EAP110-Outdoor V3, Omada N300 Wireless Outdoor Access Point, WiFi Coverage Up To 200 Meters, Passive PoE W/ Free PoE Injector, SDN Integrated, Cloud Access & Omada App, White

Ok, I was freaking out at first and was getting rather frustrated because the darn antenna would not power on. I checked other PoE devices and they all worked. I reached out to tech support and when I went back to check on things, the antenna had powered up and came online. I guess I simply wasn't waiting long enough. It was easily 5 minutes on my first attempts, but it was over 7 minutes when it finally worked. So at least on the first boot up, be patient. It will come online if you just leave it be. Router to the included PoE injector (because it has special power needs it can't be driven by a PoE switch). Then the PoE injector to the antenna. It is that simple. We are able to send text and pictures from well over 250 feet away. After that it gets to be hit or miss. But it will grab a connection here and there from almost 400 feet away and any pending WhatsApp or Messenger messages will go at that time. All in all, very happy.

My ultimate goal is to put this outside near the edge of our property to get a signal where it is now very weak. Currently the mesh network inside our house barely reaches the device I have out there and so it drops off regularly. Since it's quite cold out, for the time being I've done some other testing. Set up is quick and straightforward. I had it configured and working in under 15 minutes. I hooked it up indoors, in my computer room a couple feet away from my primary mesh node. I plugged it directly in to my switch, just like the mesh node. I then ran speedtest from my phone, once with the mesh network and once with the EAP110. The results were shocking! The EAP was getting 50 Mbs while the mesh network was getting 40 Mbps. I then went to different locations inside the house, in different rooms. We have two other mesh nodes in the house providing full coverage. To my phone, the signal from the EAP was as strong or stronger than the mesh signals in most locations. Being extremely happy with these results, I moved the EAP into my garage, and pointed one of the antennas in the direction of the device with the weak signal I was ultimately trying to reach. Again, the signal strength was stronger than what it had been receiving from the closest indoor mesh node. This should be good enough until the weather gets warmer and I can move it outdoors closer to the device and set it up as I intended. Also note, I'm using some bigger high gain antennas that I had. Update 6/2/2025 So, after a year and a half, I finally moved it out of the garage to the outdoor location I had originally intended. I am even more impressed with it now, as the signal range I am getting across my ~4 acre property is astounding. If you have line of sight, you can go very far from it and still have a good signal and decent bandwidth. As you can see in my photos, the final location is atop my very old C-Band dish that I've repurposed as a huge monopod which has 2 Tapo cameras, an air quality monitor, and now the Omada Access Point. All of my cables, power, and network devices are in a weatherproof box buried at the base of the dish. Since these are so inexpensive, I just purchased another to install on the other side of our property so we can be bathed with a strong wifi signal no matter where we are outdoors. I couldn't be more happy with this device. The bang for the buck is off the charts. I may need to buy a third one, just to keep as a spare.

initially I expected to return this as it showed now link lights or any power on status. I did a reset and was able to see a broadcast SSID. I have connected this with two 12in cat 6 cables. Range was exceptional but even with my sequential gigabit connection I only see 30 megabits per second. I swapped the cables for 2 known good cat5e cables, and the same speeds. I then pulled out a box of cables and began swapping them around. I tried different switches, I tried connecting directly to my router. I even tried pulling files locally from my NAS. Nothing is able to get much above 30 Mbps at about 15-20 feet, line-of-sight. Even pulling a file directly from my NAS peaked at about 3.5 MBps. My phone is even worse.. 10Mpbs, again standing arms reach from the device. I truly have no clue what the use case for this would be with these speeds. even for the sub $50 price point I find this ridiculous. Moving out of line of sight at about 10 yards renders this AP to nothing more than 'connected' I bought this for a small business to extended their WiFi coverage to a small garage some 30 yards away so their techs would be able to use a PC for emails and general web browsing. After the distance tests at my shop I was pricing out the cost to build my personal network around this line of products, then I began speed testing and confirming function and am almost embarrassed to deploy this for a customer

I've only had this for a day, I'll update this if my conclusions change. There are some good things about this access point. It would be an excellent choice if you need to add a diversity pair of Yagi or other high gain directional antennas. In this price range its very difficult to find removable antennas. Its easy to mount to either a mast or wall. In my application I put it in a window to service my pool area, it works pretty well, although the CPE210 with MIMO would probably be better. If I were mounting to a mast I'd cover all of the seams with silicone or other waterproofing, but it looks pretty good as is. It seems well suited for this use. The down sides are all software related. To those who can't make it work,: I went through some trial and error. Basically you CANNOT configure this unit unless it's attached to a network with a DHCP server - period. Once you understand that its pretty easy. I found it easier to scan for the assigned IP than to use the URL they provided but either way works. After that it's easy to set up as an access point. I can't speak for it as a range extender, in my setup I use hardwired access points. Its suitable for that. My main wish list would be DD-WRT compatibility. I paid $29 for this an consider it a steal at that price. I suspect most people would be better off with the CPE210 if the prices were the same, as long as you don't need to remove the antennas. I'd say buy this if you have good IT skills, but if you don't just get a good mesh router system (but it will be much more money).

