HGST’s Ultrastar® SN100 Series Enables New Levels of Server Utilization and Application TCO with a Combination of Industry-Leading Performance and Capacity, Choice of SSD Form Factors, and NVMe Standards Compliance
2015 Percona Live MySQL Conference and Expo (Booth #202), Santa Clara, Calif., April 13, 2015 – Helping the world harness the power of data, HGST (@HGSTStorage), a Western Digital company (NASDAQ: WDC), today announced it is shipping its NVMe compliant Ultrastar SN100 Series PCIe SSDs – the industry’s highest-performing NVMe compliant SSDs. Ideally suited for mission-critical data center workloads, including scale-out databases powering today’s largest online and cloud services, the HGST SN100 series enables businesses to achieve a better return on their data center infrastructure investments by realizing gains such as more database transactions per second, lower access latency and easier application scaling.
The new HGST PCIe SSDs are a key building block for delivering HGST server-side Flash solutions. In these solutions, the Ultrastar SN100 series SSDs are combined with HGST server software – specifically, the HGST Flash Software Suite and HGST Device Manager. This powerful combination creates a server-side Flash platform solution with superior TCO that delivers clustering, scalability, high availability and manageability for performance applications. For MySQL, HGST’s server-side Flash solutions have delivered up to 40 percent server consolidation with up to 60 percent performance improvement while maintaining existing MySQL architectures.¹
The Ultrastar SN100 Series’ performance leadership is demonstrated by its capability to deliver 310,000 I/O operations per second (IOPS) for mixed read/write workloads that are commonly found in a variety of mission-critical data center applications, including traditional and scale-out databases, virtualization, and big data analytics.²
“With our new Ultrastar SN100 Series, HGST is helping today’s data center professionals meet one of their most important and difficult storage challenges: deliver extremely high application performance in a cost-effective manner,” said Mike Gustafson, senior vice president and general manager, HGST Flash Platforms Group. “By standardizing the deployment process with NVMe, IT organizations can now realize unprecedented gains in terms of application performance, server consolidation, and simplified setup and management in Linux, Windows and virtualized environments. This milestone is important as it allows customers to easily implement high-capacity PCIe SSDs at scale in a variety of data center environments.”
The new Ultrastar SN100 Series delivers exceptional value by minimizing the cost of deploying and managing high-performance storage in scale-out and cloud environments. The HGST Ultrastar SN100 Series leverages standard NVMe drivers to take advantage of the benefits of PCIe without requiring vendor-unique drivers. This makes the Ultrastar SN100 Series as easy to deploy as traditional storage devices while offering the best performance. The Ultrastar SN100 Series is available in both a low profile half-height, half-length (HH-HL) add-in card, and a hot-swappable 2.5-inch small form factor (SFF) drive for maximum serviceability. Both form factors are available in an industry-leading density of up to 3.2 TB.
Key TCO benefits of the Ultrastar SN100 Series include:
- Support for standardized NVMe driver - Eliminates need to install vendor-unique drivers to realize the performance benefits of PCIe SSDs. NVMe support is part of the server operating system, just like support for SATA or SAS SSDs.
- Performance leadership – Suited for the most demanding enterprise applications, including scale-out database workloads, the Ultrastar SN100 series supports up to 310,000 random mixed read/write IOPS (70/30, 4KB), up to 160,000 random write IOPS (4KB), and up to 743,000 random read IOPS (4KB). Sequential read and write throughput is 3,000 MB/s and 1,600 MB/s, respectively.
- Industry-leading density and choice of form factor - Offered in two form factors: Half-height, half-length add-in card (1,600GB, 3,200GB), and 2.5-inch small form factor SSDs (800GB, 1,600GB, 3,200GB).
- Broad system interoperability – Built upon an industry-standard interface utilizing four lanes of PCIe Generation 3.0 (x4) combined with the NVMe protocol, the new SSDs are supported in a large variety of server systems.
Backed by HGST’s commitment to quality and reliability, the Ultrastar SN150 HH-HL add-in card is shipping now. The 2.5-inch SFF Ultrastar SN100 SSDs will be available in May.
Come see HGST’s new Ultrastar SN100 Series at the Percona Live MySQL Conference and Expo (Booth #202).
"HGST’s new NVMe technology advances the performance and capacity for scale-out MySQL architectures," said Vadim Tkachenko, Chief Technology Officer of Percona. "Coupled with their Flash software enhancements, we see new capabilities to reduce TCO for cloud data centers.”
For more information about the HGST Ultrastar SN100 Series, please visit www.hgst.com.
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HGST, a Western Digital company (NASDAQ: WDC), develops innovative, advanced hard disk drives, enterprise-class solid state drives, external storage solutions and services used to store, preserve and manage the world’s most valued data. HGST addresses customers’ rapidly changing storage needs by delivering intelligent storage devices that tightly integrate hardware and software to maximize solution performance. Founded by the pioneers of hard drives, HGST provides high-value storage for a broad range of market segments, including Enterprise, Cloud, Data Center, Mobile Computing, Consumer Electronics and Personal Storage. HGST was established in 2003 and maintains its U.S. headquarters in San Jose, California. To find out more about HGST enterprise-class HDD, SSD and SW solutions, please visit www.hgst.com.
¹ To learn more about HGST Flash Software and SSDs for MySQL, please refer to http://www.hgst.com/solutions/MySQL-Solutions
² Industry comparisons for NVMe-compliant SSDs are utilizing the NVMe Devices listed on the NVMe Integrators List v1.1b published by the University of New Hampshire InterOperability Laboratory as of March 30, 2015: https://www.iol.unh.edu/registry/nvme.
MTBF target is based on a sample, aggregate population of a drive family and is estimated by statistical measurements and acceleration algorithms under nominal operating conditions. MTBF ratings are not intended to predict an individual drive’s reliability. MTBF does not constitute a warranty.
One GB is equal to one billion bytes, and one TB equals 1,000 GB (one trillion bytes). Actual capacity will vary depending on operating environment and formatting.