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The world of IT is in the midst of a massive structural shift from the PC and client/server-based "2nd Platform" that dominated the last 25 years, to what IDC calls the "3rd Platform," which is built on a foundation of mobile computing, social media, big data and analytics, and cloud technologies.
SanDisk DAS Cache is a server-level caching software product for Direct Attached Storage that accelerates application performance for workloads such as OLTP, OLAP, HPC, and Business Analytics.
SSDs can dramatically improve performance for these applications by delivering very high I/O performance at a very low latency. They do so without relying on mechanical devices, but rather by leveraging semiconductor memory. That memory is nonvolatile, so that power outages will not cause data to be lost; on the contrary, the data will be retained for later use.
This paper outlines the benefits and cost of replacing your database volume’s traditional spinning hard disk drives with SanDisk solid-state drives (SSDs). Testing, using the TPC-E industry benchmark, was conducted for this paper during Q1 of 2014.
Solid State Drives (SSDs), with their inherent high performance, high capacity and support for enterprise workload acceleration, have become a driving force in the enterprise.
Learn more about SanDisk and Kaminario indexing 100 million emails and attachments at a processing rate of 7.2M messages per day.
Flash is beginning to affect every type of data center workload and application. Flash-based storage systems not only accelerate performance, they also bring IT flexibility and business agility into the overall IT equation—a must for CIOs who are continually challenged to maintain budgets, while increasing business agility and lowering TCO.
This technical paper addresses the benefits of using SanDisk SSDs within a scale-out Hadoop cluster environment by describing 1TB Terasort testing conducted on a Big Data/Analytics Hadoop cluster using SanDisk solid-state drives (SSDs).
FlashGuard™ Technology from SanDisk®, extracts more endurance from MLC flash using aggregated flash management and advanced signal processing technologies.
The Optimus MAX™ 4TB SSD is the industry's first SAS SSD to deliver the powerful combination of SSD superior endurance, maximum capacity and industry-leading reliability. Learn how this SSD is optimized for mixed-use application workloads for enterprise, cloud and virtualized data centers.
Maximum bandwidth and performance for a variety of write-intensive, mixed-use and read-intensive applications.
Maximize bandwidth with low latency read speeds for the highest, most cost-effective performance.
Maximum bandwidth with high speed data transfer rates where quick access to data is essential.
Maximum bandwidth with high availability and superior data integrity for demanding big data analytics.
SanDisk's new Lightning® Gen. II product family of 12Gb/s SAS SSDs doubles interface speed and bandwidth to provide the most cost-effective performance for mission-critical hyperscale, cloud and virtualized data centers.
Achieve ultimate capacity and scalability for maximum TCO savings.
Cost-effective storage for demanding read- and write-intensive workloads with excellent performance.
Cost-effective storage for demanding write-intensive workloads with excellent performance.
Cost-effective storage for mixed-use and read-intensive workloads with excellent performance.
When it comes to storage, most enterprises seek the same things: predictable performance, trusted reliability and superior value.
Proven, industry-leading storage solutions for the enterprise.
Outstanding performance for a variety of write-intensive, mixed-use and read-intensive applications
Outstanding performance for a wide variety of mixed-use and write-intensive applications.
Faster Transaction Processing with HP Smart Array P421
Today’s enterprise IT managers face the age-old data center dilemma—how to satisfy performance demands without significant new IT capital investments or increasing floor space. What’s more, the power demands of their traditional hard disk drive (HDD) storage have increased over the years, painting IT into a corner.
Accelerate your data center with low cost-effective performance.
Call out of HP products embedded with SanDisk Lightning Mixed drives. Learn about the applications and capabilities for these products.
An enterprise solution that delivers over 50 times the I/O performance of SAS 15K HDDs
An enterprise solution that provides vital data transfer within milliseconds.
An enterprise solution that provides accelerated performance with superior reliability
NetApp® storage arrays with SanDisk® enterprise solid-state drives (SSDs) deliver space and energy efficiencies, reliability, and performance for data centers running applications with high input/output operations per second (IOPS) requirements.
An enterprise solution that provides on-demand performance for multiple users.
Outstanding performance for a wide variety of write-intensive application workloads.
