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CTOnews.com, February 28 (Xinhua) since the launch of GeekBench 6.0in February this year, the topic discussed by users on the Reddit community, Twitter social platform and some digital forums is "there is an PY deal between Apple and GeekBench, which makes the running score more inclined to iPhone."

Foreign science and technology media PhoneArena pointed out that under Geekbench 5, the single core score of Galaxy S23 Ultra is about 1600 and the multi-core score is about 5000, while the score of iPhone 14 Pro is 1900 and 5500.

In GeekBench 6, Galaxy S23 Ultra has a single-core test score of about 1900 and a multi-core score of about 5100. At the same time, the single-core score of iPhone 14 Pro was 2500 and the multi-core score was 6500.

Under Geekbench 5, iPhone has 18% higher single-core performance and 10% higher multi-core performance than Samsung. In the Geekbench 6 test results, the lead expanded to 31% and 18%, respectively.

As a result, many users question the reliability of GeekBench 6, and many hold the view that Cook pays GeekBench to make the Galaxy S23 Ultra look slower than it really is.

The CEO of Geekbench disagrees. A16 Bionic has expanded its lead over competitive Android chips in GeekBench 6. He doesn't think it's data fraud, but tests are more accurate.

He says that in addition to machine learning and artificial intelligence, the GeekBench 6 running score algorithm also incorporates more data features:

Larger data set

AI object detection (when your iPhone / Android recognizes your face in the photo, or knows the difference between food and dog)

Apply a filter to your photo

Background blur (as you can add to video calls in applications such as Zoom, Slack, iMessage, etc.)

Photos above 1 million pixels (new phones have 48,50,64,108 or even 200MP cameras, which were not common when Geekbench 5 was launched in 2019)

Larger maps, larger PDF files, new HTML workloads, navigation, RayTracing, etc.

John Poole, founder of Primate Labs and founder of Geekbench, was interviewed by ArsTechnica a few days ago. the translation part of CTOnews.com is as follows:

In Geekbench 6, the biggest change may be the way multicore scores are calculated, measuring "how cores work together to accomplish a shared task" rather than assigning different tasks to each core.

Including most modern ARM processors and Intel's 12th-and 13th-generation CPU, hybrid CPU architecture (a mix of large, fast cores and small, energy-efficient cores) has become the trend of the future. GeekBench 6 wants to better reflect the way actual multicore workloads operate and present more realistic CPU performance.

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