Intel Atom x7835RE vs Intel Atom x7809C

The Intel Atom x7835RE is based on the Amston Lake architecture and is produced using the 10-nanometer process.

It is designed for industrial use and offers eight cores and eight threads. With a memory bandwidth of 38 GB/s and a 6 MB L3 cache, it handles standard tasks reliably. In benchmarks, the Intel Atom x7835RE shows solid single-core performance but falls behind the Intel Atom x7809C in multi-core performance.

The integrated Intel UHD Graphics with 32 EUs is suitable for simple visualizations but does not achieve gaming capability. Power consumption is low, which minimizes thermal stress. This model is recommended for systems where a moderate computational load and integrated graphics are the priority. The Intel Atom x7809C uses the same Amston Lake architecture and 10-nanometer process.

It targets users who need higher efficiency for parallel processes in embedded systems. The processor also has eight cores and eight threads. While single-core performance is similar to the comparison model, the Intel Atom x7809C offers measurably higher multi-core performance. This makes it better suited for computationally intensive tasks in industry.

Since no specific gaming features or 3D cache are integrated, gaming performance is negligible. The thermal design power is designed for economical operation, which simplifies cooling. It is the preferred choice when maximum computing capacity within this architecture class is required for industrial workloads.