Intel Core Ultra 7 256V vs Apple A18

The Intel Core Ultra 7 256V is based on the Lunar Lake architecture and is manufactured using Intel's 3-nanometer process.

This processor is aimed at users who require balanced mobile computing performance. The hardware offers 14 MB of Level 2 and 12 MB of Level 3 cache and supports a memory bandwidth of 137 GB/s. In benchmarks, the Intel Core Ultra 7 256V shows superior multi-core performance compared to the competitor, while the single-core performance is slightly lower.

For graphical tasks, the Intel Arc 140V is integrated, providing a solid foundation for casual gaming. The thermal design power is trimmed for high efficiency to minimize heat generation. The price-performance ratio depends on the pricing of the respective end devices. This processor is ideal for users seeking a flexible x86 environment for productive multitasking.

The Apple A18 uses the Donan architecture and is also manufactured in a 3-nanometer process.

It is designed for use in compact end devices and addresses a target group that demands high efficiency. The chip has 20 MB of Level 2 and 24 MB of Level 3 cache and a memory bandwidth of 60 GB/s. In benchmarks, the Apple A18 achieves significantly higher single-core performance than the Intel Core Ultra 7 256V, which increases responsiveness.

However, the multi-core performance is measurably lower than the comparison model. The integrated Apple A18 (5 GPU Cores) graphics unit is optimized for the manufacturer's own software ecosystem. Power consumption is very low, which minimizes cooling requirements. The price is firmly tied to the manufacturer's hardware structure.

This chip is suitable for users who prefer high efficiency and fast single-core calculations in a closed system.