MojoKid writes "A fairly new Hitachi-LG joint venture announced the world's first hybrid optical drive, called the HyDrive. This unique device is a notebook optical drive with an SSD built in. When you slide it into your machine and it connects via SATA 3Gbps, your computer recognizes not only a DVD burner / Blu-ray drive, but also a 32GB or 64GB SSD. This configuration allows you to have an SSD without taking up the single 2.5-inch storage slot within your laptop, so you could then have an optical drive, an SSD, and the standard hard drive as well. There are also a few nice tricks you can play in caching with the on-board SSD. Error-correction techniques can be employed that allowed a damaged disk to be be playable." The HyDrive will ship to OEMs in August; a smaller version usable in netbooks is planned for 2011. The Register has some more technical details and specs.

Anarki2004 writes "Sony recently debuted its latest in OLED technology: a 4.1-inch screen that's only 80 microns thick. The super-flexible display can roll up into a cylinder just 4mm in diameter while still showing moving images at 432×240 resolution. Instead of brittle integrated circuit chips, the screen has an on-panel gate-driven circuit — a world first, according to Sony. That innovation would allow everything but the power supply to roll and flex in applications."

da_how writes "A group of students and graduates at Imperial College London have built an electric car with a massive range — 248+ miles on a charge at 'reasonable' highway speeds (60 mph). They did this by filling the car to the absolute max with as many lithium iron phosphate batteries as possible — 56 kWh — and designing a very efficient direct drive powertrain, about 90% batteries-to-wheels at highway speeds. The choice of vehicle is an interesting one: it's a converted Radical SR8 — a track racing car with a speed record on the Nurburgring. Not an obvious contender for an endurance vehicle (no windscreen either!) — but then they claim it's lightweight to start with, being constructed of steel space frame and glass fiber. Also, Radical is based in the UK and provided some help and sponsorship. The students plan to drive their 'SRZero' 15,000 miles down the Pan American Highway, beginning July 8 in Prudhoe Bay, Alaska, and ending up in Tierra Del Fuego three month later. That's about 60 charges."

jd and other readers pointed out BBC coverage of research into "stochastic" CPUs that allow communication errors in order to reap benefits in performance and power usage. "Professor Rakesh Kumar at the University of Illinois has produced research showing that allowing communication errors between microprocessor components and then making the software more robust will actually result in chips that are faster and yet require less power. His argument is that at the current scale, errors in transmission occur anyway and that the efforts of chip manufacturers to hide these to create the illusion of perfect reliability simply introduces a lot of unnecessary expense, demands excessive power, and deoptimises the design. He favors a new architecture, that he calls the 'stochastic processor,' which is designed to handle data corruption and error recovery gracefully. He believes he has shown such a design would work and that it would permit Moore's Law to continue to operate into the foreseeable future. However, this is not the first time someone has tried to fundamentally revolutionize the CPU. The Transputer, the AMULET, the FM8501, the iWARP, and the Crusoe were all supposed to be game-changers but died cold, lonely deaths instead — and those were far closer to design philosophies programmers are currently familiar with. Modern software simply isn't written with the level of reliability the stochastic processor requires (and many software packages are too big and too complex to port), and the volume of available software frequently makes or breaks new designs. Will this be 'interesting but dead-end' research, or will Professor Kumar pull off a CPU architectural revolution really not seen since the microprocessor was designed?"

An anonymous reader writes "The Japanese space agency, JAXA, has plans to build a base on the Moon by 2020. Not for humans, but for robots — and built by robots, too. A panel authorized by Japan's prime minister has drawn up preliminary plans for how humanoid and rover robots will begin surveying the moon by 2015, and then begin construction of a base near the south pole of the moon. The robots and the base will run on solar power, with total costs about $2.2 billion USD, according to the panel chaired by Waseda University President Katsuhiko Shirai. 'As currently envisioned, the robots that will land on the lunar surface in 2015 will be 660-pound behemoths equipped with rolling tank-like treads, solar panels, seismographs, high-def cameras, and a smattering of scientific instruments. They'll also have human-like arms for collecting rock samples that will be returned to Earth via rocket.'"

