SUMMARY
The discussion centers on a failure of a Seagate SSD during a large data transfer, highlighting that the drive failed completely towards the end of the operation. Users noted that SSDs should not be filled to capacity to avoid premature failure, and that external SSDs require regular power to maintain functionality. The conversation also pointed out that the failure may be attributed to issues with the internal controller circuitry rather than the NAND itself, which is generally more reliable. Additionally, it was suggested that SSDs are not ideal for backup purposes due to their cost-to-speed trade-off.
PREREQUISITES
- Understanding of SSD technology and its components
- Knowledge of data transfer processes and potential failure points
- Familiarity with external SSD maintenance practices
- Awareness of backup strategies and their effectiveness
NEXT STEPS
- Research "Seagate SSD failure rates and common issues"
- Learn about "SSD thermal management techniques"
- Explore "best practices for external SSD usage"
- Investigate "effective backup strategies using HDD vs SSD"
USEFUL FOR
This discussion is beneficial for IT professionals, data recovery specialists, and anyone involved in data storage management, particularly those considering the use of SSDs for backup solutions.