#Iphone 13 geekbench 5 pro#

More importantly, though, Geekbench 6 seems to focus on taking better advantage of the GPUs across different platforms (Android, iPhone), while the multi-core CPU score should better reflect how newer chips make use of both high-speed and efficiency cores/horsepower to complete different tasks…Īlthough a difference of 28% now makes the iPhone 14 Pro seem much faster on paper, the difference in performance gains between the 14 Pro and S23 Ultra is “just'' 15% (as shown above).

Larger maps, larger PDFs files, new HTML workloads, navigation, ray tracing (the gamers know), etc.

Photos with a higher megapixel count (new phones feature 48, 50, 64, 108, and even 200MP cameras, which weren’t the norm in 2019 when Geekbench 5 launched).

Background blur (like the one you can add on your video calls in apps like Zoom, Slack, iMessage).

Applying filters to your photos (we’ve all done it).

AI object detection (when your iPhone/Android recognizes your face in photos, or knows to tell food from a dog).

No questions asked.Įxcept, many people took it on Twitter to do exactly that - question the reliability of the new Geekbench 6, coming to the conclusion that “Tim Cook bought Geekbench to make the Galaxy S23 Ultra seem slower than it is”.įor starters, the new Geekbench 6 CPU benchmark measures performance in new application areas including Augmented Reality and Machine Learning - you know, the cutting edge tech that’s supposed to change the way we use our phones and live our lives.Īpart from Machine Learning and AI, Geekbench 6 is now supposed to more accurately and extensively test:

#Iphone 13 geekbench 5 android#

And what the new tests say is that the iPhone 14 Pro is much faster than any other Android phone on the market, including the Galaxy S23 Ultra and its new “For Galaxy” Snapdragon 8 Gen 2 SoC. Now that the same company (Geekbench) has launched the next version of the 2019 Geekbench 5, called (you guessed it) Geekbench 6, the tests have changed. In other words, Geekbench “can tell you how powerful a phone is”, and respectively when one phone is faster than another, and by how much. It also tests your phone’s gaming abilities, image processing, and video editing power. These amounts are the same as the iPhone 12 lineup from last year.As per the company’s website, the new Geekbench (the most popular phone benchmark) measures your processor's power for “everything from checking your email to taking a picture to playing music, or all of it at once”. Though not confirmed by Apple, strings in the Xcode 13 beta suggest the iPhone 13 Pro models have 6GB of RAM, while the iPhone 13 mini has 4GB of RAM. These values are approximately 10 to 20 percent higher than the iPhone 12 Pro, which scored 15.īoth the iPhone 13 and the iPhone 13 Pro are equipped with the same A15 Bionic chipset. The iPhone 13 scored 1738 in the single-core CPU and 4766 in the multi-core tests. The Geekbench GPU scores show the iPhone 13 Pro scored 14216, a whopping 55 percent higher than the iPhone 12 Pro, which scored 9123.Įven the plain jane iPhone 13 outperformed the iPhone 12 Pro with a score of 10608.ĬPU performance also was blazingly fast but not as shockingly high as the GPU in the iPhone 13. Shockingly, the Geekbench results show the A15 Bionic is even faster than Apple claims. This increase in speed jumps to 50 percent with the 5-core GPU in the iPhone 13 Pro models. The company claimed the 4-core A15 Bionic chip in the iPhone 13 gives the phone a 30 percent performance boost over the iPhone 12 Pro. In its recent fall press event, Apple unveiled its A15 Bionic chipset, which powers the iPhone 13 and the 13 Pro. Now that the iPhone 13 models are in the hands of reviewers, benchmark results are landing on Geekbench, and the results are shocking. This year was no different with the iPhone 13 and the A15 Bionic, giving Apple a 30 to 50 percent GPU performance boost over previous models. Apple typically upgrades its processor in each new iPhone model and boasts about the performance gains.