My friend has an HD Dish subscription with three receivers. He's using a DDP 1000.2 dish now.
He wants to move one of the receivers to a distant out-building on his property. He (actually me, doing it for him) will be moving a "vip211k" model receiver to the building.
For this new out-building setup, I will be using an array of three "old-style" dual-output lnb dishes to tune 119W, 100W, and 129W individually. These three identical dishes have been used successfully in DTV and DN setups in the past.
My question:
What type of switch will be required to combine these three dishes and send the resultant signal to the receiver (vip211k)?
From what little I have gleaned so far, I think I will be needing a SW64. Is that correct? And if so, will I need to "insert power" to it? Or will this one receiver work without the power?
Thanks for any help.
Now, I realize there are many other "cleaner" antenna setups that would work, but I'm only interested specifically in solutions that utilize these three individual dual-output lnb dishes in an array, as described above.
Thanks!
He wants to move one of the receivers to a distant out-building on his property. He (actually me, doing it for him) will be moving a "vip211k" model receiver to the building.
For this new out-building setup, I will be using an array of three "old-style" dual-output lnb dishes to tune 119W, 100W, and 129W individually. These three identical dishes have been used successfully in DTV and DN setups in the past.
My question:
What type of switch will be required to combine these three dishes and send the resultant signal to the receiver (vip211k)?
From what little I have gleaned so far, I think I will be needing a SW64. Is that correct? And if so, will I need to "insert power" to it? Or will this one receiver work without the power?
Thanks for any help.
Now, I realize there are many other "cleaner" antenna setups that would work, but I'm only interested specifically in solutions that utilize these three individual dual-output lnb dishes in an array, as described above.
Thanks!