Posts Tagged ‘Computing’

Rethinking the PC

May 23rd, 2012

At the beginning of every year, I take stock and reassess things. This evaluation ranges from the personal — my ongoing self-promise to lose weight and exercise more — to the technological, and in the latter category, I thoroughly examine my computing hardware, software, and services setups with an eye toward changing things where possible to be more efficient and not simply continuing to do things the same way out of some misguided sense of tradition.

This year, I’ve done horribly, at least on the technological side. Virtually none of what I intended to change this year has come to pass. An expected move from Microsoft Word to Evernote and then OneNote as my main writing tool has met with an ignominious end, although I’ve achieved a half goal of sorts by using Word against a SkyDrive-based data store. I declared that I had purchased my last point-and-shoot camera, expecting that some future smartphone would finally include a decent enough camera, only to have that camera up and die, forcing a new purchase. And while I had milked my aging Core 2 Quad-based desktop far past a reasonable time period — heck, three entire Intel processor generations have occurred since that machine was current — I figured I’d simply move to a docked laptop configuration of some kind — I ended up buying yet another behemoth tower PC recently.

So much for aiming for the future.
To be fair, my workload isn’t typical, and it’s certainly not representative of an average knowledge worker or consumer. I don’t play games on a PC at all, but I do use a lot of virtual machines (VMs), both for testing and development purposes — and being able to utilize Hyper-V in Windows 8 on my main desktop and then move VMs as needed to a Windows Server-based box was certainly part of the rationalization for this purchase.

Still, my inability to move beyond the comfortable, easily expandable tower computer is somewhat troubling. I make a point of replacing my laptop once a year to keep up with current trends — again, something that’s specific to my work needs and not representative of normal behavior — and have been anticipating a future generation of Windows 8-based portable devices. Given this, I should have waited.
In fact, while I understand that few businesses, IT pros, and power users are actively considering moving to Windows 8 anytime soon — indeed, the reaction I’ve seen from these audiences to Windows 8 has been universally negative — the hardware that will accompany this release will be quite interesting. In fact, I think it’s fair to say that this year will see a complete revamping of the PC, for both desktop and portable machines.

Some of this is already happening, thanks to the ongoing release of Intel’s third-generation Core processors, codenamed Ivy Bridge, which became available first in desktop form — thus my previously mentioned purchase — and are now starting to appear in portable machines as well. Ivy Bridge chipsets utilize a new 22nm manufacturing process that results in dramatic power management gains over the previous-generation, 32nm, chipsets while offering slightly better performance as well. So even in PCs based on a previous design, the benefits are immediate.
Where things get interesting, of course, is in the new designs. And even though Windows 8 is still months away from fruition, PC makers are already shipping some innovative new designs that are worth considering.

On the desktop PC side, there are two very interesting trends that I think speak to the future of this market — which, while diminished in the face of a strong preference for mobile computers, will no doubt continue for certain uses and customer types. The first has been around since Apple shipped its first flat-screen iMac: all-in-one PCs, which now every major PC maker has embraced and even given their own spin.

All-in-ones are fairly well understood and seem to deliver real value, but I’m also interested in the second desktop trend, which is for compact computers. A few years back, these wafer-thin PCs were typically served by inadequate, netbook-type components, but today there are various models that use modern, Ivy Bridge hardware. The most impressive, perhaps, is the recently announced Lenovo ThinkCentre M92p “tiny” PC, which looks more like an external optical drive than the powerful PC it really is and is reasonably priced (well under $1,000).

Things are, of course, more interesting in the mobile space. We’re currently seeing a boom in what I think of as the second generation of Ultrabooks, as well as a confusing lineup of sort-of-Ultrabooks (such as HP’s Sleekbooks) that don’t quite qualify to use Intel’s Ultrabook name. (Some utilize AMD chips, for example.) These machines are impressive, and even on the first-generation Ultrabook I’m currently using — an ASUS Zenbook UX31 — the balance of power and portability is impressive. This is a 13-inch machine with an amazing 1600 x 900 resolution screen that weighs just 3 pounds and boots pre-release versions of Windows 8 in single-digit seconds.
Ultrabooks, however, are going to get even better, thanks to Ivy Bridge chipsets, backlit keyboards, and more form factor and design choices from a variety of PC makers. While the original generation of Ultrabooks was clearly, um, inspired by the MacBook Air — the UX31 I’m using is a veritable rip-off, design-wise: PC makers have gotten the memo and many are applying their own design language to the devices.

