Improving the performance of the AMD Ryzen processors in the motherboard with the AM4 socket largely lies with the developers of the company, and not with the motherboard manufacturers. BIOS manufacturers debug BIOS based on the code of AMD Generic Encapsulated Software Architecture (AGESA). The next AGESA development package will be sent (or already sent) to the manufacturers, so that by April 11, when the AMD family of Ryzen 5 processors begin to be delivered, the changes took effect.
As the representative of AMD - Rob Hallock (Rob Hallock), in the BIOS will be made four major changes that significantly improve the operation of systems with processors Ryzen. First, the DRAM memory access latency is reduced by about 6 ns, which will increase the system performance in case of work with delay-sensitive applications. Secondly, the problem with suspending the system when running a rare FMA3 code is solved. Thirdly, the "overclock sleep bug" bug was solved, when the clock readings turned out to be incorrect after the system left the S3 sleep mode.
The fourth and significant improvement will be the unbundling of the dependency of the Ryzen Master software by AMD to overclock the processors from the Windows High-Precision Event Timer (HPET). Disabling HPET is one way to improve system performance with Ryzen in a simple way. Soon it will become possible.
Later in April, the company promises to make a number of improvements available for implementation in the BIOS. For example, to improve the performance of Ryzen running Windows 10 in terms of optimizing consumption. The developers of games and programs, for their part, promise to optimize the code to run on platforms with Ryzen processors. So, AMD Ryzen processors will become better and better every day .