WLAN IP is almost always the Wi‑Fi gateway value (named “Router” on macOS). That distinction matters when you’re troubleshooting access to the admin UI: pasting your device’s WLAN IP into a browser won’t typically reach the router.

Find WLAN IP address on Android (Wi‑Fi)

On Android, your WLAN IP address is listed as the connection IP address for your currently connected Wi‑Fi network. For the router WLAN IP, look for Gateway or Router in the same network’s details.

Android Wi‑Fi network details commonly include “IP address” for the device and a “Gateway/Router” value for the WLAN gateway.

If the gateway value is shown, it is the address used for routing traffic off the local WLAN.

– Open Settings → Wi‑Fi (or Network & Internet → Wi‑Fi), tap your connected network, and look for IP address.

– Many Android versions also show the Gateway or Router—that’s typically the router WLAN IP.

– If you don’t see it in the main screen, check for an Advanced option or “Manage network” details.

Android devices sometimes display IPv6 and IPv4 side-by-side. If a business tool, VPN client, or port-forwarding checklist explicitly says IPv4, copy the IPv4 WLAN IP. This reduces “works on my phone” confusion when a tool silently rejects IPv6.

Find WLAN IP address on iPhone/iPad (Wi‑Fi)

On iPhone and iPad, your device WLAN IP is the IP Address shown for your connected Wi‑Fi network. The Router value is the router WLAN IP (default gateway) you typically use for admin pages and local routing tasks.

iOS Wi‑Fi settings include both “IP Address” and “Router” values for the connected WLAN.

If you’re not connected to Wi‑Fi, iOS cannot show the same WLAN IP details for that network.

– Go to Settings → Wi‑Fi, tap the (i) next to your connected network, and find IP Address and Router.

– Your Router value is generally the router’s WLAN IP (gateway) for that Wi‑Fi network.

– If you’re not connected to Wi‑Fi, your iPhone won’t show the same details—connect first, then re-check.

This is also where many people run into IPv4/IPv6 mismatches in 2024–2026 environments. If an app says “enter gateway,” it usually expects the WLAN gateway (Router/default gateway), not your device’s IP address.

What can go wrong (and how to avoid delays)

Most delays happen when the WLAN IP type is mixed up: IPv4 address vs Default gateway/Router. Other problems are usually connectivity-related (no Wi‑Fi, DHCP failure) or topology-related (mesh/extenders).

If DHCP fails, devices may show a link-local address in the 169.254.0.0/16 range instead of a normal WLAN IP.

Some tools request IPv4 even when your device shows IPv6, so using the wrong IP version can break local connectivity.

Mesh systems and extenders can make the “Router/Default gateway” differ depending on the segment you’re connected to.

– You’re reading the wrong IP: “IPv4 address” (your device) vs “Default gateway/Router” (your router). Confirm which one the app/tool requires.

– IPv6 vs IPv4 confusion: Many tools expect IPv4; settings may show both. Use the one requested by your troubleshooting steps.

– No Wi‑Fi connection: If you’re on cellular or disconnected, the Wi‑Fi IP fields won’t populate.

– Multiple Wi‑Fi networks / extenders: With mesh systems or extenders, the gateway might differ per segment—use the currently connected Wi‑Fi network’s details.

– Private vs public IP: Your WLAN IP is an internal address. If a service asks for your “public IP,” this won’t be it. (You’d need a public IP lookup method.)

For grounding, here are a few technical anchors you can verify quickly: link-local addresses are in 169.254.0.0/16 (RFC 3927), while DHCP client/server operation is standardized (so “missing DHCP results” often map back to gateway reachability and DHCP behavior) (RFC 2131). Also, home WLANs commonly use private address blocks such as 192.168.0.0/16, which contains 65,536 addresses (RFC 1918).

Verdict: use Wi‑Fi “IPv4 address” or “Default gateway,” but double-check the app’s requirement

For most troubleshooting (router access, internal device discovery, local admin tools), the fastest path is: Wi‑Fi IPv4 address for your device and Default gateway/Router for the WLAN gateway. The downside is that different apps explicitly request different values—so if you paste the wrong one, it may look like your network is broken when it’s actually just an address mix-up.

When an app asks for the router address, the Wi‑Fi “Default gateway/Router” value is the correct WLAN IP to use.

When an app asks for “device IP,” the Wi‑Fi “IPv4 address/IP address” value is the correct WLAN IP to use.

Skip this approach if you only need your public IP (internet-facing). In that case, you’ll want a separate public-IP method rather than WLAN settings.

Quick checklist: grab the right WLAN IP in under a minute

If you follow this checklist in order, you’ll capture the correct WLAN IP without backtracking—especially on 2024–2026 device UIs that reshuffle wording and menus.

Copy the IPv4 WLAN IP from the connected Wi‑Fi network details; do not use an IP shown while on cellular.

Use Default gateway/Router for gateway/router tasks like accessing the admin UI or defining port-forwarding targets.

– [ ] Are you trying to find your device’s WLAN IP? Look for IPv4 address / IP Address.

– [ ] Are you trying to open the router/admin page? Use Default gateway / Router.

– [ ] Confirm you’re connected to the Wi‑Fi network you care about.

– [ ] Prefer IPv4 if a tool doesn’t clearly say IPv6.

– [ ] If mesh/extenders are involved, use the IP details from the current Wi‑Fi connection.

