TP-Link AC1200 Wireless Gigabit Access Point - Desktop WiFi Bridge, MU-MIMO & Beamforming, Supports Multi-SSID/Client/Range Extender Mode, 4 Fixed Antennas, Passive PoE Powered (TL-WA1201), Dual-Band

This piece is the BOMB !! TP-Link TL-WA-1201 I had let two different 'range extender' pieces drive me nuts, their software was hard to use, but once figured out it still didn't work, signal was lame and choppy. So drilled into web and learned superiority of Access Point. Thought I'd try a base monel to learn on. Trust me, TP-Link really knows what they're doing. Instructions were clear, everything I was sent to look for was there, the steps made sense, their website fed back reliably, and within a couple hours IT WORKED! And it waxs LOUD! Signal next to it 76%, outdoors 30-ft from unit is still 65%. Amazing, Software is brilliant, now that I did one, doing the next will take about ten minutes, it's a breeze to work with. BUY THIS, even if you don't need it. Yet. You will, it's a spoiler.

This little beast supports four modes out of the box: Access Point Mode – turn wired into wireless ✔️ Range Extender Mode – repeat an existing signal ✔️ Client Mode – convert Ethernet-only devices (like a printer or old PC) into Wi-Fi clients ✔️ Multi-SSID Mode – create segmented guest networks with VLANs ✔️ I ran this in both Access Point and Extender modes in a tricky layout (concrete walls, multi-floor), and it pushed out clean dual-band signal without any noticeable lag or packet loss. Plus, MU-MIMO and beamforming help direct the signal where it matters—great for multi-device households or streaming-heavy setups. What I Like: Dual-band speeds (867 Mbps on 5GHz + 300 Mbps on 2.4GHz)—solid for most streaming and gaming Gigabit Ethernet port = no bottleneck on backhaul or client mode Passive PoE support—clean mounting, especially if you're running it up a wall or ceiling Four fixed antennas deliver real coverage, not just marketing fluff Pro Tips: Pair with a modern router for max benefit—don't bottleneck this thing with an old base station Use a dedicated SSID in AP mode for clean handoff between routers In Range Extender mode, place it midway between router and dead zone for best balance of signal vs. speed What Could Be Better: Web interface is solid but not quite as slick as newer TP-Link Omada gear Fixed antennas = solid signal but less customization of direction No mesh functionality—if you want seamless handoff, go Deco instead TL;DR: The TP-Link TL-WA1201 is a super versatile, cost-effective, and stable Wi-Fi extender/access point. Whether you’re bridging old gear, extending signal to a dead zone, or segmenting networks with VLANs—it handles it all quietly and efficiently. No dropped Zoom calls. No gaming lag. Just clean, customizable Wi-Fi wherever you need it.

TL;dr -- this AP is another case of good hardware, awful firmware. The OEM firmware makes this device unusable, but flashing OpenWRT makes it useful again. Full Review: I bought this access point to use as a wireless client bridge for a computer in my house that gets an extremely poor wireless signal. Initially, I was disappointed because I was limited to a 2.4GHz connection, as the 5GHz connection was too unstable to be used. I'd regularly run into issues watching YouTube videos, browsing the web, or making Zoom calls. The solution was to use the 2.4GHz radio instead. This meant that my connection was limited to ~45-60mbps, which pales in comparison to a typical 5GHz connection speed of ~250-300mbps. For reference, my iPhone 11 is able to pull ~560-620mbps when placed next to the hardwired access point. i initially considered returning the AP, but then I found someone online had ported OpenWRT to this access point. Although this may void the warranty, it solved my issue. No longer do I have stability issues with the 5GHz radio, which means that I have both a reliable and fast connection to the Internet again my home office. OpenWRT is great, although it's far more complicated of an interface than the default TP-Link one. I would not recommend using this device in this configuration unless you're familiar with more advanced networking concepts or are willing to learn. Pros: - Inexpensive - Supports wireless client bridge mode. - Supports PoE using the provided injector. This is extremely beneficial to my setup, since I can place the AP where I best receive a signal, even though I don't have a power outlet nearby. - The Qualcomm Atheros QCA9886 802.11acn wireless radio has excellent performance - Gigabit LAN port (to the reviewer claiming it doesn't have one, this is simply not the case; there's no way I'd be able to pull 300mbps if it had a 10/100 interface). - The default firmware supports bridge mode with DHCP & NAT disabled, which means that every device connected through this AP has its real Ethernet MAC address exposed. If you plan to use this on a college campus or want your connected device(s) to be bridged to the parent network, this is very useful. If you use this mode, you can still control the AP's settings using the assign IP address for the access point itself. Cons: - Default firmware means that the 5GHz radio is unstable. I also had problems with controlling the LEDs and updating settings. Bonus Pro-tip: I only used this device with one computer, but you could easily use an Ethernet switch with the single port on the back of this device to connect multiple computers/devices.

