flash database

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Published By: Dell PC Lifecycle     Published Date: Aug 13, 2018
The all-flash Dell EMC SC5020 storage array handled transactional database workloads and data mart imports better than an HPE solution without sacrificing performance. With the all-flash Dell EMC™ SC5020 storage array, your company could attend to more customer orders each minute and save time while simultaneously importing data.
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Dell PC Lifecycle
Published By: IBM APAC     Published Date: Apr 27, 2018
While relying on x86 servers and Oracle databases to support their stock trading systems, processing rapidly increasing number of transactions fast became a huge challenge for Wanlian Securities. They shifted to IBM FlashSystem that helped them cut average response time for their Oracle Databases from 10 to less than 0.4 milliseconds and improved CPU usage by 15%. Download this case study now.
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IBM APAC
Published By: Dell EMC     Published Date: Nov 10, 2015
Read this paper to learn how Dell has used its Generation 12 servers powered by Intel® Xeon® processors with direct attached storage to demonstrate that a system with 43% flash and intelligent tiering can perform as well as 100% flash for OLTP databases using Microsoft’s SQL server.
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Dell EMC
Published By: Dell EMC     Published Date: Feb 23, 2017
Want to join your peers in database storage nirvana? Learn how many organizations have benefited from the Dell EMC All-Flash portfolio, powered by Intel® Xeon® processors—and how it can help you can solve the most common database storage challenges: Time-to-market, consolidation, and complexity.
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Dell EMC
Published By: NetApp     Published Date: Jun 03, 2016
One of the most effective ways to address database performance and cost challenges is to modernize the underlying hardware infrastructure. Innovations such as flash storage, converged infrastructure architectures, and sophisticated data management platforms can have a major impact. Learn more in our free eBook: Optimizing Database Storage Performance for Dummies.
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NetApp
Published By: Dell PC Lifecycle     Published Date: Mar 09, 2018
In the end, the Dell EMC VMAX 250F with Intel® Xeon® Processor All Flash storage array lived up to its promises better than the HPE 3PAR 8450 Storage array did. We experience minimal impact to database performance when the VMAX 250F processed transactional and data mart loading at the same time. This is useful whether you're performing extensive backups or compiling large amounts of data from multiple sources. Intel Inside®. New Possibilities Outside.
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Dell PC Lifecycle
Published By: Dell PC Lifecycle     Published Date: Mar 09, 2018
When your company’s work demands a new storage array, you have the opportunity to invest in a solution that can support demanding workloads simultaneously—such as online transaction processing (OLTP) and data mart loading. At Principled Technologies, we compared Dell EMC™ PowerEdge™ R930 servers1 with the Intel® Xeon® Processor Dell EMC Unity 400F All Flash storage array to HPE ProLiant DL580 Gen9 servers with the HPE 3PAR 8400 array in three hands-on tests to determine how well each solution could serve a company during these database-intensive tasks. Intel Inside®. New Possibilities Outside.
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Dell PC Lifecycle
Published By: NetApp     Published Date: Jan 03, 2017
One of the most effective ways to address database performance and cost challenges is to modernize the underlying hardware infrastructure. Innovations such as flash storage, converged infrastructure architectures, and sophisticated data management platforms can have a major impact. Learn more in our free eBook: Optimizing Database Storage Performance for Dummies.
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vmware, storage, cloud, quality of service, virtualization
    
NetApp
Published By: NetApp     Published Date: Mar 05, 2018
One of the most effective ways to address database performance and cost challenges is to modernize the underlying hardware infrastructure. Innovations such as flash storage, converged infrastructure architectures, and sophisticated data management platforms can have a major impact. Learn more in our free eBook: Optimizing Database Storage Performance For Dummies.
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netapp, database performance, flash storage, data management, cost challenges
    
NetApp
Published By: Pure Storage     Published Date: Oct 09, 2017
Storing data is critical. Everyone stores data. Today, it’s all about how you use the data you’re storing and if you’re storing the right data. The right mix of data and the ability to analyze it against all data types is driving markets worldwide in what is known as digital transformation. Digital transformation requires storing, accessing, and analyzing all types of data as fast and efficiently as possible. The end goal is to derive insights and gain a competitive advantage by using those insights to move faster and deliver smarter products and services than your competition.
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data management, data system, business development, software integration, resource planning, enterprise management, data collection
    
