AURAS revealed a conceptual liquid cooling design for next-generation GPUs at Computex. The Advanced VGA Solution targets high-power graphics cards with a 1000W thermal rating. This design signals where NVIDIA's upcoming Rubin RTX architecture may head in terms of power consumption.
Conceptual design features twin radiators and copper micro-fins for future graphics cards
The cooler uses two 360mm high-density radiators to cover the entire printed circuit board. AURAS designed this setup for AMD's future SP8 and SP7 server platforms alongside Intel's Diamond Rapids Xeon CPUs. The company also plans cooling solutions for these datacenter processors.
Specifications
- TDP Rating: 1000W
- Cooling Type: Dual 360mm AIO
- Waterblock Material: High-density pure copper micro-fins channel
- CPU Platform Support: AMD SP8/SP7, Intel Xeon Diamond Rapids
AURAS built a high-density pure copper micro-fins channel for the waterblock. The system relies on dual high-flow pumps to move coolant through the radiators. This configuration aims to manage heat from GPUs that could exceed current power limits.
The design remains a conceptual model and has not entered production yet. AURAS presented this hardware as a preview of cooling needs for future GPU architectures. The company did not list specific pricing or release dates for the cooler.
AURAS showcased additional liquid cooling options for AMD SP8/SP7 EPYC processors during the same event. These solutions target Intel's next-generation Diamond Rapids Xeon CPUs as well. The vendor highlighted these server-grade cooling paths alongside the GPU concept.
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