Apple M5 Pro (15-CPU 16-GPU) vs NVIDIA N1X

The Apple M5 Pro (15-CPU 16-GPU) is based on the M5 architecture and is manufactured using the efficient 3-nanometer process.

This processor is aimed at professional users who require high computing capacities for creative tasks. With 15 CPU cores and the integrated Apple M5 Pro (16 Core) graphics, the system delivers high efficiency. In single-core and multi-core performance benchmarks, the Apple M5 Pro (15-CPU 16-GPU) significantly outperforms the competition.

Thanks to a memory bandwidth of 307 GB/s, this results in high AI performance for complex calculations. The thermal design power is optimized, keeping energy requirements low. Since the Apple M5 Pro (15-CPU 16-GPU) is mostly permanently installed in desktop systems, the price structure remains stable.

Support for PCIe 5.0 enables fast connection of peripheral components. It is the ideal choice for users seeking high system integration. The NVIDIA N1X uses the GB10 Grace Blackwell architecture and is also produced in the 3-nanometer process.

It is designed for use in specialized workstations. While the NVIDIA N1X lags behind the Apple model in single-core and multi-core performance benchmarks, it offers a solid foundation for data-intensive applications with 32 MB of L3 cache. The integrated NVIDIA N1X (GB20B) graphics unit, together with a memory bandwidth of 301 GB/s, supports high AI performance.

Both processors are not primarily developed for gaming scenarios, but offer modern interfaces for expansion cards via PCIe 5.0. Power consumption is designed for stationary operation and requires appropriate cooling. The NVIDIA N1X is particularly suitable for environments that require specific compatibility with NVIDIA technologies.

The acquisition costs reflect the focus on the professional market.