AMD GX-412TC vs Intel Processor N150

The AMD GX-412TC was primarily designed for embedded systems and specialized hardware solutions.

It is based on the Temash architecture and is produced in a 28-nanometer process. With four cores and four threads, this component targets applications that require a stable base load. Computing performance is lower compared to other solutions, which is reflected in the measurement values for single-core and multi-core calculations.

Due to the low memory bandwidth of 11 GB/s and the lack of a Level 3 cache, processing speed is limited. It also uses PCIe 2.0 for expansions. The AMD GX-412TC is not intended for gaming, as its graphical capacities are only sufficient for basic applications. The thermal design power is designed for very economical operation, which favors its use in compact, passively cooled housings.

The Intel Processor N150 comes from the Twin Lake generation and is intended for entry-level desktops and compact computers.

This processor is manufactured in a 7-nanometer process and has four cores and four threads. In various test series, the Intel Processor N150 shows significantly higher performance than the competing model from AMD, particularly in single-core performance. With a 6 MB Level 3 cache and a memory bandwidth of 38 GB/s, it offers efficient data processing for software applications.

The integrated Intel Graphics 32 EUs (Alder Lake) enables the display of media and simple games, but is not suitable for dedicated gaming. Energy efficiency is high despite the increased capacity, keeping the TDP low. The Intel Processor N150 is therefore recommended as an affordable solution for office work and internet applications.