Apple's Beats brand in April unveiled the Powerbeats Pro, a redesigned wire-free version of its popular fitness-oriented Powerbeats earbuds.
A11 Bionic Chip in iPhone 8 and iPhone X on Par With 13-Inch MacBook Pro, Outperforms iPad Pro
The iPhone 8, 8 Plus, and X are equipped with a six-core A11 chip, which Apple says brings some major improvements over the A10 chip in the iPhone 7. The chip features two performance cores and four efficiency cores.
Early Geekbench scores for iPhone X and iPhone 8 devices suggest that not only does the new A11 significantly outperform the A10, it beats the A10X Fusion in the iPad Pro and it is on par with the chips in Apple's latest 13-inch MacBook Pro models.
In 12 Geekbench scans, the A11 chip saw an average single-core score of 4169, and an average multi-core score of 9836. Some individual scores were much higher, though, with single-core scores topping out at 4274 and multi-core scores at 10438.
A single A11 Geekbench score
Comparatively, the 10.5-inch iPad Pro with A10 Fusion chip has an average Geekbench single-core score of 3887 and a multi-core score of 9210. Apple's highest-end dual-core 3.5GHz 13-inch 2017 MacBook Pro has a single-core score of 4592 and a multi-core score of 9602, suggesting the A11 outperforms it on multi-core tasks and comes close on single-core tasks.
Geekbench average for 10.5-inch iPad Pro with A10X Fusion
Performance is even better stacked up against the lower-end 2017 MacBook Pro models. The 2.3GHz machine has scores of 4321/9183 and the 3.1GHz machine has scores of 4227/8955.
Average Geekbench score for high-end 3.5GHz 13-inch MacBook Pro
On paper, the iPhone X and iPhone 8 Plus will offer significantly better performance than the iPhone 7. The iPhone 7 has an average single-core Geekbench score of 3327 and a multi-core score of 5542.
Average Geekbench score for iPhone 7 with A10 Fusion chip
According to Apple, the performance cores in the A11 chip are 25 percent faster than the A10 chip, while the efficiency cores are 70 percent faster than the A10 chip. The A11 chip is better at multi-threaded tasks because a second-generation performance controller is able to harness all six of the cores simultaneously.
MacRumors spoke to Geekbench's John Poole, who said he believes the A11 benchmarks are real. Poole believes the two high performance cores in the A11 are running at 2.5GHz, up from 2.34GHz in the A10. The 24MHz reading is an anomaly.
Though the iPhone X and the iPhone 8 offer impressive Geekbench scores, how that translates to real world performance remains to be seen. According to analyst Dan Matte, IPC (instructions per cycle) improvements are "relatively modest" and Geekbench scores should be ignored.
Early Geekbench scores for iPhone X and iPhone 8 devices suggest that not only does the new A11 significantly outperform the A10, it beats the A10X Fusion in the iPad Pro and it is on par with the chips in Apple's latest 13-inch MacBook Pro models.
In 12 Geekbench scans, the A11 chip saw an average single-core score of 4169, and an average multi-core score of 9836. Some individual scores were much higher, though, with single-core scores topping out at 4274 and multi-core scores at 10438.
Comparatively, the 10.5-inch iPad Pro with A10 Fusion chip has an average Geekbench single-core score of 3887 and a multi-core score of 9210. Apple's highest-end dual-core 3.5GHz 13-inch 2017 MacBook Pro has a single-core score of 4592 and a multi-core score of 9602, suggesting the A11 outperforms it on multi-core tasks and comes close on single-core tasks.
Performance is even better stacked up against the lower-end 2017 MacBook Pro models. The 2.3GHz machine has scores of 4321/9183 and the 3.1GHz machine has scores of 4227/8955.
On paper, the iPhone X and iPhone 8 Plus will offer significantly better performance than the iPhone 7. The iPhone 7 has an average single-core Geekbench score of 3327 and a multi-core score of 5542.
According to Apple, the performance cores in the A11 chip are 25 percent faster than the A10 chip, while the efficiency cores are 70 percent faster than the A10 chip. The A11 chip is better at multi-threaded tasks because a second-generation performance controller is able to harness all six of the cores simultaneously.
MacRumors spoke to Geekbench's John Poole, who said he believes the A11 benchmarks are real. Poole believes the two high performance cores in the A11 are running at 2.5GHz, up from 2.34GHz in the A10. The 24MHz reading is an anomaly.
Though the iPhone X and the iPhone 8 offer impressive Geekbench scores, how that translates to real world performance remains to be seen. According to analyst Dan Matte, IPC (instructions per cycle) improvements are "relatively modest" and Geekbench scores should be ignored.
If you subtract out the efficiency gains from removing 32-bit support, you're left with maybe very roughly a 15% improvement in CPU IPC for the big cores, assuming equivalent clocks to the A10. Apple could have pushed performance and efficiency further, if not for 10FF being really bad. The era of the hyper Moore's Law curve in mobile is officially over, in my opinion, though maybe the A10 already signaled that. It's all rough sledding from here on out, based on the state of foundry challenges.The iPhone 8, 8 Plus, and iPhone X all adopt the A11 chip, so with the iPhone 8 models set to launch next week, the improvements introduced in the A11 will become more clear.
[ 393 comments ]
Top Rated Comments
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26 months ago
It is called bionic, cause there are actual human brain cells implemented into the chip. Mostly missing Foxconn workers.
26 months ago
Yeah but unlike the iPhone, the MacBook can actually be used to get work done.
26 months ago
All this power of the iPhone X could be used for super features on iOS but nope they instead use it for creating Animoji.
#killme
#killme
26 months ago
Well that won’t be the case next year with the quad-core 13” MacBook Pros. But impressive nonetheless.
As for outperforming the A10X, that’s good but not so good that a 3 month old ‘PC replacement’ is outperformed by a phone by the same company, however it was to be expected.
If they’re going to release the iPads so close to the iPhone then they should include the next generation processor in it first like they used to do.
As for outperforming the A10X, that’s good but not so good that a 3 month old ‘PC replacement’ is outperformed by a phone by the same company, however it was to be expected.
If they’re going to release the iPads so close to the iPhone then they should include the next generation processor in it first like they used to do.
26 months ago
Sounds like Apple are dangerously close, hardware wise, to being able to launch a none Intel MacBook.
26 months ago
Great does that mean I can do software development on an iPhone now?!
Of course not because these cross architecture benchmark comparisons are utterly pointless..
Of course not because these cross architecture benchmark comparisons are utterly pointless..
26 months ago
Can it run Cubase Pro or Protools with VSL? No. No it can't.
Benchmarks schmenchmarks.
Benchmarks schmenchmarks.
26 months ago
ARM MacBooks by 2021.
Why not? Might aswell kill the platform for pro users completely...
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