Stackable Dual ATX Motherboard & PSU Stand for Crypto Mining & AI & Test rig

Maximize Your Mining Efficiency with High-Density Configurations

The Stackable Dual ATX Motherboard & PSU Rig Stand is the perfect solution for miners seeking to maximize their setup while minimizing space. Expertly designed to accommodate two full-size ATX or M-ATX motherboards, this robust stand features an integrated PSU mount for streamlined power management and effortless scalability.

Key Features

• Dual ATX Motherboard Setup
  Designed to hold two full-size ATX or M-ATX motherboards, making it ideal for high-density CPU mining setups.
• Compact and Stackable Design
  Save valuable space with a stackable design that enables you to build multiple rigs in a small footprint.
• Optional Zip Tie Integration
  While the stand is inherently sturdy, zip tie slots are included for added security when stacking multiple rigs.
• Optimized Airflow Management
  Board orientation directs warm air in a single direction, ensuring effective cooling and preventing heat build-up in dense configurations.
• Built for Durability
  Brass heat inserts enhance the stand's durability, allowing for repeated assembly and disassembly without compromising its integrity.

Tested Compatibility:

Verified to work with full-size ATX and M-ATX motherboards, including models like the Gigabyte B650M DS3H (AM5).

Recommended Cables

• Use a long 8-pin splitter or multiple 8-pin CPU leads from the PSU for optimal performance.
• A 12" 24-pin splitter is advised for efficient power distribution.

Delivery Scope

• 1x Stand with integrated PSU mount
• 1x Stand with a large opening for easy cable management
• 8x M4 Stainless Steel motherboard mounting screws + washers

Important Notes

• Motherboard, PSU, fans, and other hardware are not included. This advertisement applies only to the 3D-printed parts and mounting hardware.
• We are not responsible for any damages resulting from the use of this product.
• Please note that all 3D-printed items may have slight cosmetic differences due to the nature of the process. We use high-quality machines to minimize imperfections.