Hi, first time poster and long time reader here.
I was hoping that someone might be able to help me and let me know if this will work…
Firstly, I should state that like a lot of people, I am on Virgin Media (with superhub) and suffer from wifi black spots due to the odd layout of my split level house and because I have my superhub in a ‘not so great’ place in my living room. I lose wifi in my dining room, kitchen, study and the two back bedrooms. It only works in the living room and the front bedroom. I have done everything suggested to boost the signal including using scanning software and changing broadband channels. I can not move the superhub and therefore I have this in mind…
Firstly, I want to use 2 powerline adapters to hard wire my desktop pc that is in my study, therefore ensuring I get the best possible speed to my PC. I was hoping to use these;
http://www.amazon.co.uk/TP-Link-PA411KIT-AV500-Powerline-Adapter/dp/B0084Y9N3O/ref=sr_1_1?ie=UTF8&qid=1365075549&sr=8-1&keywords=powerline
I'm guessing these would work?
Hopefully that’s the easy part...
Is it then possible to buy a third powerline adapter and hard wire that into a router or wifi repeater? I have seen wifi repeaters with Ethernet ports, are these simply outputs, to link up laptops etc, or can they be used as inputs, to take in the hard wired broadband?
I was thinking of putting this router or repeater (connected to the third powerline adapter) on the landing or towards the back of the house. I am hoping that this will then allow me to use wireless devices in the rooms that were previously black spots.
Because of the weird layout of my split level house, I don’t think that just using a wifi repeater or simply turning the superhub into a modem and then using a router would solve my issues. If I had a router connected to my superhub via Ethernet, it would still be in the living room and I’m pretty sure I would still suffer from black spots. Equally, I'm guessing that if I used a repeater on its own at the top of my house, it wouldn't receive enough of a signal to send one back out.
I am hoping that by using powerline adapters I will be distributing a decent strength signal around my house and then I can use a router or repeater from there to broadcast the wifi into the black spots.
Would three of these adapters work – one plugged into the superhub, one in the study wired into the pc and one on the landing sending out wifi to the back and the top of the house?
http://www.amazon.co.uk/TL-WPA281KIT-Powerline-Extender-Wireless-Starter/dp/B0067GS29W/ref=sr_1_2?ie=UTF8&qid=1365076050&sr=8-2&keywords=powerline+wifi
Or, could I just use 2 regular powerline adapters and then use a third wifi powerline adapter as long as they were all the same make?
Lastly, If I did use a third powerline adapter and hard wire it into a repeater or router, would I then have to have the superhub in modem mode?
So, the short of it is, will this work and what would be best to connect to the third powerline adapter, a repeater or a router?
I apologise if I have over complicated this question.
Any help at all would be gratefully received.
I was hoping that someone might be able to help me and let me know if this will work…
Firstly, I should state that like a lot of people, I am on Virgin Media (with superhub) and suffer from wifi black spots due to the odd layout of my split level house and because I have my superhub in a ‘not so great’ place in my living room. I lose wifi in my dining room, kitchen, study and the two back bedrooms. It only works in the living room and the front bedroom. I have done everything suggested to boost the signal including using scanning software and changing broadband channels. I can not move the superhub and therefore I have this in mind…
Firstly, I want to use 2 powerline adapters to hard wire my desktop pc that is in my study, therefore ensuring I get the best possible speed to my PC. I was hoping to use these;
http://www.amazon.co.uk/TP-Link-PA411KIT-AV500-Powerline-Adapter/dp/B0084Y9N3O/ref=sr_1_1?ie=UTF8&qid=1365075549&sr=8-1&keywords=powerline
I'm guessing these would work?
Hopefully that’s the easy part...
Is it then possible to buy a third powerline adapter and hard wire that into a router or wifi repeater? I have seen wifi repeaters with Ethernet ports, are these simply outputs, to link up laptops etc, or can they be used as inputs, to take in the hard wired broadband?
I was thinking of putting this router or repeater (connected to the third powerline adapter) on the landing or towards the back of the house. I am hoping that this will then allow me to use wireless devices in the rooms that were previously black spots.
Because of the weird layout of my split level house, I don’t think that just using a wifi repeater or simply turning the superhub into a modem and then using a router would solve my issues. If I had a router connected to my superhub via Ethernet, it would still be in the living room and I’m pretty sure I would still suffer from black spots. Equally, I'm guessing that if I used a repeater on its own at the top of my house, it wouldn't receive enough of a signal to send one back out.
I am hoping that by using powerline adapters I will be distributing a decent strength signal around my house and then I can use a router or repeater from there to broadcast the wifi into the black spots.
Would three of these adapters work – one plugged into the superhub, one in the study wired into the pc and one on the landing sending out wifi to the back and the top of the house?
http://www.amazon.co.uk/TL-WPA281KIT-Powerline-Extender-Wireless-Starter/dp/B0067GS29W/ref=sr_1_2?ie=UTF8&qid=1365076050&sr=8-2&keywords=powerline+wifi
Or, could I just use 2 regular powerline adapters and then use a third wifi powerline adapter as long as they were all the same make?
Lastly, If I did use a third powerline adapter and hard wire it into a repeater or router, would I then have to have the superhub in modem mode?
So, the short of it is, will this work and what would be best to connect to the third powerline adapter, a repeater or a router?
I apologise if I have over complicated this question.
Any help at all would be gratefully received.