HDI's laser-driven 3D HDTV hits production, should ship next year

startup posts

Sixty-four, sixty-shmore... that's so 2007 in terms of processing cores found in a single CPU: one hundred cores is where the future of computing resides. This magnificent engineering feat isn't from AMD or even Intel, it's the latest Tile-GX series of chips from the two-year old San Jose startup, Tilera. Its general purpose chips can run stand-alone or as co-processors running alongside those x86 chips that usually ship in four-, six-, or now eight-core configurations like Intel's upcoming Nehalem-EX chip. Tilera's 100-core chip pulls 55 watts at peak performance while its 16-core chip draws as little as 5 watts. Tilera uses the same mesh architecture as its previous 64-core chip in order to overcome the performance degradation accompanying data exchange on typical, multi-core processors -- or so it says. Tilera's new 40-nm process chips have cranked the clock to 1.5GHz and include support for 64-bit processing. And while its processors could be applied to any number of computing scenarios, Tilera's focusing on lucrative markets like parallel-processing where its meager developer and marketing resources can extract a relatively quick payout. The fun begins in early 2011 with volume pricing set between $400 and $1000.
With eco-friendliness on everyone's mind, it's no shock to see more and more progress being made in the realm of solar. Shortly after hearing that boffins across the way were swapping carbon nanotubes for silicon, a Tel Aviv-based startup is now hoping to push its colored panels into the mainstream thanks to their ability to work sans direct sunlight. Granted, the tinted cells have only shown a 12 percent efficiency rate in testing, but they can reportedly be produced for around half of what a conventional panel costs. In essence, the cost savings comes from the dearth of silicon within, as GreenSun Energy has discovered that power can be generated by simply diffusing available sunlight over the whole panel and allowing nanoparticles to handle the rest. We'll invite you to visit the links below for the science behind it, but we're just interested in helping Ma Earth while replacing every windows in our apartment with a stained glass alternative.
The last time we heard from Envizions, the company was just starting to get its game plan together -- but it looks like the gears are officially in motion on its Linux-based game console. The final specs for the box now seem to be in place, with off-the-shelf components like the Athlon 64x2 5600 CPU (clocked to 2.4GHz), an ATI HD 3200 graphics chipset, 2GB of DDR2 RAM, and a 120GB hard drive filling out what is essentially a standard PC housing. Envizions say that the console will run a modified, quick-boot distro of Fedora called Mirrors (which can be upgraded to a beefier build named Mirrors Evolution X), and will feature a "cloud" service stacked with Amiga (!) games and an Akimbo-based video service. Beyond that, proper titles will be sold online and on SD cards for around $20. Envizions is currently taking pre-orders for the box, and say beta units will be shipped on April 10th. Pricing for those consoles will run between $280-350, while the final retail version can be had for $380, and should be available sometime in June. We have just two words of advice for the fledgling company: get some killer games on there fast, and please, please update your site.
Let's be honest -- Wireless USB has never been much more than an afterthought. Sure, we've seen it pop up on a few laptops and USB hard drives, but it's never grabbed hold the way that, say, Bluetooth or WiFi has. On top of that, the underlying technology behind WUSB (that'd be Ultra-Wideband, or UWB) has yet to find favor in the market, with the surging WHDI stealing most of the limelight in the wireless HD arena. At any rate, one of the (only) companies keeping Wireless USB alive has kicked the bucket, as startup WiQuest officially shut its doors after being unable to concoct a "one-chip solution that was capable of delivering the upper-band support necessary for worldwide acceptance." Granted, Wireless USB isn't quite six feet under, but it's safe to say one foot is planted in the proverbial grave.









