Qualcomm is gearing up to launch a mix of new and traditional form factors running Microsoft’s upcoming Windows 8 OS, according Qualcomm marketing VP Tim McDonough.
The chip maker's Snapdragon mobile processors fuel hundreds of smartphones from OEMs including HTC, Samsung, and Nokia.
Reports surfaced earlier this month suggesting the company is prepping to unveil "thin and light" Windows 8 laptops running its Snapdragon S4 processors later this year. The devices would be poised to rival Intel’s ultrabook line and Apple’s MacBook Air, and would signify a new market for Qualcomm, which tends to play primarily in the smartphone and tablet space.
McDonough declined to confirm whether a Snapdragon S4-powered ultrathin notebook was in the pipeline for 2012. But he did say Qualcomm’s chip will afford OEMs the flexibility to explore a wide range of Windows 8-based form factors.
"What’s key for us is that we are providing a piece of technology that OEMs can then do things with," McDonough told CRN. "You can build anything that your heart desires or anything that the OEMs think will drive uniqueness or value for them. With that chip [the Snapdragon S4], they could build clam shells, they could build a tablet, they could build a convertible [PC], they could build a smartphone – really, any of the above."
Microsoft’s OEM partners haven’t announced yet which form factors they will use to host the software giant’s upcoming Windows 8 platform. But any devices powered by the Snapdragon S4 will be distinguished primarily by an ultra-thin frame and power efficiency, McDonough said.
The Snapdragon lineup consists of the S1, S2, S3 and the latest-generation S4, which is the highest-end chip in the series. The 28-nm chip is based on Qualcomm’s "all-in-one" system on a chip (SoC) architecture. Through this model, the S4 can pack a built-in LTE or 4G modem, GPS and Bluetooth functionality, and a custom 3D graphics card into a single processor that’s about the size of a U.S. postage stamp.
The chip’s size and SoC architecture will enable OEMs to explore form factors smaller than those based on the S4’s predecessors.
"Because it’s all so small, it lets you really build that slim, sexy device that OEMs want to build and consumers want to buy," McDonough said.
What’s more, the chip’s low-power ARM-based design is expected to boost the efficiency and battery life of any Snapdragon S4-fueled Windows 8 device. "In a very simplistic way, it allows you to do more while charging less," he told CRN.
If Qualcomm does go to market with a Windows 8 ultra-thin notebook PC, it would face off against rival Intel, which already has more than 20 designs of its ultrabook form factor on the market today.
But McDonough said he’s confident the Snapdragon S4’s low-power and all-in-one design would set it apart from the competition. He also said Qualcomm’s smartphone heritage provides it a unique opportunity to re-define the traditional PC space.
"So, really, those great mobile benefits of great performance, the ability to always be connected and have all day battery life are, we think, really going to change the way you use your next computer," McDonough said.
"We’re a company with a deep portfolio and over time you should expect to see us do more and more things with Snapdragon that provide those same opportunities in the PC space."
This article originally appeared at crn.com
Issue: 322 | December 2013
Access CRN's extensive online resources including; email bulletins, community discussions and unique online news.
Processing registration... Please wait.
This process can take up to a minute to complete.
A confirmation email has been sent to your email address - SUPPLIED GOES EMAIL HERE. Please click on the link in the email to verify your email address. You need to verify your email before you can log on to the CRN website or start posting comments on articles.
If you do not receive your confirmation email within the next few minutes, it may be because the email has been captured by a junk mail filter. Please ensure you add the domain '@crn.com.au' to your white-listed senders.