Maximum bandwidth and performance for a variety of write-intensive, mixed-use and read-intensive applications.
Lightning Ultra™ Gen. II SSD Application Workloads
Lightning Ascend™ Gen. II SSD Application Workloads
Lightning Eco™ Gen. II SSD Application Workloads
The new Lightning® Gen. II product family of 12Gb/s SAS SSDs doubles interface speed providing the highest performance for mission-critical hyperscale, cloud and virtualized data center application workloads. This next generation of Lightning SSDs offer capacities ranging from 200GB – 1.6TB with random read/write performance up to 190K/100K and sequential read/write speeds of up to 1000/600 MB/s. These SSDs utilize the latest 19nm SLC and eMLC NAND flash technology combined with an innovative parallel processing architecture to deliver industry-leading, predictable performance, superior reliability and maximum value.
Lightning Ultra™ Gen. II SAS SSDs
Lightning Ultra™ Gen. II SAS SSDs offer industry-leading predictable performance with high availability for the analysis of large data sets. Available in 19nm SLC capacities from 200GB – 800GB2 and with random read/write performance of up to 190K/100K IOPS and sequential read/write speed of up to 1000/600 MB/s1 . These SSDs are designed for write-intensive applications such as High Performance Computing (HPC), Big Data Analytics, Data Warehousing, Database Logging, Media Editing, and Indexing with a heavy workload comprised of a 50/50 read/write mix. This SSD offers 25 full drive writes per day (DWPD) with a limited 5 year warranty4.
Lightning Ascend™ Gen. II SAS SSDs
Lightning Ascend™ Gen. II SAS SSDs offer superior reliability with high speed data transfer rates where quick access to data is essential. Available in 19nm eMLC capacities from 200GB – 1.6TB2 and with random read/write performance of up to 190K/80K IOPS and sequential read/write speed of up to 1000/600 MB/s1 . These SSDs are designed for mixed-use applications such as On-line Transaction Processing (OLTP) Databases, Email/Messaging, E-Commerce, Virtual Desktop Infrastructure, and Collaboration, with a typical workload comprised of a 70/30 read/write mix. This SSD offers 10 full drive writes per day (DWPD) with a limited 5 year warranty4.
Lightning Eco™ Gen. II SAS SSDs
Lightning Eco™ Gen. II SAS SSDs offer solid I/O cost to performance benefits with low latency data access for high quality of service (QoS). Available in 19nm eMLC capacities from 1TB – 1.6TB2 and with random read/write performance of up to 180K/35K IOPS and sequential read/write speed of up to 1000/500 MB/s1 . These SSDs are designed for read-intensive applications such as Data Warehousing, Media Streaming, Video on Demand (VOD), Web-based Applications, Virtual Tape Libraries (VTL) and File Servers, with a heavy read workload comprised of a 90/10 read/write mix. This SSD offers 3 full drive writes per day (DWPD) with a limited 5 year warranty4.
|Lightning Ultra™||Lightning Ascend™||Lightning Eco™|
|Interface Ports||Dual full-duplex|
|Sequential Read/Write (MB/s)1||Up to 980/740||Up to 980/600||Up to 980/600|
|Random Read/Write (IOPS) (4K-single port)||Up to 199K/115K||Up to 195K/100K||Up to 195K/80K|
|19nm eMLC User Capacities*||200GB, 400GB, 800GB||200GB, 400GB, 800GB, 1.6TB||800GB, 1.6TB|
|Sector Sizes||512, 520, 4K bytes/sector, T10-DIF 1, DIF 2 Support|
|Data Reliability (BER)||<1 sector in 1019 bits read||<1 sector in 1018 bits read||<1 sector in 1017 bits read|
|MTBF3||2.5 Million Hours|
|Warranty4||The lesser of 5 years or maximum endurance used|
|DWPD (Random Read)||25 DWPD||10 DWPD||3 DWPD|
|Shock||1000 g half-sine, 0.5 msec, 3 shocks along each axis, X, Y, Z, in each direction|
|Vibration||2.17 g rms, 7-800 Hz|
|Operating Temperature||0° C to 60° C|
|Storage Temperature||-40° C to 85° C|
|Humidity||5% to 95%, non-condensing, relative humidity|
|Altitude||5486.4 m [18,000 ft]|
1. Based on direct attached SAS performance testing, performance may be lower depending upon host device, OS and application.
2. 1 gigabyte (GB) = 1 billion bytes. Some capacity not available for data storage.
3. MTBF – Mean Time Between Failures based on parts stress analysis.
4. The earlier of (I) five (5) years or (II) the time at which such Product unit’s total cumulative data recorded on such unit at its S.M.A.R.T. attribute (log page 2Fh, parameter 25) or log page 11h, parameter 1 (Percentage Used Endurance Indicator) reaches 100% of the Product unit’s endurance value.
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