JC
Super Freak
JC do me a favor. Throw a dvd in and turn all your lights off. Then Pause it and snap a pic. I wanna see what you are looking at.
Ok man, gonna take a pic and upload it right now..
JC do me a favor. Throw a dvd in and turn all your lights off. Then Pause it and snap a pic. I wanna see what you are looking at.
What dvd's are you using to watch/test? some dvd's look horrible (most older DVDs) while others are near HD quality (something like Transformers).
And are you sure that the DVD player is set to the resolution you want? I believe they default at 480i, so you have to go to the main menu to change it to 720p, 1080i, or 1080p (if available). Keep in mind that not all DVD players are good at upscaling the picture, so maybe you have one with poor upscaling capabilities.
If you want a good site to find some good picture settings for your set, try www.avsforum.com. I don't remember if you need to register to see the threads, but if you type in your TV model number, you'll probably be able to find threads with some good optimal settings. the guys on this forum are uber-nerds when it comes to electronics.
You can play regular DVD's in a Blu ray player.
I can't believe there are still people that don't know you can play regular DVD's on a Blu Ray player at this point.
Well I heard that there's a chance that a BlueRay player won't be able to play all dvd's, and the ones that do play won't be much better quality than on a regular player
Scaling: Low-res to Hi-res
Unless you have a CRT—or picture tube—HDTV, that LCD, plasma, or DLP rear-projection beauty that sits at the center of your home theater is a fixed-pixel display. It has a native resolution, be it 1024x768, 1366x768, 1920x1080, or a variation thereof. This pixel-per-scan-line by horizontal-scan-line count is what every moving image appearing on the TV is displayed at. Unfortunately, video signals come in all shapes and sizes, from the DVD’s 720x480 to 1080i HDTV’s 1980x1080 pixels.
The myriad video signals all have to be converted or scaled to fit the native resolution of an HDTV display. Thus, the upconverting DVD player’s video processor goes to work adding pixels to the DVD’s native resolution to fill up the HDTV's screen. To do so, algorithms copy parts of the surrounding pixels and interpolate what the DVD’s video should look like at a higher resolution.
The process of converting a DVD’s 480i signal to 480p, 720p, or 1080p is incredibly complex and, if done poorly, can wreak havoc on picture quality. Factors such as fast on-screen motion, rapid scene transitions, and video noise from the source material can produce the aforementioned jaggies, visible pixilation (i.e., the “screen door effect”), and color shifting. A powerful, well-integrated video processor will eliminate, or at least minimize, these eyesores.