Applications

Force10 Networks works in close partnership with organizations that are at the forefront of deploying cluster and grid applications. With its reliable Gigabit and 10 Gigabit Ethernet switch/routers, Force10 is integral to many of the world’s most powerful supercomputers.

In fact, Force10 switch/routers are utilized in more than 30 percent of the top 40 most powerful supercomputers in the world, including the most powerful IBM, Sun Microsystems, Cray and Dell supercomputers, according to the Top500.org list of the world’s fastest supercomputers. 

Ranked number one on the Top500 list, the IBM-based Roadrunner supercomputer at Los Alamos National Laboratory the first supercomputer to reach peak performance of one Petaflop and utilizes the Force10 TeraScale E-Series to anchor the supercomputer within the network.

In addition to powering the fastest supercomputer in the world and the U.S., the Force10 Reliable Networking product portfolio also powers the fastest supercomputers in Europe, Russia and Korea.

Switch/Router key buying factors:

• Fault tolerant design enabling high application uptime even during Hitless component failover
• Deep buffering and congestion management technology ensures maximum network efficiency
• Ultra high density combined with system resiliency to ensure less network elements lowering capital and operating costs

 

Case Studies

• Danish Center for Scientific Computing
• Stan Winston Studios
• Baylor Human Genome Sequencing Center
• Penn State
• Grid Technology Research Center
• CTC
• CERN
• NCSA
• SDSC

Industry Trends

• The Top Ten Supercomputers
• Supercomputer Anatomy: Role of Ethernet
• Ethernet Based High Performance Computing Clusters
• Data Center Consolidation & Virtualization

 

White Papers

• IP Storage over 10 Gigabit Ethernet
• Low Latency 10 GbE Switching
• Next Generation Switch/Routers
• Managing Data Center Power and Cooling
• Buffering at 10 Gbps for Congestion Management
• Digital Media / Role of Ethernet
• 10 Gigabit Ethernet WAN PHY

Product Info

• E-Series overview
• FTOS Modular Operating System
• High availability
• Hot Lock™ ACLs

 

[+|-]Where the E-Series Fits

 

Cluster Connectivity Requirement Benefits of E-Series & High-performance Ethernet

User I/O

• High-speed (Gbps / 10 Gbps) & reliable connection to any router, firewall, or switch
• Predictable Layer-2 switching & Layer-3 routing in one device, simplifying network core and WAN topologies
• Flexible, cost-effective, standards-based Ethernet leverages existing knowledge base

Storage I/O

• No distance limitation for extending reach over the WAN
• High-speed (Gbps / 10 Gbps), reliable & flexible access to multiple storage sites
• Transport of SCSI (iSCSI) or Fibre Channel (FCIP) for Storage Area Networks (SAN)
• IP is the standard protocol for file level Network Attached Storage (NAS)

Management I/O

• Massive aggregation to capture existing Ethernet connections included on every server
• In-band management can overlay existing networks for high ROI, simplified topology
• Out-of-band management for maximum resiliency and security

Interconnect I/O

• High performance Ethernet is suited for all but the most latency tuned cluster applications (< 10 microseconds)
• Massive aggregation capacity per switch/router, >1,200 ports per chassis, more CPU connections per rack inch
• Simple, familiar and cost effective cabling

When the topology is all Ethernet

• High availability through zero packet loss hitless failover E-Series architecture
• Minimize cluster downtime through standards-based Layer-2 and Layer-3 resiliency protocols (802.1D/s/w, 802.3ad, ECMP)
• Simplify through density, all four I/O functions built around E-Series core, maximum scalability per chassis, longer product life cycles
• Lowest TCO through leveraging one technology, simplifying management, troubleshooting, sparing & training

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