What "analog 36" TV" offers such a feature? In any case, keep in mind that DVD isn't the only thing you'll be watching. A TV with line-doubling circuitry and/or 3:2 pulldown detection will apply it to other sources as well: broadcast, VHS, laserdisc, etc.
I have a backwards question. If I get a t.v. with 3:2 pulldown (looking at the Sony 51" "510" model), do I need a dvd player with progressive scan out? My current DVD player (Sony) has component outs, but is not progressive scan.
My understanding is that unless I am willing to get an expensive DVD player with a special chip, the T.V. will handle the de-interlacing and there is no need to spend another $89 on a prog player . . . am I getting this correct?
todd, i'm not sure, but i think on the toshiba 36" sdtv, the 16x9 thing is the same as what most people call the "anamorphic squeeze". but i'm not positive...
anyway, here is a link for more info on that type of feature:
The HDTV ready TV uses its de-interlacing with or without 3/2 pulldown sensing and optimizing only when the progressive DVD player is set to interlaced mode or when some other interlaced material is input. You would not need to run out and buy a progressive player.
The TV's de-interlacing may or may not give a better picture than the DVD player in progressive mode, I have no data on which brands are better.
(TV sets that don't accept "480p" do not have 3-2 pulldown sensing and optimizing circuits and they require that a progressive DVD player be set to interlaced mode which in turn causes the player to not use its 3-2 pulldown circuits.)
Ted, a 16:9 mode is the same thing as a "squeeze" mode, though there's nothing "anamorphic" about it. But the 16:9 mode is intended for DVDs that are called "anamorphic" (i.e., the more accurate term would be "16:9-encoded").
The display is question is not 480p-capable, however, so the issue is moot, vis. 2:3 pulldown. And, I might add, it's really kind of hard, in 2004, to justify purchasing a big, NTSC-only direct-view set. May as well go with the new technology.