Introduction

The Greenliant GLS85VM eMMC NANDrive™ BGA SSDs are advanced embedded solid state drives designed for high-endurance and reliability. With their compact form factor and robust performance, these SSDs are tailored for demanding environments where durability and consistent operation are critical.

Part Description

The eMMC NANDrive™ BGA SSDs from Greenliant combine an industrial-grade eMMC NAND controller with NAND flash memory in a single, space-saving multi-chip package. Available in both SLC (EX Series) and MLC (MX Series) versions, these drives offer impressive endurance ratings of up to 250,000+ program/erase (P/E) cycles. They are engineered to function reliably across industrial temperature ranges, making them suitable for harsh and mission-critical applications.

Applications

• Embedded system storage
• Automotive infotainment and telematics
• Industrial automation controllers
• Medical device data logging
• Security and surveillance systems
• Networking and communication equipment

Industries

• Automotive
• Industrial automation
• Medical technology
• Security and surveillance
• Networking and telecommunications

Usage Ideas

1. Industrial Data Logger: Use the eMMC NANDrive™ as the primary storage in a rugged industrial data logger, ensuring reliable data retention in extreme temperatures and high-vibration environments.
2. Automotive Infotainment System: Integrate the SSD into an automotive infotainment or telematics module, providing fast and durable storage for maps, media, and system updates.
3. Medical Imaging Device: Employ the SSD in a portable medical imaging device, where high endurance and data integrity are essential for storing sensitive patient data.

Conclusion

Greenliant's GLS85VM eMMC NANDrive™ BGA SSDs offer a robust storage solution for applications that demand high endurance, reliability, and compactness. Their versatility and industrial-grade performance make them a strong choice for a wide range of industries, from automotive to medical technology, ensuring data integrity and system stability in even the most challenging environments.