Supermicro’s 1U Ultra Server with Red Hat Enterprise Linux 7.5 using a Solarflare network stack achieves World Record on STAC-N1™ benchmark with Mean Latency of 2.3 microseconds

Resource Saving Architecture optimizes power, cooling, shared resources and refresh cycle costs to save millions in TCO and reduce Total Cost for the Environment (TCE)

Supermicro is highlighting Resource Saving Systems that help address the Global Environmental Impact of IT Infrastructure and provide improved TCO, including the SuperBlade® and multi-node BigTwin™ along with All-Flash NVMe Composable Storage Solutions

Supermicro expands industry-leading GPU-optimized system portfolio to address the market demand for 10x growth in deep learning, AI, and big data analytic applications

Designed for the Next-Generation of AI, New HGX-2 System with 16 Tesla V100 GPUs and NVSwitch leverages over 80,000 Cuda Cores to deliver unmatched performance for deep learning and compute workloads

Already proven at the most demanding e-commerce, social and cloud installations, these multi-node BigTwin™, SuperBlade®, 1U Cloud Storage configurations deliver Flexible Cloud Scale Efficiency and Performance to today’s Datacenter

Multi-node SuperBlade®, BigTwin™ & All-Flash NVMe Composable Storage Solutions with Supermicro RSD 2.1 optimized for Cloud and Datacenter environments

Thermally-optimized All-Flash 1U Server and JBOF support 32 front loading hot-swap NVMe "Ruler" Form Factor for the Intel® SSD DC P4500 to maximize datacenter storage density (TB per rack unit)

Compact, dense, low-power and low-latency systems based on Intel® Xeon® D-2100 processors and Intel® Atom® C3000 processors designed for Software Defined Networking (SDN), Network Functions Virtualization (NFV), SD-WAN and vCPE applications

Advanced Peta-scale NVMe pooled storage shared by up to 12 hosts and dynamically managed from OpenStack for flexible high-performance cloud infrastructure