I'm using this as a true access point. There are actually 4 different modes this unit can be used in. As a range extender, it gathers and repeats your wifi network to cover dead spots in your home. Used in client mode, it's antennae capture signals from your wifi and allow you to run a connected device via ethernet port. In multi-SSID mode create multiple SSIDs an VLANs, useful if you have devices you want to be able to communicate together, but separate from other devices on different VLANs (which wouldn't see each other from a connectivity standpoint). I had hoped to use it as an access point and connect it to my primary router via CAT6 cable that runs from one end of the house to the other. From there, I set up a different SSID from my primary router so that I could run a small office wirelessly. I have a 1 GB fiber connection as my main internet source. Speedtest rates it as 950mb- 1GB both upload and download. The ehternet connection to my router brings the full 1 GB back to the access point over hard wire, but testing the wifi from this access point only gives about 50mb up/down on Speedtest.net. Fortunately, 50 mb per device is sufficient for everything I do (video calls, internet browsing, access to web based apps like Teams), but I had hoped for better wifi speed. Easy to install and setup, the directions are very good. The price is very attractive, and you can use it in multiple modes. Of course, I may be an extreme case. If you are only getting 50mb from your primary internet connection, this works great.

Solves signal problem in my house. Using it as an access point for 1/3 of my house. Easy set up. Provides great coverage and much more stable signal. I have a 1980s brick ranch home that's 90' long with sand finish plaster skim coat finish on my walls; the type of construction just kills signals. I was lucky to get a -75 to -85 signal in my office from my hub 40' away; now I'm at -41 and speed is much better too. Even worse in my wife's office at the other end of the house in the room over garage. By dropping access points at both ends, now everything runs much smoother and Ring cameras work much better.

I bought this to be used in client mode in order to replace the built in motherboard wifi on a PC, which had a loose connection between the antenna and motherboard that I did not want to attempt to fix (nor was I sure whether an internal wifi card would fit next to the GPU). If anything this is massive overkill for my use case, and is working very well as a glorified wifi antenna so far : ). Setup was painless for client mode, I only had to log in to the device's wifi signal and go through the simple setup to switch to client mode, at which time the wireless radio stopped broadcasting its' own signal, which was a relief as I was worried about possible interference with an extra, unnecessary wifi signal in the house.

I purchased the AC1201 for an apartment building provided Wifi. The description is somewhat deceiving. and the picture for client mode is accurate, but you really have to look at it carefully. Yes, Client Mode enables a connection to a remote wireless access point (AP) that is connected to the internet. Client mode does NOT in turn have it's own logon, it functions like an bridge. There is one Wired ethernet port you can connect one device to, that will then connect to the remote AP. If you want a local secure LAN where all your wireless devices can talk to each other - then you will also need a regular router which would then connect to the Ethernet port on the TPLink product. Then you can broadcast your own named (SSID) subnet with a secure password that connects to the remote AP through the TPLink product. This will enable you to connect your wireless printer, game console, computer, smartphones to your own secure local network. - Note: it is not advisable to openly connect to a remote AP as anyone else on that network can see all your connected devices, and if someone has a packet sniffer, you could be compromised. A proper remote AP will have multiple SSID's for each client that connects. Though in many cases, you won't know unless you talk to your neighbors, and find out that everyone is connecting to the same SSID. With a separate WiFi router, you will get a NAT, while outgoing packets are still visible to an administrator, unless you use a VPN, at least no one can come into your subnet uninvited. - The AC1201, is gigabyte fast, and performs well under load testing with multiple devices - just be aware that a) it only serves up one wired connection via an ethernet port and b) you should have a fast switching router with matched speed of your client mode device behind it for your own secure WiFi network. Example: if your AP to the internet is 1GB speed, the AC1201 is a match with 1GB speed and a matching WiFi router should also be 1GB speed. Going faster than your AP will not speed anything up downstream.

Great little access point, but there is one weird thing. For some reason, and it may be the media server I have, I don't know. I am not able to access my wired media server from my TV via the wifi connection. So Media server connects to switch, AP connects to switch, TV connects to AP. TV cannot see media server. What I ended up doing is getting a Wifi bridge box, basically turns a wired port into a wireless one, and connected that to the AP. So Media server connects to bridge, bridge connects to AP (wirelessly) and now the TV can see the media server. All used to work just fine when I used the wifi on my firewall. So why'd I change it? The wifi on the firewall quit working, dead. The price of a new firewall was significantly more than the price of this AP. I already had the bridge I mentioned earlier, so it all works. I suspect that it has something to do with UDP and hops, rather than port filtering, but I don't really care since I got it working.

Werkt heel goed

Excellent item delivered very quickly. Very easy to set up.

Good Quality!

Doesn’t come with UK plug

very nice product i used it as a range extender to boost my wifi signal working very good