Cooler Master low-profile držiak DCB-00210-N1-HF pre Nvidia A2000

Installing a full-height professional graphics card like the NVIDIA RTX A2000 into a small form factor (SFF) PC case often hits a wall—literally. The standard bracket simply doesn't fit the low-profile expansion slot, leaving you unable to close the chassis or secure the card properly. This Cooler Master low profile bracket solves that problem by replacing the original bracket, allowing the RTX A2000 to mount cleanly in SFF workstations and compact builds.

Who is it for

This bracket is aimed at system integrators, IT professionals, and PC enthusiasts who need to deploy NVIDIA RTX A2000 graphics cards in small form factor cases such as those used in office workstations, digital signage, or compact rendering rigs. It is especially useful for users upgrading pre-built SFF PCs or building quiet, space-saving professional systems.

Main features

• Precision-engineered to fit the NVIDIA RTX A2000 graphics card
• Low profile dual-slot I/O bracket for SFF case compatibility
• Durable metal construction with a black finish
• Simple screw-in installation—no special tools required
• Maintains proper card alignment and port access

Specifications

• Product Type: Graphics Card Bracket
• Bracket Type: Low Profile
• GPU Compatibility: NVIDIA RTX A2000
• Brand Compatibility: NVIDIA
• Material: Metal
• Colour: Black
• Slot Configuration: Dual-slot I/O
• Form Factor Support: Small Form Factor (SFF)
• Installation Method: Screw-in
• Included Components: 1x Low Profile Bracket
• Certification: RoHS Compliant

Tips

Before installation, power down the system and disconnect all cables. Remove the existing full-height bracket from the RTX A2000 by unscrewing the two screws near the display outputs, then attach this low profile bracket using the same screws. Ensure the card is fully seated in the PCIe slot and the bracket is flush with the case before securing the case screw. This bracket is designed specifically for the RTX A2000; do not use it with other GPU models as port alignment may differ.