subscription question about HD

Not according to my experience! You need to switch the OTA tuner back to a strong OTA channel, not just LEAVE IT ON THE WEAK ONE and switch to satellite. That is why this bug is so idiotic. The signal lost message comes from a tuner you're not even watching.
Yes, that makes more sense. The act of switching from OTA to SAT would not remove the OTA tuner from the weak channel.
 
I have two antennas on my roof. My roof is sheet metal so an indoor antenna is not possible at all.
The antenna is about 20 feet high.

Putting a motor on it isn't a good solution for me. They are expensive and they don't auto-rotate when you change channels. I would have to manually rotate the antenna when I change channels and I'm not cool with that procedure. It may work well for others but for me personally it wouldn't suit my needs. The dual antenna (actually triple antennas) make the most sense, I can point & tweak each antenna independently of each other, the signals will all be there on one wire for whatever devices (three so far) that feed from that wire to tune in whatever it wants at that moment. Actually I have two devices now that can record OTA at the same time, my DN tuner and my Home theater PC.
 
So, your triple antennas, do you diple:mad:triplex) the coax feeds from the antennas into one coax to feed your TV/receiver? If so, I wonder if 2 directional indoor antennas could be diplexed for me to point to the opposing transmitter locations?
 
You can try a splitter in reverse to add antennas onto a single cable, but... That is not recommended because strong stations can enter multiple antennas and (if the phasing is wrong) null themselves out at the junction. There exist band traps, such as the JoinTenna, which are made to do this. But they are expensive and designed to add only a single channel on one antenna to the cable carrying all the rest.

A very crappy, or even omnidirectional, antenna mated to a signal amplifier, might be a better solution than putting up multiple antennas.
 
Ah yes, I didn't consider phasing. Either in phase, the signal amplifies, or if out-of phase, the crest from one wave would be canceled by the trough of the other.

My current antenna is not amplified...I'll try an amped one with an actual power source to see if that works for me.
 
So, your triple antennas, do you diple:mad:triplex) the coax feeds from the antennas into one coax to feed your TV/receiver? If so, I wonder if 2 directional indoor antennas could be diplexed for me to point to the opposing transmitter locations?


Right now I have a VHF and a UHF antenna connected via one of these.


More pictures of the antennas

I want to put an identical, matching, second UHF antenna up for a total of three antennas. I plan to combine the two UHF antennas with one of these.

The output from that can feed into the UHF input of my existing UHF/VHS Combiner.

I guess I could then feed that into a booster before it is split inside to the three tuners (and probably more as I buy 2 more TV's)
Or where ever the booster goes, I don't know. I have seen a few different kinds so I'm unsure yet, I still need to learn about them.

I'll need to make this taller so that there will be room for another UHF antenna. I want to clear the roof by several feet. I also want to replace all the wires with the same stuff I use for my dishes, RG6 quad shield with compression fittings. Yes, I learned how to make my own. :cool:

I guess it's been almost 2 years since I put up this antenna. I haven't fooled with it since then so I don't know a whole lot about ATSC / OTA.. :eek:
 
I don't see a preamp in that picture of course it might be where you can't see it in the picture. One of those will help you alot if you don't have one.
 
I don't see a preamp in that picture of course it might be where you can't see it in the picture. One of those will help you alot if you don't have one.


I don't have one yet. I'm trying to read up on the different types of devices that might help boost the signal, I know very little about the details of OTA & ATSC, I just watch it.
I've seen mention of a pre-amplifier but I don't understand how they work and what's involved in installing one. So it's homework time for me.. :ranger: :book:
 
I live about 65 miles as the crow flies from Red Mountain, where all of the transmitters for the Birmingham TV stations are located.
I have a tower antenna about 60 feet high. If I unplug the power supply to my preamp I get absolutely no signal at all. With the preamplifier I get 100% on all stations except for two, that I get about 75-80% on.
There is one station WCFT 33 thats transmitter is located to the SW of Birmingham, not where the others are, even not being directly aimed at it, I still get 100% signal.
I said all of that to say this, instead of going with multiple antennas now, since you are so close to the transmitters, try tuning up what you have and you might be surprised how well it will work.
One more thing you can do after you get your antenna dialed in good for Beaumont, if you want is to "move" to another DMA in your region (provided the spot beam covers you) and get locals from an area you want but can't get with an antenna. You could "move" to a county in the Houston DMA for instance and get those locals from satellite and Beaumont from the antenna. I "moved" my service address to a county in the Atlanta DMA, so I get those from DirecTV and I get my Birmingham locals and a couple from Tupelo/Columbus from the antenna.
 