Everyone in IT knows that big data is a force to be reckoned with. The market is exploding with massive quantities of structured and unstructured data, which must be collected, sorted and stored safely.
With the advent of cloud-based services and the growing need for consolidation and data center efficiency, more enterprises are turning to virtualization as a way of optimizing processing power while minimizing energy usage and footprint.
"SanDisk’s heritage of innovation in flash storage technologies has led to the development of our flash-optimized software technology enabling applications to capitalize on the benefits of flash scalability and performance."
This white paper explores the causes of the shift and the implications for the legacy technology—the traditional hard disk drive (HDD)—and presents the case for a new technology: the solid state drive (SSD).
SSDs boast the combination of increased I/O (input/output) throughput and greater power density (IOPS/Watt), which can accelerate applications and enable data center footprint reductions; a compelling argument for evaluating SSD drives.
Proprietary suite of enterprise features and endurance enhancement technologies make the most cost-effective NAND flash enterprise-ready.
Learn how to accelerate your business.
Learn what makes SSDs reliable.
Optimus® SAS SSDs from SanDisk® deliver cost-effective endurance, reliability and data loss protection of MLC flash with our proprietary Guardian Technology™ Platform; these SSDs are designed for the data center.
The Guardian Technology™ Platform from SanDisk® alters MLC NAND flash to deliver cost-effective solid state drives for the data center.
The rate at which storage performance of hard drives has grown is well below the rate of compute and networking. This paper discusses how solid state technology attempts to address the performance requirements and how it will impact this environment and potentially change infrastructure requirements.
"Data is constantly created, gathered, stored, accessed, sorted and applied. It can be used to solve problems, access personal information, track progress, increase sales, and a myriad of other reasons."
"The growth in data being created, manipulated, and stored continues unabated across businesses of all sizes. Compounding the challenge of keeping up with this data growth is the rapid growth in regulations related to how and where information is stored."
‘More and faster’ seems to be the focus of many solid state storage devices that are designed to improve application performance. Maximum IOPS, throughput and capacity are what’s emphasized as server-side flash solutions compete for attention in the marketplace and for business in the data center.
"The inherent nature of NAND flash technology requires sophisticated flash management techniques to make it a practical storage medium for computing systems."
"This document addresses key concepts of erasing user data in both HDDs and SSDs. More specifically, this explains why traditional HDD data erasing methods are not entirely effective for eliminating user data and why SSD specific features, like secure erase, are more effective."
Solid State Disks reserve a portion of their total flash address space for “Over Provisioning” (OP), a percentage of the total physical memory reserved by the SSD and not part of the device’s logical address space.
Threats to data integrity in Solid State Drives, as in HDDs, fall into two basic categories: NAND flash memory errors (analogous to media errors in HDDs) and errors that occur to data in-flight either to or from the flash.
Enterprise and industrial storage system power supplies are designed with the highest reliability in mind, and subsystem designers are careful in selecting the most reliable regulation components. However, the reality is that power to data storage drives does occasionally fail.
Learn how these SATA SSDs deliver high performance for enterprise data centers, hyperscale and cloud computing environments.
This next generation of 19nm SATA SSDs designed for endurance and optimization in enterprise and cloud computing environments.
Cost-effective storage for multiple workloads with excellent performance, capacity, endurance, and reliability.
CloudSpeed™ SATA SSDs from SanDisk® are designed for cloud and hyperscale data center environments and provide 5x greater endurance over client SSDs.
Interview with John Scaramuzzo, Senior Vice President, Enterprise Storage Solutions, SanDisk
"The CloudSpeed SSD family was designed to specifically address the growing need for SSDs that are optimized for enterprise server and cloud computing environments by enabling enterprise organizations and OEMs to choose the endurance points required for their applications without having to qualify multiple SSD platforms."
An enterprise solution that accelerates data center application performance
Learn about Lightning PCIe Solid State Accelerator.
Data centers are being forced to deal with a new reality. While data sets are growing faster than ever before due to cloud computing, big data analytics and mobile device use, businesses and end users are simultaneously demanding access to information in near real-time.