Pure Storage
Published By: EMC Corporation     Published Date: Feb 13, 2015
XtremIO all-flash-arrays (AFAs) have redefined everything you know about SQL Server database infrastructures. Through a ground-breaking, fresh approach to storage design, XtremIO is uniquely engineered for SQL Server database requirements utilizing a powerful and vastly simplified scale-out performance architecture, with in-memory always-on compression, deduplication and space efficient copy services enabling application acceleration, consolidation and agility.
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all-flash-arrays, database infrastructures, sql server, database requirements, application acceleration, data management
    
EMC Corporation
Published By: HGST     Published Date: Feb 05, 2015
Database users are increasingly interested in using Flash-based solid-state drives (SSDs) to speed up application performance. For many database administrators (DBAs), increased database performance directly impacts their user experience and bottom lines. Accelerating a single MySQL instance may allow DBAs to avoid painful sharding exercises, with all their attendant administration, application changes, and high capital and ongoing costs. With the wide range of SSDs available today, choosing any one can be difficult. This paper aims to answer the question, “Is it better to use slower SATA SSDs in RAID or a faster PCIe SSD to scale up MySQL database performance?"
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solid-state storage, flash-based, database administrators, mysql, application changes, database users
    
HGST
Published By: Hewlett Packard Enterprise     Published Date: Sep 25, 2017
Solid state storage is increasingly deployed in all sizes of datacenters, from the small and medium business to the large enterprise. It comes in many forms including hybrid arrays, direct attached drives, PCIe flash and accelerators that fit somewhere in between servers and storage. With the price of flash continuing to drop, hybrid storage is becoming more compelling to the small and medium business for critical computing applications such as databases and day-to-day operational computing.
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Hewlett Packard Enterprise
Published By: NetApp     Published Date: Feb 19, 2015
NetApp Flash Pool is a storage cache option within the NetApp Virtual Storage Tier product family, available for NetApp FAS storage systems. A Flash Pool configures solid state drives (SSDs) and hard disk drives (HDDs) into a single storage pool, known as an “aggregate” in NetApp parlance, with the SSDs providing a fast response time cache for volumes that are provisioned on the Flash Pool aggregate. In this lab evaluation, NetApp commissioned Demartek to evaluate the effectiveness of Flash Pool with different types and numbers of hard disk drives using an online transaction processing (OLTP) database workload, and to evaluate the performance of Flash Pool in a clustered Data ONTAP environment during a cluster storage node failover scenario. In the report, you’ll dis cover how Demartek test engineers documented a 283% gain in IOPS and a reduction in latency by a factor of 66x after incorporating NetApp Flash Pool technology.
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NetApp
Published By: NetApp     Published Date: Sep 18, 2014
The NetApp flash portfolio is capable of solving database performance and I/O latency problems encountered by many database deployments. The majority of databases have a random I/O workload that creates performance problems for spinning media, but is well-suited for today’s flash technologies. NetApp has a diverse enterprise-class flash portfolio consisting of flash in the storage controller (Flash Cache™ intelligent caching), flash within the disk shelves (Flash Pool™ intelligent caching), and all-flash arrays (EF-Series and All-flash FAS). This portfolio can be used to solve complex database performance requirements at multiple levels within a customer’s Oracle environment. This document reviews Oracle database observations and results when implementing flash technologies offered within the NetApp flash portfolio.
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database performance, database deployment, flash technology, enterprise techology
    
NetApp
Published By: NetApp     Published Date: Sep 22, 2014
The NetApp EF series of all-flash arrays are designed specifically for database-driven environments demanding maximum performance, reliability, and availability. This ESG Lab Report documents the real world performance, reliability, availability, and serviceability of NetApp EF-Series flash arrays in Oracle database environments. A combination of hands on testing by ESG Lab and audited in-house performance testing executed by NetApp were used to create this report. In this report, you’ll learn how ESG validated NetApp’s EF-550 flash array performance of over 400,000 IOPS with sub-millisecond latency, while maintaining 6 nine’s availability.
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flash arrays, performance-driven databases, enterprise storage, database environment, serviceability, real world performance
    
NetApp
Published By: NetApp     Published Date: Sep 22, 2014
NetApp Flash Pool is a storage cache option within the NetApp Virtual Storage Tier product family, available for NetApp FAS storage systems. A Flash Pool configures solid state drives (SSDs) and hard disk drives (HDDs) into a single storage pool, known as an “aggregate” in NetApp parlance, with the SSDs providing a fast response time cache for volumes that are provisioned on the Flash Pool aggregate. In this lab evaluation, NetApp commissioned Demartek to evaluate the effectiveness of Flash Pool with different types and numbers of hard disk drives using an online transaction processing (OLTP) database workload, and to evaluate the performance of Flash Pool in a clustered Data ONTAP environment during a cluster storage node failover scenario. In the report, you’ll dis cover how Demartek test engineers documented a 283% gain in IOPS and a reduction in latency by a factor of 66x after incorporating NetApp Flash Pool technology.
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flash pool, fas storage systems, ssd, online transaction processing, cluster storage
    
