Intel Core i7-3770K vs Intel Processor N150

The Intel Core i7-3770K is a high-end desktop processor, introduced in Q2 2012, targeting enthusiasts and demanding users of its time.

It is based on the Ivy Bridge S architecture and manufactured using a 22 nm process. This processor features 4 cores and 8 threads, as well as an 8 MB Level 3 Cache. Its integrated graphics unit is the Intel HD Graphics 4000. In older benchmarks, the Intel Core i7-3770K shows stronger single-core performance.

For gaming, it is still sufficient for older titles or light modern games with a dedicated graphics card. The Intel Core i7-3770K has a higher power consumption. It is only available on the used market. The Intel Processor N150 is an energy-efficient processor designed for compact systems and basic computing tasks.

It is based on the Twin Lake architecture and manufactured using an advanced 7 nm process, enabling high energy efficiency. This processor features a 4 MB Level 2 Cache and a 6 MB Level 3 Cache. Its integrated graphics unit is the Intel UHD Graphics 24 EUs (Alder Lake). The Intel Processor N150 outperforms the Intel Core i7-3770K in newer single-core tests due to its more modern architecture.

In multi-core performance, the Intel Processor N150 consistently shows superiority. It is not intended for gaming; its integrated graphics support basic multimedia applications and very simple games. The Intel Processor N150 is characterized by very low power consumption and is primarily offered soldered as an integral part of systems or on motherboards.

For gaming scenarios, the Intel Core i7-3770K, especially in conjunction with a dedicated graphics card, is better suited for more demanding and older game titles due to its higher clock frequencies and 4 physical cores. The Intel Processor N150 is primarily designed for energy-efficient applications and not for gaming.

In terms of price-performance ratio, the Intel Core i7-3770K offers a cost-effective basis for older systems on the used market, while the Intel Processor N150 represents a modern, energy-efficient solution for new, compact devices.