Cisco UCS with GigaSpaces XAP - Massive Performance at Unbeatable Cost
GigaSpaces XAP is a high-end application server with the world's leading in-memory data grid built in. XAP is fully integrated with Cisco's Unified Computing System (UCS), enabling unbeatable performance with the lowest resource utilization and the shortest time to market.
GigaSpaces XAP is a high-end application server with the world's leading in-memory data grid built in. XAP is fully integrated with Cisco's Unified Computing System (UCS), enabling unbeatable performance with the lowest resource utilization and the shortest time to market.
Benefits Together |
Cisco UCS Capabilities |
GigaSpaces XAP Capabilities |
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Consolidate resources & reduce costs |
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Seamlessly scale out to meet growing application requirements |
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Unique architecture for better application performance |
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Solution Overview
The Cisco UCS/GigaSpaces XAP Joint Solution Provides:
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A single integrated system that brings together compute, network and storage access, and an in-memory application platform,
designed for large-scale, distributed or virtualized, multi-tenant environments
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The ability to easily store, manage, and transact terabytes of data in-memory with up to 20X less resources.
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Cost-effective memory scaling without having to scale up - the UCS B250 with Extended Memory Technology provides up to
384GB of memory per blade with extremely large and efficient JVMs and the ability for applications to deploy very large data partitions.
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A complete "Shared Nothing" architecture from NIC to core to the application level -- providing performance and scale beyond
any other solution on the market today.
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An elastic system that scales dynamically to meet changing application load and performance requirements
Webcast: Cisco UCS and GigaSpaces XAP: Massive Performance at Unbeatable Cost
Who Can Benefit from Using the UCS/XAP Joint Solution?
Enterprises looking to boost the performance of their data-intensive applications, such as real-time analytics, can use UCS extended memory to store large sets of data in-memory. And with GigaSpaces XAP data distribution technology making the entire memory cluster appear as a single unit, each analytics process can access the data without a network call, boosting performance by up to 10x.










