How to Compare DLP Projectors

DLP is short term for digital light protection. This is the usual type of projectors used in modern home theater setups. The DLP home theater projector has the capacity to project a fully high-definition, 1080p-resolution image onto a screen. Considering the fact that there are several choices of DLP projectors in the market, you must take certain things into consideration to get your money’s worth. Otherwise, it will become a tragic experience for you and your family.

The first thing that you are going to do is to look at the maximum resolution of the DLP projector to ensure that you get true high-definition picture quality that supports 1080p. There is nothing better to have from a DLP projector than this.

Second, you need to look at the cost of replacement lamps as these lamps come with expensive price tags at approximately $200 each. Furthermore, investigate the lamp’s life expectancy because no matter what type of projector you buy, you will eventually come to a point of replacing them. Before a lamp is to be replaced, it should render no less than 10,000 hours of service.

Third thing to do is to check the various inputs found in your projector. These inputs will distinguish whether the projector can project various videos from different sources onto your screen. Usually, only those expensive DLP projectors will give clearance for connection with various devices.

And lastly, it is important to look at the maximum size image capacity displayed on the screen. Make it certain that this maximum size projected by your projector matches the size of the screen.

Taking all these factors into consideration will give you assurance that you will make an informed choice in comparing DLP Projectors. A home theater projector with a price of $1,000 will afford you to have an exciting experience of watching movies at home.

1 comment to How to Compare DLP Projectors

  • No lamp on the market gives 10,000 h!!! Most seem to do 1,000-3,000. The best I have ever seen is ~6,000 h by some of the infocus range (x2) when in low output mode.

    If you go LED as the light source you can get 10,000-30,000 h but I wonder if they’re being slightly optimistic… although there’s no doubt LED’s last longer. They’re also not prone to blowing if you fail to cool down… which must give peace of mind.

    :-)

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