The ZenFone 2 packs Intel's latest
mobile processing chipsets and packs a serious punch not just in affordability but in performance too.
Not exact matches
Just yesterday, we learned that Qualcomm will utilize Samsung's 7nm
process to manufacture future Snapdragon 5G
mobile chipsets.
In what could be considered the quickest transition of a rumor into an official confirmation, Samsung and Qualcomm have announced that the latter's new Snapdragon 835
mobile chipset will be manufactured using Samsung's 10 nm FinFET
process technology.
The Chinese smartphone company says the
mobile chipset will be built using on a 10nm manufacturing
process, similar to Qualcomm's Snapdragon 835 and Samsung's Exynos 8895
chipsets.
The MediaTek Helio X
chipsets showcase our most advanced
processing architectures, the latest fabrication technologies, and camera and display innovations that set the standard for
mobile multimedia features.
The OEM, which has relied mostly on Qualcomm
chipsets for its
mobile phones, would be the nation's second to Huawei for sourcing its
processing chips from within their respective companies.
The
chipset is based on the 20nm
process (first
mobile soc with this tech) and is not power hungry.
The Nvidia Tegra 3
chipset has finally arrived, bringing with it the beginning of true quad - core, or in Tegra's case five - core,
mobile processing power.
Qualcomm confirmed two months ago that its new Snapdragon 835
mobile chipset will be manufactured on Samsung's 10nm FinFET
process technology.
Lastly, with the new iPhone, Apple may move to a 10 - nanometer fabrication
process, allowing the company to produce a
mobile chipset that's faster and more energy efficient than the company's current silicon.
Exynos 7420 is the first and only
mobile chipset built on a 14nm manufacturing
process, which makes it faster and more power efficient.
The company said that its future Snapdragon 5G
mobile chipsets will use Samsung 7nm LPP EUV
process technology.