We got a first glimpse of Mitsubishi's brand new rear-projection-ish laser-based TV tech, LaserVue, back at CES, but now the sets are just about primed for action, and should be hitting store shelves, as previously noted, Q3 2008. LaserVue will debut in 65-inch and 73-inch, with the 65-inch version hitting the scene first. Mitsubishi is still pretty coy about what exactly makes the technology tick -- other than the "zomg, lasers" aspect -- but is quick to point out the 200 percent color gamut that LaserVue provides, more than twice that of most traditional HDTVs. The sets also run at 120Hz, and boast 500 nits of brightness. Head to head against LCD and plasma sets we had trouble finding the differences, other than the color depth (particularly in the reds, almost too much so, though we're sure you can tweak that). Have no fear: the blacks are black, the brights are bright, and the viewing angle puts DLP to shame. That said, we're hearing price points are going to be more comparable to plasma and LCD than DLP, so Mitsubishi might have its work cut out for it in convincing consumers that these new "chubby," 10-inch thick TVs are the way to go. We're not entirely convinced ourselves, though one aspect can't be disputed: LaserVue draws under 200 watts, about half that of LCD and a third of plasma.

Getting HD highlights out of our favorite sports may be getting just a bit easier, now that AOptix has successfully tested a Free Space Optical (FSO) laser communications link to replace traditional fiber runs for an unspecified sports network. With demos from the GM Building in New York and over 3.2Km in San Jose, the company says it can handle up to 10 Gbps,more than enough for uncompressed 1080i or 720p transmissions. Like every other new broadcast tech, it plans for a display at NAB 2008, so just keep in mind the next time the local public access station says they can't broadcast your little snowflake's field hockey game in HD because "there are no HD feeds at the park" they're just not trying hard enough.

Mitsubishi and the onset of Spring can only mean one thing: an onslaught of HDTVs. Just as it did last year, the aforementioned outfit is busting out a plethora of high-definition sets to whet your appetite. As for the new line of April-bound DLPs ($1,799 to $4,699), you can expect the entire lot -- which ranges from 60- to 73-inches in size -- to sport 1080p panels, thinner frames than those on prior models, increased brightness, Mitsu's own 6-Color Processor and 3D-readiness.

Moving on, we've got the new family of Ultra Thin Frame 1080p LCD HDTVs ($2,499 to $4,499; shipping in May), which span between 40- and 52-inches and feature low-profile speakers, Smooth 120Hz Film Motion / GalleryPlayer technology, 10-bit panels, 6-Color Processor, x.v.Color and Deep Color. For these and the DLPs, those who opt for the Diamond series will be treated to Variable Smooth 120Hz Film Motion technology, a DeepField Imager and an oh-so-desirable blue light accent.

Lastly, the Laser TV which made its debut at CES 2008 is on track for a Q3 release, and just as predicted, it'll be going by the name LaserVue and sporting a currently undisclosed price tag. Hit the read link for the full breakdown.

Sharp is continuing to move the bar in blue laser technology, recently unveiling a higher power (250mW) 6x Blu-ray recording laser, but more importantly tipped its hand regarding plans for 8x blue laser diodes by 2009. Those lasers will be able to output 300mW, followed by 400mW varieties capable of up to 12x speeds by 2010. Looks like blue laser shortages are a thing of the past, now we'll see how quickly speed -- and possibly multilayer discs -- can ramp up.

[Via afterdawn]

Oh sure, she looks friendly enough. But don't let her matronly, argyle looks fool you. Retired Columbia University Professor, Gertrude Neumark Rothschild, is looking to extract some cold, hard cash from a who's who of Consumer Electronics giants. Otherwise, they can forget about importing their goods into the US. Rothschild's complaint filed with the US International Trade Commission (ITC) on February 20th claims that some 30 companies are violating a patent she owns for light-emitting and laser diodes. Today, the ITC has agreed to investigate the matter. It's worth noting that Rothschild has already successfully tested the legislative waters with lawsuits against Philips and others -- the Philips matter was settled out of court earlier this month. In other words, her case has legs. Still, we have very little confidence in the ITC's grasp of the matter when they name "HD DVD players (e.g., Blu-ray disc players)" as products to be probed. Full list of companies named in the complaint after the break.

[Via Reuters and mrontemp]

News about Mitsubishi's laser TV may be short on specs and specifics, but it's already got plenty of naming options. Following up on earlier nomenclature rumors pointing towards LAZRTV, an anonymous tipster gave the heads up of yet another filing, dated January 24, attributed to Mitsubishi and attorney Ronald L. Taylor: LASERVUE. As far as we know, Motorola hasn't beaten them to the punch on this one, so maybe it will stick. According to the tip, an official announcement could be due the first week of April, so at least we'll have something to look forward to when our NCAA tournament brackets have long been torn up and discarded.

Simmer down -- it's not like you haven't seen advancements in blue laser technology before, and even though the current format war may still be raging when either's successor rolls into town, Kaai and Soraa are already looking to the future. Reportedly, Khosla Ventures has invested in both of the aforementioned firms, and while company representatives aren't disclosing much at the moment, we do know that the duo is exploring ways to "exploit gallium nitride, which is also the basis for existing blue LEDs and blue lasers." Apparently, they'd like to concoct suitable replacements for conventional LEDs in the lighting market and make a showing in the optical data storage arena, too. But seriously, with 200GB Blu-ray discs, who needs to worry about the next best thing?