Ultrabooks, however, are just the start. Windows 8 will usher in a new era of tablet devices, or what we used to call Tablet PCs, and these will range from slate-type devices (tablets) with screens of 7 inches and up (with the sweet spot no doubt being in the 10-inch range) to hybrid-type devices, including convertible laptops, that blur the line between Ultrabooks and tablets.

I’m particularly interested in the notion of carting around a slate-type tablet that is in fact a real Intel-type PC, and using it on the go as I now use an iPad, for touch-based reading, media consumption, and light email and web browsing. But tethered on a desk to a large screen, keyboard, and mouse, this type of machine becomes, in effect, a full-powered desktop computer. And that means I have one less device to carry around with me, assuming of course that the battery life is adequate.

These devices will, I think, make today’s traditional laptops look like the dinosaurs they are. And we’re going to wonder how we ever lived without them. Naturally, these machines will work best with Windows 8, given that system’s innate multi-touch capabilities and superior power management. I wonder if that will be enough for today’s holdouts to give Windows 8 a second chance.
Whatever happens, I can tell you this: I’m never buying another desktop PC again. Seriously.

Source:http://www.windowsitpro.com/article/tablets/rethinking-pc-143155

Leap Motion Unveils World’s Most Accurate 3-D Motion Control Technology for Computing

May 22nd, 2012

Leap Motion, the motion-control software and hardware company changing the future of human/computer interaction, today announced the Leap, the world’s most accurate 3-D motion control device. It will change the way people control their laptops and desktop computers. The Leap is 200 times more sensitive than existing technologies and will cost a fraction of the price, just $69.99. Open today for pre-orders, the Leap will ship to consumers this winter. Leap Motion also has begun accepting requests for free developer kits today. Thousands will be provided in the coming months to let developers create a wide array of Leap-based applications.

The Leap creates a three-dimensional interaction space of 4 cubic feet to control a computer more precisely and quickly than a mouse or touchscreen, and as reliably as a keyboard. Leap Motion’s patented software, the heart of the Leap, represents four years of research and a series of major mathematical breakthroughs by co-founder and CTO David Holz.

The Leap is accurate to within 1/100 of a millimeter, a precision level required for touch-free natural gesture controls like pinch-to-zoom. The Leap addresses the shortcomings of all existing human/computer interaction tools by enabling a 3-D workspace that recognizes intuitive gestures. It is the first product in history to accurately sense the individual movements of all 10 of the user’s fingers, and can also track objects like a pen. Traditional mouse-and-keyboard navigation turns actions that are intuitive in the real world, like drawing a picture or manipulating 3-D objects, into highly technical tasks. Existing motion-sensing technology is crude, inefficient and often frustrating, and even touchscreen technology is limited by a two-dimensional workspace and scale restraints.

“It was this gap between what’s easy in the real world but very complicated to do digitally, like molding a piece of clay or creating a 3-D model, that inspired us to create the Leap and fundamentally change how people work with their computers,” said Leap Motion CEO and co-founder Michael Buckwald. “In addition to the Leap for computers, our core software is versatile enough to be embedded in a wide range of devices, including smartphones, tablets, cars and refrigerators. One day 3-D motion control will be in just about every device we interact with, and thanks to the Leap, that day is coming sooner than anyone expected.”

Computing tasks ranging from simple to complex can now be accomplished with natural hand and finger movements. Current uses of the Leap include:

— Basic computing tasks like navigating an operating system or browsing
through Web pages
— Precise virtual drawing in 2-D and 3-D
— Signing a digital document by writing in air
— Navigating large-scale 3-D data visualization systems
— Creating and manipulating 3-D models like houses and cars
— Playing computer games, including fast-twitch first-person shooters

Future applications from developers could include medical imaging, robotics, unique art creations, computer-aided design, virtual-reality environments, training simulators for complex manual tasks and more.

The Leap plugs directly into a USB port and calibrates in one step, allowing users to quickly begin controlling their computers with natural hand and finger movements. Users can fine-tune the Leap’s sensitivity settings, create their own custom gestures and even network more than one Leap together to create a larger interaction space.

“Breakthroughs in technology come in all sizes, but often the very biggest disruptors come in very small packages: the computer chip, the mouse, the smartphone and now the Leap. Roughly the size of your pinky finger, I believe the Leap is the future of how people will interact with their devices,” said technology visionary Bill Warner, founder of Avid Technology and a Leap Motion investor. “What’s previously been an expensive special effect in movies is now an affordable everyday reality, in full 3-D. With the Leap, you use both hands and all 10 fingers to work within your computer’s virtual environment just as easily as you do in the real world.”

