Yesterday I was delighted to get on BT Infinity 1 and as with my old Home Hub 4, turned the 2.4 GHz off to avoid it interfering with my old analogue 2.4 GHz video sender (this lets me play with Sky from bedroom).
Although my own access to the Smart Hub stops on 2.4 GHz, a casual check with my smart phone showed that unlike the Hub4, deactivating the Smart Hub's 2.4 GHz WiFi does NOT stop it being available for BT FON. I don't wish to opt out of FON but I am irked that I am not able to control the new hub as well as the old Hub4. I am quite happy to allow access on 5GHz as it is only the video sender interference that I wish to avoid.
I guess the answer will be a 3rd party VDSL router. Is there a training period with VDSL?
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@johnson65 wrote:
I guess the answer will be a 3rd party VDSL router. Is there a training period with VDSL?
No, it should operate at full speed right away. However if there is a line fault, or constant rebooting or disconnections, then DLM will reduce the connection speed in an attempt to make the line stable.
If this happens, it can take a very long time for the speed to recover.
@johnson65 wrote:
Yesterday I was delighted to get on BT Infinity 1 and as with my old Home Hub 4, turned the 2.4 GHz off to avoid it interfering with my old analogue 2.4 GHz video sender (this lets me play with Sky from bedroom).
Although my own access to the Smart Hub stops on 2.4 GHz, a casual check with my smart phone showed that unlike the Hub4, deactivating the Smart Hub's 2.4 GHz WiFi does NOT stop it being available for BT FON. I don't wish to opt out of FON but I am irked that I am not able to control the new hub as well as the old Hub4. I am quite happy to allow access on 5GHz as it is only the video sender interference that I wish to avoid.
I guess the answer will be a 3rd party VDSL router. Is there a training period with VDSL?
If your concern is only that of the AV sender 2.4GHz frequency, then you could consider using a 5.8GHz sender.
These usually have a choice of 3 channels, so you should be able to separate them, for AV sender and Hub, remembering that 5GHz channels are widely separated.
However, the physical location of the transmitter unit is critical, and to a lesser extent the receiver. You have to align the dishes exactly.
Transmission range may be the main problem, and the reception is sometimes affected not only by physical objects but also reflections from objects:- open doors, poeple moving around, etc. This is usually do to poor alignment
Expensive it it doesn't work! So third party router may be your solution.
@Ribblelancs wrote:If your concern is only that of the AV sender 2.4GHz frequency, then you could consider using a 5.8GHz sender.
These usually have a choice of 3 channels, so you should be able to separate them, for AV sender and Hub, remembering that 5GHz channels are widely separated.
However, the physical location of the transmitter unit is critical, and to a lesser extent the receiver. You have to align the dishes exactly.
Transmission range may be the main problem, and the reception is sometimes affected not only by physical objects but also reflections from objects:- open doors, poeple moving around, etc. This is usually do to poor alignment
Expensive it it doesn't work! So third party router may be your solution.
A 5GHZ video sender might work but I have already found the 2.4GHz sender is tricksy enough to get in the right spot. My guess is tht a 5GHz sender would be even worse at bouncing a signal around my bungalow and is likely to be an expensive door-stop. While @Keith_Beddoe replied that there shouldn't be any settling in period, I am going to leave the Smart Hub connected for a good while before tinkering.
My present solution has been to :-
1) Turn off the 2.4GHz wifi (This reduces the interference somewhat but not completely. Thanks BT NOT)
2)Empirically determine which channels on 2.4GHz cause least mutual interference and disable the "smart" channel selection on the hub for 2.4GHz.
3) Deliberately put the hub as far underneath my desk as possible and on the floor to reduce its wifi signal as much as possible.
4) Tweak the positions of the video sender and receiver and the hub to maximise the video and minimise the wifi interference.
I think @Ribblelancs is right in suggesting a 3rd paty router is likely to be the solution as it would definitely work with little modifications to my setup (Ethernet to desktop & Sky+HD box, 5GHz wifi to laptop and only need 2.4GHz when needed to phone & printer). The alternative of a 5GHz video sender may or may not work & if it didn't it's wasted money