Posts Tagged ‘scale-out architecture’

Posted January 23rd, 2013

Shared SSD Arrays for Big Data Performance and Reliability

Speed isn’t everything

By Kaminario
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sharingA November 30 Fusion-io blog entry, Cisco and Fusion-io Tackle Big Data with Oracle NoSQL, highlights blazing NoSQL big data performance achieved by a Cisco Unified Computing System (UCS) configured with server-based Fusion ioDrive2  SSD. The blog and linked Cisco Solution Brief discuss the importance of near-real-time performance when running operations on user profile data in an e-commerce transaction scenario. Fast performance is key to e-commerce customer satisfaction and can be difficult to achieve with the widely fluctuating workloads typical of a busy e-commerce site.

Fusion-io and Cisco make a compelling argument for SSD in near-real-time big data scenarios and for server-based SSD in particular. However, it’s important to remember that for business critical big data applications, you need scalability and bulletproof reliability as well. There’s another solution that is both more reliable and more efficient than server-based SSD: SSD arrays such as the Kaminario K2.  Here are some reasons why you should consider an SSD array, and, specifically, a Kaminario K2 with its Scale-out Performance Storage Architecture (SPEAR), for your near-real-time big data needs. Read the rest of this entry »

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Posted May 7th, 2012
Gareth Taube

Array Rumble at Storage Tech Field Day

SSD ARRAY VENDORS FACE OFF OVER SOLID-STATE STORAGE ARCHITECTURES

By Gareth Taube, Vice President Marketing, Kaminario
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SSD Vendors RumbleAnother interesting seminar at Stephen Foskett’s Tech Field Day, hosted by Nigel Poulton, addressed the best architecture for an SSD array. Participants included Thomas Isakovich, CEO and Founder of Nimbus Data Systems, Umesh Maheswhari, CTO and founder of Nimble Storage, Jonathan Goldick, software CTO at Violin Memory, and Dave Wright, founder and CEO of SolidFire. It was a pretty lively debate, with Goldick grinning broadly through much of it and taking jabs at the others. One couldn’t help but wonder what he was grinning about.

The truth is, there was a lot of disagreement over the best array architecture and sometimes the argument got a tad heated and personal, much to the delight of the audience. However, there were three things everyone could agree to. First, the best architecture is one that provides an ideal balance of scalability, share ability, reliability, and performance, not performance alone. Second, for all but the few most performance- and latency-sensitive applications, it’s more important to provide consistent, predictable performance for an array of applications, than to provide the absolute best performance. And third, the best architecture is a mix of commodity hardware and a software architecture designed from the ground up for SSD. Sound familiar? Read the rest of this entry »

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