Available on App Store free of charge, Primate Labs’ refreshed Geekbench app now lets you measure the performance of mobile GPUs in iPhone, iPad, iPod touch and Mac devices. Geekbench 4.1 brings a new Compute Benchmark to iOS and macOS. Written using Apple’s new graphics API, Metal, it measures the performance of the GPU at executing common compute tasks such as image processing and computational photography.
Apple typically takes the iPhone’s A-series chips and updates them for iPads with more GPU cores and a faster performing, higher-clocked CPU. These chips typically have an “X” in their name, but with new iPad Pros and a fifth-generation iPad mini due in Spring 2017 the company has not yet officially announced an “X” variant of the iPhone 7’s A10 Fusion chip.
Today, a source on Chinese social network Weibo posted alleged synthetic GeekBench 4 benchmark scores that could indicate at least one-fifth faster CPU performance in both single-core and dual-core computing for the purported A10X Fusion chip.
In spite of running Qualcomm’s latest 64-bit Snapdragon 820 processor with four CPU cores, Adreno 530 graphics and 4GB of RAM, Samsung’s latest Galaxy Note 7 phablet delivers embarrassing real-world performance when pitted against almost-a-year-older iPhone 6s and its in-house designed A9 chip with two CPU cores and just 2GB of RAM.
As seen in this side-by-side video comparison from YouTuber PhoneBuff, the iPhone 6s easily beats the latest Note when it comes to loading apps and games, thanks to the combination of efficient iOS software and Apple’s custom-designed hardware.
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 today announced a second-generation twelve-inch MacBook which brings speed increases across the board thanks to the use of Intel’s latest Skylake chip platform, PCIe-based flash storage and a speedier 1,866MHz RAM.
The Verge took the new machines briefly for a spin. Having put the new MacBook through its paces in Primate Labs’ $0.99 Geekbench 3 benchmarking app to measure the performance of the new Intel CPU and using the free Blackmagic Disk Speed Test app for benchmarking disk I/O operations, the publication was able to determine just how performant the updated flash storage and Intel’s new Skylake CPU are.
The iPhone 6s doesn’t officially go on sale for another 3 and a half days, but one fortunate customer from San Diego was able to snag hers, even before review embargoes are lifted.
Adrienne Levin, a UX and visual designer living on the west coast, unexpectedly received her Rose Gold iPhone 6s in the mail today. Being the savvy techie that she is, she immediately took to posting 4K videos, pictures of her adorable dog, and, most importantly, Geekbench 3 benchmarks.
The result of said benchmarks? Let’s just say you should expect a significant increase in power over the iPhone 6.
I think we all pretty much expected the iPad mini 4 to be a little slower than Apple’s still top of the line iPad Air 2, and some new benchmarks from Ars Technica back up that expectation. The iPad mini 4, which received little fanfare during last Wednesday’s iPhone 6s event, ships with a new A8 processor and 2GB of RAM.
With its new specs in tow, the iPad mini 4 can benefit from one of the major changes in tomorrow’s iOS 9 release—side-by-side multitasking. True, the iPad mini 4 may still come in second place when compared to its larger sibling, but this refresh is a marked improvement over its predecessors.
Interesting tidbits regarding Apple-designed ‘A9’ chip said to power the upcoming ‘iPhone 6s’ and ‘iPhone 6s Plus’ handsets surfaced Monday, offering some previously unknown details regarding its performance and design.
It appears that the next iPhone and iPad’s processor could employ so-called system-in-package (SiP) design which squeezes some additional components into a tiny chip, including the baseband modem and the power management circuitry.
Moreover, a leaked benchmark purports to compare single and multi-thread performance of several unreleased mobile processors, such as NVIDIA’s Denver 2, Samsung’s Exynos M1, Huawei’s Kirin 950, LG’s NUCLUN 2 and Apple’s A9 and A9X.