@Loop1
Hey
Not sure why you posted it in black
but hopefully should be able to respond to a few things..
Just to clarify, mesh isnt a thing.. its just a buzz word for a load of APs working as one network and generally connected via WiFi (likes of Deco, Eero, Google Mesh etc). In business setup MESH is purely AP2 connected to AP1 via a WiFi link. There is no wired mesh as such, with business its primarily expected that APs would be wired into the LAN connection.
Also dont set RSSI levels on the AP, this defeats the purpose of AI Roaming. Let the controller decide to roam a device, setting a limit on RSSI force disconnects and therefore roaming wont happen.
1. How to force specific devices to use nearer AP, for some reason there is a bunch of devices that will specifically use farrer AP with much less signal quality. For example, the device is 1 meter from the Ap and will insist on using a second AP 8 meters apart with a signal of -77 instead of signal -31 on the nearer AP.
This is a proces called Roaming or Fast Roaming, it should happen automatically.. however that is dependant on the device being capable of roaming. Best way to check this is to turn on the roaming logs on the controller, let it record devices roaming. You also didnt mention what devices these are. The latest OC200 firmware (1.24) released a few days ago adds the ability to lock a device to a specific AP if required. Also bear in mind that signal strength isnt the only thing that causes a roam, its a lot more complicated than that.
We would really need a lot more info from you to help, namely what channels you are on.. what devices, any screenshots you can add and enable logging to see if roaming is attempted.
As I saw by reading through the forum, nothing seems to work for anyone for a similar thing. I've never seen any post where someone said that this thing is working.
I can't believe that TP-Link is allowing the business class of devices to absolutely not work as they were emphasized it. Is it possible that wired MESh is not working?
It does work, have installed hundreds of TP Link APs and rarely have an issue. Again you havent gave us enough info to claim an issue here..
I remember when I had Ubiquiti that they didn't have wired mesh and that you could only have fast roaming and force dissociation over WIFI Mesh.
Use Ubiquiti daily, this is incorrect. Fast Roaming and force diss has been over LAN well before MESH even existed.
I have many Tp-link switches, like non omada class but still manageable TL-SG108PE and TL-SG1016DE. Are they breaking protocols for data going over them.
Again, would need to know if you have VLANs in place and how you have configured these. Unlikely is my gut feeling, if it was dropping packets or a VLAN issue it likely just would not work at all. Did you try with these bypassed?
Why is this Omada working poorly?
Sadly need more info, you havent really ruled out anything so far.
2. Is it better that I put each EAP660 HD in a different site? Devices are physically in the same ip range in the same building, can they be used as same-name SSID dribbling clients in the same fashion as under the "one Site".
No, a different site definitely wont allow roaming. These need to be on one site.
Can I physically set a policy to ban specific wifi clients from accessing one site and not blocking on the other two sites which are closer?
Not really, that defeats how APs work. You can however (as mentioned earlier) in the new firmware lock a device to a specific AP.
I have 30 or more wifi devices like power, light and sensor controllers, lots of light switches, many broadlink hubs and also many amazon devices. Sometimes I will have 50-60 wifi devices.
I observed that 2.4 is oversaturated, peaking at 90-100% with only 13-15 2.4ghz devices.
What's the deal of TP-link emphasizing easy 100 wifi devices for EAP660 HD.
The EAP660HD will easily handle over 100 devices and I have personally done so, however that is based on the devices using a mix of 5ghz and 2.4ghz frequencies. Ideally the majority being on 5ghz. If you have 2.4ghz devices, the airspace will flood with just 10 devices on there, its not an AP issue but rather the frequency you are using. Check the forums here or google it, 2.4ghz flooding a common issue that affects nearly everyone. There are a few things you can do (link below), but ultimately this isnt an issue you will fix easily. The best thing to do is enable band steering and force as many devices to 5ghz as possible (provided they support it). IOT devices are inherently poor wifi cards and sometimes are 2.4 only sadly.
https://community.tp-link.com/en/business/forum/topic/520924?replyId=1036106
What I observed is when 2.4ghz is utilized at 90-100% with just TX and RX, lots of devices would be unreachable or losing the functions, and vice versa. It's very ,verya bad.
Yeah.. thats 2.4ghz for you! In your SSID settings you could try enabling Airtime Fairness / 20mhz channels (see link above) and see if that helps, but honestly.. you wont fix this! Move devices to 5ghz if you can, however with IOT devices you may not have an option
Did you conduct a site survey or channel analysis / design before you starting placing the APs? Are you going for 3x 2mhz channels or 2x 40mhz, single channel architecture may be an option for you, however personally I find single channel to be more problematic and should only be used when avoiding 3rd party non WiFi interference.
Also the thing that's getting on my nerves is the clients list under the OMADA SND controller, is bad, unrelated to the real situation, 90% of the time it's showing wrong info, also every change you make takes a very very long time to take effect.
What info is wrong and what are you trying to change? Again we would need examples or context of what you are seeing.
I have so many questions regarding so many bugs and problems I saw but let's start with these urgent matters.
At the risk of sounding harsh, nothing you have said above indicates any bugs or errors, more misconfiguration or misunderstanding of the technology.