Qualcomm's 64-bit flagship part is the Snapdragon 810, but not all devices will need that kind of power. That's why the company is extending its new designs down to the mid-range with updated Snapdragon 600 and 400 series chips. There are a total of four new chips—the 620, 618, 425, and 415.
Odds are good that any Android devices you have around are running on ARM technology. The ARM architecture powers virtually all systems-on-a-chip (SoCs), with Intel x86 parts coming in a distant second. ARM doesn't actually make the chips, but it creates the reference designs and instruction set, then licenses the IP. Today the company is announcing some new designs and process refinements for other companies to license.
Lenovo might own Motorola now, but the company is still doing its own thing when it comes to mobile devices. There are a pair of new Android phones today, as well as a wearable and a completely self-indulgent accessory—a selfie flash. Your life is complete now, right?
Back in June, Google announced Android was destined to gain 64-bit support in the coming L release. A few weeks later, Revision 10 of the Native Development Kit (NDK) was posted with support for the three 64-bit architectures that would be able to run the new version of Android: arm64-v8a, x86_64, and mips64. As we close in on the official release of Android L, Google has updated the NDK to revision 10b and added an emulator image developers can use to prepare their apps to run on devices built with Intel's 64-bit chips.
HTC's Desire family is the brand that just won't stop, having survived not one but two company-wide product refreshes. And strangely, it looks like it will also host the first HTC device to come with a 64-bit processor. The Desire 510 is a low-end phone aimed at bargain hunters and pay-as-you-go wireless users, but its inclusion of Qualcomm's Snapdragon 410 system on a chip makes its otherwise lackluster specifications notable.
The 1.2Ghz quad-core 410 isn't exactly a powerhouse, but its ability to support both 32-bit and 64-bit processing should make it a popular choice for mid-range and low-end phones as Android begins to support the latter with the upcoming L release.
Look, we get it - MediaTek isn't the first name you want to hear when it comes to innovative new SoCs. The company doesn't have the best reputation when it comes to releasing source code, which is a huge no-no in the Android world. But still, this is probably worth talking about, because it's pretty neat.
This morning, MediaTek announced the first 64-bit octa-core processor for smartphones. The chip, model number MT6795, can run at speeds up to 2.2GHz, and supports native 2K displays (2560x1600).
Following up on the announcement of the MT6595 (which will implement ARM's Cortex A17 announced earlier this month), MediaTek has announced the upcoming MT6732 SOC, targeted at what MediaTek is calling a new "super-mid market," aimed at providing a combination of cost efficiency and performance. The SOC consists of a 64-bit, quad-core, 1.5GHz ARM Cortex A53 cluster and a "next-generation" Mali T760 GPU. MediaTek boasts that the arrangement supports low-power 1080p playback with the fledgling H.265 codec, Category 4 LTE, and plenty more.
New phones and tablets aren't the only thing that Samsung will unveil in Barcelona. A recent Twitter post indicates that the company will reveal a new line of Exynos mobile processors, cryptically titled "Exynos Infinity." The post from the official Exynos account omitted any other details, but a debut during the Samsung Unpacked event on February 24th (concurrent with, but technically distinct from, Mobile World Congress) is a safe bet.
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Nvidia is having its traditional CES press event and has taken the opportunity to reveal some details on its next generation Tegra chip. Nvidia has talked about its mobile plans a little in general terms recently, but now we have a name and some specs to go on. The successor to Tegra 4 will be called the Tegra K1 and it comes in two different versions.
The headlining feature Nvidia is touting in Tegra K1 (previously codenamed Logan) is the 192-core GPU based on the desktop Kepler architecture.