Intel Core Ultra 7 256V vs Apple A18 Pro

The Intel Core Ultra 7 256V is based on the Lunar Lake architecture and is designed for use in highly efficient notebooks.

Manufactured in a 3 nm process, this processor uses eight cores and eight threads, as well as a 14 MB Level 2 cache and a 12 MB Level 3 cache. In terms of computing power, the Intel Core Ultra 7 256V achieves higher multi-core performance than the comparison model, which is an advantage for computationally intensive applications.

The integrated Intel Arc 140V graphics access a memory bandwidth of 137 GB/s, which supports graphical performance. The design is optimized for moderate thermal design power to find a compromise between computing power and battery life. Since the processor is permanently installed in laptops, the price depends on the end device.

It is suitable for mobile workstations in a professional environment. The Apple A18 Pro uses the Donan architecture and is primarily used in smartphones.

It is also manufactured using a 3 nm process, with the computing unit comprising six cores, 20 MB Level 2 cache and 24 MB Level 3 cache. In single-core performance, the Apple A18 Pro clearly outperforms the competitor, which increases the speed when executing individual command chains.

The integrated Apple A18 Pro graphics (6 GPU cores) use a memory bandwidth of 60 GB/s and are optimized for mobile applications. Due to the target platform, the focus is on very low power consumption and minimal heat dissipation. The price is tied to the respective mobile phone, making a direct comparison difficult.

This processor is the right choice for users looking for maximum efficiency and fast response times in a very compact form factor.