Apple M2 vs Intel Core i7-10510U

The Intel Core i7-10510U is based on the Comet Lake U architecture and was designed as a solution for mobile devices.

Manufactured using the 14-nanometer process, this processor provides four cores and eight threads. With a Level 3 cache of 8 MB and a maximum memory bandwidth of 47 GB/s, the focus is on handling office applications. Direct comparisons show that computing performance in single-core and multi-core usage lags behind that of the competitor.

The integrated Intel UHD Graphics (Comet Lake) is designed for simple video output, while demanding graphical calculations place a heavy load on the hardware. The thermal design is optimized for compact devices, which limits maximum power consumption. This processor acts as a functional option for systems that need a stable base for standard tasks without high graphical requirements.

The Apple M2 uses 5-nanometer technology and is aimed at users who demand high energy efficiency in mobile applications.

The architecture includes eight cores and benefits from a 20 MB Level 2 cache. With a memory bandwidth of 102 GB/s, system-internal processes are accelerated. In relevant computing scenarios, the Apple M2 achieves higher single-core and multi-core performance compared to the Intel model.

The Apple M2 (10 Core) graphics solution offers increased visual capacity, making even more graphically intensive software run more smoothly. Due to the low heat generation, the system works efficiently even under load. The price-performance ratio reflects the technological orientation, with the chip being suitable for creative workflows and tasks with long runtimes without an external power source.