The Galaxy Note 4 comes in two SoC options. The Exynos 5433 version features more efficient ARM CPU cores which help boost battery life, according to this test.
With Android L moving Google’s operating system over to 64-bit, this also means big changes for the mobile market’s leading processor companies. We take a look at what Qualcomm has planned for ARM’s new architecture design.
Handset manufacturers have been attempting to keep stagnation at bay with water resistance devices, new build materials, and various gimmicks this generation, but late-2014 and 2015 flagships could take us back to a more traditional hardware arms race. Join us as we take a look at what to expect from hardware in late-2014 and into 2015.
According to AnTuTu, the octa-core Exynos 5433 SoC scores more than 40,000 points in the benchmark test, compared with the Snapdragon 805’s 37,780 points.
AMD will release a 20nm Cortex A57 based SoC next year that will be their first official Android SoC platform. Built on project Skybridge, which will also support x86 processors.
Imagination Technologies has unveiled five new chips at MWC 2014, including new PowerVR GPU, two Warrior microprocessors, and a big.LITTLE octo-core SoC.
MediaTek announces new Cortex-A17+A7 octa-core processor. Can MediaTek challenge Qualcomm since the new chip also has built-in support for 4G LTE?
ARM has released details of the new Cortex-A17 processor for mid-range devices with clock speeds over 2GHz. At 60% faster than the Cortex-A9 and compatible with the big.LITTLE architecture, ARM sees its new processor as key for 2015.
In a brazen attempt to look better than its competition, MediaTek has unveiled the MT6592, a processor which it is claiming is the world’s first true octa-core mobile platform, all I object to is MediaTek’s insistence that the Samsung Exynos 5420 doesn’t exist!
Samsung and ARM are continuing to underline the Heterogeneous Multi Processing (HMP) capabilities of the Exynos 5420 processor by releasing a set of videos which show how the different cores are used under different workload scenarios.