I have the UAP-AC-Pro model; two configuration changes from the default yielded speeds as fast as any other access point I've encountered: 500+ Mbits up and down, as measured with iperf3 to a (wired) local box.
There may be good reasons for these defaults, but, briefly, the access point is factory set to use 40MHz channel widths for 802.11ac, and to reserve radio bandwidth for a wireless uplink. To resolve:
1) Update the 5GHz radio to use an 80 MHz channel width (really, two channels); this doubles effective throughput. In the Unifi interface, choose your AP from the devices menu, go to Config > Radios > Radio 5G and choose "VHT80" from the dropdown for channel width.
2) Uncheck the "Enable connectivity monitor and wireless uplink" box in the Unifi main "Site" settings panel; this also nearly doubled sustained throughput, though unfortunately it means your access point doesn't check whether it's disconnected from the Internet. (This may or may not be a problem for you. For me, it means my Internet is down, and it's not useful for my AP to know this too.)
I'm posting this in the hopes that it spares a few hours of Googling for someone else who, like me, was initially disappointed by Ubiquiti's access point speeds!
If you really want super high wifi bandwidth and range the pro/hd APs are what you want to go with.
That said the Wifi performance on the AP LITE I have is better than the performance on some of my previous high end routers like the ASUS AC-87u which is a 2400MBP/s rated router with 1733MBPs Wave2 TurboQAM enabled 5G radio.
Most of my network is wired and I have 2 Unifi AP LITE access points (I don't really need 2 for a 2 bed 78 sq/m apartment but it was a package deal for me), and it performs better than the Nighthawk and the ASUS routers I have.
I'll check the connectivity monitor to see if I can squeeze even more simultaneous bandwidth so thanks for that tip.
(Or perhaps you meant VHT80 and typo'd?)
In the UK A mid to high end linksys or an ASUS-RT router would cost you north of 180 GBP, anything below 150 GBP or so is often not better than what you get from the ISP here, both BT has a decent box for the braindead and some small ISPs like Zen offer mid range FritzBoxes (3XXX series).
Before that I've basically was running DD-WRT but I just gave up on it, too many problems, advanced features are not supported, issues with routers, security issues taking a long ass time to fix and unless I'm willing to script everything It became unmanageable via the web interface.
I also consider the ubiquiti purchase as one if not the best tech purchase of 2017, I didn't realize the prices came down so much when I was looking at it as an option a few years ago it was 3 or more times the price.
I have changed settings many times, but it just seems capped for some reason.
But good guess, thanks anyway.
Very true, but unless you're talking about Amplifi, this is usually a non-starter for 95% of the non-tech population.
As far as I know they never used OpenWRT or anything like it, if they did they hid it very well to the point where it would be legal for them to remove it from their license agreements.
The CLI and the file system you can see on the router looks and acts nothing like OpenWRT.
It configured the WAN interface, created the switch interface with the number of LAN ports I wanted, forced me to change the password, suggested that I should change the default username which removes the ubnt default username system completely, asked on which interfaces I wanted to turn UPNP on and enabled the firewall by default.
Ubiquitis work great and have a lot of great features, but range and throughput are not where they shine.
100 uplink utilization with no affect on latency isn’t something I’ve seen before on consumer routers even with rate limiting and fencing.
https://www.smallnetbuilder.com/wireless/wireless-reviews/33...
https://www.smallnetbuilder.com/wireless/wireless-reviews/33...
And also just read their forums.
I’ve replaced my entire setup with an edge router and 2 APs for less than what a mid to high end linksys or similarly performing routers would cost.
The QoS you get is 10 times better I can have 100% utilization on both uplink and downlink without a single real time application affected.
Security and networking features are also in an entirely different league even with taking DDWRT and OpenWRT and the likes into account.