A Hearty Welcome to the New HD DVD Owners
by Pravin on Wednesday, December 26th, 2007 in articles.
Some of you are visiting the site today because you opened your Christmas presents, found an HD DVD player amongst them, and are now wondering how to get the most out of it.
For those of you who came here looking for technical help, you should read this earlier posting about getting assistance using various internet forums.
This posting has basic tips for some common technical issues, and concludes with information about living in the HD DVD world you just joined and getting movies.
Connect it Properly
First off, make sure that your HD DVD player is connected to your HDTV via an HDMI cable, or with component cables that have the three jacks (red, blue, green) for video. If you’re using the single RCA jack for video (usually colored yellow), or an S-Video connector, then your HD DVD player is not going to deliver HD picture quality. You’ll still have access to the HD DVD interactivity features, but your picture quality isn’t going to be much better than what you get on regular old DVDs.
Also make sure that your player and HDTV (and receiver, if you’re using one) are all set up properly for each other. Read about disc playback issues, firmware updates, and buying/renting movies…


Right-click on your desktop, and select the last item, “Properties,” so that you can examine how your video is set up. On the dialog box that comes up next, select the right-most tab for “Settings.” Here, you’ll see the resolution that your screen is currently set at – the higher the numbers, the more pixels and detail you get. Low numbers like 640×480 correspond to the picture quality of ordinary TVs and DVDs. Higher numbers, such as 1280×1024, 1680×1050, 1900×1200, and so on, move you into HDTV territory.
“Color Quality” is at the bottom right of the dialog. The available settings depend on your video card and monitor. In the old days, this would be set to 8-bit graphics because some games only worked properly in that mode, and some computers or cards were so slow that 8-bit actually made things go faster. The other extreme is 32-bits of color, and there is usually a 16-bit “medium” option as well. These numbers refer to how much data it takes to represent a pixel – a single dot – on the screen. More bits means more colors (i.e. more shades for each color), but it also requires a little more speed and performance from all of the components involved.



