2020-01-17
Greenliant Provides High Performance and Ultra High Endurance with NVMe U.2 EnduroSLC™ Industrial Enterprise SSDs
High Reliability Data Storage Reaches 30 DWPD for 5 Years
2019-11-20
Greenliant Adds SD and microSD Industrial Memory Cards to ArmourDrive™ Portfolio
Rugged and Reliable SD / microSD Cards Operate at Industrial Temperatures
2019-09-10
Greenliant ArmourDrive™ SSDs Reach 250,000+ P/E Cycles with EnduroSLC™ Technology
EX Series Industrial Grade SATA M.2, mSATA, 2.5” and CFast Provide Ultra Robust Data Retention and Ultra High Endurance
2019-07-19
Greenliant Delivers Industrial NVMe ArmourDrive™ SSDs
High-Capacity NVMe M.2 Solid State Drives Available in 2242 and 2280 Form Factors
2019-02-26
Greenliant Expands Industrial Temperature SATA Armour-Drive™ Offerings with 2.5", M.2 2242 and CFast Form Factors
Broadened Removable SSD Portfolio Facilitates Flexibility in Embedded Designs
2019-01-15
Greenliant Industrial SSDs Reach Ultra-High Endurance of 250,000 P/E Cycles
New EnduroSLC™ Product Line with 50K, 100K, 250K Endurance Addresses Long Life Industrial Applications
2018-12-10
Greenliant Sampling Industrial Temperature SATA M.2 ArmourDrive™ SSDs Up to 1 Terabyte
New SATA M.2 Solid State Drives Ideal for Embedded Designs Requiring Reliable Removable Storage
2018-01-09
Greenliant Expands Portfolio of eMMC NANDrive™ Embedded Solid State Drives for Industrial Applications
Offers Higher Performance and Larger Capacity eMMC 5.1 Micro SSDs
Greenliant
2015-02-05
Greenliant Introduces High Reliability G-card™ NVMe Flash Storage Products for Enterprise and Internet Datacenter Applications
SANTA CLARA, CALIF. – January 12, 2015 – Greenliant Systems, a leader in energy-efficient, highly secure and reliable solid state storage products, has introduced its new G7100 Series G-card™ NVMe flash storage products to select system integrators, OEMs, enterprise and Internet customers. G-card is Greenliant’s high capacity NVMe flash storage solution designed for primary storage applications that require ultra-high reliability with sustainable low-latency and high IOPS performance.