You're just complaining to be an annoying voice. :up
No, i think he's complaining in hopes something will be done to fix it. Those who set back and except it for what it is. Sends E* a signal thats it must be okay.
You're just complaining to be an annoying voice. :up
And at 1 foot, the best BD will indeed have noise and compression artifacts on any television set. You're just complaining to be an annoying voice. :up
FTP is File Transfer Protocol. We don't receive sat via WAN, LAN or Fiber and it doesn't use FTP to do it either. It might relate to the downloads we can get from E* over the net but not coming down thru sat.
That is something that you will not see as proof. Anyone that has tuned in a sat system, or even a simple OTA antenna knows this.
What you might get is another 5 or 6 paragraph technical explanation of why he must be right, and it may or may not be related to the question you asked.
couple thoughts
1. not nice to flame the mods
Here's another link. MPEG and Multimedia Communications
Please see section 8. MPEG-4, or multimedia communications, which says:
"Even though the MPEG-4 project predates the Internet frenzy, the motivations at the basis of the project bear a high degree of similarity with some of the topics that make headlines today.
Physical network independence. In spite of the word "net" Internet has nothing to do with "network", at least not in the traditional sense of physical-layer telecommunications infrastructure. As soon as a communication link is digitised you can start using the Internet Protocol (IP) and on top of it TCP or UDP and on top of these protocols the suite of Internet Protocols, such as SMTP for mail, HTTP for the Web, FTP for file transfer etc."
What is received by your STB is digitized data that is downloaded and processed using MPEG.
And you might want to read the August 2009 issue of Broadcast Engineering Magazine. The cover article is titled "File-Based Workflows".
Here's one more link. Satellite Communications in the Global Internet: Issues, Pitfalls, and Potential
Anybody getting this?
Nope. You don't seem to understand that except when the signal is on the edge of being lost, there will be no change in PQ. You can't see it and you can't provide screenshot proof.
I tried a 20" dish, a 26" dish and a 30" dish for HD channels on 61.5. Signal strengths went up to the mid 80s on the new meter. The picture was identical with every dish size and no matter what the signal strength. Tests were done on a 50" Kuro Pioneer.
You are wrong. Give it up.
I like this test but it really doesn't address the PQ and (no) error compensation question. What you need to do is go down in size below 18", or else figure out an attenuator of some sort for a larger dish. What you are trying to do is sit at or just over the knee where not all errors can be corrected. If there is literally no error compensation whatsoever, then you would see the picture go from perfect to the signal lost pop-up.I tried a 20" dish, a 26" dish and a 30" dish for HD channels on 61.5. Signal strengths went up to the mid 80s on the new meter. The picture was identical with every dish size and no matter what the signal strength.
At 10 feet I never see any compression artifacts on Dish unless they are showing a program that itself has a bad transfer. Maybe you need a better set?
And at 1 foot, the best BD will indeed have noise and compression artifacts on any television set. You're just complaining to be an annoying voice. :up
I have a $3,500.00 t.v. and just got rid of Cox Cable and lost all of my DVR'd movies and programs thinking that Dish was going to give me comparable HD quality and it doesn't. It didn't even cross my mind that the HD compression would be terrible compared to Cox. I actually thought that Dish would have better HD quality...and I was wrong. Don't tell me I'm complaining just to be annoying. I'm tied into a 2 year contract with what appears to be inferior picture quality.
I've never seen any compression artifacts on any Blu-ray. I suppose I've seen noise that is a result of the film transfer, but that is a completely different matter than compression.
I'm afraid to stick my nose in here but...
I like this test but it really doesn't address the PQ and (no) error compensation question. What you need to do is go down in size below 18", or else figure out an attenuator of some sort for a larger dish. What you are trying to do is sit at or just over the knee where not all errors can be corrected. If there is literally no error compensation whatsoever, then you would see the picture go from perfect to the signal lost pop-up.
N.B. error correction ? error compensation
Conversely, as the SNR decreases, the BER will increase, at which point the communications channel typically reduces the data rate (making each bit a little longer) in an attempt to reduce the number of errors in the transmission.
You bolded it, so you apparently think it's key. We have transmitters and receivers. The transmitter at Dish sends a signal to the receiver on the satellite, the satellite then transmits that signal to your receiver at home. Disagree so far?
Now, when the signal is encapsulated for transmission, there's certain parameters used (FEC & Data rate among them). The receiver then uses those parameters to see the signal. Now, according to you (what YOU highlighted in bold), the data rate changes with a lower signal to noise ratio. Now, as this transmission is going across the country, to millions(?) of receivers, can you explain how ONE receiver with a bad signal will somehow indicate to the transmitter the data rate needs to be changed? Keep in mind ALL the other receivers across the country would then have to change THEIR data rates to match what is transmitted.
BTW, how close are you sitting and what is the size of your TV? I am working with a 50"
It's far from ok, but at 10 feet there is nothing to complain about with the IQ. At 6.5-7 feet that I sit it leaves a lot to be desired.
I'm stating the facts, not trying to make Dish look better than the crap they mostly pass to us.