I have searched for this topic and not found anything relevant. Sorry if I've missed one.
I'm looking for advice on choosing the RF channels for the Sky Box and Humax.
First, this is how it is set up.
Antenna goes into Humax, the Humax connects to the Sky box, the sky box combines with the Analogue Cable box then feed in to the Video. The Video feeds into Distribution Amp which feeds the house and the TV.
My local transmitter is Hannington but I am on the limit of Rowridge too (some neighbours point at Rowridge).
This set up produces herring bone interferance on some channels.
Analogue TV is fine in the living room (not that we use that much because we tend to view digital).
Currently the Sky outputs on Ch. 25, Humax on 22 and Analogue Cable is on 56 (can't change that as far as I know).
Is there a formula that can be used to determine the best channel numbers to use?
P.S. the combiner is one of those cheap Y splitter / combiners available from Maplin.
Are there better combiners available that may reduce interferance / cross talk?
Any help would be welcome.
I'm looking for advice on choosing the RF channels for the Sky Box and Humax.
First, this is how it is set up.
Antenna goes into Humax, the Humax connects to the Sky box, the sky box combines with the Analogue Cable box then feed in to the Video. The Video feeds into Distribution Amp which feeds the house and the TV.
My local transmitter is Hannington but I am on the limit of Rowridge too (some neighbours point at Rowridge).
This set up produces herring bone interferance on some channels.
Analogue TV is fine in the living room (not that we use that much because we tend to view digital).
Currently the Sky outputs on Ch. 25, Humax on 22 and Analogue Cable is on 56 (can't change that as far as I know).
Is there a formula that can be used to determine the best channel numbers to use?
P.S. the combiner is one of those cheap Y splitter / combiners available from Maplin.
Are there better combiners available that may reduce interferance / cross talk?
Any help would be welcome.