First I tried WiFi extenders to get to WiFi cameras out by our barn, but signal was very iffy. I put this on a high point on one side of our home and now I can access wifi outside with good direct line of sight for about 150-250 feet. I can get spotty signals much further out, but things did improve by playing with the antennas and using a wifi strength app. This is commercial grade, and has many features with the Omada system that I will never use. Basically you have an antenna that you run a ethernet cable to a PPOE plug in adapter and then out with another cable to the antenna. You can wire it pretty far out with cable so it does not have to be close to the powered adapter. I think you can also run it as an unwired access point, but you still need power to it and I did not set up that way.

The cat5 cable included with the access point didn't work. Took me a while to figure out why the unit wasn't working, Once it tested the cable and mad a new one, the unit was easy to install and works great.

I bought this wifi TP-Link EAP110 Outdoor V3 Access Point to give my three outdoor Blink cameras a dedicated wifi signal. I had the three Blink cameras for several years without issue - however, I have added many smart home devices which all share the same 2.4 ghz wifi signal, and all three cameras have been getting slower and slower to load the live view - as long as 30 seconds at times - which renders security cameras almost useless. The motion detection video capture was choppy as well. To remedy the problem I thought a separate, dedicated wifi system would help. I installed the TP-Link EAP110 Outdoor V3 Access Point to the router and, after some location adjustments, I had a good signal to all three cameras and the blink sync module. All three cameras now load live view within 3 seconds with smooth motion detection video. The TP-Link EAP110 Outdoor V3 Access Point solved the problem and saved my Blink cameras! Highly recommend!

Update: im not changing my star rating due to the misleading advertising mentioned below but i figured out why it wireless clients got a very slow connection. I assume this was operating on a 2.4ghz channel that was at capacity and was fighting a lot of interference. after trying this items big brother that also includes 5Ghz i ran into the same issue with the access point also. I finally ended up with a similar style ubiquiti access point that is working fantastic, it started out with the same issues but the ubiquiti software needed to configure the access point included a site survey utility that examines the channels and shows their current capacity, most of the channels except 8 were at capacity and getting a lot of interference. i set the access point to run on channel 8 and my issues resolved themselves, my outdoor wifi cameras are working great so far and im getting about 90Mbps over the 2.4Ghz band. these are likely good access points but you will need something to examine the 2.4Ghz band to see what channel is least used. Android phones have apps that can do this, never seen an IOS app for this function. long story short, if it works like crap, check the channel, if the channel is good than is just crap... TP-Link needs to build a utility into the firmware for this function. if you get the 5Ghz enabled version of this, channels are not so much of a concern for that band as of yet, in the future they may get crowded enough to cause issues. Horrible product for any modern network. I purchased this as an outdoor access point for my WiFi security cameras, I figured with a max or 300mbps over wireless or could handle a few cameras, after getting this setup and the cameras connected I noticed the cameras were very laggy. I spent a while trying to figure out why and found that the top speed I could get with one wireless client connected to the access point is about 50 mbps (300mbps internet), I found this odd so I looked at the specs of the access point and was shocked to find the Ethernet port was just a 10/100mbps port. To be fair it does say this in the description but why would they say this is a 300N access point meaning a max of 300mbps when they knowingly bottlenecked this device by omitting a gigabit Ethernet port. Blatant misleading advertising in my opinion. Im a believer in TPLink equipment buy this was a letdown, getting the AC1200 version of this that has a gigabit port.

J'ai acheté ce répétiteur pour avec la wifi en extérieur et également pour des caméras de surveillance extérieure. J'en suis très satisfait.

a much cheaper product wr840n does a better job, same transmit power with additional AP capabilities, DHCP etc, just install it in a weather proof box and it becomes OUTDOOR

This is not a router, there is no DHCP server on this item. You need to connect it to a router for a network client to work properly. The WIFI relay component works great. I use the relay to control a raspberry pi robot/rover running outside my home from the 2nd floor of my house and I could get easily get 50 Meter of range for video, telemetry, video and control channels. This is a bandwidth intensive application. You can probably reach 100 Meter range for regular web surfing without obstruction. The Instructions are clear and the network setup is quite easy. All the physical hardware is functional and well built. Good product. As usual TP-Link provides good stuff a reasonable price. Thanks

Ottimo, bisogna perdere un po’ di tempo per la configurazione, ma funziona egregiamente, sono riuscito a far arrivare il wi fi in giardino

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