Voltaire Grid Switch

ISR-9024

Part number - 501S30021

High performance, Low latency InfiniBand switching for small to medium sized clusters and grids

Bandwidth availalbe of up to 960Gbps

24 ports in a 1U rack mount chassis

10 - 20 Gbps

Ultra low latency : under 140 nanoseconds

Shipping is $35.00

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Grid Director Switches| Voltaire® Grid Switch™ ISR 9024

Voltaire® Grid Switch™ ISR 9024

High Performance, Low Latency InfiniBand Switching for Small-to-Medium-Sized Clusters and Grids Overview
The Voltaire Grid Switch ISR 9024 is a high performance, low latency, fully non-blocking switch for high performance computing (HPC) clusters and grids. Offering available bandwidth of up to 960 Gbps, the Grid Switch ISR 9024 is a cost-effective alternative to proprietary interconnect technologies. With twenty-four 20 or 10 Gbps ports in a 1U chassis, the standards-based Grid Switch ISR 9024 delivers high bandwidth and low latency at affordable pricing. Using the Grid Switch ISR 9024, you can build high performance clusters and grids that scale from several to tens of nodes.

Key Features
• 10-20 Gbps performance for clusters and grids
• Ultra-low latency: under 140 nanoseconds
• Available bandwidth of up to 960 Gbps
• Built-in high availability
• Ideal for scientific, commercial HPC and enterprise applications
• Architected to provide high MTBF
• Powerful CPU to allow management of fabrics, as well as device management capabilities

Leverage the Performance of InfiniBand
InfiniBand is an industry standard high performance interconnect for high performance computing clusters and enterprise grids. InfiniBand offers high speed 10-60 Gbps bandwidth and low latency capabilities that deliver impressive price/performance. It is the first high speed networking technology to enable low cost server clusters and grids to accomplish complex computing tasks at the same or greater speeds than expensive high-end servers. Flexible for Multiple Applications
To meet varying application needs, the Grid Switch ISR 9024 offers several options of port mixes including SDR 4X ports or DDR ports, with either copper or optical interfaces. High Performance Computing Clusters & Grids
The Grid Switch ISR 9024 is a fully non-blocking switch for configurations of up to 24 ports and serves as a cost-effective building block for FAT Tree topologies of tens of nodes for scientific, commercial HPC and enterprise grid applications. When combined with the Voltaire Grid Director ISR 9288 high port density switch, the Grid Switch ISR 9024 enables the formation of clusters scaling to thousand of nodes. High Availability
The Grid Switch ISR 9024 is built for mission-critical application deployment, featuring redundant, hot-swappable power supplies, as well as an optional hot-swappable fan unit. Benefiting from robust InfiniBand architecture, the Grid Switch ISR 9024 offers a true plug-and-play environment, allowing servers to be added without taking down the fabric. Comprehensive Management
The Grid Switch ISR 9024 provides comprehensive and powerful management capabilities through GridVision™ InfiniBand Fabric Management Software. The management capabilities are enabled in the switch independent of any external management platform and can be accessed via CLI, GUI or SNMP managers. GridVision delivers real-time proactive management by providing: aggregated fabric and resource views, access to a suite of fabric and switch diagnostics, the ability to manage fail-over on all levels, and provisioning of InfiniBand fabrics and the attached server, networking and storage resources. Voltaire Grid Backbone™ Family
Voltaire is the worldwide leader in grid backbone solutions for networked computing in the next generation data center. Voltaire's integrated Grid Backbone Family of multi-service switching solutions and network virtualization software delivers the highest performance, intelligent backbone for grid computing architectures. Leveraging the InfiniBand standard, Voltaire solutions offer improved performance, utilization and scalability across compute clusters, storage and IP networks.