Post by Jeff GainesPost by Nick FinniganPost by Tim+Any recommendations for mesh systems? We have a BT Whole home mesh system
with 3 nodes which we’re very happy with but that was bought a few years
ago when there wasn’t much choice. Now there are a lot more options at all
sorts of price points.
My son-in-law has a 300Mbps fibre connection (with Zein’s own router) and
would like something that won’t throttle throughput unduly. Would
prefer
not to pay the thick end of £200 (which is what my system costs now).
I have Tenda MW3 to reach through several thick walls, at low cost.
No problems, but I've no experience of another mesh to compare it with.
I have a Tenda Nova MW6-3 purchased in January 2022 that has worked
https://www.amazon.co.uk/gp/product/B077HTZ4TT/
My experience with mesh networks (Linksys Velop) is they it works very
well, with seamless hand-off from one node to another as you take a
phone or laptop around the house. But... it is let down very badly by
the time it takes to get the remote nodes talking to the central one
after a power cut.
The problems is that 2.4 GHz and 5 GHz signals have different ranges and
are attenuated differently by walls. The backhaul (node-to-node) is 5
GHz for speed, but if you position nodes so they are all in range of the
parent node, the 2.4 GHz networks overlap and the devices take ages to
reconnect if they are all turned on simultaneously after a power cut.
Sometimes they never manage to, even after a couple of hours, and it is
necessary to intervene by turning off all the remote nodes and then turn
them on in sequence.
It would be easier if I didn't need 2.4 GHz for older device and for
extra range from device to node, or if 2.4 GHz could be turned on
selectively (eg at Node 1 but not at any other nodes) but that's not
possible with Velop.
The alternative is to run Cat 5 (etc) cable from the router to the
remote nodes, but that has the problem of running cable up walls into
the loft and then down the walls to the nodes - which is unsightly.
Alternatively you can run cables round the edge of skirting boards,
tucked into the end of carpets, but sod's law says that there's a
hardwood floor in the way which has no carpet to hide the cable :-(
Hence the reason we use mesh network with node-to-node comms by wifi
rather than Ethernet.