Developers who want to create Leap-compatible applications can request a Leap software development kit via Leap Motion’s website at http://leapmotion.com/developer-application/ . Leap Motion’s app discovery platform will make it easy for developers to promote and monetize their own applications for the Leap.

The Leap will be widely available this winter at a suggested retail price of $69.99. A limited number are available for pre-order at http://leapmotion.com/order .

About Leap Motion Based in San Francisco, Leap Motion is a motion-control software and hardware company developing the world’s most powerful and sensitive 3-D motion-control and motion-sensing technology. Leap Motion’s first product, the Leap, will be available in early 2013. The Leap is 200 times more sensitive than existing motion-control technology, making it the first product to let users navigate and interact with computer applications using natural hand and finger movements. Founded in 2010 by Michael Buckwald and David Holz, the company has raised $14.55 million to date.

Source:http://www.marketwatch.com/story/leap-motion-unveils-worlds-most-accurate-3-d-motion-control-technology-for-computing-2012-05-21

Wisconsin Companies Help US Army Into The Clouds ‎

May 8th, 2012

For better gathering of intelligence in Afghanistan, the Army of the United States of America, in partnership with some companies in Wisconsin, is tapping the cloud computing services. The Army has awarded the $19.5M contract to Lockheed Martin Corp. for the computer services. The cloud will be used to remotely process, manage, and store data.

IEA Inc. of Kenoshia and Silicon Graphics International of Chippewa Falls provided 4 cloud nodes which will serve as network connection points. One of the nodes will be sent to Afghanistan in order to provide battlefield commanders the opportunity to make real-time analysis of all intelligence reports from all over the world. Col. Charles Wells, the Distributed Common Systems-Army program project manager, believes that the new acquisitions will save lives because intelligence reports since 2003 will be made available to the US Army through cloud computing.

The decision to use cloud computing technology in Afghanistan was spurred by an Army memo in July 2010 which criticized how the Army gathered intelligence. A prototype cloud node was launched in April 2011 at the Bagram Air Base in an attempt to change the way field personnel and analysts receive information. A system is being created to provide greater connectivity, faster hardware, more storage, and more computing power.

Each node has 228 servers with at least 1,800 CPU cores, 14 terabytes of RAM, and at least 1 petrabyte or 1,000 terabytes of disk storage. Each node also offers immediate analytics for intelligence messages and can store greater data than the Library of Congress. Because of cloud computing, the Army is expecting that the time required to analyze intelligence reports is considerably shortened in order to save the soldiers’ lives.

The cloud computing project is supported by 38 Wisconsin suppliers aside from IEA and Silicon Graphics. IEA will be providing cloud node cooling systems. Each node requires 3 weeks of assembly and the work includes installation of a security and fire detection system, humidity management, heat management, power system, and computer equipment. The codes are carried by a military aircraft to its safe location. A node’s work when hit by a disaster will be continued by another node found elsewhere. The node is also essentially useless to thieves.

Source:http://cloudtimes.org/2012/05/07/wisconsin-us-army-clouds/

Rugged Computing Industry Discussion (2)

May 8th, 2012

Tablet computers have been around for over 20 years. For most of that time tablets were niche market products, with brief periods of more public interest such as the early 1990s when pen computing attracted attention (remember, the original IBM ThinkPad was a tablet) and Microsoft’s 2002 push with the Tablet PC.
Over the past two years, the Apple iPad dramatically changed the tablet landscape by legitimizing the form factor with an elegant, easy-to-use multi-touch interface first popularized on the iPhone in 2007, and now used on hundreds of millions of smartphones.

With well over 50 million iPads sold, it’s clear that the tablet concept works. Yet, Android tablets have been far less successful in challenging the iPad’s predominance than Android smartphones have been in establishing a viable alternative in that market. So on the one hand, there’s a great opportunity in vertical market tablets, and by that I mean more durable and more rugged versions of a media tablet. For some reason, though, we’re really not seeing any.

What we do see is Apple making significant inroads in traditionally vertical markets. For example, the Lowe’s home improvement chain is deploying 42,000 iPhones when, in the past, they’d probably have bought rugged handhelds. And Veterans Affairs is supposedly contemplating deploying as many as 100,000 iPads in VA hospitals, again a sale that in the past probably would have gone to ruggedized vertical market products.

