Intel Processor N97 vs Intel Processor N150

Intel Processor N97 and Intel Processor N150 are energy-efficient processors for cost-effective systems such as mini-PCs or entry-level laptops, designed for basic computing tasks.

The Intel Processor N97 is based on the Alder Lake N architecture, manufactured in 10 nm, with four cores and four threads. The Intel Processor N150 uses the Twin Lake architecture and a 7 nm manufacturing process, also with four cores and four threads. In single-core benchmarks, the Intel Processor N97 shows marginally higher performance.

For multi-core performance, the Intel Processor N97 is also ahead; the difference in the Cinebench 2024 Multi-Core benchmark exceeds 10 percent, indicating better performance in intensive multi-core tasks. Both are not suitable for demanding gaming. Their integrated Intel UHD Graphics 24 EUs (Alder Lake) are sufficient for video playback and very light games.

Due to the similar graphics unit and CPU performance differences, no significant difference is to be expected. The memory bandwidth of 38 GB/s is insufficient for demanding games. Their power consumption is generally very low. The Intel Processor N150 benefits from its more modern 7 nm manufacturing process, which can lead to potentially better energy efficiency and cooler operation compared to the 10 nm manufactured Intel Processor N97.

Without market prices, a direct evaluation of the price-performance ratio is difficult. Given the performance values, a comparable ratio is to be expected. The Intel Processor N97 generally offers higher computing performance, especially in certain multi-core scenarios, ideal for office, web, and media.

The Intel Processor N150 excels with better energy efficiency due to its 7 nm manufacturing process for similar application areas. Those seeking maximum performance in this segment will choose the Intel Processor N97. If the priority is the lowest energy consumption, the Intel Processor N150 is the more advantageous choice.