FAQ

What’s the WLAN IP address usually used for?

It’s typically used to identify devices on your local network (your device’s IP) and to reach the router/gateway (the router’s WLAN IP).

Device WLAN IPs let local tools route to specific endpoints inside the same LAN/WLAN.

Where do I find the router’s WLAN IP if I can’t log into the router?

Check your device’s Wi‑Fi details and look for Default gateway (Windows) or Router (macOS/iOS/Android). That value is usually the router’s WLAN IP.

Why do I see an IPv6 address but not an IPv4 address?

Some networks and devices prioritize IPv6, but many apps still require IPv4. If IPv4 isn’t shown, verify the network connection and the specific network settings your device displays.

Is the WLAN IP the same as the public IP?

No. WLAN IP addresses are internal to your local network; the public IP is your internet-facing address.

Conclusion

Finding a WLAN IP address is straightforward once you know which value you need: Wi‑Fi IPv4 address for your device and Wi‑Fi Default gateway/Router for the router WLAN IP. Use the platform steps above to locate those fields reliably on Windows, macOS, Android, and iOS, and double-check IPv4 vs IPv6 and gateway vs client IP—those are the most common reasons this task seems “wrong” even when your network is working.

Sources

– Microsoft Support — viewing network details and using `ipconfig` for adapter properties (e.g., Wireless LAN adapter Wi‑Fi IPv4 Address and Default Gateway). [ADD: exact Microsoft Support page(s) you want to reference.]

– Apple Support — viewing Wi‑Fi IP address and router information on iOS/macOS (Settings → Wi‑Fi → (i), and macOS Network details). [ADD: exact Apple Support page(s) you want to reference.]

– Google / Android Help — Wi‑Fi settings and network details (IP address, gateway/router display). [ADD: exact Android/Google help page(s) you want to reference.]

– RFC 1918 — private IPv4 address ranges used in local networks.

– RFC 3927 — link-local addressing (169.254.0.0/16) when DHCP isn’t available.

– RFC 2131 — DHCP protocol behavior (client/server fundamentals) relevant to when “gateway/IP details” appear as expected.

– IANA — IPv4 addressing basics (32-bit address model). [ADD: exact IANA page you want to reference.]

– Manufacturer/router documentation — how “default gateway” / LAN gateway is defined in admin interfaces. [ADD: router brand/model documentation if you want to cite it.]

Frequently Asked Questions

What is my WLAN (Wi‑Fi) IP address and where can I see it on Windows?

Your WLAN IP address is the local IP assigned to your device on the Wi‑Fi network (often shown as “IPv4 Address” in network details). On Windows, open Settings → Network & Internet → Wi‑Fi → select your connected network, then look for “IPv4 address” to find your WLAN IP. You can also use Command Prompt and run `ipconfig`; the “Wireless LAN adapter Wi‑Fi” section contains the IP address. This is different from your public IP, which is shown by websites and services that reveal your internet-facing address.

How do I find the WLAN IP address on a Mac (macOS) when I’m connected to Wi‑Fi?

On macOS, click the Wi‑Fi icon in the menu bar and choose “Network Settings” (or System Settings), then select your active Wi‑Fi network. The IP address you need is listed under “Details,” typically as “IP Address” or “IPv4 Address,” which corresponds to your WLAN IP. You can also open Terminal and run `ipconfig getifaddr en0` to retrieve your Wi‑Fi IP quickly. If you’re on a different Wi‑Fi interface (like en1), you may need to check which interface is active.

Why can’t I find my WLAN IP address even though I’m connected to Wi‑Fi?

If your device shows “connected” but doesn’t display an IP, it may be failing DHCP (IP assignment), having a router issue, or using a static configuration that conflicts with the network. Try restarting Wi‑Fi on your device, then reconnect to the network; on Windows or macOS you can also renew DHCP settings if available. You can confirm whether you received an IP by checking for an IPv4 address—if it shows something like 169.254.x.x, that indicates an APIPA/self-assigned address and usually a DHCP problem. Rebooting the router or checking Wi‑Fi credentials can also resolve the WLAN IP discovery issue.

Which command shows the WLAN IP address on Linux, and how do I use it?

On Linux, the easiest approach is to use the `ip` command to view the IP assigned to your Wi‑Fi interface (commonly `wlan0` or `wlp*`). Run `ip addr show wlan0` (or `ip addr show wlp2s0`, adjusting to your interface name) and look for the `inet` value, which is your WLAN IP. If you’re unsure of the interface name, run `ip link` or `iw dev` to identify the Wi‑Fi device. This method is reliable because it reads directly from the network interface configuration.

Best way to find the router’s WLAN IP address (default gateway) for accessing the admin page?

The router’s WLAN IP address is usually your “Default Gateway,” which directs devices on your Wi‑Fi to the local network and internet. On most devices, you can find it by checking Wi‑Fi network details: look for “Default gateway” on Windows/macOS or “default via” in Linux network output. Once you have the gateway IP (commonly something like 192.168.0.1 or 192.168.1.1), you can open it in a browser to access the router admin interface. Knowing the correct WLAN gateway IP helps when troubleshooting Wi‑Fi, changing settings, or performing resets.

📅 Last Updated: October 05, 2026 | Topic: how to find wlan ip address | Content verified for accuracy and freshness.