I'd be very grateful for some advice regarding my home network. I currently have a BT Mini Connector kit (two units, plug-through) providing ethernet connections for my TV and PC. I want to extend the ethernet and add at least one wifi booster. I have a couple of TP-Link Powerline plugs (one ethernet, one wifi/ethernet) which appeared to be compatible (according to what I've read online), but they don't seem to want to talk to the BT Mini Connectors. As I'm no techie, I plan to simply buy some more BT-branded connectors, but was wondering if I might encounter similar problems with different models? My mini connectors were bought in 2017 and I'm thinking of buying a pair of Flex 1000 adaptors and a WiFi Extender 750.
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You cannot have two different systems running on your electric ring mains
Thanks. I can understand the TP Link plugs not working, but will the (newer) BT extenders not be compatible?
BT branded devices (e.g. BT Mini Wi-Fi Home Hotspot 600 Multi Kit) support expansion of the powerline network by adding extra devices.
The instructions for doing so are in the user manual and are very simple; namely hold down a button on the nodes you're adding for about 8 seconds followed a few seconds later by holding down the same button again for about 1 second on both the existing nodes and the node you want to add.
See https://shop.bt.com/products/bt-mini-wi-fi-home-hotspot-600-multi-kit-084289-BVFH.html
@JohnB54 You can only extend powerline networks by adding extra 'slave' devices, you cannot connect another 'master' to the router.
Thanks. The BT Mini Connectors are both the same - no slave or master (although obviously the one connected to the router is automatically the master). The question is, can I add other BT models as slave units?
Yes. Check out the user guide which is available from the link in my last post
Yes you can. You can add as many as you've plug sockets and ethernet ports for.
You can pair the devices to make dependent point to point connections.
Why you would do this is questionable as Powerline devices that are too close to one another don't always happily coexist.
Plus, the "one to many" topology is far more efficient because they effectively work like switches rather than hubs.