当前位置: 首页 > EMC > 正文

High Performance Databases

High Performance Databases

http://www.dell.com/learn/us/en/19/campaigns/dell-and-hgst_sandisk?c=us&l=en&s=dhs

A business’ data is its most important asset. Make the most of your data by using HGST and SanDisk-brand SSDs. CloudSpeed Eco Gen II SATA SSDs, Ultrastar SS300 SAS SSDs, and the ultra-performance Ultrastar SN200 Series NVMe PCIe SSDs can meet your most demanding database needs: Online Transaction Processing (OLTP), Online Analytical Processing (OLAP), and data warehousing (DW). These SSDs fully support your database of choice, whether it is Microsoft SQL Server, Oracle Database, Oracle MySQL, or another.

You can accelerate your database of choice–and do more:

  • Consolidate and maximize the use of your existing database licenses
  • Speed up OLTP, OLAP, and DW workloads
  • Provide flash-speed storage for clustered Microsoft SQL Server databases without the need for an all-flash SAN
  • Minimize background operation interference with real-time database queries
HIGHPERF

 

Software Defined Storage and Scale-out Databases

 

Modern scale-out architectures, such as NoSQL databases and Software Defined Storage (SDS), allow you to build large-scale data repositories with standard servers. Commercial NoSQL databases, such as MarkLogic® or Aerospike, or open-source databases, like Apache Cassandra or MongoDB, can fly with the cost-effective capacity and performance of SanDisk CloudSpeed Eco Gen II SSDs. The higher IO performance of the CloudSpeed Ultra Gen II SSD can make the most use of every scale-out server added. Software Defined Storage (SDS) systems such as RedHat Ceph, Microsoft Storage Spaces, and Microsoft Storage Spaces Direct can use both the economical speed of CloudSpeed Gen II SATA SSDs, as well as the highest performance levels of SAS and NVMe connected SSDs, such as the Ultrastar SS300 and SN200 to build all-flash storage systems.

You can optimize your SDS and NoSQL systems with flash–and do more:

  • Minimize NoSQL query and data operation times on critical datasets.
  • Contain server sprawl by increasing utilization of your NoSQL server clusters.
  • Balance your performance and cost by choosing an appropriate mix of SATA, SAS, and NVMe SSDs
  • Roll your own all-flash storage system without the all-flash premium
sds-nOsql

 

Virtualization and Hyper-Converged Infrastructure (HCI)

Hyper-converged systems such as VMware vSAN™ (formerly Virtual SAN) and Microsoft’s Hyper-V and Azure Stack allow you to build private clouds with a hyper-converged scale-out storage model. These systems remove the need for costly and high latency external SANs, but they also place the burden of storage design and performance management on the administrator. Ease that burden with Ultrastar SSDs from HGST.

You can use the Ultrastar SS300 SAS SSDs for capacity and the Ultrastar SN200 Series NVMe PCIe SSDs for performance, and do more:

  • Create an ultra-performance, all-flash system
  • Accelerate large virtual databases, minimizing licensing costs
  • Consolidate more VMs on a set of servers, minimizing capital and operational expenses.
  • Provide predictable, high performance for general workloads
HCI

Popular Content

PCIe SSDs

Ultrastar SN200 Series PCIe SSD

SAS SSDs

Ultrastar SS300 SAS SSD

SATA SSDs

CLOUDSPEED Gen II SATA SSD

本文固定链接: http://t.yjsec.com/index.php/2018/01/09/243/ | 下一站

该日志由 admin 于2018年01月09日发表在 EMC 分类下, 你可以发表评论,并在保留原文地址及作者的情况下引用到你的网站或博客。
原创文章转载请注明: High Performance Databases | 下一站
【上一篇】
【下一篇】

High Performance Databases:等您坐沙发呢!

发表评论

快捷键:Ctrl+Enter