Supermicro at GTC 2018 displays the latest GPU-optimized systems that address market demand for 10x growth in deep learning, AI, and big data analytic applications with best-in-class features including NVIDIA® Tesla® V100 32GB with NVLink and maximum GPU density.

The Supermicro GPU/Coprocessor SuperServer® systems deliver the maximum processing acceleration for the most compute intensive workloads in the smallest physical dimensions.

1U 4 GPU Solution Extends Supermicro’s Leadership in Supercomputing Servers

SuperServers Optimized For NVIDIA® Tesla® GPUs With the Fastest GPU to GPU Interconnections - Most Powerful Solution for Deep Learning Training.

Supermicro introduces its latest generation X11 Ultra SuperServers that deliver the Ultimate cost-performance, feature sets, and expansion flexibility to demanding hyperscale IT environments and mission-critical Enterprise applications.

New generation Intel® Xeon® Scalable processors delivers unprecedented performance, compute density and I/O capacity making real-time high-performance Enterprise-class SQL Server deployments a reality today.

By configuring 10 NVMe SSD drives out of the available 24 all-flash NVMe drive bays, this DWFT Reference Architecture is certified to be sufficient to host a 70TB data warehouse instance. For every data warehouse instance tested, the 2U Ultra system exhibits a great performance per dollar advantage.

Supermicro SuperServer 2028U-TN24R4T+ has achieved excellent scores for the DWFT benchmarks. With 12 NVMe SSD drives, the Reference Architecture is certified to be sufficient to host a 40TB data warehouse instance.

Supermicro SuperServer 2028U-TNR4T+ has achieved excellent scores for the DWFT benchmarks. With total 2x 4TB NVMe SSD drives, the Reference Architecture is certified to be sufficient to host a 22TB data warehouse instance.

Supermicro has partnered with Microsoft to deliver industry's best performing, certified reference architecture for SQL Server® Data Warehouse Fast Track (DWFT) based on the 2U Ultra dual-socket server systems, and utilizing low latency and high throughput NVMe SSDs.