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Modder uses 3D-printed block for direct-die liquid cooling on RTX 2060 Super, achieving 28°C

🔄 Updated 1d ago
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Key points

  • Modder TrashBench tested direct-die liquid cooling on GPUs.
  • A 3D-printed block directs coolant over bare GPU silicon.
  • RTX 2060 Super load temperatures reached 28°C.
  • Initial tests involved leak mitigation with epoxy and material selection.

Direct-Die Liquid Cooling Experiment

Modder TrashBench conducted experiments with direct-die liquid cooling for graphics cards. The project involved removing the standard metal water block and instead using a custom 3D-printed block to circulate coolant directly over the bare GPU silicon. This approach aimed to explore the effectiveness of direct contact cooling.

Development and Leak Mitigation

The project began with a non-working GeForce RTX 3060 for feasibility testing. A 3D-printed water block was designed to fit over the GPU die, with surface-mount components protected by nail polish. Initial attempts encountered leaks, which were addressed by applying epoxy adhesive to secure the block and seal tube fittings. The choice of 3D print material was also found to be critical, as some materials were porous or leaked.

Performance Results on RTX 2060 Super

After successful live runs with a GTX 980, the direct-die cooling system was tested on an RTX 2060 Super. The experimental setup achieved load temperatures of 28°C. This result indicates that direct water cooling can be effective in reducing GPU temperatures, provided the sealing and material challenges are overcome.

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Reporting from

A modder successfully implemented a direct-die liquid cooling solution on an RTX 2060 Super GPU using a 3D-printed block, resulting in load temperatures of 28°C. This experimental method bypasses traditional metal water blocks by pumping coolant directly over the GPU silicon, demonstrating a novel approach to GPU cooling.