Surely, looking at the results of the benchmark of the M1 Max chip processor, we can see the very high performance of Apple's new silicon . Of course, this is not limited to the processor, and based on recent information, we found that the graphics performance of this chip is particularly up to three times better compared to the M1. Then, with Lyon one out.
The first benchmark of the M1 Max chip was finally found in Geekbench 5, which according to the specs, used a MacBook Pro with 64 GB of integrated RAM. The device managed to score 68,870 points, while MacRumors had previously reported that the M1 chip had scored a similar score of 20,581 in the benchmark.
Stunning graphics performance of the M1 Max chip
With a simple calculation, we can see that the M1 Max chip is up to 3 times more powerful than Apple's first custom silicone, such a huge leap, which is usually significant after a year. Unfortunately, this benchmark does not explicitly mention the number of GPU cores (version 24 or 32 cores), and the information available only addresses the 10-core processor on the chip, which is the highest configuration available to customers.
M1 Max GPU Performance in Geekbench 5 Benchmark
M1 Max GPU Performance in Geekbench 5 BenchmarkThe tech giant announced at the event that the M1 Max chip with its 32-core GPU is up to four times faster than the M1 chip. Therefore, it is possible that the chip in question in this benchmark belongs to the 24-core version.
Apple's new masterpiece
If you look at the performance results of the M1 Max processor, this chip in the multi-core test was able to show up to 2 times better performance than the M1 chip. Achieving this could take the performance of Apple's new notebooks to a new level.
Other reports suggest that the M1 Max has slightly more processing power than the PS5, meaning that Apple's new MacBook Pro can offer similar performance to Sony's current-generation console due to its compact design. It should be noted that this is not the only benchmark of the M1 Max and more results of this chip will be published in the future so that we will be surprised to see them once again.
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