Intel Atom x6413E vs Intel Atom x6211E

The Intel Atom x6413E was manufactured as part of the Elkhart Lake architecture using a 10 nm process.

This processor is primarily aimed at industrial applications and embedded systems that require efficient performance. With four physical cores, the Intel Atom x6413E provides a functional basis for multitasking in its class. In single-core performance benchmarks, it is significantly above the comparison model, suggesting higher efficiency.

The integrated Intel UHD Graphics 10th Gen (16 EU) handles the image output but is not designed for demanding games. Due to the higher core count and better single-core performance, the Intel Atom x6413E performs better in simple gaming scenarios. With a thermal design power of 9 watts, energy consumption remains low.

The memory bandwidth of 102 GB/s supports the data throughput with 2 MB L2 cache. The Intel Atom x6211E also originates from the Elkhart Lake series and utilizes 10 nm manufacturing technology.

It is designed for less computationally intensive tasks in the IoT sector or in control systems. Since this processor has only two cores, the multi-core performance is limited compared to the larger model. There is also a measurable gap in single-core performance compared to the Intel Atom x6413E. Graphical representation is handled by the identical Intel UHD Graphics 10th Gen (16 EU), which is sufficient for simple visualizations.

Due to the overall lower CPU performance, this processor is less suitable for games. One advantage of the Intel Atom x6211E is the lower thermal design power of only 6 watts, which reduces cooling requirements. It represents a cost-efficient solution, offering 102 GB/s memory bandwidth with 2 MB L2 cache.

For computationally intensive projects, the Intel Atom x6413E is preferable, while the Intel Atom x6211E excels with a minimal energy budget.