Toshiba Corp. will join the tablet race later this year with an Android-powered computer based on an Nvidia Tegra processor, it said Tuesday. The device, which doesn’t yet have a name, was one of several shown Tuesday in Las Vegas on the eve of the Consumer Electronics Show.
“It’ll come out in the spring of 2011 and the price, we haven’t decided yet,” said Chris Casper, a group manager at Toshiba’s digital products division. (See video of the new tablet on YouTube.)
The demo device is running Android 2.2, but Toshiba hopes to have Android 3.0 in the launch model. The new version of Google’s operating system, codenamed Honeycomb, has better support for tablets than current versions.
Toshiba’s time-frame matches that of Asus, which earlier at the show said its Honeycomb-based tablet would be available in May.
The tablet includes Toshiba’s Resolution Plus, which enhances standard-definition video to give it the appearance of high-def. Until now the system has run on a custom chip, Toshiba’s SpursEngine processor, but in the tablet it makes use of the Nvidia Tegra processor.
The computer will have a 10-inch screen with 1280 x 800 pixel resolution, and two webcams. The front-facing camera is 2-megapixels and the rear-facing camera is 5-megapixels. It has connectors for USB, Mini USB, HDMI and an SD Card slot.
Toshiba also showed off a new version of its Qosmio multimedia laptop with built-in 3D display. The display doesn’t require 3D glasses. It has dual cameras that track the user’s eyes and help the laptop deliver a picture with the illusion of depth.
Like no-glasses 3D TVs shown previously by the company in Japan, the technology relies on a custom-developed screen made by Toshiba, but it isn’t perfect. While the center of the image was clear and appeared to have depth, the edges of the image were blurred.
Flash Array Deployment for Dummies
Organizations are realizing how their IT performs will directly affect how well their business performs. Solid state storage made from NAND flash memory chips has evolved in terms of cost, performance, and reliability to the point where many organizations are seriously considering its use to replace inefficient, unacceptably slow mechanical spinning disk systems.