Qualcomm7x30
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Qualcomm MSM7x30 development unit hands-on
While we heard this was floating about at MWC this year, we didn't get a chance to have to get our mitts on it or film it so consider that sorted. The MSM7x30 platform is fast -- running between 800MHz and 1GHz -- and smooth, but the attractive interface demo (aptly named Fluid) is ultimately frustrating to use as the icons are being washed around by the ocean currents. The Qualcomm rep we spoke to did mention that the interface won't make it to retail but is rather meant to demo the animation capabilities of the device. While we didn't look at every corner of the demo platform, we did see an example of its pretty impressive gaming abilities, checked out some sample 720p output both on screen and on an HDTV, and peeped the Scalado demo that lets you browse a thousand photos at once. Top shelf stuff, and we're really looking forward to seeing devices based on this chipset landing in our hands this year. Quick video tour and a few more pictures follow the fold. %Gallery-89040%
Qualcomm's 7x30 offers stellar 3D and multimedia performance, coming this year (video)
Feeling the post-MWC blues? Not enough smartphone hardware talk to get you through your Monday trudge? Fear not, we've grabbed a pair of Qualcomm demo videos from this year's event in Barcelona that show off its MSM7x30 smartphone platform (first announced in November of last year). It has now made its way into some demo devices and its early performance points to a very happy future for all of us mobile media vultures. Equipped with the same CPU as resides inside Qualcomm's Snapdragon, this system-on-chip comes with an HDMI output and the ability to play back 720p video on both its host device and your nearest HDTV. There's also some very welcome 3D gaming on show as well as YouTube playback using Flash 10.1 (smooth and silky), but our attention was captured by a nifty picture browser provided by Scalado. It allows you to view up to 1,000 images at the same time, zoom into each individual one, or sort them by name, color and other attributes. Being able to handle all that, with only minor perceptible lag, shows we're looking at what's shaping up to be a pretty beastly chip. Check it out after the break, and expect it to show up in a lust-worthy smartphone near you by the end of 2010. [Thanks, TareG]
