However, with the recently leaked scores, it is currently unclear how much of a performance boost the new chipset will bring over last year's Tensor G2 SoC that powers the Pixel 7 and Pixel 7 Pro. The chipset will comprise one 3.00GHz Cortex-X3 core, four 2.45GHz Cortex-A715 cores, and four 2.15GHz Cortex-A510 cores. Instead, these Tensor chips are designed to offer powerful AI features, performing many of the machine learning tasks on the device, which means they work without access to the Internet.Īccording to a recent leak, the Tensor G3 on the Pixel 8 series of smartphones will be equipped with nine CPU cores with a 1+4+4 layout. However, it is worth noting that Pixel smartphones powered by Tensor chipsets have never offered performance within the realm of similarly priced flagship Android handsets. In fact, the Tensor G3's purported benchmark scores suggest it is only slightly faster than the recently launched mid-range Poco F5 smartphone that has scores of 1,121 and 3,656 in the single-core and multi-core tests on Geekbench. Google Pixel 8 May Not Get Qi2 Wireless Charging Upgrade.This suggests that Google's next flagship smartphones will be powered by a chip that is slower than the Snapdragon 8 Gen 3, the Snapdragon 8 Gen 2, and the Snapdragon 8+ Gen 1 chipsets. In fact, the upcoming Nothing Phone 2 recently scored 1,253 and 3,833 points on Geekbench. The Geekbench listing, however, reveals that the Tensor G3 chip might not bring substantial performance improvements over the Tensor G2 SoC. The specifications of the processor also match a recent leak of the specifications of the purported Tensor G3, comprised of 9 cores in a 1+4+4 setup. The listing reveals that the handset has a single-core score of 1,186 and a multi-core score of 3,809 with the Geekbench 5.5.1 test. The listing isn't recent - it was posted on April 11 on the benchmarking website. Tipster Revegnus (Twitter: recently posted a screenshot of a Geekbench listing for a device titled "Google Factory build on Ripcurrent". ![]() Meanwhile, a benchmark of a device equipped with the Tensor G3 recently surfaced online giving us a glimpse at its performance. While the company hasn't yet announced the specifications of the processor that will power the Pixel 8 and Pixel 8 Pro, a recent leak suggested that it will feature 9 Arm cores and 10 GPU cores. Asus ROG Phone 5s 5G Geekbench single-core score is 867 and multi-core benchmark score is 2,874 GFXBench Manhattan score for Asus ROG Phone 5s 5G is 7,273.0 and GFXBench T-Rex score is 6,696. The successor to the Pixel 7 series of smartphones is expected to be powered by a next-generation chipset from Google, the Tensor G3. One final note, the iPhone 14 Pro Max still has 6GB of RAM (same as the 13 Pro Max).Pixel 8 series is expected to be unveiled by Google later this year, and the specifications of the handset have recently been tipped online. Also, the A15 chip used in the iPhone 14 and 14 Plus is the 5-core GPU version that was used in the 13 Pro and 13 Pro Max (the 13 and 13 mini used a 4-core version). This also comes with node upgrades – 4nm for A16, 5nm for A15 and 7nm+ for the A13.Īlso worth noting is that Geekbench doesn’t test the GPU and the A16 should bring an improvement on that front too. Performance isn’t everything, Apple claims that the 33.3% performance increase also comes with a 20% reduction in power. That’s over the course of three years, so those 9% compared to last year look believable. During the presentation Apple showed this chart comparing the new A16 to 2019’s A13 chipset, saying that CPU performance is up 33.3%. That being said, the reality might not be far off. Apples next big iPhone update will turn your iPhone 6 into an iPhone 5/5s to save battery life. Still, if this result is in any way representative, the new chip doesn’t sound all that impressive. Of course, we’re looking at only a single result from the Apple A16 chip, so it’s too early to draw conclusions. And this is with an increase of peak clock speed of the performance cores from 3.23GHz to 3.46GHz. That is +9% single-core and actually a small decrease in the multi-core test. ![]() The iPhone 13 Pro Max typically gets 1,725 and 4,848, respectively. The “iPhone15,3”, better known as the iPhone 14 Pro Max, posted a single-core score of 1,879 and a multi-core score of 4,664. But a Geekbench score gives us a preview of the answer. How much are they missing out? The phones are coming out on September 16 (except the Plus, which will be out in October), so we can’t fully answer that question yet. Only the iPhone 14 Pro and 14 Pro Max are getting the new Apple A16 chipset, the iPhone 14 and 14 Plus are getting last year’s A15 instead.
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