Apple M2 Max (30-GPU) vs Apple M5 Pro (15-CPU 16-GPU)

The Apple M2 Max (30-GPU) was developed for professional users with high demands for graphics performance and data processing.

This processor is based on the M2 architecture and is manufactured using the proven 5-nanometer process. It is characterized by an architecture that combines many cores for demanding tasks. In performance comparisons, the computing unit provides a solid basis, with multi-core performance for workflows such as video editing being particularly noteworthy.

Thanks to a high memory bandwidth of 410 GB/s, the system achieves good AI performance. The integrated Apple M2 Max (30 Core) graphics solution offers advantages in graphics-intensive scenarios due to the high number of cores, although software optimization for gaming often remains limited. The thermal design power allows for quiet operation of the hardware.

The price-performance ratio is appropriate for specialized professionals. The Apple M5 Pro (15-CPU 16-GPU) is geared towards efficiency and modern computing processes.

By manufacturing in the 3-nanometer process, the chip offers high transistor density in a small space. The 15 CPU cores ensure significantly higher multi-core performance compared to the M2 model, which accelerates complex calculations. This processor is also measurably ahead in single-core performance.

With a memory bandwidth of 307 GB/s, good AI performance is achieved for automated processes. The Apple M5 Pro (16 Core) graphics unit is efficient, but is inferior in raw performance in graphical applications to the model with more cores. The lower energy requirement results in low heat generation, which reduces the requirements for the cooling system.

On the market, the CPU positions itself as a powerful option for users looking for a future-proof architecture.