AMD Ryzen Embedded V1500B vs Intel Atom C5125

The AMD Ryzen Embedded V1500B is an AMD processor for embedded applications. It is based on the Great Horned Owl (Zen) architecture and is manufactured using the 14 nm process.

It supports PCIe 3.0, features 2 MB Level 2 and 4 MB Level 3 cache. Its maximum memory bandwidth is 38 GB/s. For single-core and multi-core tasks, this processor shows solid computing performance. The Intel Atom C5125 is an Intel processor, also designed for the embedded market.

It utilizes the Parker Ridge architecture and is manufactured using the more advanced 10 nm process. It also supports PCIe 3.0, offers 9 MB Level 2 cache, and a maximum memory bandwidth of 47 GB/s. Specific performance data for the Intel Atom C5125 is not available, so a direct benchmark comparison is not possible.

Neither of the two is intended for gaming scenarios; their designs are tailored for embedded systems. Exact Thermal Design Power (TDP) values are missing. Embedded processors are optimized for efficient power consumption, with the 10 nm manufacturing process of the Intel Atom C5125 potentially offering advantages in energy efficiency.

Without pricing information, an evaluation of the price-performance ratio is not possible. The AMD Ryzen Embedded V1500B offers a proven architecture with demonstrable computing performance. The Intel Atom C5125 relies on a more modern manufacturing process and higher memory bandwidth.

For embedded applications with higher computing demands, the AMD processor might be the more suitable choice. If energy efficiency and modern manufacturing are priorities, the Intel Atom C5125 could be advantageous.