I would like to receive 13, 19 & 28, in the North of Scotland, and from a previous post, the advice was to go for a Gibertini dish, as I wanted aluminium (or something similarly weather resistant).
A few questions:-
Is the feed arm & multi LNB bracket on/for Gibertini dishes strong enough to support (potentially) 3 quad LNBs, in all that the Scottish weather can throw at them?
I was planning to go for 3 quads, as mentioned above, but wondered about a 6 degree, quad output, monoblock for 13 & 19, with a quad for 28, as this would reduce the number of cable runs from 12 to 8 (is this correct?); would this be a good option? Are there any potential problems with this option, in comparison to using 3 quads?
Do the monoblocks include DiSEqC switching in the LNB, rather than using an external switch, and if so, does this mean that it would not work with a quad added into the mix?
Can a monoblock and a quad be accommodated by the LNB bracket, as easily as 3 quads?.
Finally, what are the current recommendations for LNBs, offering good performance, reliability, and weatherproofing, as per the options outlined above?
TIA.
A few questions:-
Is the feed arm & multi LNB bracket on/for Gibertini dishes strong enough to support (potentially) 3 quad LNBs, in all that the Scottish weather can throw at them?
I was planning to go for 3 quads, as mentioned above, but wondered about a 6 degree, quad output, monoblock for 13 & 19, with a quad for 28, as this would reduce the number of cable runs from 12 to 8 (is this correct?); would this be a good option? Are there any potential problems with this option, in comparison to using 3 quads?
Do the monoblocks include DiSEqC switching in the LNB, rather than using an external switch, and if so, does this mean that it would not work with a quad added into the mix?
Can a monoblock and a quad be accommodated by the LNB bracket, as easily as 3 quads?.
Finally, what are the current recommendations for LNBs, offering good performance, reliability, and weatherproofing, as per the options outlined above?
TIA.