Apple M5 vs Intel Core Ultra 7 355

The Apple M5 uses the M5 architecture and is manufactured in a 3 nm process. This processor is aimed at users looking for high efficiency and strong integration.

In terms of computing power, the Apple M5 shows significant superiority in single-core and multi-core scenarios. With a memory bandwidth of 154 GB/s and the integrated Apple M5 (10 Core) graphics unit, the system is well-equipped for media tasks. In gaming scenarios, the chip benefits from the high memory bandwidth and strong single-core performance.

The thermal power loss remains low due to the architecture, which allows for simple cooling. The price-to-performance ratio is stable, as the hardware is firmly integrated into the respective end device. For users in the creative field, this processor offers a very reliable and fast working environment.

The Intel Core Ultra 7 355 is based on the Panther Lake architecture and is produced in a 2 nm process.

It is intended for use in versatile desktop systems. In comparisons of computing power, the Intel Core Ultra 7 355 ranks significantly behind the competing model. The integrated Intel Xe3 4 Core Graphics 32 EUs (Panther Lake) handles the graphical display, while current interfaces accelerate data transfer.

In games, the Intel Core Ultra 7 355 cuts a weaker figure than the competing model due to its lower computing power. Power consumption is optimized by the modern manufacturing process, but is often higher than that of the comparison chip. The price-performance ratio depends heavily on the chosen system configuration.

This processor is recommended for users who value compatibility and current standards in a Windows environment.