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Ask Slashdot: Experiences With Free To Air Satellite TV?
Dishwasha (125561) writes "Just a few days ago I incidentally discovered a little known secret called free-to-air. Amazingly enough even in the depths of Slashdot, there appear to have been no postings or discussions about it. Just like over-the-air programming, there is free programming available via various satellite systems that only requires a one-time cost of getting a dish and receiver. Both Amazon and Ebay appear to have a plethora of hardware out there. I personally settled on the Geosatpro MicroHD system with a 90cm 26lbs light-weight dish (queue lots of comments about my describing 26 lbs as being light-weight) and I should be receiving that in just a few days. I'm curious, who else is using satellite FTA? What are your setups? Has anyone hacked on any of the DVR/PVR devices available? Besides greater access to international programming, what are your channel experiences?"
C and KU band is a big investment, and I think most places encrypt these transmissions now, so you might want to check around a little more to make absolutely sure you're going to get anything worthwhile.
My Nana and Grandad goes on Holiday a lot in their Caravan, they used to use Sky Satellite in the Caravan which they found to be very expensive. However, my Grandad then switched over to using a simple freesat system which suits their needs. It recieves BBC, ITV etc which is what they want! I did see on ebay a Satellite Box running Linux (I think it was called Dream Box) and I heard you could load decryption keys onto it for the Sky Channels. However, that is illegal!
Over here there is an absolute plethora of FTA satellite channels.
Many, if not most, are junk. Porn previews and selling crappy stuff.
But there are still many dozens quality channels like the BBC and the various German stations.BR> Just about every country has one or more FTA channels and as most people (outside of France and the UK) speak or at least understand several languages there is for people like me sufficient on offer.
"The likes of Facebook and WhatsApp are free to those whose privacy is of zero value."
I grew up with this as my only source of TV in the 80s and 90s (we were too far from town and lived in the mountains to use local over the air tv). We had an 8' dish though and it must have weighed well in excess of 26lbs so yes your dish is quite light. We never seemed to have issues finding channels with something to watch and were able to pickup news, cartoons (very important), shows, and movies. The main issue was that the channels had to be scanned manually then. There were two sets of numbers, the first number if I remember correctly would physically rotate the dish outside then the second number would scan the channel options available available at that dish angle. This took a lot of time and ended up with us writing down the common locations for shows that we wanted to watch. Today I would hope there is an auto-scan feature that would allow you to just scan the channels to see what you're able to receive and store those. Unfortunately I haven't used this system in more than 10 years so I'm not very knowledgeable on what the system is like to use today. Hopefully something in my post was useful to you or someone else reading through.
Saying "all faiths are equivalent" is akin to saying "all drugs are the same".
Last year was terrible, with most of the stories being along the lines of "lulz, windows announces it's using windows kernel". I don't mind a clever joke, but most of it was just plain stupid.
There was a lot of complaining about it, so I'm assuming they've decided to take it easy this year. Personally I'm grateful.
You'll need a dish (typically 90cm), somewhere with a view of your selected satellites to plant it, an LNB to go on the dish (Low Noise Block Amplifier, the actual "antenna"; the dish is just a reflector), a bunch of RG6 cable leading to your TV, and a receiver.
Before buying all this, take a look at the various satellites and channels available to you, and pick a starting satellite. You'll need to be sure that you have a clear line of sight to the "bird". A great site for this is lyngsat. In the US I suggest starting with Galaxy 19, which has several hundred channels on it.
Summarizing the rest, plant the dish, aim, and scan with your receiver to program the channels. You can get all sorts of things regularly, and occasional "wild feeds" that aren't intended for public consumption. There's also encrypted video, which is either pay TV, private company channels (like Ford, etc.) or network backhauls.
Later on you can get into multiple satellites, either with multiple LNB's on one dish, multiple dishes and a switch, or a motorized (!) dish. They're all fun.
It's a lot of fun, and can be a great intro for kids to electronics, radio reception, satellites, orbital mechanics, space, etc.
Lyngsat is the best place I have seen to get information about what programming is available. However, its organization takes some getting used to.
The page linked above shows the programming that originates from the US but is broadcast around the world. Similar pages can be used to find programming originating from other countries. However, you need to understand what satellites are viewable from your location.
Other pages are those that show what's available from satellites you can see, such as: http://www.lyngsat.com/america...
This page shows the satellites that broadcast to the US, ranging from 61.5 W way over toward the east to 139 W way over toward the west. If you are located on the east coast, you may have trouble receiving 139 W unless you have a clear line of site toward the west and a perhaps larger-than-typical dish. Similarly, if you are located on the west coast, you may have trouble receiving 61.5 W. Satellites that are more directly overhead your particular longitude will typically be easier to receive. You can find your own longitude very easily by googling your zip code plus "longitude".
Once you're looking at a particular satellite, say Galaxy 19: http://www.lyngsat.com/Galaxy-...
then you need to understand the information that's presented. The first table lists frequencies in the ~4000 range, which corresponds to C-band. To receive these, you need a "BUD" (big ugly dish) of size 6-12 feet (2-4m). The next table lists frequencies in the ~12000 range, which corresponds to Ku-band. These can be received with a 30" (0.75m) dish.
The next columns to pay attention to are the provider name and the system encryption. Look for the "F" icon in the encryption column, indicating that the channel is FTA. Also confirm that the first entry for the transponder in question shows "DVB-S" (or "DVB-S2") and that this is compatible with the receiver you have. The first entry provides info about the multiplexed stream, whereas the subsequent entries provide info about each individual channel within the stream. A decent receiver will be able to figure out all these details itself, but older hardware requires programming in some details.
There's really a couple of ways to use FTA. One is to just set up a system locked to a given satellite and stick with a channel or small set of channels that are stable. The other way is to hop around different satellites and see what's available, since programming does change over time. For this, it's important that your receiver has "blind search" capability (which should be pretty common by now, but you should verify). Having the ability to program the channels easily with a computer program is another nice feature that many receivers offer. This can be a lot better than fiddling with the remote and endless menu layers. And, of course, a motorized dish mount makes it easier to change satellites.
A final word before you embark on this: Lots of these channels have online viewing options, which can be much less frustrating to view (or they can offer a different type of frustration). At least you won't have to fiddle outside with dish alignment on a rainy day to peak the signal. You can instead learn about proxies from the comfort of your desktop.