Graphic card holder Lian Li GB-002 Steel Universal 128.4 mm x 104 mm, black, supports 2 GPUs

The Lian Li GB-002 Steel Universal graphic card holder is a compact support bracket measuring 128.4 mm x 104 mm that provides additional structural support for one or two graphics cards. Made of durable steel, the GB-002 installs on ATX and E-ATX motherboards and allows both vertical and horizontal adjustment to position the graphics card(s) securely and reduce sagging in the chassis.

Advantages

The GB-002 offers extra support for graphic cards to prevent PCB stress and connector strain, improving long-term stability of the GPU installation. Its steel construction ensures durability while adjustable mounting lets you fine-tune the bracket position for different card sizes and multi-GPU layouts. Compatible with ATX and E-ATX motherboard layouts, it provides a neater appearance for the build by reducing visible card droop.

Suitable for

• Desktop PC builds using ATX or E-ATX motherboards
• Systems with one or two graphics cards requiring additional support
• Custom PC builds where reducing GPU sag improves aesthetics and mechanical reliability

Key specifications

• Brand: Lian Li
• Model / MPN: GB-002
• Material: Steel
• Dimensions: 128.4 mm (width) x 104 mm (height)
• Compatibility: ATX and E-ATX motherboards
• Supports: Up to 2 graphics cards (adjustable vertical and horizontal positioning)
• EAN: 4718466010018

How to use

Install the GB-002 bracket onto the motherboard area inside the chassis according to available mounting points for ATX or E-ATX layouts. Position the bracket beneath or alongside the graphics card(s) and adjust vertically and horizontally until the card is adequately supported and level. Secure the bracket and verify that the GPU is stable and that PCIe connectors are not under undue stress before powering the system.

Recommendations

For best results, check clearance with large GPU coolers and case panels before final tightening; adjust the bracket position gradually while monitoring GPU alignment to avoid overtightening that could bend components.