FatTwin
The Supermicro FatTwin™ is an energy-efficient and high-density multinode server system that revolutionizes Green Computing. It supports critical applications while reducing Data Center TCO and extends the compute and storage capabilities of Supermicro's existing Twin SuperServer systems to achieve increased performance and power efficiency. Discover our BIGTWIN SERVERS as an integral part of this evolutionary step. Due to its shared components and modular architecture, the FatTwin™ improves cost-effectiveness and reliability, making it a flexible and easy-to-maintain solution for a variety of environments, including Enterprise, Data Center, Cloud Computing, HPC, Financial, Science and Engineering, and File and Storage Servers.
With its versatile configurations, the FatTwin™ can be optimized for different workloads, such as cluster computing, big data processing, and virtualization-ready multinode servers. It also offers expandable multinode systems and high-availability FatTwin solutions, making it a great choice for mission-critical applications. Find and configure the variety of FatTwin systems in this category to experience the benefits of this performance-optimized multinode server system.
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FatTwin SuperServer SYS-F619P2-RC0 - 8 nodes
8 Hot-plug System Nodes in 4U
Compute Intensive Applications
Data Center24 122.23 € -
FatTwin SuperServer SYS-F511E2-RT - 8 nodes
Hyperscale / Hyperconverged
HPC and Big Data
Telco Data Center
Data Center Enterprise Applications20 884.74 € -
FatTwin SuperServer SYS-F610P2-RTN - 8 nodes
HPC and Big Data
Scale-Out Storage
Hyperscale / Hyperconverged
Data Center Enterprise Applications
Telco Data Center and ETSI certified
Virtualization Server26 604.51 € -
FatTwin SuperServer SYS-F620P3-RTBN - 4 nodes
Hyperscale / Hyperconverged
HPC and Big Data
High Capacity and Ultra Dense Storage
Data Center Enterprise Applications
Telco Data Center and ETSI certified
Virtualization Server (VSAN)14 878.50 € -
FatTwin A+ Server AS-F1114S-FT - 8 nodes
Hyperscale / Hyperconverged Solutions
Cloud Computing
Cluster Node
Data Center
HPC cluster computer nodes17 068.82 € -
FatTwin A+ Server AS-F1114S-RNTR - 8 nodes
Hyperscale / Hyperconverged
HPC and Big Data
Scale Out Storage
Data Center Enterprise Applications
Telco Data Center
Virtualization Server16 576.13 € -
FatTwin A+ Server AS-F2014S-RNTR - 4 nodes
Hyperscale / Hyperconverged
HPC and Big Data
Scale Out Storage
Data Center Enterprise Applications
Telco Data Center
Virtualization Server9 949.63 € -
FatTwin SuperServer SYS-F619P2-FT+ - 8 nodes
Compute Intensive Applications
Data Center
HPC and Enterprise Applications
Root of Trust support
Hyperscale, Hyperconverged22 270.68 € -
FatTwin SuperServer SYS-F619P3-FT - 8 nodes
Compute Intensive Applications
Data Center
HPC and Enterprise Applications
Hyperscale, Hyperconverged22 430.62 € -
FatTwin SuperServer SYS-F619P2-FT - 8 nodes
Compute Intensive Applications
Data Center
HPC and Enterprise Applications
Hyperscale, Hyperconverged21 899.30 € -
FatTwin SuperServer SYS-F629P3-RTBN - 4 nodes
4 Hot-plug System Nodes in 4U
Compute Intensive Applications
Data Center12 384.20 € -
FatTwin SuperServer SYS-F629P3-RTB - 4 nodes
4 Hot-plug System Nodes in 4U
Compute Intensive Applications
Data Center11 993.50 € -
FatTwin SuperServer SYS-F629P3-RC1B - 4 nodes
4 Hot-plug System Nodes in 4U
Compute Intensive Applications
Data Center13 359.88 € -
FatTwin SuperServer SYS-F629P3-RC0B - 4 nodes
4 Hot-plug System Nodes in 4U
Compute Intensive Applications
Data Center12 848.97 €
Supermicro BigTwin™
The Supermicro BigTwin™ is the ultimate 2U multi-node system that provides high performance processor, memory, storage, I/O, and excellent thermal capacity. The latest generation of Supermicro's Twin architecture is specially designed for various workloads and optimized for future technology breakthroughs. Discover the complete range of BigTwin™ systems in this category and choose from a range of versatile, scalable, and energy-efficient BigTwin server solutions suitable for HPC and AI, virtualization, cloud computing, data centers, and mission-critical workloads.