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Apple Announces iPad Mini – Business Insider (steve kovach)

Here are the details:

It’s incredibly thin. 7.2 mm thin. Thin as a pencil.

Weighs 0.68 lbs.

Light as a pad of paper.

Comes in black and white.

7.9-inch screen.

1024 X 768 pixels.

The screen is not “Retina” like the full-sized third-generation iPad. Instead, it has the same resolution as the iPad 2.

All of the software for iPad works on iPad Mini. No need for developers to do anything extra.

Bezel made from aluminum. The bezel is incredibly thin.

29.6 inches of display area.

Apple A5 dual-core chip. This is the same chip that was in the iPhone 4S.

FaceTime HD camera. 5 MP rear camera. Takes 1080p HD video.

LTE cellular data, just like the iPhone 5.

802.11 a/b/g/n 2.5 GHz Wi-Fi.

Lightning dock connector.

In short, Apple basically took the iPad 2′s guts and put them in a smaller package.

It’ll have optional Smart covers, just like the large iPad.

It starts at $329 for the 16 GB Wi-Fi model.

 

via Apple Announces iPad Mini – Business Insider.

NFC exploit: Be very careful what your smartphone gets near – Jul. 26, 2012

Don’t let Charlie Miller stand too close to you. The former NSA analyst turned freelance hacker could be trying to seize control of your phone.

Miller set the Black Hat cybersecurity conference buzzing on Wednesday with a presentation showing off newly discovered vulnerabilities in “near field communications” features on Samsung and Nokia devices. NFC is a short-range wireless technology that’s coming soon to all major smartphones. It’s intended to let you beam content to nearby devices and use your phone as a mobile wallet, but it could also be a flashing neon target for hackers.

Miller’s most startling demo involved completely taking over an Android phone by merely brushing a tag with an embedded NFC chip against it.

A built-in content sharing feature called Android Beam allowed the tag to push a webpage to the Samsung Galaxy Nexus. A browser bug then opened the gate for unlimited access to everything on the phone.

via NFC exploit: Be very careful what your smartphone gets near – Jul. 26, 2012.

HP puts Intel Atom chip in low-power ‘Gemini’ server – Computerworld (James Niccolai)

Hewlett-Packard on Tuesday took the wraps off a new, low-power server platform called “Gemini,” the first implementation of which will use an upcoming Intel Atom processor code-named Centerton.

Gemini servers will be targeted at workloads that don’t need the muscle of a traditional server CPU such as an Intel Xeon and that run more efficiently when spread out across a large number of less powerful cores, said Paul Santeler, general manager of HP’s hyperscale business unit, at a press briefing.

Those workloads include serving up Web pages, big data analytics, running a distributed memory cache and server hosting environments where customers want dedicated rather than virtualized hardware, he said. For some of those workloads, a Gemini system will use as little as one-tenth the power and occupy one-tenth the space of a more traditional x86 server, according to HP.

via HP puts Intel Atom chip in low-power ‘Gemini’ server – Computerworld.

HP Planning ARM-Based Servers With Calxeda, Challenging Intel: eWeek.com

HP reportedly will become the first major server maker to use ARM-based processors in some of its data center servers.

Hewlett-Packard reportedly will partner with chip-maker Calxeda to develop data center servers powered by low-power processors designed by ARM Holdings.

Quoting unnamed people close to the situation, Bloomberg and the Wall Street Journal are reporting that HP will become the first major OEM to adopt ARM-based processors for some of its servers, a move that would heighten the growing competition between ARM and Intel, the world’s top chip maker.

Intel, which holds more than 80 percent of the overall global chip market and 90 percent of the $9 billion worldwide server chip space, has been aggressive in trying to break into the mobile device space, particularly smartphones and tablets, the bulk of which currently are powered by ARM chips manufactured by the likes of Texas Instruments, Samsung, Qualcomm and Nvidia.

At the same time, ARM executives have been vocal about their plans to move up the ladder and into PCs and low-power servers, and a number of manufacturers—including Calxeda, Marvell Technologies and Nvidia—are developing chips for the data center. Calxeda has a product-based event scheduled for Nov. 1, though the company has not yet said what the event will be about.

via HP Planning ARM-Based Servers With Calxeda, Challenging Intel: Reports – IT Infrastructure – News & Reviews – eWeek.com.

IBM’s Next-Gen Memory Is 100 Times Faster Than Flash | PCWorld

Phase Change Memory (PCM) technology–one of the new forms of faster, smaller, and denser memory chips destined to replace flash–has been on the table for a while now. Now IBM has come up with a breakthrough making PCM data transfer “instantaneous” and 100 times faster than flash memory.

IBM scientists in Zurich came to these new breakthroughs for their PCM chips while solving two major problems with the architecture. PCMs work by using a specialized alloy that can change its physical state, between a low-resistance crystalline to a high-resistance amorphous phase, by applying voltage.

When the resistance of the chip goes up the chip can store multiple bits of data over the one bit that flash can handle. Combine this with a write latency of 10 microseconds and PCM performs 100 times better than flash.

via IBM’s Next-Gen Memory Is 100 Times Faster Than Flash | PCWorld.