Apple M4 Max (14-CPU 32-GPU) vs Apple M4

The Apple M4 forms the technical basis of the current generation of Apple chips and is primarily aimed at home users as well as professional users with everyday tasks.

Manufactured using a modern 3-nanometer process, this processor utilizes an efficient architecture with the integrated Apple M4 (10-core) graphics unit. In common benchmarks, the Apple M4 shows solid single-core performance, which is sufficient for most standard applications. In multi-core performance, it positions itself stably but reaches its limits with massively parallel tasks.

The memory bandwidth of 120 GB/s and 20 MB L2 cache support smooth workflows in everyday system use. In gaming scenarios, the graphics solution enables smooth display of less complex titles. Since the power consumption remains moderate, the thermal design is designed for quiet operation. The price-performance ratio is advantageous for users without extreme requirements.

The Apple M4 Max (14-CPU 32-GPU) is designed for specialized tasks in the professional sector that require enormous computing capacities.

Also manufactured using the 3-nanometer process, it features 14 CPU cores and an Apple M4 Max (32-core) graphics unit. While the single-core performance remains comparable to the base model, this processor offers significantly higher multi-core performance in modern tests. With a memory bandwidth of 410 GB/s and 44 MB L2 cache, it is ideally suited for AI applications due to the high data rate.

In gaming scenarios, the high number of graphics cores ensures smooth playback of demanding content at high resolutions. Power consumption is higher due to the increased core count, which requires efficient cooling. The market price reflects its positioning in the professional segment and is aimed at users who need maximum capacity for complex workflows.