Apple M5 vs Intel Core Ultra 7 365H

The Apple M5 is manufactured using a 3-nanometer process and is aimed at professional users as well as home users who demand high energy efficiency.

The architecture utilizes an optimized structure of performance and efficiency cores with a 28 MB L2 cache. In standardized tests, the Apple M5 shows significantly higher single-core performance compared to the competing model. The multi-core performance of both processors is, however, classified as similar, as the difference here is below the relevant threshold of ten percent.

With the integrated Apple M5 (10 Core) graphics unit and a memory bandwidth of 154 GB/s, the system is optimized for creative tasks. The thermal design remains focused on efficiency, which limits power consumption. The costs are tied to the manufacturer's hardware. The Intel Core Ultra 7 365H is based on the Panther Lake H architecture and is produced in a 2-nanometer process.

It is designed for mobile devices intended to enable versatile use in everyday life and professional settings. While single-core performance lags behind the competitor, the processor offers solid multi-core performance for parallel tasks. In gaming scenarios, the Intel Core Ultra 7 365H benefits from the Intel Xe3 4 Core Graphics 32 EUs (Panther Lake) and the broad software compatibility of the x86 platform.

The memory bandwidth is 136 GB/s, complemented by an 18 MB L3 cache. The thermal design power is set higher, offering more room for sustained peak loads. The price-performance ratio varies greatly, as the component is installed in systems from various manufacturers.