Apple A18 vs Intel Core i7-1165G7

The Intel Core i7-1165G7 is based on the Tiger Lake U architecture and is designed for use in notebooks.

Manufactured using the 10-nanometer process, the processor offers four cores and eight threads. The architecture includes 5 MB Level 2 cache and 12 MB Level 3 cache. Looking at the computing power, both the single-core performance and the multi-core performance lag significantly behind the values of the comparison model.

The integrated Intel Iris Xe Graphics 96 handles graphical tasks, but reaches technical limits with demanding games. The maximum memory bandwidth is 51 GB/s. Thermal design power varies depending on the device, which influences energy efficiency. This processor is often found in solid work laptops for daily use.

The Apple A18 uses the Donan architecture and is manufactured using the modern 3-nanometer process.

This chip is optimized for mobile devices and, with 20 MB Level 2 cache and 24 MB Level 3 cache, offers plenty of capacity for fast data processing. In single-core and multi-core performance measurements, the Apple A18 is significantly ahead of its competitor. In the gaming sector, it offers advantages over the Intel solution due to the more modern architecture and the 5-core Apple A18 graphics.

A memory bandwidth of 60 GB/s ensures rapid data exchange. The thermal design allows for energy-efficient operation without active cooling. The pricing is firmly tied to the manufacturer's hardware. For classic office work in Windows systems, the Intel Core i7-1165G7 is a proven choice, while the Apple A18 represents the better option for high computing power and efficiency in mobile scenarios.