The Best DLP Projection TVs in 2011

October 17th, 2011 No comments

The most successful and topselling HDTVs in 2011 were without a doubt LCDs with LED backlight technology, but especially if you are looking for really huge screens for your personal home theatre and the best value for money, DLP projection TVs are still the best choice. Depending on what models you compare, DLP technology is up to 1000 faster than LCD, so definitely the best choice for home entertainment enthusiasts!

Modern DLPs come with stunning image improvement technologies like the Dark Detailer from Mitsubishi and use the same core technology for displaying 3D images that is used in 3D cinemas around the globe.

The top 3 in 2011 absolutely worth an investment are, and that’s no suprise, all from Mitsubishi. Samsung for example did not release any really mentionable new DLP TV models this year, probably because of the many white dot customer complaints and other problems with their DLPs some time ago.

1. Mitsubishi WD-73838

Yes, the 73838 is the 73-inch model from the 838 series released in 2010, but it’s still the most popular DLP projection TVs in 2011. Thanks to the Plush 1080p for lower resolution signals  and Dark Detailer technology for enhanced contrast and black levels, it delivers clear and incredibly sharp images with vivid colors. Smooth 120Hz makes watching sports and fast action movies real fun. It supports 3D and comes withgreat connectivity, including 4x HDMI (CEC) and 2x USB, as well as StreamTV Internet Media Access. If you are serious about quality, the Mitsubishi WD-73838 is without a doubt a smart buy. Also available in 82-inch.

2. Mitsubishi L75-A94

This is the best television ever, period. The only reason we rank it as number 2 is the pretty high price of almost $5000 that makes it a niche product instead of a mainstream bestseller, even for a top notch 75-inch DLP TV. It uses Mitsubishi’s LaserVue technology that relies on laser light. 3D, ISFccc for professional calibration, amazing image quality, Wi-Fi, 4x HDMI 1.4a, this HDTV delivers! Even better, the energy usage of the Mitsubishi L75-A94 is only 84.6 watts in standard mode and 0.3 watts in standby. You want to impress your friends with the perfect home cinema and the budget is only a secondary aspect? Get it!

3. Mitsubishi WD-73640

Low price, decent image quality and alot of features. The 73640 is probably the best bang for the buck, for about $1500 you get a 3D home cinema TV with raving customer reviews on Amazon and everythng you need to enjoy your favourite movies in perfect quality: 6 color processor, 3D, 120Hz, Plush 1080p, different pre-configured display modes, 3x HDMI. As usual, also available in 82-inch.

Overall, no big surprises, the DLP projection TV market has become Mitsubishi’s personal playground. Dare to compare, there are certainly good LEDs, but if you are looking for the real cinema experience and a screen size of 70-inches or above, DLPs are still the best choice and much cheaper than comparable LED displays.

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How does the DLP projection TV technology work?

October 26th, 2011 No comments

DLP technology is the main alternative to LCD, LED and plasma screen TVs. The technology relies on a complex mirror system to project images. DLP technology is used in projectors and is one of the most valuable technologies in the industry. The technology is found in standalone projectors like in a movie theater. It also includes projectors that are put inside TVs and used to project images for the unit. These are called front-projection HDTV.

Mitsubishi WD-82838 DLP Projection HDTV

The DLP acronym stands for “digital light processing.” This process takes place in the DLP chip, most notably manufactured by Texas Instruments. The chip sits underneath the mirror system and feeds information to the mirrors. The mirrors respond by displaying the specified colors, forming the images that we see on the screen. What we see is filtered through a lens and formed by various combinations of red, blue, and green light. This is the system that is used in DLP HDTVs.

The projectors function a bit differently. In the standalone units, there are three chips. Each of these works with a different color light. So, there is a chip for red, one for blue, and one for green. In this case, light hits each chip and then is recreated accordingly, making the right combination of light as needed. One of the main concerns with this technology is a color imperfection created by the use of the mirrors. This is called the “rainbow effect” and has to do with the division of light into three colors. Sometimes, users claim to see flashes of the individual colors. Over time, this has become less noticeable due to accompanying technologies involved in video production.

Mitsubishi WD-92840 DLP Projection HDTV

Because of the digital aspects of DLP technology it is very handy in two ways. First is longevity. There are certain problems you don’t have to worry about with DLP TVs. For instance, screen burnout will never be a problem, because digitally produced images just can’t cause that. There are several other features of DLP that make the system lower maintenance and longer living. There is also the fact that the digital technology is small and lightweight. This means that systems using DLP can be smaller and more portable. They are lighter and easier to carry and move around. The benefits of this can be worthwhile to anyone with DLP systems in their house.

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DLP vs. LCD vs. LED vs. Plasma Comparison

September 2nd, 2011 1 comment

The HDTV market is currently occupied by three main technologies. These are DLP (Digital Light Processing), LCD (Liquid Crystal Display), and Plasma. These three technologies function in radically different ways. It is no surprise that each comes with its own set of advantages and disadvantages. We will look at some of the advantages DLP technology has over its competitors.

Mitsubishi WD-7340 DLP Projection TV

Let’s first look at some of the issues with LCD televisions. The main complaint with LCD TVs is that they produce unequal picture quality. This means the screens sometimes look patchy, with areas of varying screen quality. Some monitors receive uneven amounts of light across the screen. This is a problem caused by the backlight. These backlights need replacement every once in a while. Another problem here is that in some models these lights are not very accessible and can be difficult to replace on your own. The main issue with the screen, though, is unequal picture quality. Not only does this come from bad backlight distribution, but this also occurs if the set is left on too long. Pixels are also known to get stuck and leave part the screen an inappropriate color, at times.

Everyone knows the main problem with Plasma TVs is screen burn in. These sets are notorious for this problem, which can ruin your TV watching experience. To be fair, though, these sets have undergone much improve to lessen this problem. Some other disadvantages of plasma displays result from their size. The technology is not used in models smaller than 37 inches. Also, Plasma TVs are heavy compared to their competition. Plasmas are also said to use more electricity and to interfere with devices.

DLP technology overcomes some of these problems. First, screen burn in is never an issue for DLP, because a digital image cannot cause burning. Secondly, DLP sets are not all that heavy. They may not be lighter than some LCD models, but they are much lighter than Plasmas. Screen-door effects are lessened in DLP, and there are few contrast problems or uneven pictures. DLP technology also does not have size limits like some of the other models. This makes DLP suitable for huge screens and nice home theater systems. The sets use replaceable lights, too, so you can keep the TV going and going. Just know that thee can be expensive.

Mitsubishi WD-82740 DLP Projection TV

DLP TVs have some drawbacks, too, but these are some of the main advantages over the competition. If you are considering a HDTV, just be sure to know all of your options and do a lot of research. Fully investigate the pros and cons of each technology.

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