![]() Considering that the M3 chip uses TSMC’s 3nm process, the results should be satisfactory and hopefully even better than expected. Since performance is not a concern, the remaining factor to consider is how Apple will control the heat and battery life of the new MacBook Air model with the M3 chip. ![]() If compared to the M2 Pro chip (single-core score of 2661 points/multi-core score of 12215 points), the M3 chip’s single-core score is 31% higher and its multi-core score is 12% higher. ![]() ![]() If these results are accurate, it could have an impact on the 2023 high-end MacBook Pro models, especially considering that the M3 chip should first be used in the relatively low-end MacBook Air models.Ĭomparing the M3 chip with the M2 Max chip (single-core score of 2793 points/multi-core score of 14488 points) used in the 2023 16-inch MacBook Pro, the M3 chip’s single-core score is 24% higher and its multi-core score is only 6% lower. Recently, Twitter user shared the results of the Apple M3 chip on Geekbench 6, showing a single-core benchmark score of 3472 points and a multi-core benchmark score of 13676 points. As the first SoC in the M series, the M3 chip seems to have made decent improvements in both single-core and multi-core performance. Apple’s first batch of 3nm chips, the M3 and A17 Bionic, have been eagerly anticipated by many for the potential performance and energy efficiency improvements that may come with the support of TSMC’s new technology. ![]()
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