AMD Conscience YES! The X370 motherboard is officially upgraded to support the Ryzen™ 5000

The AMD platform has been adhering to an AM4 interface over the years and has been well received, but for various reasons, the original 300 series motherboard five years ago has not been able to officially support the latest Ryzen 5000 series processors, which has made many players indignant.

Although from time to time, manufacturers release supported BIOS, but it will soon "disappear".

AMD executives have recently stated that they have been studying this issue in depth and will strive to achieve it, but they did not expect to fulfill their promises so quickly.

Today, ASRock took the lead in issuing a new version of BIOS P7.10 for its X370 Pro4 motherboard, officially adding support for the Ryzen 5000 Vermeer series, and the CPU list also generously appeared Ryzen 9 5950X, Ryzen 9 5900X, Ryzen 7 5800X, Ryzen 5600X.

The Ryzen 5000G Renoir series did not appear, but the official changelog explicitly says it is already supported.

However, the price is that after upgrading the BIOS, the seventh generation of APU Bristol Ridge is no longer supported, which is also the first generation of AM4 interface products.

Subject to the motherboard BIOS ROM chip capacity limitations, this is also a last resort, of course, no one should use the X370 to match the ancient APU.

As for other X370 motherboards, as well as B350 and A320 motherboards, ASRock has not expressed its position, and should continue to keep up, and other motherboard manufacturers are definitely on the road.

However, the B350, A320 motherboard BIOS ROM chip capacity is often smaller, if you have to support the Ryzen™ 5000, you must sacrifice more old model support, or discard some of the non-essential features, or simplify the BIOS graphical interface.

In addition, the power supply design of B350 and A320 motherboards may not fully meet the needs of the Ryzen™ 5000, and even if it can be used, the performance will be affected by some, and the user needs to choose by himself.