With an Android armada on the horizon (or at least expected), reader androidtablet plugs this piece on ways Android could be truly tablet-friendly. Armchair engineering may be easy to knock, but I like the ideas presented here, such as aggressively using the inactive (locked) screen state to display useful information.

Luyseyal writes "I unwittingly bought one of these terrible flash cards at Fry's and have managed to nuke two of them, successively. I have a USB flash card reader that will read/write the current one at USB 1.0 speed, but it locks up every Ubuntu and XP machine I've come across in high-speed access mode. I have read that if I low-level format it that it could be fixed, though my current one doesn't support it. My Google-fu must be weak because I cannot seem to find a USB flash reader that specifies that it will do low-level formatting." Can anyone offer advice for resurrecting such drives?

blair1q writes "The US Army Corps of Engineers has issued the first permit for a wave-powered desalination plant in American territory to a company called Independent Natural Resources. Waves will operate 'Seadog' pumps, which will lift water into the plant and onto a water wheel connected to a generator, which will create electricity to operate a reverse-osmosis desalination system. The permit runs for four years. Let's hope they don't harm the environment, permanently impact drilling operations, or give Rube Goldberg any crazy ideas..."

EconolineCrush writes "For years, AMD has catered to gamers and enthusiasts with mid-range Black Edition processors whose unlocked multipliers make overclocking easy. Intel has traditionally reserved unlocked multipliers for its ultra-expensive Extreme CPUs, but it has now brought the feature to affordable models that compete directly with AMD's most popular processors. The Core i5-655K and Core i7-875K have two and four cores, respectively, and they're priced at just $216 and $342. It appears that both will easily hit speeds in excess of 4GHz with air cooling. Surprisingly, even at stock speeds, the i7-875K offers better performance and power efficiency per dollar than just about any other desktop CPU out there."

Xistic writes with news that the XB in XBMC won't mean Xbox any more. Quoting the project's own website: "The last official release for the XBOX by the XBMC team was Atlantis, over 18 months ago. Since then, one brave soul (Arnova) has been merging code from the main codebase into the XBOX branch in our repository. Because there were many users out there that took advantage of these updates, we had no problem with this. But times have changed. The XBOX has hard limits for what it can handle. Some users are satisfied with these limits, and we encourage them to use XBMC there if they are happy. But it is a popular misconception that official XBOX development is still taking place by the team, so we have decided to set it free. We have enough on our plates already, and worrying about a deprecated platform just increases our workload. A few days ago the XBOX branch was finally removed from our subversion repository."

CWmike writes "Intel is considering hardware-based acceleration for Google's new WebM video file format in its Atom-based TV chips if the format gains popularity, an Intel executive said on Thursday. Announced last Wednesday at Google I/O, WebM files will include video streams compressed with the open-source VP8 video codec, which was acquired by Google when it bought On2 Technologies in February. 'Just like we did with other codecs like MPEG2, H.264 and VC1, if VP8 establishes itself in the Smart TV space, we will add it to our [hardware] decoders,' said Wilfred Martis, a general manager at Intel's Digital Home Group."

snydeq writes "Fatal Exception's Neil McAllister questions how long we can go before a truly catastrophic data disaster strikes. 'The lure of potential profits in the information economy, combined with the apparent ease with which data can be gathered and a lack of regulation, creates a climate of recklessness in which a "data spill" of the scale of the Deepwater Horizon incident seems not just likely, but inevitable.' Witness Google mistakenly emailing potentially sensitive business data to customers of its Local Business Center service, or the 1.5 million Facebook accounts and passwords recently offered up on an underground hacking forum. 'These incidents seem relatively minor, but as companies gather ever more individually identifiable data and cross-reference these databases in new and more innovative ways, the potential for a major catastrophe grows.'"

