The update applies to most Intel sixth - generation processors in the mainstream market: High - performance desktop chips (S), high -
performance mobile chips (H), low - power mobile CPUs (U), ultra-low-power chips in tablets (Y), and those that fall under Intel's Skylake - U32e umbrella.
Not exact matches
The smartphones» new
mobile computing A11
chips were also designed to improve the
performance of AR apps, he explained.
That was Christensen, a full four years before the iPhone, explaining why it was that Intel was doomed in
mobile even as ARM would become ascendent.2 When the basis of competition changed away from pure processor
performance to a low - power system the
chip architecture needed to switch from being integrated (Intel) to being modular (ARM), the latter enabling an integrated BlackBerry then, and an integrated iPhone four years later.3
Nvidia fell so far behind other
mobile GPU's in
performance with the Tegra 3, that it forced them to care a lot about
performance with Tegra 4, and considering they've only really promoted Tegra 4 for tablets, and not in smartphones, and how most manufacturers seem to be staying away from it, I'd say Tegra 4 is not a very energy efficient
chip.
It goes without doubt, Tegra 3, which is slated to be first
mobile quad - core System on a
Chip will mark a significant jump in performance over the standard Tegra 2 c
Chip will mark a significant jump in
performance over the standard Tegra 2
chipchip.
NVIDIA Quad - Core Tegra 3
Chip Sets New Standards of
Mobile Computing
Performance, Energy Efficiency
The 9.7 - inch iPad Pro is powered by A9X
chip with 64 - bit architecture and M9 coprocessor in order to effortlessly deal with various professional apps and hardcore
mobile games, and the 9.7 - inch Retina display features 2048 x 1536 pixels resolution, 264ppi pixel density and wide color display as well True Tone display so that you can get more excellent graphics
performance for your favorite multimedia content and graphical work, and built - in four speakers deliver more immersive entertainment experience.
If you're not familiar with the new
chip, the stated goal of Qualcomm is to come up with a high -
performance «all - day»
mobile computing platform.
It's one of the best
mobile chips currently out there, outmatching the Tegra 2 in terms of video
performance, especially.
You'll notice there isn't any
mobile branding indicating a lower
performance chip and that's because the
chip inside the GL702 is identical to the ones used in desktop computers.
The AMD HD 8000M is a
mobile chip and this should be really surprising to many, but that
chip actually has a higher
performance than the GPUs in current gen consoles, and the Nintendo Wii U.
So we are looking at X1 / PS4 levels of theoretical
performance from a
mobile chip.
The A10 Fusion
chip within the iPhone 7 and iPhone 7 Plus will grant Apple's newest line of
mobile the power they need to bring the
mobile gaming experience closer (in both graphics and
performance), to that of console gaming.
It's a four - core
mobile chip that has two high -
performance cores and two energy - efficient cores.
Apple's custom
mobile CPU and GPU used in iPad and iPhone can almost match the
performance of the Intel
chips found in MacBook Pros.
And of course, the Intel
mobile chips used in Chromebooks are the same ones that you'll find in many current Windows laptops, and the already - impressive
performance is going to be further enhanced when you toss one of those into a lightweight Chromebook.
The Exynos 8890 is still one of the most powerful
mobile chips in the market at the moment, but the octa - coreExynos 8895 will provide 27 % better
performance at 40 % better power - efficiency.
In fact, according to In China
Mobile's 2017 quality report on smartphones, the Kirin 970 scored the highest in overall
performance, ahead of competitors like the Qualcomm Snapdragon 835, and Apple's A11
chip in the latest iPhones.
These SoCs will feature Intel's high - end Gen 8 HD graphics, which should provide a big leap in
performance over Intel's previous
mobile chips.
The A10 Fusion is Apple's first quad - core
mobile SoC (System - on -
Chip), and it consists of two high -
performance cores for demanding applications, and two energy - efficient cores for regular usage.
Now, the 8Gb LPDDR4
mobile DRAM
chips are expected to be utilized in large - screen UHD smartphones, tablets and ultra-slim notebooks that offer four times the resolution of full - HD imaging, as well as on high -
performance network systems, according to Samsung.
It was rumored to come with a Tegra K1 CPU from Nvidia, the best
mobile chip from Nvidia so far with its 192 super-computer class graphics cores to push for optimal graphics
performance.
The tablet has a 7.9 - inch display with 2048 x 1535 resolution, just like the iPad mini, and packs a 2.2 GHz quad - core Tegra K1 processor and a 192 - core GPU — Xiaomi is the first company to use NVIDIA's latest
mobile chip, which is an absolute beast when it comes to
mobile performance.
The Qualcomm Snapdragon 845
chips will power console quality gaming on
mobile devices with improved graphics
performance via the Andreo 630 GPU.
The Galaxy S9 and Galaxy S9 Plus will be powered by the latest and greatest
mobile chips the industry has to offer, with Qualcomm's Snapdragon 845 and Samsung's own Exynos 9810 promising to deliver unprecedented levels of energy efficiency and
performance.
Credit: QualcommUnveiled today (May 8), the Snapdragon 660 and 630
mobile processing platforms feature the kind of
performance and power efficiency boost you'd expect from a new generation of
chips over their predecessors.