NVM EXPRESS™ COMPATIBLE PCIE SOLID-STATE DRIVES DATA SHEET Ultrastar® SN100 Series Highlights PCIe SSDs for Application Acceleration •• Supports standard NVMe drivers •• Up to 3.2TB capacity in both the HH-HL add-in card and SFF 2.5-inch drive form factors •• Supports the latest generation PCIe Gen 3.0 server platforms •• UEFI boot support •• Advanced power management •• Enterprise-grade reliability: Flash-aware RAID, end-toend data-path protection, advanced ECC, secure erase, power fail protection Applications/Environments •• Cloud, hyperscale, enterprise and high performance computing •• Suitable for the most demanding scale-out database workloads •• Online Transaction Processing (OLTP) and Online Analytical Processing (OLAP) •• High Frequency Trading (HFT) The HGST Ultrastar® SN100 Series offers unprecedented performance acceleration for today’s most demanding cloud, hyperscale and enterprise applications, allowing them to scale to new heights. The HGST architecture has been designed to tightly integrate different kinds of Flash media, hardware and software to deliver memory-class performance with storage-class capacity and persistence. The Ultrastar SN100 Series comes in multiple form factors, as a low-profile HH-HL expansion card and as a highlyserviceable SFF 2.5-inch drive. NVMe™ Support Eases Deployment and Management To enable broad product interoperability and improve ease of deployment, the Ultrastar SN100 Series supports standard NVM Express (NVMe) drivers. NVMe is an interface specification that was created to deliver the full potential of non-volatile memory in PCIe-based solid-state storage devices to meet the needs of enterprise and client platforms. The NVMe standard allows the Ultrastar SN100 Series of products to effectively use the high speed PCIe interconnect with a standard OS driver. As a result, NVMe enables simplified configuration management and control in enterprise environments. •• Virtualized computing Leading Performance •• Space and/or power constrained environments High Density Offered in up to 3.2TB capacity in both form factors, the Ultrastar SN100 Series delivers high storage density in a very compact size. In fact, the SFF form factor in this product family delivers the highest density amongst NVMe compliant SFF devices in the industry today. Lower Capital and Operating Cost By combining high performance, high density, support for the NVMe standard and trusted HGST reliability, less infrastructure is required to meet the the demanding requirements of enterprise and hyperscale data centers, directly resulting in overall lower total cost of ownership. HGST Quality and Service HGST’s Ultrastar SN100 Series family extends the company’s long-standing tradition of performance and reliability leadership. A balanced combination of new and proven technologies enables high reliability and availability to customer data. HGST drives are backed by an array of technical support and services, which may include customer and integration assistance. HGST is dedicated to providing a complete portfolio of SSD/HDD solutions to satisfy today’s monumental computing needs. The Ultrastar SN100 Series delivers consistent performance across all application workloads over the lifecycle of the product, even when the device is fully utilized, and provides high performance for various workloads, whether it is random, sequential or mixed I/O. By offering 310,000 mixed random I/O performance, the Ultrastar SN100 Series will allow OLTP applications to scale to new levels. Ultrastar SN150 | 3200GB and 1600GB Ultrastar SN100 | 3200GB, 1600GB and 800GB MLC | HH-HL, 2.5” SFF | PCIe 3.0 Features & Benefits Performance Flexibility Low Latency Capacity Reliability Feature/function • 3000MB/s / 1600MB/s sequential R/W • 743k / 140k IOPS random R/W • 310k IOPS on 70/30 mix R/W • PCIe Gen 3.0 • HH-HL and SFF form factors < 20 μs write latencies • 3200GB • 1600GB • 800GB • • • • Benefit Maximum performance delivers unprecendented application throughput Support for latest generation server platforms, including SFF-capable servers DRAM-like performance High capacity, all presented as a single volume Higher reliability increases return on investment 0.44% AFR (2M hours MTBF) Power-safe write processing End-to-end data-path protection Advanced ECC and global wear-leveling, T10 DIF support DATA SHEET NVM EXPRESS™ COMPATIBLE PCIE