An anonymous reader writes "We all know that flash and other types of solid state storage can only endure a limited number of write cycles. The open source Flash Destroyer prototype explores that limit by writing and verifying a solid state storage chip until it dies. The total write-verify cycle count is shown on a display — watch a live video feed and guess when the first chip will die. This project was inspired by the inevitable comments about flash longevity on every Slashdot SSD story. Design files and source are available at Google Code."

itwbennett writes "During an interview Tuesday at the MIT Media Lab, OLPC project founder Nicholas Negroponte said that the group will have a working prototype of the XO-3 tablet by December of this year. 'At CES [2011] we will show a tablet that can be and will be used for children probably in the developed world,' Negroponte said. 'You'll see from us, God willing, an ARM tablet,' he said. 'The screen area will probably be a 9-inch diagonal, maybe more.' The most important feature will be a dual-mode display that will allow it to be used indoors and outdoors. Price: $75."

tekgoblin writes "According to Edge-online.com, their source says that we can expect Microsoft's Project Natal to cost around $149. 'The figure for the standalone unit is significantly higher than a previous sub-£50 estimate, but less than pricing recently suggested by European retailers. It’s also more expensive than Sony’s Natal rival, Move, which will be available later this year with a game for less than $100.'"

Stoobalou writes with this excerpt from Thinq: "Paul Otellini may think there's still life in Intel's Larrabee discrete graphics project, but the other guys at Intel don't appear to share his optimism. Intel's director of product and technology media relations, Bill Kircos, has just written a blog about Intel's graphics strategy, revealing that any plans for a discrete graphics card have been shelved for at least the foreseeable future. 'We will not bring a discrete graphics product to market,' stated Kircos, 'at least in the short-term.' He added that Intel had 'missed some key product milestones' in the development of the discrete Larrabee product, and said that the company's graphics division is now 'focused on processor graphics.'"

Elliot Chang writes "For Sony's newest display, the company decided to throw into the mix ultra-thinness (just 80m or a bit thinner than a human hair) and the energy-saving power of OLEDs. The new prototype is so bendy that it can be wrapped around a pencil while still streaming video!"

Stoobalou and other readers sent along word of research out of Japan, using a new crystal form of titanium oxide for high-density data storage — promising discs that store 1,000 times more data than Blu-ray does today, up to 25 TB. The material transforms from a black-colored metal state that conducts electricity into a brown semiconductor when hit by light, at room temperature. Titanium oxide's market price is about one-hundredth that of the rare element that is currently used in rewritable Blu-ray discs and DVDs. The material is cheap and safe, and is already being used in many products ranging from face powder to white paint. The researchers successfully created the material in particles measuring as small as 5 nanometers in diameter.

snydeq writes "InfoWorld's Galen Gruman questions the viability of Windows 7 on tablets in the wake of the news that HP will use Palm's WebOS as the foundation for iPad rivals, rather than follow through with the previously hyped Windows 7-based Slate. 'The iPad proved a tablet shouldn't be a portable computer that happened to have its screen always exposed. Even though technical components are shared between the Mac OS and the iPhone OS, the irrelevant Mac OS functions aren't gumming up the iPhone OS, and Apple's development environment doesn't let you pull through desktop approaches into your mobile applications. You're forced to go touch-native,' Gruman writes, adding that, when it comes to touch capabilities, Windows 7 leaves much to be desired. 'Sure, a few Windows 7 slate-style tablets will ship — Asus and MSI are said to have models shipping later this year. But those products will go nowhere, because Windows 7 is simply not the right operating system for a slate.'"

CWmike writes "'There's a perception that [printer] ink is one of the most expensive substances in the world,' says Thom Brown, marketing manager at HP. Well, yeah. One might get that feeling walking out of a store having spent $35 for a single ink cartridge that appears to contain fewer fluid ounces of product than a Heinz ketchup packet. Brown was ready to explain. He presented a series of PowerPoint slides aptly titled 'Why is printer ink so expensive?' I was ready for answers. The key point in a nutshell: Ink technology is expensive, and you pay for reliability and image quality. 'These liquids are completely different from a technology standpoint,' Brown says, adding that users concerned about cost per page can buy 'XL' ink cartridges from HP that last two to three times longer. (Competitors do the same.) The message: You get value for the money. No getting around it though — ink is still expensive, particularly if you have to use that inkjet printer for black-and-white text pages."