Apple A18 vs Apple M5

The Apple A18 processor is based on the Donan architecture and is manufactured using a 3-nanometer process.

It is primarily designed for mobile devices and targets users who need high efficiency for daily tasks. The hardware features a Level 2 cache of 20 MB and a Level 3 cache of 24 MB. The memory bandwidth is 60 GB/s, which supports the integrated Apple A18 graphics with 5 cores. In benchmarks, the processor shows solid single-core performance but remains significantly behind the Apple M5 in multi-core performance.

The graphics performance is sufficient for common applications but reaches its limits with demanding gaming. The thermal design is optimized for fanless systems, which keeps energy consumption low. A price-performance ratio is difficult to quantify as the costs are integrated into the device price. The Apple M5 processor uses the M5 architecture and is also produced in 3-nanometer technology.

As a solution for computers, it offers a memory bandwidth of 154 GB/s and supports the PCIe 4.0 standard. The integrated Apple M5 graphics has 10 cores, making the graphics performance in games significantly higher compared to the Apple A18. Benchmarks confirm superior single-core performance and nearly double the multi-core performance compared to the Apple A18.

With a Level 2 cache of 28 MB, it is designed for computationally intensive workflows, but it lacks a Level 3 cache. The thermal design power is higher, requiring effective cooling to maintain maximum performance permanently. For professional applications and gaming scenarios, this processor is the preferred choice within the ecosystem due to its higher resources.