Reports Suggest ASUS Quick Release System Inflicting Physical Damage on GPU PCIe Interfaces
HXL/9550pro and HardwareLuxx's Andreas Schilling shared evidence of the ASUS PCIe Q-Release Slim—the manufacturer's latest ejection mechanism—causing damage to graphics card PCIe connectors. Recent feedback suggests that repeated usage can scrape or grind off material present on a card's interface. HXL gathered critiques from multiple sources (owners of Intel 800 and AMD 800 series boards), and linked a relevant Bilibili video. The footage presents a damaged GALAX RTX 4070 Ti HOF OC LAB model, following sixty quick release cycles—paired with a ROG Strix B850-A Gaming Wi-Fi S motherboard. Tony Wu, ASUS China's general manager, eventually weighed in on community discussions—stating that he will investigate this matter and report back with his findings.
Schilling expressed similar frustrations—his chosen platform is producing unwanted results: "I'm not happy with the solution either. We use the Strix X870E-E Gaming for testing the graphics cards. So I have had to remove graphics cards from the slot a few dozen times. This didn't always go smoothly and very often the (GeForce RTX 5090) card got stuck in the slot. First damage visible." Press outlets have picked up on the recent surge in Q-Release Slim user feedback—several publications have gathered additional examples of the new mechanism inflicting damage on a variety of graphics card models.
Schilling expressed similar frustrations—his chosen platform is producing unwanted results: "I'm not happy with the solution either. We use the Strix X870E-E Gaming for testing the graphics cards. So I have had to remove graphics cards from the slot a few dozen times. This didn't always go smoothly and very often the (GeForce RTX 5090) card got stuck in the slot. First damage visible." Press outlets have picked up on the recent surge in Q-Release Slim user feedback—several publications have gathered additional examples of the new mechanism inflicting damage on a variety of graphics card models.