LED TVs are sure becoming popular. They’re energy-efficient and provide great pictures. But Mitsubishi thinks it has something even better: a TV that is illuminated by lasers. Its LaserVue L65-A90, which is part of Mitsubishi’s Diamond line, is a 65-inch rear projection 1080p HDTV using Texas Instruments’ DLP (Digital Light Processing) technology. The laser replaces a bulky and energy-sucking lamp to illuminate a DLP chip filled with millions of tiny, reflective mirrors. Laser illumination also eliminates the color wheel used by single-chip DLPs. Both reductions result in a rear-projection TV that is about 10 inches deep. (FYI: The footprint of a flat-panel TV sitting on a stand is about 10 inches deep.)
According to Mitsubishi, lasers provide the widest range of rich, complex colors—along with the greatest clarity and depth of field among all the illumination technologies. LaserVue’s color gamut, or boundary of color it can display, has been measured at approximately 200 percent, delivering over twice the color of all of today’s HDTVs. And from repeated viewings, I can certainly say that it does.
Let’s not forget how energy-efficient the laser is. Think LED TVs can save you some bucks on your electric bill? The 65-inch LaserVue can operate at less than 100 watts, which bests the most efficient 42-inch LCD TVs now available.
Mitsubishi has also added specially designed optics, improved viewing angles, 120-Hz refresh rate that helps with motion lag and judder (eliminating jerky motions from fast-moving scenes), upconversion of lower resolution signals to 1080p, Deep Color capability and x.v. Color. The set is housed in an attractive high-gloss black cabinet with an ultrathin frame.
So how was it? Let’s just say that the L65-A90 produced some of the best images this reviewer has seen. This is not an overstatement. The colors were deep, rich, very realistic and precise. Image quality was out of this world, with a palette of accurate and intense colors simply not seen on other displays.
From my trained eye, one could easily see that Mitsubishi’s claims of “twice the color” are true. Contrast, brightness and clarity were also outstanding.
Using this set with Samsung’s BD-P1500 Blu-ray Player, it displayed vibrant 1080p images that popped on films like “Sleeping Beauty,” “The Fall,” “Speed Racer,” and “Disturbia.” Images from D5 masters (as close to film and Digital Cinema quality as possible) were also viewed including “World Trade Center,” “Shrek,” “The Love Guru,” and “Transformers”, so that the full range of LaserVue‘s color gamut could be seen and appreciated. In each case, the color palette exceeded that of plasma and LCD 1080p HDTVs, providing the most accurate colors with amazing reds and blacks.
Our only real nitpick with this TV has got to be its $7,000 price tag, which we can forgive if future units become more reasonably priced as volume increases. We hope it does, because LaserVue deserves a place in today’s TV world. It’s too good not to.
(Editor’s note: This review was written before Mitsubishi halted production of the LaserVue. Mitsubishi has since resumed production.)
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Dennis,
I had the same question as Paul. I assumed you were not speaking in techincal terms, rather layman’s terms when saying things like “twice the color gamut…” Since even a little skew from REC.709 would then be inaccurate color.
Anyway, hope you get your hands on one for a full review.
Speckling. I saw one of these TVs at a good dealer….and at least a baby blue shirt, had strong and distinct specling. That artifact of laser light we see in pointers where they appear to twinkle.
I found it annoying once I noticed it. (the price hit me the same way!)
I’d be interested if others of us are seeing it, and maybe it was just a setup issue. I would guess, Mits has tried to deal with that.
Paul, they probably are using a test generator. I’m not so sure Blu-Ray can not output the wider gamut, it just doesn’t (but don’t bet on that, I am not expert in this).
It makes sense to me that both TV’s could be spot on the color points but with the lasers being able to produce even deeper and more saturated color and hence a wider gamut is available. Given the same signal they could be identical, but as the signal goes over-spec, the decoding could tell the system to go deeper, and the lasers can go there.
I suppose this is done via the native color of the lasers, and the amount of white mixed in.
A couple of questions for you Dennis:
There is a well defined HD color standard, and if this tv does twice the colors it’s not conforming to that standard is it?
You later say that “In each case, the color palette exceeded that of plasma and LCD 1080p HDTVs, providing the most accurate colors with amazing reds and blacks. “
Are you saying that the laservue accurately displays the current HD color gamut, but can also produce color’s outside the HD standard?
How did you test that, as to my knowledge, blu-ray is not coded with deep color capability?
I’m confused. My Pioneer Kuro does a virtual overlay of the HD standard, and the color points are basically dead on the money.
I’m missing something I’m sure, but I can’t figure it out. Would you care to expand on your review?
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You said it produced “some of the best” images you’ve ever seen. Did you mean to say “the best” or are there other TVs that are comparable?