With yet another converter box perhaps lol....Or you can just buy another Tv to replace the 4K you haven't bought yet"We're here from Washington, and we're here to HELP you!"
"I promise I won't....."
Bigger antennas yes, but lower frequency channels are actually easier to receive and travel farther and through walls easier.But if more stations move to VHF, we will need bigger antennas and have more trouble receiving the signal.
One of the most ominous phrases ever uttered."We're here from Washington, and we're here to HELP you!"
....."
Will a lower frequency within the UHF band help any? I have a channel now at 44 with marginal reception. It is moving to 16, might this improve my reception?Bigger antennas yes, but lower frequency channels are actually easier to receive and travel farther and through walls easier.
You meant to say "but lower their effective power". A move from RF44 to RF16 would almost certainly involve a decrease in transmitter wattage simply because the lower radio frequency requires less watts to maintain the same coverage.If they move to 16 but lower their power you are SOL.
What's the best coax for outdoor antenna up to 100ft?
For OTA, solid copper isn't typically required. Copper coated steel works just as well unless you're using a high-power preamp.RG-6 quad shield, with solid copper core.
For OTA, solid copper isn't typically required. Copper coated steel works just as well unless you're using a high-power preamp.
The better dual-shield cables perform as well or better than cheaply made quad shield cables. That's the magic of modern marketing on based on construction specifications rather than performance.
But there are low-quality versions of each and the classification doesn't tell you what the actual performance will be. The best cable is the one with the best transmission quality for the frequencies specified, not the one that requires odd-sized connectors, careful handling or is the most expensive.Well, I generally agree, except he asked for the BEST.
It doesn't really follow that someone with a DISH Hopper system is likely to buy in bulk and rewire the whole house. Part of the attraction of the client-server system is that you can get away with not very good cable for all but the server's satellite down-leads. A spool of good quad shield cable is likely to cost 50% more than its dual shield equivalent. Bend radii have improved in most all coax cables over the last few years but it is still a consideration. The bendier cables often have less shielding which makes them more vulnerable than a dual-shield.If he's going to buy a 500ft or 1000ft spool, and ever do any upgrades OR satellite install, he might as well go for top of the line specs.
I guess I am not normal. I go through a 1000 foot spool of Perfect vision solid copper quad shield every three years between sat and radio.But there are low-quality versions of each and the classification doesn't tell you what the actual performance will be. The best cable is the one with the best transmission quality for the frequencies specified, not the one that requires odd-sized connectors, careful handling or is the most expensive.It doesn't really follow that someone with a DISH Hopper system is likely to buy in bulk and rewire the whole house. Part of the attraction of the client-server system is that you can get away with not very good cable for all but the server's satellite down-leads. A spool of good quad shield cable is likely to cost 50% more than its dual shield equivalent. Bend radii have improved in most all coax cables over the last few years but it is still a consideration. The bendier cables often have less shielding which makes them more vulnerable than a dual-shield.
I guess I am not normal. I go through a 1000 foot spool of Perfect vision solid copper quad shield every three years between sat and radio.