DLP HDTV FAQs
(Frequently Asked Questions)
DLP Technology Advantages
DLP 1090p
DLP HDTV
What makes DLP technology ideal for HDTV applications?
There are a number of reasons why DLP technology is quickly becoming the display technology of choice. First, the clarity of the digitally-precise image it delivers in large screen HDTVs is unmatched by any other technology.
The single panel DLP subsystem enables the development of products that are uniquely small and light weight, so large screen televisions become slim and elegant.
What are the advantages of DLP technology compared with LCD technology?
Picture quality with DLP technology is superior, for the following reasons:
Higher Contrast: The simpler optical system reduces the unwanted effect of "stray" light, allowing for better contrast ratios, which means sharper, more detailed images.
Better Motion Reproduction: Pixel switching speeds in DLP technology are faster, allowing more accurate reproduction of fast-moving action without smear or ghosting.
More Film-like Images: The high "fill factor" of DLP technology creates images that are smoother and more film-like, compared with technologies where individual pixels in the image are clearly visible, creating a pixilated effect.
It also has other advantages:
Digital: DLP technology is digital, as opposed to analog, so images are reproduced more accurately.
Reflective: DLP technology is reflective, as opposed to transmissive, which means that it is less susceptible to degradation caused by the absorption of light.
What are the advantages of DLP technology compared with plasma technology?
At larger screen sizes, TVs based on DLP technology are much more affordable, yet are slim, lightweight and visually attractive. DLP technology also offers superior picture quality; no phosphor "burn in" or fade; and a longer product lifetime.
How does DLP Cinema technology compare to DLP technology in HDTVs?
There are many similarities between DLP Cinema technology and DLP technology. DLP Cinema technology is derived from DLP technology, using the same DLP chip. Both are digitally precise; both can reproduce fast-moving images because of their rapid pixel-switching capabilities; and both use reflected light to deliver stunningly clear and sharp images.
The differences between the two technologies lie primarily in the way they are optimized. DLP Cinema technology is optimized specifically to meet the needs of the Hollywood creative community and light up the world's largest screens. DLP Cinema features the highest resolution and specific feature sets for special management of color, security, black levels and image manipulation needed for screening movie content.
Why is an HDTV with DLP technology the better investment?
DLP HDTVs deliver a stunning picture and a bigger screen for a lower price than Plasma and flat-panel LCDs.
And no matter what you're looking for, DLP HDTVs have a wide variety of features and models to suit whatever your needs may be.
Why is 1080p important?
Increasingly, content is moving towards 1920x1080 resolution, so by providing a 1080p picture, consumers will get the most incredible high definition picture with maximized detail. This will appeal to consumers who want the best picture available. Content includes: HD broadcast/cable, HD-DVD and Blu-Ray, and gaming devices such as Xbox 360 and PS3.
Does DLP technology offer 1080p resolution?
Most definitely.
HDTVs powered with DLP 1080p technology deliver more than two million pixels on-screen for true 1920x1080p HDTV resolution, the highest available. With a DLP 1080p HDTV you can experience the best that HDTV has to offer today, and be ready to enjoy all the 1080 sports, gaming and entertainment content that's on the horizon.
How does DLP 1080p compare with plasma?
DLP is the thinnest free-standing HDTV of its kind, has better value (lowest price per inch) especially with 1080p, delivers more screen for the price and no burn-in worries.
How do these millions of mirrors enhance my HDTV experience?
DLP technology and its millions of mirrors come closer than any other display solution to reproducing the exact mirror image of its source material. That means these millions of microscopic mirrors on the all-digital DLP chip delivers precise, razor-sharp and lifelike images with virtually no pixelization or "screen door effect."
Do DLP HDTVs really offer the ideal experience for sports?
Definitely.
The ultra-fast DLP chip, with an unparalleled 8 microsecond pixel response time delivers a precise, razor-sharp picture for action packed, fast-moving sports images. But DLP HDTVs are ideal for more than just stunning sports. HDTVs powered with DLP technology are also great for gamers and amazing for fast action movies.
Can it truly resist burn in?
Completely.
DLP technology is insusceptible to burn in. Whether you're playing video games or watching TV, no network logos or game elements will stick around any longer than you like. Unlike CRT and Plasma, an HDTV with DLP technology has no tube and no phosphor. So, there's no burn-in. It's that simple.
Does DLP technology deliver high contrast and vibrant colors?
Without a doubt.
DLP technology's contrast ratio (capable of up to 12,000:1) allows for blacker blacks, crisper whites and images that "pop" on screen. DLP technology also creates vibrant, stunning, lifelike images with truly accurate color.
The truth about color breakup
A study by Decision Analyst, financed by TI, shows that rainbow is a non-issue:
The results of this research indicate that no more than 1% to 2% of the population would experience ‘color break-up effect’ while viewing content on a DLP television or projector. Three respondents out of a total of 926 made comments relating to visual aberrations that may indicate ‘color break-up effect’.
Less than 2% of total respondents expressed disagreement when asked to indicate their level of agreement on statements relating to picture quality.
Tell me about 3D Ready. What is it and how can consumers use it?
All 2010 Mitsubishi DLP HDTVs are 3D Ready. This new feature will create a high-def stereo 3D picture when connected to a compatible HDMI/DVI source. For example, PC games are 3d by design today but are limited by 2d monitors. With this new feature, 3D gaming will create a whole new and immersive experience for the avid gamer on a big screen.