Apple M1 Max (24-GPU) vs Apple M5 Pro (15-CPU 16-GPU)

The Apple M1 Max (24-GPU) was introduced as a powerful solution for professional users in workstations.

Manufactured using the 5-nanometer process, this processor utilizes the M1 architecture. It features a Level 2 cache of 28 megabytes but lacks a Level 3 cache. With a memory bandwidth of 410 GB/s, the integrated Apple M1 Max (24 Core) graphics unit provides high bandwidth, which favors calculations in the field of artificial intelligence.

In synthetic comparisons, the Apple M1 Max (24-GPU) shows solid computing performance optimized for video editing. Thanks to the 24 graphics cores and high bandwidth, it remains competitive in graphics-intensive applications and games. Energy efficiency is high due to the System-on-a-Chip design, while the thermal design power remains stable.

As an established model, the price-performance ratio is often advantageous for users focusing on graphics memory. The Apple M5 Pro (15-CPU 16-GPU) is based on the advanced M5 architecture and is manufactured using the 3-nanometer process.

With a configuration of 15 processing cores, it targets users seeking high efficiency under intensive workloads. Despite a Level 2 cache of 22 megabytes, it significantly outperforms the comparison model in single-core and multi-core performance, as the differences in measurements are well over ten percent.

The memory bandwidth is 307 GB/s, providing a good foundation for AI applications through the Apple M5 Pro (16 Core) graphics unit. In gaming scenarios, the system benefits from the modern architecture but does not reach the bandwidth of the Apple M1 Max (24-GPU) due to the lower number of graphics cores.

The thermal design is intended for efficient operation. This processor offers high future-proofing at a corresponding market price.