NetApp
Published By: NetApp     Published Date: Dec 10, 2014
IT leaders are required to deliver improved performance and increase efficiencies while maintaining an enterprise-class infrastructure for their customer’s database environments. A complete portfolio consisting of flash in the storage controller, flash in disk shelves, and all-flash arrays is the best way to solve complex database performance requirements at multiple levels in your environment. The NetApp flash portfolio is capable of solving database performance and I/O latency problems encountered by many database deployments.
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it leaders, flash, database environments, netapp, infrastructure, it management
    
NetApp
Published By: NetApp     Published Date: Dec 15, 2014
IT managers and line-of-business stakeholders are striving to increase efficiency of their application environments. The biggest challenges they face in supporting database environments are managing data growth and database size, and meeting database performance requirements. This ESG Lab Report documents the performance, reliability, availability, and serviceability of NetApp EF Series flash arrays in Oracle database environments.
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it managers, application environments, data growth, serviceability, performance, storage
    
NetApp
Published By: IBM APAC     Published Date: Mar 19, 2018
To support ongoing expansion and transformation, the Froedtert & MCW health network needed to boost system performance and upgrade its electronic health record software. The organization migrated to IBM® FlashSystem® and IBM Power® E870, which helped them increase their storage density by 22x and reduced cut in read-time for EHR databases by 50%.
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IBM APAC
Published By: Pure Storage     Published Date: Feb 25, 2014
This is a white paper that assumes familiarity with Oracle database administration as well as basic Linux system and storage administration tasks as required for a typical database installation, such as creating partitions and file systems. The Pure Storage Flash Array is ready to run your Oracle database with no changes to your existing configuration. You can realize significant improvements in performance and ease of manageability
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pure storage, oracle, database, flash for oracle, flash for database, it management
    
Pure Storage
Published By: CDW     Published Date: Aug 28, 2015
ACCELERATE, CONSOLIDATE, AND SIMPLIFY All-Flash Arrays (AFAs) are the preferred choice to accelerate high-performance OLTP and decision support/analytics applications on Oracle and Microsoft SQL Server databases. But not all AFAs are equal. Performance is just one dimension. XtremIO excels in all.
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storage, servers, cloud computing, architecture, convergence, infrastructure, virtualization
    
CDW
Published By: Internap     Published Date: Dec 02, 2014
NoSQL databases are now commonly used to provide a scalable system to store, retrieve and analyze large amounts of data. Most NoSQL databases are designed to automatically partition data and workloads across multiple servers to enable easier, more cost-effective expansion of data stores than the single server/scale up approach of traditional relational databases. Public cloud infrastructure should provide an effective host platform for NoSQL databases given its horizontal scalability, on-demand capacity, configuration flexibility and metered billing; however, the performance of virtualized public cloud services can suffer relative to bare-metal offerings in I/O intensive use cases. Benchmark tests comparing latency and throughput of operating a high-performance in-memory (flash-optimized), key value store NoSQL database on popular virtualized public cloud services and an automated bare-metal platform show performance advantages of bare-metal over virtualized public cloud, further quant
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internap, performance analysis, benchmarking, nosql, bare-metal, public cloud, infrastructure, on demand capacity, it management, data center
    
Internap
Published By: NetApp     Published Date: Jun 27, 2016
One of the most effective ways to address database performance and cost challenges is to modernize the underlying hardware infrastructure. Innovations such as flash storage, converged infrastructure architectures, and sophisticated data management platforms can have a major impact. Learn more in our free eBook: Optimizing Database Storage Performance for Dummies.
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netapp, database performance, storage for dummies, infrastructure
    
NetApp
Published By: CDW     Published Date: Sep 17, 2014
We now live in a flash centric world where all active data must be on flash. This doesn’t mean, however, that all data must be on flash. The best approach is to understand your application mix and workload requirements. Some key apps, like databases, are latency intolerant and should be pinned to flash. Others apps can benefit from fully-automated storage tiering. EMC’s market leading VMAX and VNX systems are flexible choices that can deliver all-flash and hybrid services. CDW and EMC has you covered!
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data, market, flash, systems, key apps, centric, application, tiering, latency, intolerant, storage, automated, hybrid, services, leading, active, data management
    
CDW
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