The DALCO X64a offers superior performance and energy efficiency at a breakthrough price point. The combination of the advanced Sixteen-Core AMD® Opteron® Processor architecture delivered in a fully factory integrated cluster solution, backed by DALCO's industry-leading service and support provides customers with exceptional value.

• Support for Eight-Core, Twelve-Core and Sixteen-Core AMD® Opteron® 6100, 6200 series processors
• Fully integrated, pre-packaged solution with a variety of system configurations
• Advanced Intel compilers and development tools
• Scales up to 13TFLOPS in a single 42U rack
• up to 168 sockets with a total of 2688 cores and 24.1TB of memory per rack
• Improved power and cooling efficiency
• DALCO Special Air cooling architecture
• Datacenter floor space reduced by 42%
• Improve reliability, availability and serviceability
• Redundant (Dual-Rail) Infiniband DDR or QDR Interconnect Fabric
• Redundant N+1 power supplies, over 92% efficiency
• Complete DALCO Cluster management system

DALCO X64i cluster solutions combine the flexibility of individual component selection for ultimate application right-sizing, but with the convenience of full factory integration.

DALCO Cluster Management Software (DCMS) features a complete lights-out management solution that comes pre-installed with every system. This software suite offers a web-based management interface that is easy-to-use, making it possible to control the X64i from any location. The management modules include Network Management, Server Management, Cluster Management and Storage Management. DCMS supports multiple networking topologies.

Fully integrated and factory tested DALCO clusters are delivered with a complete cluster management software stack to simplify deployment and management, but can be custom configured for perfect right-sizing.

Choice of SUSE® Linux Enterprise Server, Red Hat® Enterprise Linux Server, Microsoft® Windows® HPC Server 2008 R2 or a combination of Linux and Windows in a dual-boot configuration.

…for demanding applications that require higher reliability and better system management delivering a balanced highly-available supercomputer cluster building block for a wide range of HPC applications such as Computational Fluid Dynamics, aerospace and automotive engineering simulations, petroleum exploration and production, scientific visualization for oil discovery and recovery, research in seismic, weather and environmental sciences, defense and classified research production.