Apple M4 vs Apple M5 Pro (15-CPU 16-GPU)

The Apple M4 forms the technical foundation for modern desktop systems and primarily appeals to home and office users.

Manufactured using the efficient 3-nanometer process, this processor utilizes the M4 architecture and features a 20-megabyte Level 2 cache. In common benchmarks, the Apple M4 shows solid single-core performance, which is fully sufficient for most daily applications. The integrated Apple M4 (10-core) graphics unit enables smooth workflows for moderate graphical requirements.

With a memory bandwidth of 120 gigabytes per second, the system responds quickly to inputs. In multi-core scenarios, the chip offers enough reserves for multitasking while remaining thermally inconspicuous, making it ideal for compact housings. The price-performance ratio is advantageous for standard users, as acquisition costs are lower.

The Apple M5 Pro (15-CPU 16-GPU) with 15 CPU cores and 16 GPU cores is designed for demanding professional workflows.

This processor is based on the M5 architecture and is also manufactured using the 3-nanometer process. Due to the significantly higher number of cores, it massively outperforms the standard chip in multi-core performance, which provides advantages in video production. The Apple M5 Pro (15-CPU 16-GPU) also leads in single-core performance.

With a memory bandwidth of 307 gigabytes per second, the Apple M5 Pro (15-CPU 16-GPU) achieves good performance in the field of artificial intelligence. In gaming scenarios, the Apple M5 Pro (16-core) graphics unit ensures more stable frame rates thanks to the higher number of graphics cores.

Despite the high computing power, the thermal load remains controllable. The investment is worthwhile for users who need high efficiency for projects.