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Adaptec Maxcache™ SSD Caching Solutions: Reduce Latency by 13X; Improve Application Performance by up To

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Adaptec Maxcache™ SSD Caching Solutions: Reduce Latency by 13X; Improve Application Performance by up To Adaptec maxCache™ SSD Caching Solutions: Read Caching1 Performance — IOPs and2 Latency Reduce Latency by 13x; Improve Application SAS HDDs SAS HDDs w/maxCache SAS HDDs SAS HDDs w/maxCache Performance by up to 13x 50,000 100 40,000 What is SSD Caching? 75 30,000 ms SSD caching uses Solid State Drives (SSDs) and Hard Disk Drives (HDDs) to alleviate the bottleneck that can I/Os 50 20,000 occur between server processors and hard drives by intelligently routing data to the performance-optimized location. 10,000 25 0 0 SSD Caching and Adaptec maxCache SSD Caching Solutions I OP s Latency Adaptec maxCache 2.0 delivers up to 13x performance improvement in read-intensive I/O operations per • RAID 0 performance comparison under 100% Random Read IOmeter workload second (IOPs), and up to 13x latency reduction in read-intensive applications. Adaptec maxCache 2.0 also • SAS HDDs: eight 300GB 15k SAS HDDs in RAID 0 • SAS HDDs with maxCache3/5 2.0: eight 300GB 15k SAS HDDS in RAID4/6 0 with two 100GB introduces caching of write data to leverage the performance and latency capabilities of SSD technology SATA SSDs for maxCache cache pool for workloads with reads and writes. SAS HDDs SATA HDDs w/maxCache SAS HDDs SATA HDDs w/maxCache Adaptec maxCache 2.0 is available on 6Gb/s Series 6Q RAID controllers. Why Do Your Customers Need SSD Caching? 125 2,000 Information Technology (IT) and cloud computing environments around 1,600 100 the world are facing intense pressure to reduce capital and operating costs 75 while maintaining the highest levels of system1,200 performance. ms ms 800 50 The acceleration of IOPs and reduction of latency provided by maxCache 25 SSD Caching Solutions allows data center400 and cloud computing environ- ments to host more users and perform more transactions per second, and 0 0 reduce theAvg overall Latency server hardware investment necessaryMax to supportLatency a given workload. The reduction in servers has an additional financial benefit of reducing associated operating costs of power, cooling, and maintenance, delivering a highly reduced total cost of ownership (TCO) solution. Grow Your Business with PartnerPlus www.adaptec.com/partnerplus/en-gb/ Email: [email protected] Call: 01276 854528 Adaptec maxCache™ SSD Caching Solutions How maxCache 2.0 Works: Adaptec maxCache 2.0 SSD Caching leverages a Learned Path Algorithm that identifies frequently- Glossary accessed data and optimizes reads and writes by moving a copy of this data directly into an SSD cache for faster retrieval of future requests. Capital Expenses: Money spent by a company to purchase physical assets, such as IT equipment. By leveraging its unique presence in the data path to create a “cache pool” of “hot” data, maxCache 2.0 SSD caching can provide significant performance gains compared to HDD-only deployments. “Cold” data: Data which is accessed infrequently or written continuously. Cold data is typically less timely than “hot” data, such as week-old emails. Adaptec maxCache solutions are application-agnostic and do not require changes to storage architec- tures, application software or operating systems. Flash memory: A type of solid state (no moving parts) memory that can be erased and reprogrammed. It is mainly used in memory cards and USB thumb Data Center with drives for general storage. Flash memory is non-volatile, which means it can retain maxCache 2.0 stored information even when not being powered. Enabled Servers Write Operations Hard Disk Drive (HDD): A motorized mechanical device that stores data on rotating magnetic platters. HDDs are typically slower than flash memory. SSD Cache Pool “Hot” data: Data which is accessed frequently, such as recent emails or popular products on an e-commerce site. Adaptec Cache Solutions store copies of “hot” HOT READ HOT READ data blocks on SSD cache for fast retrieval. Operations Copy I/O: Input/Output. Any operation that moves information from a disk or another COLD READ device to a computer. Operations IOPs: Input/Output operations per second. IO Intensive Applications Latency: The delay in performance that occurs when sending a packet of data from one designated point to another. Adaptec maxCache 2.0 delivers performance benefits for both read and write operations. Operating Expenses: An ongoing cost for running a business, or system. IT-related operating expenses include the costs of employees to monitor and maintain systems, as well as energy costs. Grow Your Business with Adaptec Solid State Drive (SSD): A data storage device that uses non-moving flash Adaptec maxCache 2.0 helps you sell into Data center and cloud computing environments memory instead of the rotating platters of a hard disk drive to store data. SSDs with high “read” demands, such as web serving, file serving, and databases, as well as I/O- typically outperform HDDs. intensive environments with mixed workloads, including OLTP, Microsoft Exchange Server, and High-Performance Computing. For more information: www.adaptec.com/en-us/_common/maxcache © Copyright PMC-Sierra, Inc. 2012. All rights reserved. PMC, PMC-SIERRA and Adaptec are registered trademarks of PMC-Sierra, Inc. “Adaptec by PMC” is a trademark of PMC-Sierra, Inc. Other product and company names mentioned herein may be trademarks of their respective owners. For a complete list of PMC-Sierra trademarks, see www.pmc-sierra.com/legal. INTRO-SSD-032712.
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