Vertical GPU Mount Bracket, 2 Slots Graphics Card Holder with Hardware, eGPU Dock, External GPU Docking Station , White

Vertical GPU Mount Bracket, 2 Slots Graphics Card Holder with Hardware, eGPU Dock, External GPU Docking Station , White.

Product description:

1. VERSATILE DESIGN: Vertical GPU mount bracket with 2 slots for graphics card installation, offering flexible positioning options in your PC case

2. COMPATIBILITY: Universal mounting system designed to work with most standard PC cases and graphics cards for hassle-free installation

3. CONSTRUCTION: Durable black metal construction provides stable support and reliable performance for heavy graphics cards

4. HARDWARE INCLUDED: Complete mounting kit includes all necessary screws, brackets, and components for quick assembly

5. SPACE OPTIMIZATION: Vertical orientation allows better airflow management and showcases your graphics card while saving space

Package Content:

 1 x Vertical GPU Mount Kit

 1 x Screw Kit

This is a PCI-E graphics card extension solution that focuses deeply on creative installation, ITX compact platform optimization, and industrial equipment heat dissipation transformation. Breaking the traditional graphics card's inherent form of being bound to motherboard slots and limited by chassis space, with the innovative combination of flexible cables and metal brackets, the deployment of graphics cards is completely free from physical location constraints. It not only meets the ultimate pursuit of ITX chassis' "small size and high performance", but also adapts to the creative MOD's "imaginative" visual design. It can also solve the problem of heat dissipation and space conflicts for industrial equipment, becoming a key tool for hardware players and industry users to achieve personalized and functional unity.

Space Breakthrough: Reshaping the Logic of Installation Layout:

1. The "infinite possibilities" of flexible cable: using customized PCI-E flexible cable, the length covers 150mm-500mm (supporting on-demand cutting), and can flexibly adapt to different chassis structures.

2. ITX Extreme Compression: In a 1U server chassis (such as the Lianli Q58), the graphics card is "pulled" from the motherboard native slot to an independent compartment at the bottom of the chassis, avoiding the heat source area formed by the CPU heat sink and power module, completely separating the graphics card from the CPU heat dissipation channel. When fully loaded, the overall chassis temperature is reduced by 8-12 ℃, solving the common problem of "hardware stack overheating" in small chassis and allowing flagship graphics cards such as RTX 4090 to be stably installed in a 10L mini host.

3. Freedom of Alien Chassis: In creative MOD chassis (such as open frame and vertical water-cooled compartments), cables can easily bypass complex structures (such as water-cooled hard tubes and RGB light bar matrices), allowing the graphics card to "hover" in any position of the chassis - or stand vertically on the desktop as the visual center, or hide behind the side transparent glass to create an "invisible hardware" effect. Combined with magnetic suction and snap on installation structures, it achieves a true "custom installation form".

The 'stable support' of metal brackets:

1. The metal bracket adopts aviation grade aluminum alloy+CNC integrated molding process, and the surface is treated with anodizing (silver, black, RGB iridescent version is optional), which has three core advantages.

2. Super strong load-bearing capacity: A single bracket can stably support a weight of over 5kg (equivalent to the total weight of a flagship graphics card, water cooling head, and video memory heat sink). When installed vertically, there is no shaking or sagging at the connection between the graphics card and the bracket. The structural deformation during long-term operation (>5000 hours) is less than 0.1mm, ensuring hardware safety.

3. Multi dimensional adjustment: The bracket is preset with three installation modes: horizontal/vertical/tilt. Through adjustable fixed hole positions (precise adjustment with a spacing of 5mm), it is compatible with 99% of ATX, MATX, ITX chassis on the market, and even supports drilling installation for non-standard chassis (such as customized acrylic chassis), so that the deployment angle of the graphics card is no longer limited by the direction of the motherboard slot.Heat dissipation auxiliary design: The bracket surface integrates heat dissipation fin texture (optional thermal conductive silicone pad), which can assist in the heat dissipation of the graphics card backplane. When the graphics card is fully loaded, the backplane temperature is reduced by 3-5 ℃, indirectly improving the overclocking stability of the graphics card and providing support for hardware enthusiasts to explore the ultimate performance.

Graphics card and chassis fully compatible:

1. Graphics card compatibility: Supports all PCI-E graphics cards with dual slot/triple slot and length ≤ 330mm, covering Nvidia RTX 20/30/40 series, AMD RX 6000/7000 series, and even compatible with professional graphics cards (such as Litai RTX A6000). Through adjustable graphics card clips, it perfectly matches the PCB length and heat sink width of different graphics cards.

2. Chassis compatibility: Whether it is the multi graphics card expansion slots of traditional ATX chassis (such as the Chaser PK620), the mini space of ITX chassis (such as the Cool Fish T40), or even open testing platforms (such as the Lianli O11 Dynamic EVO), the bracket can be adapted through screw fixation, magnetic installation (optional accessories), etc., so that graphics card deployment is no longer limited by chassis types.

Industrial AI server 'heat dissipation renovation:

A factory's AI visual inspection server experienced prolonged high temperatures (>90 ℃) and shortened lifespan of the graphics card due to its proximity to the CPU heat source. Renovation plan.Use a 300mm flexible cable and metal bracket to "move" the graphics card from the motherboard slot to the independent heat dissipation compartment at the top of the chassis.

The cooling cabin is equipped with industrial grade air conditioning and wind speed sensors, which can adjust the cooling environment of the graphics card in real time.

After the transformation, the full load temperature of the graphics card remained stable below 65 ℃, the probability of hardware failure decreased by 70%, and the efficiency of AI model training increased by 15% (due to temperature stability, the graphics card Boost frequency was more persistent.