Al, that would make sense if the main picture-quality bottleneck for SD programming was its native resolution . . . but that's not the case. Pristene-quality NTSC video is actually quite stunning, it's just that the common modes of consumer delivery (analog broadcast, analog cable, and compressed digital QAM from cable and DBS services) make quite a mess of it. A typical mid-1980s high-end video setup was an 8' diagonal screen with a Kloss Novabeam projector . . . such a system with an analog C-band satellite feed could easily embarass anything in Best Buy playing HD.
Here are what I see as some of the biggest picture quality problems with consumer TVs:
7. Poor viewing angle - this continues to be a problem with most RP and LCD technologies. RPs still frequently have poor corner focus as well.
6. Excessive luminance peaking - the classic "sharpness control" set too high, causing lots of noise
5. Non-linear grey scale - LCDs typically have problems at the black end, all technologies seem to have problems at the white end, mostly processing/calibration related
4. Grey-scale linearity doesn't match between each color
3. Color balance is usually WAY, WAY off
2. De-interlacing artifacts
1. POOR SCALING ALGORITHMS!!! Really, there's no excuse here, just corner-cutting. It's interesting how many of them have noise issues that are amplified by common MPEG compression.
All of these issues (except for #1 somewhat, and sometimes #6) exist for BOTH standard and high-definition broadcasts. It's simply that with HD, the source is that much better to start with, so most people don't notice it as much.
Here are what I see as some of the biggest picture quality problems with consumer TVs:
7. Poor viewing angle - this continues to be a problem with most RP and LCD technologies. RPs still frequently have poor corner focus as well.
6. Excessive luminance peaking - the classic "sharpness control" set too high, causing lots of noise
5. Non-linear grey scale - LCDs typically have problems at the black end, all technologies seem to have problems at the white end, mostly processing/calibration related
4. Grey-scale linearity doesn't match between each color
3. Color balance is usually WAY, WAY off
2. De-interlacing artifacts
1. POOR SCALING ALGORITHMS!!! Really, there's no excuse here, just corner-cutting. It's interesting how many of them have noise issues that are amplified by common MPEG compression.
All of these issues (except for #1 somewhat, and sometimes #6) exist for BOTH standard and high-definition broadcasts. It's simply that with HD, the source is that much better to start with, so most people don't notice it as much.