Industrial M.2 2242 SATAIII SSD MDA3K0E

When the temperature rises, both physical and chemical processes are accelerated. This is particularly true regarding damage to NAND flash memory cells. In other words, using NAND flash at high temperatures can significantly reduce its durability. Due to its sensitivity to changes in the characteristics of the insulating layer, this effect is more pronounced in high-density flash that stores multiple threshold levels. To maximize the lifespan of NAND flash, the flash memory controller needs to monitor and adapt to these changes. Both variations in ambient temperature and temperature cycles caused by powering the device on and off exert physical stress on the components, as different materials expand and contract at different rates. This can ultimately lead to the failure of electrical connections. For more details, please refer to the related materials! Link: https://www.ipros.jp/news/detail/130425/attachFile/

NAND flash technology is affected by physical degradation, which can ultimately lead to device failure. There are two end-of-life parameters that define the performance of NAND flash products: write/erase endurance and data retention. This application note provides insights into the reliability testing methods for NAND flash technology and discusses the impact of important factors from the perspective of data retention. For more details, please refer to the related materials! Link: https://www.ipros.jp/news/detail/128591/attachFile/

Many industrial applications use SSDs as the OS boot drive and for data storage that operates 24/7. Their applications range from POS terminals to mission-critical transportation/defense equipment. The high data reliability, availability, and integrity of SSDs are important for customers in the industrial sector. Silicon Power's industrial SSDs have been evaluated for durability in enterprise application cases to simulate the operation of customer applications. SSD manufacturers are expected to establish durability assessments of SSDs that represent the maximum terabytes that a host can write to the SSD using application-class specified workloads that meet the following conditions. For more details, please refer to the related materials! Link: https://www.ipros.jp/news/detail/116168/attachFile/

Data breaches continue to expand in scale and cost. According to IBM Security, the average cost of a breach in 2020 was $3.86 million. As governments around the world develop and strengthen rules for the privacy and security of existing data, system integrators are seeking better ways to meet these requirements. Compliance with TCG Opal is typically one of the first steps in this process. The hardware-based encryption mechanism of TCG Opal-compliant drives offers advantages over software-based solutions. Hardware encryption ensures complete encryption of user data and can do so without performance penalties. Silicon Power's TCG Opal-compliant SSDs are equipped with an AES-256 encryption engine and SED functionality, and they are fully tested and guaranteed for compliance through the Drive Trust Alliance utility program (Sedutil). For more information on TCG Opal and SED drives, please visit the following link: https://bit.ly/SPTCGOPAL