"To further extend our leadership position in GPU computing system architectures, the new 2U Twin GPU architecture features two hot-plug nodes with x16 non-blocking native Gen2 PCI-Express connectivity and redundant 1400-watt Gold Level (93%+ efficiency) power supplies for maximum availability", stated Phidias Chou, vice president of worldwide sales, Supermicro. "With Supermicro's efficient thermal design, these highly parallel, dual-GPU systems are optimized for a wide range of graphics and computationally intensive applications in fields like medical imaging, oil and gas exploration, quantum chemistry, financial simulation, genomics and astrophysics."

The latest addition to Supermicro's family of GPU-based systems, this versatile 2U Twin (6026TT-HD Series SuperServer) introduces an innovative architecture with hot-swappable devices to facilitate easy maintenance and eliminate downtime, while also saving power and space by sharing the same chassis and power supplies. Each computing node features onboard QDR InfiniBand for 40 Gb/second high-bandwidth connectivity and supports six hot-swap 3.5" SATA drives to deliver unprecedented I/O performance.

"GPUs are now being broadly deployed for computing applications in data centres", stated Andy Keane, general manager, Tesla business at NVIDIA. "This innovative 2U design from Supermicro puts industry-best GPU compute density in a highly scalable and manageable product configuration."