In November 2013, SanDisk commissioned Forrester Consulting to conduct a Total Economic Impact (TEI) study and examine the potential value that enterprises may realize by deploying FlashSoft software. The purpose of this study is to provide readers with a framework for evaluating the potential financial impact of FlashSoft software on their organizations.
In the midst of a noisy marketplace with many vendors touting acceleration solutions, it clearly became evident in Taneja Group Labs that SanDisk has one of the more sophisticated architectures in the marked for server-side acceleration. Read this technology validation to understand how Taneja Group arrives at this conclusion.
SanDisk customers share their experiences with using Flashsoft software, including significant improvements in application performance, greatly increased levels of efficiency in the data center, and seamless integration.
FlashSoft for VMware vSphere enables a solid-state storage device (SSD) to function as a cache for frequently accessed hot data in a server.
FlashSoft for Windows Server enables IT managers to cost-effectively boost database and application performance on Windows Server 2008 R2 & reduce I/O overhead on storage infrastructure.
FlashSoft for Linux enables IT managers to cost-effectively boost database and application performance on Linux servers while simultaneously reducing I/O overhead on storage infrastructure.
Cloud Plus delivers Private Cloud Solutions to companies across Australia and New Zealand, with a mission to remove the cost and complexity from cloud computing.
By utilizing FlashSoft for VMware® vSphere®, the business keeps its promise of high levels of uptime while keeping the cost of the service down.
FlashSoft software enables Middle Tennessee Ear, Nose and Throat to fully utilize their existing IT infrastructure to deliver the performance improvements necessary to provide a better patient experience and continue to grow their business.
Maximizing the value of a VMware caching solution involves more than developing algorithms to determine the hottest data and figuring out ways to keep that data in the cache. It also means getting the most out of that expensive flash capacity supporting the VMware cache implementation.
Solid-state drives (SSDs) have become more viable for boosting enterprise application performance and now the new Microsoft Windows Server 2012 R2 adds improved SSD support.
Storage caching enables the use of a very fast storage area, typically flash, to intelligently store the most frequently accessed data objects and improve application performance.
Storage Switzerland analyst Eric Slack presents a user-level introduction to the key features and business value of the FlashSoft Active Data Management solution.
FlashSoftTM Software from SanDisk® and ViridentTM FlashMAXTM PCIe Storage Class Memory Increase MS SQL Performance Over 6x!
FlashSoft™ Software for VMware® vSphere® reduces I/O latency by enabling a server-tier solid-state (SSD) device as an intermediate cache for disk-based storage.
FlashSoft™ Software for VMware® vSphere® reduces I/O latency by enabling a server-tier solid-state (SSD) device as an intermediate cache for disk-based storage. The results of this test run by SanDisk shows increased VM density and application performance on VMs.
This report describes the results of performance increases noticed using an OLTP workload test representing a complete computing environment based on an order-entry scenario.
Crane Merchandising Systems, a leading provider of technologically advanced, automatic vending equipment relies on SanDisk to help turn collected data into actionable business information.
With FlashSoft, SanDisk’s legal department maximized the number of searches enabling the litigation team to sharpen searches, reducing data volume and costs associated with legal review.
High performance solid state storage with extremely low latency at memory speeds.
The ULLtraDIMM™ SSD from SanDisk® provides flash-based storage in a DIMM for factor fitting into any existing server memory slot for enterprise applications that demand ultra-low latency.
The ULLtraDIMM™ SSD from SanDisk® is a flash-based storage device that places storage next to the CPU insuring the shortest and fastest path to data with a sub-5 µsec write latency for demanding enterprise applications.
This whitepaper demonstrates how enhancing MongoDB with SanDisk ZetaScale technology will improve the performance of MongoDB by up to 3x over SSDs alone and 20x over HDD.
Combining SanDisk ZetaScale Software with the GigaSpaces XAP platform allows Real Time Analysis of very large datasets at reduced TCO.
In order to support high-volume web sites, cloud computing, and new enterprise applications, data centers require more servers, more disks, more rack space, and additional power and cooling.
ZetaScale Software optimizes in-memory compute, real-time analytics and NoSQL database applications—to scale larger and process big data faster—at a much lower cost than DRAM.