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I live about 65 miles as the crow flies from Red Mountain, where all of the transmitters for the Birmingham TV stations are located.
I have a tower antenna about 60 feet high. If I unplug the power supply to my preamp I get absolutely no signal at all. With the preamplifier I get 100% on all stations except for two, that I get about 75-80% on.
There is one station WCFT 33 thats transmitter is located to the SW of Birmingham, not where the others are, even not being directly aimed at it, I still get 100% signal.
I said all of that to say this, instead of going with multiple antennas now, since you are so close to the transmitters, try tuning up what you have and you might be surprised how well it will work.


I'm sold.

I will try this. I guess I will check on Amazon for one because they have detailed, actual customer feedback and ratings on the products. That's how I came to make the decision on the UHF remote extender.

Once I find one with a lot of good feedback I'll zero in on a low price, I have the "Invisible Hand" browser plug-in that I use heavily. :D

This preamp doodad would be cheaper and less complicated than three antennas and what-not. Not to mention, I would have to make the antenna taller and that is a scary prospect!
It's made of two fence rails and is 21 feet tall, if I stand on the peak of my roof I can just reach the top of it but I have to stand on the edge of the highest part of the roof which is certain death if I fall! :eek:
 
I know I hijacked this thread a bit with my discussion of my indoor antenna issue...but since it's along the same lines, just a quick update:

I put in an order for an amplified indoor antenna. I'll report back my results once I have it in hand and hooked up.
 
While shopping on Amazon I found this information about TV antennas.

TV Antenna Source said this about install of TV antenna amplifier.
The TV signal from your TV antenna becomes weaker as it travels through the coax cable to your TV.The farther it must travel the weaker it becomes. Signal splitters also weaken the signal. The more times the signal is divided the weaker it becomes. The splitter itself creates the signal loss, it doesn't matter if the TV's are on or off or even if all of the connections on the splitter are used the loss still occurs, it's called insertion loss. The line loss that occurs getting the signal from the TV antenna to the TV or TV's can be overcome by installing a preamplifier near the TV antenna amplifying the signal before the signal loss occurs.

The degree a signal amplifier increases the signal strength is measured in decibels (dB). The higher the amplifiers dB rating is the greater the strength of the signal is increased. "Wait a minute, I know what your thinking "I'll just get the biggest high output amplifier I can get and that will solve all my problems. I have one word for you, OVERLOAD. When too much signal is present overload can and does happen. Signal overload can occur in the amplifier, the TV tuner or both. Use the guidelines below, to select the proper amplifier for your system.

Selecting the correct TV antenna amplifier is a simple mathematical process.

Add-up the total amount of signal decibel loss that will occur as the signal travels from the TV antenna to the TV with the longest cable run. Add the signal loss from the cable length and any splitters between the antenna and the TV. Choose the amplifier with the dB gain rating that is from 5 to 10dB greater then the total loss. EXAMPLE: 100 feet of coax cable and a 2 way splitter have a signal dB loss of 8.7 dB. Also VCR's and other such devices that the signal travels through create minor signal losses. A perfect amplifier match for the above example would be the Winegard AP 8700. The 8700 amplifier has a gain rating of 19dB.

AVERAGE LOSS PER 100 FEET OF RG6 COAX CABLE IS 5 dB
2 way splitter 3.7 db
3 way splitter 7.5 db
4 way splitter 7.5 db
6 way splitter 13 db
8 way splitter 13.5 db


On mine, there's a UHF and VHF combiner up top, a splice in the middle where I put two short wires together to make one long wire, then in the house it goes into a One in, Five out splitter, hooked to it are the VIP211k, my Hauppage tuner in the Home Theater PC and a Vizio flat screen. That's a lot of stuff going on. I'll eventually be adding two more TV's to all this. Plus the wire is OLD RG6. I want to replace it all with brand new RG6Q and one single wire top to bottom. To heck with all this old patchwork quilt mess..

But this amp, sounds like it's going to be just what the doctor ordered.. :D
 
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Those preamps are made to mount up on the pole that you have the antenna on, so you can get your new RG6 cable, and get your antenna down and mount that preamp there after you tie the VHF/UHF antennas together, and then run your new wire down to your power supply for the preamp, and then a wire out of the power supply to the splitter. I dont know if you will have any unused ports on the splitter, and I dont know if it really helps anything or not, but I always put a terminator on the unused ports on the splitter. I would get that antenna tuned in real good for Beaumont, and then, like I said, if there are some distant regional locals that you want and cant get with the antenna, you can "move" your service address with Dish to a county in that DMA, and have two or perhaps more sets of locals.
 
Well, it's too late to cancel my order for the preamp, it's been shipped, so it is what it is..

And thank you for the Denny's link, that is very helpful!

Oh and my indoor splitter, it's a ~One in, Five out~, three outputs are in use, two are not.

These terminators, I have bought FTA switches over the years that had little metal connectors screwed onto some of the inputs.

IMG_3086.resized.JPG

I dug through a box and found two of them on a 3x4 FTA multi-switch. I assume these are the same thing? Can I take them off of this switch and put them on the OTA splitter?

Thanks!
 

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