Adjustable Spiral Design: The graphics card GPU holder features a telescopic spiral mechanism for easy and humanized adjustment/locking of the support rod's height. Offering support ranges of 50~80mm for shorter versions and 75~125mm for longer ones, it provides versatile height adjustment to fit various case specifications and effectively supports the tail of the graphics card for enhanced protection.
Durable Aluminum Alloy Material: Constructed from robust aluminum alloy, the vertical telescopic rotating stand bracket ensures durability and longevity. Finished with CNC sandblasting and anodic oxidation, it not only offers a superior texture that remains new over time but also provides stable support and protection for the GPU, ensuring balanced stress distribution and smooth operation during work or gaming.
5V ARGB Synchronization: The GPU video card holder is equipped with a 5V 3-pin ARGB dual interface design, significantly enhancing the product's expandability. It supports addressable ARGB synchronization interfaces from major motherboard brands like for ASUS, for MSI, for Gigabyte, and for ASRock, allowing for software-controlled lighting effects with programmable 16.8 million colors. This feature adds vibrant, soft, and full lighting effects to your setup.
Magnetic Design & Protective Pads: Featuring a magnetic base, the vertical GPU bracket securely attaches to metal surfaces like power supply units or the bottom plate of the case, ensuring easy installation. Additionally, soft pads installed at the top and base of the bracket provide anti-slip and scratch protection, offering gentle care for your video card.
Freely Adjustable Height: The video card sag holder utilizes a telescopic screw design along with a detachable split-type design (consisting of a bracket fixing cap, external bracket, and internal bracket screw column), supporting free height adjustment. Compatible for ATX, M-ATX, and ITX case traditional structures , it allows users to adjust the height according to their needs, meeting a wide range of user requirements.
