MT6732
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MediaTek's new chips save your precious time and money with built-in compression
While Opera Max is slowly making official launches around the world, this cloud-based data-compression service has just nabbed another partner -- and it's a pretty big one, too. Today, the Norwegian company announced that MediaTek will be embedding its app in two of its LTE-enabled 64-bit chipsets: the octa-core MT6752 and the quad-core MT6732. What this means is that should manufacturers want to integrate Opera Max into their MediaTek-powered devices (our understanding is that this feature is optional), they wouldn't have to spend time on testing the app, ergo shorter time to market. And of course, the end user gets to load pages, music and video clips faster anywhere on the device (unlike how the Opera browser only compresses data that are loaded within it), while also saving "up to 50 percent" of bandwidth, courtesy of Opera's cloud servers. That said, the service doesn't process encrypted links, for obvious reasons. For those who aren't familiar with Opera Max, feel free to check out the new video after the break.
MediaTek's latest processor brings 64-bit to mid-range smartphones
You won't have to fork over a lot of cash to get a 64-bit smartphone this year -- at least, not if MediaTek can help it. The company has just unveiled the MT6732 (not shown here), a system-on-chip aimed at mid-range phone buyers who are willing to pay a little extra for high-end features. It centers around a 1.5GHz, quad-core ARM Cortex-A53 processor (sorry, no octa-core) that should offer both immediate speed gains and some futureproofing through its 64-bit code support. The chip also incorporates a Mali-T760 graphics unit that can handle both the latest OpenGL ES visual effects and general-purpose OpenCL computing. Its built-in modem offers 150Mbps LTE data on the right network, too. Unfortunately, you'll have to be patient if you want a device with the MT6732 inside. MediaTek isn't making the chip available to companies until the third quarter of the year, and finished hardware should reach the market shortly after that.
