Apple M2 Max (38-GPU) vs Apple M5 Pro (18-CPU 20-GPU)

The Apple M2 Max (38-GPU) was developed as a solution for professional users who primarily place high graphical demands on their system.

Manufactured using the 5-nanometer process based on the M2 architecture, the focus of this processor is on massive graphics performance. In common benchmarks, the chip shows solid single-core performance and reliable multi-core performance. Particularly noteworthy is the memory bandwidth of 410 GB/s, which, together with the integrated graphics unit, creates a good basis for AI applications.

In gaming scenarios, the Apple M2 Max (38-GPU) offers advantages in raw performance due to the high number of graphics cores. The thermal design allows for continuous operation without significant throttling. Pricing is in the upper segment, with the specialized hardware offering added value especially for video and 3D workflows.

The Apple M5 Pro (18-CPU 20-GPU) is a processor based on efficient 3-nanometer technology.

Thanks to the M5 architecture, this chip achieves single-core and multi-core performance values that are significantly higher than those of the M2 series. The computing speed for complex tasks is thus noticeably higher. Despite the lower number of graphics cores compared to the Max model, the Apple M5 Pro (18-CPU 20-GPU) delivers efficient graphics output thanks to its modern architecture.

With a memory bandwidth of 307 GB/s, good performance in AI-supported processes is also guaranteed here. Energy efficiency and the associated low heat generation are central features of this model. For users who need high CPU performance for data processing and software development, this processor represents a technologically advanced option, while it lags behind the M2 Max in pure graphics benchmarks.