Quote:
Originally posted by EmptyWallet
36" 955 34" 960
4:3=36" 4:3=27"
16:9=33" 16:9=34"
...It's only a one inch loss! |
That's assuming the picture tubes are exactly 34" and 36". In reality, both the 34" and the 36" sets are 39 1/8" wide. (same for the 34XBR960). I haven't measured the fascia on the sets, but I would assume the visible screen is the same width on both sets.
Assuming they are the same size then, the 36XS955 would have a larger visible area for WS content due to the lack of overscan on the top and bottom (on the 34XS955, the tops and bottom are hidden). So the 36" is actually bigger for both 4:3 AND 16:9. Plus it's MSRP is $300 less.
Quote:
Originally posted by brokeniris
Sorry for the newb question, but does watching HD widescreen content on a 4:3 tv have less resolution? Does it re-focus the output to a 16:9 ratio or does it simply scale down the picture? |
This is the catch. Unless the 36XS955 has a vertical compression mode to refocus the picture in the center (and has the corresponding resolution mask there) that works in HD mode, then you will see a lower resolution picture.
I haven't seen the specs for the actual screen, but chances are the "pixels" are smaller on the 34XS955, hence it has a higher resolution (lines) for widescreen content. This also means that non-stretched 4:3 content will have a lower horizontal resolution than on the 36XS955. But since most 4:3 content is SD or analog, that hardly matters.
It really comes down to the physical specs for the CRT. Does anyone know the renderable resolution on these two sets?