AMD A10-5745M vs AMD A10-7300

The AMD A10-5745M is a Richland generation processor based on the Piledriver architecture.

It was designed for use in mobile systems and is aimed at users who need a solution for everyday tasks. Manufactured using the 32-nanometer process, this processor has four cores and four threads. The integrated AMD Radeon HD 8610G graphics unit handles visual processing, with memory bandwidth at 21 GB/s.

In single-core performance tests, the AMD A10-5745M reaches a level sufficient for common office applications. Since the architecture was developed for moderate thermal requirements, heat development remains stable. Without significant performance differences to comparable models, this processor represents a functional component for multimedia tasks without making high demands on computing speed.

The AMD A10-7300 uses the Kaveri architecture and is based on the Steamroller design. This processor is intended for mobile devices and is manufactured using the more efficient 28-nanometer process.

It also offers four cores and four threads and benefits from a higher memory bandwidth of 26 GB/s. The integrated AMD Radeon R6 (Kaveri) graphics unit provides the graphical display and offers better performance in gaming scenarios than the comparison model, as the architecture is more modern and the bandwidth is higher.

Single-core performance is at an almost identical level, which means no noticeable differences in daily use. Thanks to the optimized manufacturing process, thermal efficiency is improved. The AMD A10-7300 is recommended for compact systems where energy efficiency and better graphics connectivity are important.

It represents the technically more modern choice.