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I assume your BT discs are connecting wirelessly rather than via wired ethernet connections? In that case I’d switch them off and test just to your router so they do not muddy your results. I’m not familiar with the BT setup, but usually when extending wifi wirelessly you will halve the available wifi “speed”, so this may account for some of your performance drop off.
You also mistake how these “managed” wifi products work - you don’t choose which wifi access point you connect to, they appear as one entity and the management software decides how your devices roam across the ap’s.
You might be able to get into advanced feature settings in the system and make changes to split 2.4 & 5Ghz bands, alter band-steering settings, roaming settings (or even fix a client to a particular AP). I tend to use Ubiquiti Unifi and this has these kinds of features, but also needs a certain level of experience to set up as it is not aimed at the home DIY market. BT gave a different approach and may hide or disable access to these features to keep the system simple to set up for non technical users. I also only use a wired ethernet backbone to connect all my wifi access points to avoid any performance issues.
As others have said, first confirm your FTTP system is giving you your full performance, then you can be sure your issue is with wifi deployment/expectations. You can then start to test wifi from the hub within the same room - note that 5GHz wide-channel performance will drop off quickly if you move away from the room with your wifi router as the building fabric starts to affect your “signal”. If you have any near neighbours then interference from them on 2.4Ghz may mean you will always get poor performance on 2.4Ghz anyway, so where your clients can use 5Ghz you may be best served using this (which either means splitting the radios into separate SSIDs so you can choose, or finding the band steering settings so you can ensure 5Ghz-capable clients get pushed to this band rather than using 2.4Ghz). |
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