SOLID-STATE DRIVES ® Ultrastarname Product SN100 Series Specifications Model /Part No. ULTRASTAR SN150 ULTRASTAR SN100 HUSPR3216AHP301/ 0T00831 HUSPR3280ADP301 / 0T00835 HUSPR3232AHP301 / 0T00833 HUSPR3216ADP301 / 0T00837 HUSPR3232ADP301 / 0T00839 Configuration How to Read the Ultrastar Model Number Physical HUSPR3232AHP301 = 3200GB, HH-HL, PCIe Gen 3.0 Dimensions, without bracket (mm) 167.65 x 68.9 x 14.49 100.45 x 69.85 x 15 Weight, without bracket (g) 232 / 231 177 / 174 / 166 32 = Full capacity (3200GB) 25 Watts / 8 Watts 25 Watts / 8 Watts 32 = Capacity of this model (32 = 3200GB, 16 = 1600GB, 80 = 800GB) A = Generation code 3200/1600 800 Operating temperature 0° to 55°C 0° to 70°C Capacity range2 (min-max GB) 2240-3820/ 1120-1910 2240-3820/ 1120-1910 560-955 Non-operating temperature -40° to 70°C -40° to 70°C Airflow (LFM) 300 300 Interface PCIe 3.0 x4 PCIe 3.0 x4 (8639) Form factors HH-HL add-in card SFF 2.5-inch drive Read throughput (max MB/s, sequential 128k) 3000 3000 2600 Write throughput (max MB/s, sequential 128k) 1600 1600 1400 Read IOPS (max IOPS, random 4k) 743,000 743,000 634,000 Write IOPS (max IOPS, random 4k) 140,000 140,000 80,000 Mixed IOPS (70/30 R/W, random 4k) 310,000 310,000 190,000 Read IOPS (max IOPS, random 8k) 385,000 385,000 330,000 Write IOPS (max IOPS, random 8k) 75,000 75,000 42,000 Latency 512B (μs) 20 20 20 MTBF4 (M hours) Thermal throttling In-band and out-band using SMBus PowerSafe® technology Data protection during power loss Power throttling Power rails JEDEC compliance 0.44% Endurance 3 DW/D Warranty 5 years Supported 3.3V aux, 12V supply rail 3-month retention at 40°C at EOL Operating Systems Linux Windows RHEL 6/7, SLES 12, CentOS 6/7, Open SUSE 12 Microsoft Server 2008 R2, Windows 2012, Windows 2012 Server Software NVMe standard Annual failure rate 4 (AFR) Supported Temperature monitoring HGST Device Manager (HDM) 2.0 CLI and GUI interface 1.1a Manufacturing Standards Penang, Malaysia ISO 9001:2008 certified, ISO 14001:2004 certified © 2015 HGST, Inc., 3403 Yerba Buena Road, San Jose, CA 95135 USA. Produced in the United States 6/15, revised 8/15. All rights reserved. References in this publication to HGST’s products, programs or services do not imply that HGST intends to make these available in all countries in which it operates. Ultrastar is a registered trademark of HGST, Inc. and its affiliates in the United States and/or other countries. Product specifications provided are sample specifications and do not constitute a warranty. Information is true as of the date of publication and is subject to change. Actual specifications for unique part numbers may vary. HGST trademarks are intended and authorized for use only in countries and jurisdictions in which HGST has obtained the rights to use, market and advertise the brand. Contact HGST for additional information. HGST shall not be liable to third parties for unauthorized use of this document or unauthorized use of its trademarks. S = Standard Power consumption (active/idle) 3200/1600 Reliability U = Ultrastar PR = PCIe read intense Environmental Default capacities (GB1) Performance3 H = HGST Please visit the Support section of our website www.hgst.com/support for additional information on product specifications. Photographs may show design models. H = HH-HL form factor (vs. D for SFF form factor) P3 = Interface, PCIe Gen 3.0 0 = Reserved 1 = NVMe compatible 1 One gigabyte (GB) is equal to one billion bytes, one terabyte (TB) is equal to 1,000GB (one trillion bytes), and one petabyte (PB) is equal to 1,000TB (one quadrillion bytes) when referring to solid-state drive or hard drive capacity. Accessible capacity will vary from the stated capacity due to formatting and partitioning of the drive, the computer’s operating system, and other factors. 2 Performance and endurance will vary with changes in usable capacity. Consult product manual for further details. 3 All performance measurements are in full sustained mode. 4 MTBF and AFR targets are based on a sample population and are estimated by statistical measurements and acceleration algorithms under median operating conditions. MTBF and AFR ratings do not predict an individual drive’s reliability and do not constitute a warranty. Information & Technical Support www.hgst.com www.hgst.com/support Partners First Program [email protected] www.hgst.com/partners DS26-EN-US-0815-02