[Image courtesy of DigitalHomeMag]

Thanks to CES being over and all, the latest Mitsubishi trademarks to surface aren't at all surprising. Apparently, the company went ahead and locked down LAZR last November (um, okay?), and now it has given us two more hints as to what the sets may eventually be called. As of late last month, Mitsu has filed to protect the trademarks LAZRTV and LAZRTELEVISION, despite society's growing frustration with model names spelled with Caps Lock depressed and numerous vowels inexplicably missing. 'Course, only time will tell whether the firm will actually use these monikers when its Laser TVs are finally loosed, but we'll go ahead and credit Motorola for giving 'em the idea (in a roundabout way, at least) in the first place.

[Via Trademork]
Read - LAZR trademark filing
Read - LAZRTV trademark filing
Read - LAZRTELEVISION trademark filing

DLP is finding new life with the latest advances in illumination technology. We've already seen LED backlights, and now the technology is taking a page from the LCD world. Say "hello" to 240Hz display mode DLPs, with a 100% increase in motion reproduction -- diminishing returns for Hz increases, indeed. Working with LED manufacturer Luminous has produced contrast ratios of 500,000:1. But the ride doesn't stop there, as demonstrated by Mitsubishi's laser HDTV with a DLP heart. We'll be checking that one out, so stay tuned for the details.

It seems that SED's reign as the most perpetually delayed television technology in recent memory may be getting a run for its money, as the Laser TV sets we were totally expecting (ahem) by Christmas aren't making it onto Santa's sleigh after all. According to The Sydney Morning Herald, vice-president of Arasor Scott Wilkie admitted that the sets wouldn't be available by the year's end, but he unsurprisingly passed the blame onto "other key component manufacturers" that "haven't quite ramped up as fast as was expected." Still, Frank DeMartin, vice-president of marketing and product development at Mitsubishi Digital Electronics, supposedly stated that we could see some Laser TV-based announcement at CES 2008, but we wouldn't be shocked if it was simply an updated timetable and a subtle plea for patience. January's just around the bend -- hopefully this will get sorted out soon enough.

Atmel, the same firm known for cranking out uber-small GPS chips, has now created the "industry's smallest laser diode driver solution" for HD DVD, Blu-ray, DVD, and CD formats. The ATR0881 laser diode driver IC is available now and is designed for use in combination drives that play nice with all of the aforementioned discs. Notably, the ATR0881 itself is housed in a minuscule four- x four-millimeter QFN24 package, and should prove extremely useful in half-height combo drives as well as slim drives found in laptops. Smaller optical drives that handle every format harmoniously? Count us in.

Sony's semiconductor subsidiary recently announced an increase in blue-violet laser diode production, with a monthly capacity of 1.7 million, and capability to produce up to five million with future upgrades. In June the diodes are expected to cost around $8 per diode in bulk, as compared to a price of $125 per drive (including the diode and other parts) when they came onto the market last year. Analysts predict that the lower cost of materials will likely drive manufacturers of blue-laser products to lower their own prices, with the PlayStation 3 benefiting from this reduction by allowing Sony to reduce the price, possibly even lower than $499, to be very competitive with the Xbox 360 Elite model. Of course, Toshiba could also theoretically take advantage of similar cost savings to reduce the price of their own HD DVD players. Perhaps that Wal-mart player isn't such a far-fetched idea after all.

Trust us, we know when these mega-corps put their heads together to create a buzz-eliciting presentation about the "future of HDTV," things don't always materialize as planned, but Mitsubishi and Hitachi each had a few interesting things to say at a recent pep talk about their hopes and dreams. Aside from alerting us all to the painfully obvious tidbit that HDTV prices are "unlikely to be stable" in the years ahead, Mitsubishi also talked up how 1080p will become an integral part of its forthcoming sets, and more interestingly, spoke about integrating "LED and laser technologies" into HDTVs. Also, it was stated that bigger screens would likely garner more attention as prices fell, and that x.v. Color would also play a role in 2007 / 2008 strategies. On the Hitachi front, it focused more on marketing its "well built flat panels" as "accessible luxuries," but also mentioned an expansion in its HDTV lineup, a boost in 1080p-capable sets, and a 60-inch flagship plasma that would "be sold only through A/V specialists." Now, who's betting it all comes true?

Whether the format war is over or not, one thing that would definitely get more buyers off the fence and owning more high definition players would be lower prices. Aonex Technologies and Kyma Technologies are the latest to announce they've found a better (and cheaper) way to pump out the blue laser diodes necessary in every Blu-ray and HD DVD player. Aonex claims its A-Sapph wafer technology improves on current sapphire based processes, enabling an increase in the number of chips per wafer and improving yields substantially. As fans of lasers in general, and not just in relation to HDTVs and lower prices, we're excited, but without even the hint of an expected release date it will probably be a while before these are ready for the market.

Once the realm of mighty giants with huge pocketbooks, burning a dual-layer Blu-ray (or HD DVD) disc might be yours at ten times normal speed starting in 2008, when Japanese firm Nichia Corp. will start production on a higher-powered laser diode for use in recorders. The diode emits pulsed light at a higher output than current models, and is stable enough for 1,000 hours of operation, which we estimate should net you around 5,000 two-hour burns... of data, of course! It will also allow for 2x burning of up to four layers. We're still waiting for word on how fast it will burn those ten-layered discs.