In short, at RuggedPCReview.com, we’re seeing both unprecedented demand and an opportunity for the tablet form factor, but few products that seek to take advantage of that need on the more rugged side. We’re trying to find out why that is, and how traditional rugged computing industry players view the situation. Answers to the following questions will help shedding light on the situation and present to our readers and site visitors how the rugged industry views matters.

We’d like to thank Maureen Szlemp at MobileDemand for initiating this project and procuring answers to our questions below from a group of apparently friendly competitors in the field mobility and tablet technology space (See Part 1 of the series: Responses by MobileDemand, DAP Technologies, TabletKiosk and Xplore Technologies). Other players in this space who would like to share their views are invited to submit their answers as well.

Source:http://ruggedpcreview.com/3_features_tablet_opportunities2.html

Foxconn Launches New Range of Nano-PCs with Faster Computing Features

April 25th, 2012

Foxconn, world’s leading manufacturer of computer components and systems, launched new models in their Nano-PC range – AT-5300 and AT-5600. These Nano-PCs are 40 times smaller than a typical Micro-ATX PC. These products are equipped with latest features like USB 3.0, HDMI ports, n-series Wi-Fi, gigabit LAN, digital audio, powerful internal speaker and a card reader.

AT-5300 is powered by Intel Dual Core Atom D2700 2.13GHz processor and AT-5600 Nano-PC is powered by AMD Dual Core E450 1.65GHz APU processor. Both the models are fan-less and are ideal for home and business computers. They come in a very attractive piano finish body with different color options and weigh only 600g with a dimension of 19cm x 13.5cm x 3.8cm. They support one SATA II connector for 2.5″HDD or SSD, one card reader slot for multi-type storage card and one SO-DIMM socket to support DDR3 memory up to 4GB. They are compatible with Windows and Linux operating systems and can be customized according to customer’s requirement.

Power consumption of these Nano-PC models while running a HD movie is less than 24 Watts and in idle state it is less than 15W. The power supply is Energy Star compliant and has a conversion efficiency of over 87%. Nano-PCs can be easily mounted backside of a monitor or flat screen television by using the VESA mounting bracket. The Nano-PC can be placed on a desk vertically or horizontally using the feet and stand provided.

Mr Siril Muthirakkal, Sales Manager for Channel Business at Foxconn said “We are very happy to serve our feature rich Nano-PC series in India. They have all the relevant technical features that of a latest laptop and can be customized as per customer’s requirements. They have been designed to save power and go green. Our partners can enjoy selling these customizable, low-noise and less power consuming Nano-PC from Foxconn.”

These Nano-PCs are ultrathin compact IT solutions that are thermally and acoustically well balanced which offers full connectivity, low power consumption and a practically noiseless solution. It is a combination of smart hardware design and a dual-core processor that really edges it ahead of the competition.

Smart Customizations-

Smart TV/ Media Center – Nano-PC can be mounted on the back of a TV for media streaming, internet and PC functionality in the living room, without having to look at a PC tower. Convert an existing TV into a Smart TV.
Space Saving PC – Nano PC can be attached to the back of a monitor to create a flexible All-In-One style PC. Save desk space at home, office or classroom.
Thin Client – With low power consumption and small size, the NT can be configured for use in a server based computing environment. You can even boot from SD if local storage and OS are not needed.
Digital Signage – Small yet powerful, the Nano-PC is ideal for use as a media player for advertising and information screens in locations such as hotels, airports, retail stores and hospitals.
Kiosk – The compact size and low power consumption are ideal for integration into a variety of kiosk applications.

Other Technical Details

Connections and Expansion

Two USB 3.0 ports
SD/SDHC/MS/MS Pro/MMC 5 in 1 Card Reader
Audio line in 3.5mm jack (digital/analog)
Headphone 3.5mm jack
Gigabit LAN port
Four USB 2.0 ports
Audio line out 3.5mm jack (digital/analog)
HDMI port support up to 1920×1080 resolution
VGA port

Communications

802.11n Wi-Fi wireless networking ; Support IEEE 802.11 b/g/n
10/100/1000BASE-T Ethernet (RJ-45)

Accessories

Driver DVD, user manual, power adapter, power plug, VESA Mount and seat Base

Certification

CE, FCC, CCC, UL, R & TTE, CB, BSMI

Price, Product Availability and Warranty

The Nano PC’s AT-5300 and AT-5600 begins with at a price of Rs.14,999 carrying a warranty period of 1 year and are available ex-stock across India. These prices are excluding the HDD and memory.

