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Supermicro® Announces Worldwide
High-Volume Availability of New FatTwin™
High-Capacity, Energy Saving FatTwin Platform Reduces TCO in Large Scale Data Center Deployments

San Jose, CA, August 7, 2012 - Super Micro Computer, Inc. (NASDAQ: SMCI), a global leader in high-performance, high-efficiency server technology and green computing, has ramped up production of its FatTwin server platform, the latest evolution of their Twin architecture featuring high-performance, dual-processor, 8/4 hot-pluggable node configurations ideal for large scale Data Center and Cloud Computing deployments. The Data Center Optimized (DCO) 4U FatTwin features air-flow optimized designs that support 135W CPUs at 35°C (130W CPUs @ 47°C) delivering maximum performance while eliminating costly air-conditioning to dramatically reduce TCO. This extremely versatile platform is designed around industry standards and fits into existing 19" rack cabinet IT infrastructure. FatTwin servers are distributed and supported globally from Supermicro's operations centers in Silicon Valley, USA, the Netherlands and its Science and Technology Park in Taiwan.

"Interest in our FatTwin platform's advanced technology and operational savings has grown since our initial launch and we are excited to deliver higher compute capacity and performance along with maximum energy and cooling efficiency in volume to customers worldwide," said Charles Liang, President and CEO of Supermicro. "For high capacity needs, the 4U, 4-node FatTwin supports an impressive 8 hot-swap 3.5" HDDs per node. For high performance applications, FatTwin can be configured to support up to 135W CPUs. Our unique FatTwin architecture provides customers the lowest TCO while boosting performance and new models are just around the corner, optimized for HPC with high-density GPU support and Hadoop, big data analytics applications."

The 4U FatTwin is available in an 8-node configuration with 6x 2.5" hot-swap HDDs per node (SYS-F617R2-RT+/SYS-F617R2-R72+) and a 4-node version with 8x 3.5" hot-swap HDDs per 1U node (SYS-F627R3-RTB+/SYS-F627R3-R72B+). Both 8-node and 4-node platforms support dual Intel® Xeon® E5-2600 series processors per node. 256GB in 8x DIMM slots and up to 512GB of 1600MHz memory in 16x DIMM slots are also supported depending on configuration. Maximum energy efficiency and high-availability is achieved with 4x 1620W Redundant Platinum Level (94%+) power supplies in 8-node and 4x 1280W Redundant Platinum Level (95%) Digital power supplies in 4-node systems. Uptime security can be further increased and additional UPS expenses can be eliminated using Supermicro's high-efficiency Battery Backup Power (BBP™) modules. New to both FatTwin 8-node and 4-node platforms is the addition of Front I/O configurations optimized for rapid serviceability and maintenance in large scale Data Centers. In addition, individual nodes can now be purchased for onsite spare backups. Supermicro also offers power, BIOS, and firmware management through its Data Center Management software.

FatTwin delivers maximum performance, efficiency and versatility for scientific, research, engineering, and enterprise organizations requiring high-performance, scalable computing and storage solutions for mission-critical applications. The platform is optimized for process intensive database driven applications including Big Data and Hadoop analytics, gas and oil exploration, HPC, computational finance, search engines, design and modeling, simulation and many other applications.

For complete information on Supermicro's high performance, high-efficiency FatTwin™ architecture, For more information on Supermicro's comprehensive line of server, storage and complete integrated SuperRack® solutions visit



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