A9X

Early CPU scores suggest modest gains for iPhone 7’s A10 chip vs. iPad Pro’s A9X

Early Geekbench 3 benchmark of the Apple-designed A10 system-on-a-chip—which will be the next iPhone and iPad’s engine—was posted Thursday by Dutch blog TechTastic.nl. Purported scores suggest the device may not be much speedier than the iPhone 6s and iPad Pro. The upcoming chip scored a tad more than last year’s A9 powering the iPhone 6s series and a little bit faster than the A9X in the iPad Pro.

On the other hand, the benchmarked A10 is almost certainly a prototype unit so final scores should be higher than is currently the case.

Apple unveils smaller iPad Pro with True Tone Display, A9X chip, Apple Pencil support & more

At its press-only media event Monday morning, which is currently underway in Cupertino, California, Apple has formally announced a smaller iPad Pro alongside the iPhone SE, new Apple Watch bands and more. As previously suspected, the new device is a smaller 9.7-inch iPad Pro model that shares the same powerful internals with its bigger brother rather than it being a third-generation iPad Air.

These include Apple’s most advanced A9X processor, a 2,048-by-1,536 pixel resolution screen with pixel support for the Apple Pencil, the Smart Connector that allows accessories to attach magnetically and provides power and data, and other perks—and it weighs less than a pound, which is the same wight as the iPad Air 2.

A9X teardown showcases Apple’s impressive strides in chip design

The fine folks over at Chipworks have provided the first up close and personal look at the A9X processor found inside of the recently launched iPad Pro. What it uncovered was yet another impressive design job, one that should, again, make Intel take notice.

Not only is the A9X extremely powerful, besting some laptop machines powered by Intel chips, but it’s also much bigger than the A9 processors supplied by both Samsung and TSMC that are found in the iPhone 6s.

The Motley Fool recently contacted Chipworks for insight into Apple’s newest SoC. What it found was a technical achievement that Apple’s designers should be more than proud of.

Watch the iPad Pro go toe-to-toe with a MacBook Pro when exporting 4K video

If you haven’t guessed by now, I’m extremely excited about the iPad Pro and what it brings to the table. It features a super-powerful A9X system on a chip, 4GB of RAM, and improved memory architecture. It’s a beast of a machine, no doubt.

But is the iPad Pro beastly enough to go toe-to-toe with an 2.3 Ghz Intel i7 equipped MacBook Pro with 16GB of RAM? Surely that’s crazy talk, no? Watch my video to find out…

Benchmarks put iPad Pro’s A9X chip roughly on par with Intel’s 2013 Core i5

The powerful Apple-designed ‘A9X’ system-on-a-chip—the engine that drives the iPad Pro—outperforms its predecessor inside the iPad Air 2 by a large margin while offering approximately the same performance as Intel’s Core i5 processor for notebooks from 2013.

In terms of graphics, the iPad Pro still manages to outperform the fluidness of the iPad Air 2 despite having more pixels on a bigger screen. That’s the gist of a series of synthetic benchmarks that ArsTechnica ran as part of its massive review of the iPad Pro in order to determine just how speedy Apple’s new tablet is.

New report outlines additional iPad Pro details on storage size, screen size, and more

A new report, by well-sourced blogger Mark Gurman, has outlined additional information regarding the upcoming iPad Pro. Just two days from what will likely be the super-sized tablet’s first public appearance, details on its storage size, apps, and accessories are revealed in a new writeup on 9to5Mac. What storage size will the iPad Pro start at? How much might it cost? Will it include the long-rumored stylus accessory?

More word Samsung will manufacture Apple’s next-gen A9 processor

Apple is moving away from TSMC and back to Samsung to manufacture the chip that is the power house behind the iPhone, reports Recode.

The report notes that Apple had “hoped” to rely more heavily on TSMC for the next-generation A9 processor – probably, you know, because Samsung is a huge rival – but things didn’t work out that way because of TSMC’s limits in manufacturing.

Samsung will be building the A9 chip using the 14nm process, which allows the chip to run cooler and draw less power from the iPhone’s battery. TSMC is unable to manufacture anything smaller than the 20nm process that is currently used in the iPhone 6 and iPhone 6 Plus.

Apple reportedly contracts out next-gen mobile chip manufacture to TSMC

After a long period of rumor mongering, it would seem that Taiwan Semiconductor Manufacturing Company (TSMC), the world’s largest independent semiconductor foundry, is finally stealing Apple chip biz from rival Samsung. If a new report out of Taiwan is to be trusted, Apple has cut a long-term deal with TSMC to produce A-series chips for future iPhones, iPods and iPads built on TSMC’s 20-nanometer, 16-nanometer and 10-nanometer process technology.

If true, it’s the final nail in the coffin in the strained Apple-Samsung technology relationship. And good riddance, too, because Samsung will no longer be able to have a headstart of Apple’s future semiconductor solutions…