Depending upon the choice of processors, the newSupermicro Fat Twin 4U server can operate at temperatures up to 117 F (47 C), allowing the servers to take advantage of free air cooling solutions in a wide range of environments.
Air cooling is a very primitive method employed in cooling systems. The use of this technology dates back to the invention of the fins used in modern day vehicles. They transfer heat to free air. The transfer of heat here occurs by radiation form of heat transfer, where the medium of transfer for heat is air. Generally when heat transfer occurs through radiation principle it involves electromagnetic rays hence the direction of absorbed heat can be altered by
The new Fat Twin is a high-density, eight node server solution, the design goals focused on delivering a highly capable server while improving Total Cost Ownership by focusing on power efficiency. Both performance per watt and performance per dollar considerations were applied throughout the design process. This resulted in changes to mother board designs, minimized power distribution losses, and minimization of parasitic issues, such as the power necessary to drive the server fans. Properly implemented, the Fat Twin is capable of reaching a PUE of below 1.1, according to Supermicro.
The Fat Twin systems are highly configurable, fitting in a stand 10 inch rackmount. While there are standard configurations that optimize the PUE, energy efficiency, and density of the servers, the configuration options allow the customer to customize the fat twin to meet their specific needs.dar
The system nodes are all hot-swappable, can support up to 512 GB of memory, are available with both hardware and software RAID solutions, have built-in management capabilities via an onboard dedicated LAN port that supports IPMI 2.0, and a pair of GbE ports with an Intel i350 controller.
The standardized form factor and optimized components of the Fat Twin provide additional flexibility for datacenter operators, especially smaller facilities that are not interested in or appropriate for other high-0density solutions such as blade servers. Having some basic information about the efficiency potential of your servers simplifies energy efficiency planning for potential customers.
Super Micro Computer, Inc. or Supermicro® (NASDAQ: SMCI), a global leader in high-performance, high-efficiency server technology and innovation is a premier provider of end-to-end green computing solutions for Enterprise IT, Datacenter, Cloud Computing, HPC and Embedded Systems worldwide. Supermicro’s advanced server Building Block Solutions® offers a vast array of modular, interoperable components for building energy-efficient, application-optimized, computing solutions. This broad line of products includes servers, blades, GPU systems, workstations, motherboards, chassis, power supplies, storage technologies, networking solutions and SuperRack® cabinets/accessories. Architecture innovations include Twin Architecture, SuperServer®, SuperBlade®, MicroCloud, Super Storage Bridge Bay (SBB), Double-Sided Storage™, Universal I/O (UIO) and WIO expansion technology all of which deliver unrivaled performance and value.
KEY TECHNOLOGY SOLUTIONS SUPERMICRO PROVIDE INCLUDE:
- Application Optimized Server Solutions
- Economical Power Efficiency and Thermal Management Systems
- Flexible Expansion Capabilities – Universal I/O
- Hybrid CPU + GPU Supercomputing Systems
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