MSI and ASUS offer innovative and secure GPU extraction mechanisms – MSI

ASUS has unveiled the ROG X870E Hero motherboard, which features two major improvements: a quick-release mechanism for the main M.2 slot and a “PCIe Q Release Slim” for the graphics card. As speed builder Der8auer explains, the new design allows the graphics card to automatically eject when pulled from the front, eliminating the need for manual removal.

On the other hand, MSI has introduced the Z890 MPG Edge motherboard for Intel Arrow-Lake S processors, which features an ‘EZ PCIe Release’ mechanism. Unlike ASUS’ approach, MSI has placed the release switch on the top of the horizontal length of the graphics card, next to the DIMM slot. While this solution may not be as user-friendly as ASUS’ new Q-release system, it is still more convenient than the more commonly used methods.

These new mechanisms are a constant problem for friends and professionals in the field. As graphics cards grow in width and length, removing them from the motherboard becomes more difficult, especially when there are obstacles like bulky CPU coolers or M.2 slots.

These innovations are not only about ease of use, but also about the safety of the components. The new mechanisms significantly reduce the risk of damaging these expensive components during the removal or replacement process.

It remains to be seen whether these quick release features will extend to more affordable motherboards in the near future, but its adoption by two major manufacturers like ASUS and MSI raises expectations for a wider adoption of the technology in the industry.

This development could lead to new standardization by PCI-SIG, the organization that defines PCIe standards. Such a move could lead to global adoption of improved GPU extraction systems, regardless of motherboard price.

The computer industry has a long history of adopting standards set by individual manufacturers, as was the case with reverse link orderIt remains to be hoped that in the future some manufacturers will also innovate in the area of ​​front panel connections, providing a simpler connection solution.