Greencore is offering samples of its new NVMe NANDrive® BGA packaged SSDS to meet its customers’ demands for highly reliable, high-performance data storage in high-stress, demanding embedded applications. NVMe NANDrive SSDS operate at -40oC to +95oC, support PCIe Gen3x4 interfaces and come in the industry standard M.2 1620 (16 x 20mm, 291 balls) BGA package.
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“Based on Greencore’s experience in PATA, SATA and eMMC NANDrive product development and customer applications, we now offer a highly reliable BGA SSD with PCIe NVMe high-speed interface to meet the requirements of both high performance and high reliability applications,” said Xulun Wang, General manager of Greencore.
The NVMe NANDrive EX series with Green Core EnduroSLC® technology has excellent data retention and ultra-high durability of 75,000, 150,000 or 400,000 erase times (P/E) (up to 17,800 TBW (TeraBytes Written)). The product range is currently available in 20 GB, 40 GB, 80 GB and 160 GB capacities. To support customers with long-life applications, NVMe NANDrive EX series SSDS are also included in the GreenCore Long-Term Support (LTA) program (https://bit.ly/SSD-LTA-program).
The NVMe NANDrive PX series uses industrial-grade 3D TLC (3bit per cell) NAND and supports high durability of 5,000 erase times (P/E) (up to 6,700 TBW), making it the perfect choice for applications that require high reliability without high cost. The product family is currently available in 64 GB, 128 GB, 256 GB and 512 GB capacities.
Benefits of NVMe NANDrive SSDS include:
• High durability: 75,000, 150,000, 400,000 erase times NI-9227
(EX series), 5,000 erase times (PX series)
• Industrial grade temperature: -40°C to +95°C (Tc = chip shell surface temperature)
• High performance: up to 2,400/1,480 MB/s continuous read/write performance
• Energy Saving: In sleep mode, the minimum power consumption is only 4mW
Data security: AES-256 hardware encryption, security erase, Hardware Key Erase (HCE)
availability
Greencore is currently offering samples of NVMe NANDrive EX and PX series SSDS to users, with mass production expected to begin in the second half of 2024