LCD Vs DLP Projectors

For those who’ve been thinking about buying a house theater projector, maybe to connect with an HDTV tuner, and have read opinions or done slightly little bit of analysis, you may be aware that there are two technologies competing for the contents of your wallet.

Both LCD and DLP are utilized in projectors suitable for residence theaters, but they work in fairly alternative ways and produce slightly totally different results. Should you ask round ‘ notably in electronics shops, you’re more likely to be supplied with a mass of knowledge that’s complicated and infrequently just plain wrong. So right here, in an effort to clear the fog surrounding projectors, is our information to LCD v DLP.


LCD projectors have three separate LCD panels, one for red, one for green, and one for blue parts of the image being processed by the pico projector. As light passess via the LCD panels, individual pixels (or image elements) can be both opened or closed to both allow light to pass by means of or be filtered out. In this approach the light is modulated and an image projected on to the screen.

LCD projectors have historically had three major advantages over DLP. They produce more accurate colors (because of the three separate LCD panels), they produce a slightly sharper image (although this is pretty much as good as undetectable when watching films) and they are more light-environment friendly, which means they produce brighter images utilizing less power.

Nonetheless, LCD projectors also have some disadvantages, although because the expertise improves these are becoming less and less relevant. The primary of those is pixelation, or what’s known as the screen door effect. This means that generally you can see the individual pixels and it seems as if you might be viewing the image via a ‘screendoor.’ The second historic disadvantage of LCD v DLP is that LCD would not produce absolute black, which means that distinction is less than you’ll get with DLP.

However, the advent of higher resoltion LCD projectors (significantly ‘HD-ready’ projectors which have a horizontal decision of 768 pixels or higher) implies that pixelation is less of an issue than it used to be. And the improved skill of LCDs to produce high-contrast images can be allowing them to be taken more severely by residence theater enthusiasts.


Digital Light Processing (DLP) is a expertise developed by Texas Instruments and it works by projecting light from the projector’s lamp onto a DLP chip, made up of thousands of tiny mirrors. Each mirror represents a single pixel and directs the light projected onto it both into the lens path to show the pixel on or away from it to turn it off. Most DLP projectors have only one chip, so so as to reproduce color, a shade wheel consisting of red, green, blue and typically, white filters is used. The wheel spins between the lamp and the chip and adjustments the color of the light hitting the chip from red, to green, blue. Each mirror on the DLP chip tilts towards or away from the lens path depending on how a lot of a specific color light is required for that pixel at any given instant.