Foxconn nT-i1200, nT-i1500, nT-A3500, nT-A3550 and nT-A3700 models are also available in the segment. These models also have different color options and weigh only 450g with a dimension of 19cm x 13.5cm x 2.4cm.

Source:http://www.indiaprwire.com/pressrelease/consumer-electronics/20120424118074.htm

Valve Mystery Hardware: Wearable Computing

April 16th, 2012

Valve managing director, Michael Abrash, has pulled the veil off of the rumored hardware the gaming outfit is working on: wearable computing.

“To be clear, this is R&D,” writes Abrash in a blog post at the Valve blog, “it doesn’t in any way involve a product at this point, and won’t for a long while, if ever – so please, no rumors about Steam glasses being announced at E3. It’s an initial investigation into a very interesting and promising space, and falls more under the heading of research than development. The Valve approach is to do experiments and see what we learn – failure is fine, just so long as we can identify failure quickly, learn from it, and move on – and then apply it to the next experiment. The process is very fast-moving and iterative, and we’re just at the start. How far and where the investigation goes depends on what we learn.”

There’s a lot more in this post, and I’m going to touch on some of it in a follow-up, but for now – between rumors and reveals – we can see that Valve is tip-toeing into the realm of hardware development.

Earlier this year, rumors about a Valve console circulated, as well as a special modifiable controller.

The company may only be in the R&D stage at this point, but I wouldn’t be surprised if this ends up going somewhere. Which, in spite of my doubts about a PC-console, is a very good thing. Valve is a much-beloved developer for a reason.

Not only Steam, but their entire suite of games and their philosophy toward gamers have earned them a pretty stellar reputation.

On a personal note, Half-Life 2 is what inspired me to build my first gaming computer. Counter-Strike: Source was the first FPS that I was any good at (though I’m pretty rusty now.) And Team Fortress 2 is still one of the most creative approaches to designing and updating a game I’ve encountered.

That’s not even mentioning the Portal games and the other titles Valve has developed, as well as the countless mods.

Valve may only be tinkering with ideas at the moment, but I can’t help but get my hopes up a little bit.

Source:http://www.forbes.com/sites/erikkain/2012/04/15/valve-mystery-hardware-wearable-computing/

Does Cloud Computing Hurt Apple?

April 12th, 2012

If the central thesis of the cloud-computing movement is that hardware is largely irrelevant — made obsolete by browsers that can run applications anywhere, on any device — and if Dell’s (Nasdaq: DELL ) recent purchase of Wyse Technology proves that the movement has momentum, then why are Apple (Nasdaq: AAPL ) investors hoarding shares like a pirate who’s found a long-lost buried treasure? The Mac maker is subject to the same forces conspiring to commoditize computer hardware, right?

I’m inclined to say “no,” but I’ll admit it’s a troubling question. Feature for feature, there isn’t much difference between machines manufactured by Dell, Hewlett-Packard, Acer, and Apple. All use Intel chips. All use some form of hard drive. All use copious amount of RAM to retrieve information quickly. All use modern Wi-Fi radios to access the Internet.

Yet history shows that the more commoditized the market, the more that small service and design enhancements make a huge impact. Think about Rackspace Hosting (NYSE: RAX ) in the Web-hosting market. Hundreds of companies give customers tools to run a website or Web business, but only Rackspace pledges that you’ll get a human every time you call with a problem. To the customer whose website crashes at 11 p.m., getting through to a friendly voice on the first call is a big deal.

Amazon.com (Nasdaq: AMZN ) unit Zappos has a similar story. Agents are encouraged to spend as much time as customers need to fix a problem or make a sale. As a result, Zappos sells more than $1 billion worth of merchandise annually. Why? There’s a noticeable difference between buying from Zappos and buying from the local Al Bundy.

Small distinctions are where Apple shines. Take rounded corners. Do they matter much? No, it’s an aesthetic change. But when you feel a MacBook’s beveled edges topping a rounded corner, you know you’re using a Mac. Same with the software: The Mac OS is designed to provide as close to an all-in-one experience as possible. Who cares if you don’t buy additional software? The Mac has what you need, or at least enough to explain two consecutive years of better than 20% growth in unit sales.

So even if the truth is that the rush to cloud computing should be costly for commodity computer manufacturers, users see Macs as materially different. They see them as well-crafted, integrated systems that come with high-touch support by way of an international retail network. Everything the late Steve Jobs intended, in other words.

Source:http://www.fool.com/investing/general/2012/04/11/does-cloud-computing-hurt-apple.aspx

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