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ASUS to unveil new K and N series notebooks at Milano Design Week
ASUS still hasn't clued us in how it'll have us experiencing "infinity," but it is letting some of its other plans for Milano Design Week slip -- namely its N56, N76, N46 and K55 notebooks. Notebook Italia gave the rigs a quick pre-show rundown. The new machines in the N-series lineup are reported to ship with 8GB of DDR3 1333 MHz RAM, up to 1TB HDD space, a Blu-ray or DVD combo drive and a NVIDIA GeForce GT 635m GPU, all driven by various Sandy Bridge CPUs, depending on the model. The K55 mirrors this almost exactly, save for the substitution of a GeForce GT 630m. Notebook Italia says that while these machines are currently slated to launch with Intel's current architecture, Ivy Bridge variants should crop up soon after the CPU hits the market. Curiosity piqued? Check out the source links below for more details, or just stick around -- Design Week is only a couple of days away. [Thanks, Marco]
Intel plans to roll out Ivy Bridge based Xeon E3s, low-power Atom chips for micro servers
Ask any gardener, once you let ivy grow, it gets everywhere. Even though Intel just planted a fresh family of Sandy Bridge-based server CPUs, reports of a new line of Xeon E3 chips sporting the firm's next generation architecture are sprouting up. The new Ivy Bridge server chips use the firm's 3D Tri-Gate transistors to improve performance without using more power. For micro servers looking for an even smaller power footprint, Intel is introducing an Atom-based system on a chip, dubbed Centerton. These new 64-bit chips will feature two Atom processor cores and consume only six watts of electricity. Intel hasn't said yet just where these new processors are going to end up, but mentioned that it had a few customers on board.
Razer's Project Fiona hands-on (video)
Breaking new ground in the nearly nonexistent market of "hardcore gaming tablets" with renders is interesting, but there's nothing quite grasping something tangible. Razer's project Fiona, for example, is something to grasp -- sporting twin joystick handles on either side, it begs to be held. We couldn't help but oblige, and dropped by Razer's CES booth for a few minutes with the bold Windows 8 slab. Razer CEO Min-Liang Tan gave us the skinny -- read on get it yourself.
Lenovo Ideapad S110 may be blazing the Cedar Trail, ditching netbook moniker
Between the line of Cedar Trail notebooks marching their way through the FCC and Intel's recent shipping announcement, it's high time manufacturers started parading out next year's kits. Today's tease hails from Lenovo, which has outed the Ideapad S110 in no less than four fabulous colors. Although the outfit's promo video doesn't touch on hardware specs, a Pro Vantage product page claims the setup sports an Intel Atom 2600 processor. The self titled "mini notebook" features a 10.1-inch "HD display," presumably rocking the same 720p resolution as the rig's optional 2 megapixel webcam, if not the full 1080p Intel says the N2600 supports. Buyers will also be able to opt for an optional 3G radio, though USB 3.0, Lenovo quick start "instant on," and a 98-percent full-size chiclet keyboard all come standard. The video didn't pack an official press release, but we hear there's a major trade show right around the corner that's just perfect for announcing products.
HP to announce ARM-based servers next month, throw Intel a curveball
Sources close to Bloomberg and the Wall Street Journal say that HP is primed to help ARM wrestle its way into the server game next month, citing unannounced plans that may challenge Intel's corner on the market. HP is said to be working with Calxeda, an outfit with dreams of outclassing today's servers by selling OEMs an ARM-based system on a chip that can be used to build high performance racks with low energy footprints. ARM, HP and Calxeda all declined to comment, although a spokesperson for Calxeda mentioned that it has a product release event scheduled for November 1st. Intel doesn't seem too concerned, and told the Wall Street Journal that ARM architecture still had a few hurdles to jump before it was ready for the server game. "We believe the best-performing platform will win." Spoken like a true sportsman, Intel. Game on.
Intel to acquire Telmap, dole out easy to implement location APIs to AppUp developers
In case you weren't watching, Intel's Elements 2011 Keynote slipped in a sly acquisition announcement: the firm recently signed a deal to absorb Telmap, an Israel-based outfit whose location platform is the backbone of countless navigation apps. Intel's Peter Biddle says the navigation firm is to become a wholly-owned subsidiary of Intel, and will help AppUp developers pack their apps with unique location capabilities via Telmap's standardized APIs. Biddle wraps it up simply enough: "New advanced capabilities with just a few lines of code." Details on the deal are scarce, but hit the source link below to see Biddle's full statement in Intel's AppUp wrap-up.
Julius Blank, chip-making pioneer and Fairchild co-founder, dies at 86
Somber news coming out of Palo Alto today, where Julius Blank, the man who helped found the groundbreaking chipmaker Fairchild Semiconductor Corporation, has passed away at the age of 86. The Manhattan-born Blank (pictured third from left, above) began his engineering career in 1952, when he joined AT&T's Western Electric plant in New Jersey. As a member of the engineering group at the plant, Blank helped create phone technology that allowed users to dial long-distance numbers without going through an operator. It was also at Western Electric where he met fellow engineer Eugene Kleiner. In 1956, Blank and Kleiner left AT&T to work at the lab of Nobel Prize-winning physicist William B. Shockley, but departed just one year later (amid to start Fairchild, alongside a group of six other computer scientists that included future Intel Corporation founders Robert Noyce and Gordon Moore. At their new labs, Blank and his peers developed an inexpensive method for manufacturing silicon chips, earning them $1.5 million in capital from a single investor. As the only two with any manufacturing experience, Blank and Kleiner were charged with bringing the dream to fruition -- a task that required them to build the chips from scratch, beginning with the machinery for growing silicon crystals. They succeeded, of course, and in 1969, Blank left Fairchild to start Xicor, a tech firm that Intersil would later buy for $529 million, in 2004. But his legacy will forever be linked to those early days at Fairchild, where, as Blank described in a 2008 interview, he and his colleagues were able to experience the unique thrill of "building something from nothing." Julius Blank is survived by his two sons, Jeffrey and David, and two grandsons. [Photo courtesy of Joan Seidel / AP 1999]
Today marks 50th anniversary of first silicon integrated circuit patent (and the entire computing industry)
There's little question that the last 50 years have represented the most innovative half-century in human history, and today marks the anniversary of the invention that started it all: the silicon-based integrated circuit. Robert Noyce received the landmark US patent on April 25, 1961, going on to found Intel Corporation with Gordon E. Moore (of Moore's Law fame) in 1968. He wasn't the first to invent the integrated circuit -- the inventor of the pocket calculator Jack Kilby patented a similar technology on a germanium wafer for Texas Instruments a few months prior. Noyce's silicon version stuck, however, and is responsible for Moore's estimated $3.7 billion net worth, not to mention the success of the entire computing industry. Holding 16 other patents and credited as a mentor of Steve Jobs, Noyce was awarded the National Medal of Technology in 1987, and continued to shape the computing industry until his death in 1990. If Moore's Law continues to hold true, as we anticipate it will, we expect the next 50 years to be even more exciting than the last. Let's meet back here in 2061.
