BGA packaged SSDs address reliability and lifecycle demands in embedded systems operating under extended temperature and long service conditions.
Industrial, aerospace and mission critical systems are generating larger volumes of data while operating under extreme temperature, vibration and long lifecycle constraints. Conventional storage solutions often struggle to meet endurance and reliability requirements in these environments, creating a need for compact solid state storage designed for sustained operation under harsh conditions.
Greenliant has announced that its NVMe NANDrive solid state drives have been selected for multiple industrial, aerospace and mission critical programs. The selection reflects growing demand for high endurance embedded storage that can maintain data integrity and performance across extended operating lifecycles.
The NVMe NANDrive devices are offered in a compact BGA form factor aimed at space constrained embedded designs. They use EnduroSLC memory management technology to support high write endurance and extended temperature operation, making them suitable for applications such as avionics, industrial automation and rugged computing platforms.
Key features include:
- Small BGA package suitable for embedded systems
- Extended temperature operation for harsh environments
- High endurance options designed for long lifecycle applications
- Hardware based security features including AES 256 encryption and secure erase support
- NVMe interface for higher performance embedded storage
According to the company, the SSDs are currently in sampling and qualification stages across several programs, with broader deployment expected as system validation progresses. The selection highlights the increasing role of industrial grade NVMe storage in mission critical electronics where reliability and endurance are primary design requirements.
