Intel Core i7-14700KF vs Apple M5

The Intel Core i7-14700KF uses the Raptor Lake S Refresh architecture and is aimed at users who require high computing capacity for desktop applications.

Production takes place in a 10 nm process, with the processor providing a significant number of cores for parallel tasks. In common benchmarks, the Intel Core i7-14700KF achieves higher multi-core performance than the competing model, which is particularly advantageous for video editing or rendering.

For gamers, it is very well suited thanks to high clock speeds and support for PCIe 5.0 for powerful graphics cards. Power consumption is quite high with a TDP of up to 253 watts, which requires appropriate cooling. With 33 MB of L3 cache, it offers a stable base for demanding software in stationary operation.

The Apple M5 is a highly efficient chip using a 3 nm process, primarily used in compact systems for creative workflows.

In single-core performance, the Apple M5 is significantly ahead of the Intel model, which noticeably improves the speed of executing individual program instructions. The memory bandwidth of 154 GB/s is higher compared to the desktop processor and effectively supports the integrated Apple M5 (10 Core) graphics unit.

Despite lower multi-core performance, the chip impresses with its energy efficiency and minimal heat generation during operation. Since the Apple M5 is permanently integrated into the respective devices, the price-performance ratio depends heavily on the chosen hardware configuration. It is ideal for users seeking a quiet system with high efficiency.