Developed exclusively for harsh industrial scenarios, this product breaks the temperature limit of conventional storage devices and enables stable full-range operation at -55℃ to 105℃, resisting interference from extreme high and low temperatures.
Perfectly applicable to outdoor industrial control equipment, industrial sensors, smart gateways, power energy storage equipment and other scenarios. It maintains uninterrupted data reading and writing without performance attenuation in harsh working conditions such as severe cold outdoors, high-temperature machine rooms, and closed industrial equipment cabins, solving the failure points of ordinary storage chips in extreme temperature environments.
Adopting self-developed main control chips and high-quality industrial-grade NAND particles, it supports full-range SLC simulation technology, increasing the original PE erase-write cycle to 60,000 times—20 times that of ordinary TLC flash memory—which greatly enhances durability under high-frequency repeated erase-write scenarios.
Optimized with a read-write wear leveling algorithm for the 7×24-hour uninterrupted operation characteristics of industrial equipment, it avoids excessive wear of local storage blocks, effectively extends product service life, and reduces the replacement frequency and operation and maintenance costs of industrial storage devices.
Built with a high-performance LDPC ECC hardware error correction engine, combined with intelligent data inspection and power-off protection mechanisms, it can detect and correct bit errors in real time during data transmission and storage.
Also supports TRIM commands and intelligent bad block management, actively avoiding faulty storage blocks. It prevents data loss, file damage and storage failures caused by voltage fluctuations, electromagnetic interference and abnormal device power-off in industrial scenarios, ensuring the long-term safe retention of core industrial data.
Adopting industrial-grade component selection and reinforced architecture design, the product has passed strict electromagnetic compatibility, vibration and impact tests, possessing strong resistance to electromagnetic interference and environmental vibration.
Adapts to complex electromagnetic environments such as industrial workshops, outdoor industrial control and power operation and maintenance, avoiding read-write stuttering, data disorder and device offline caused by external interference, and ensuring the continuity and stability of data collection, transmission and storage of industrial equipment throughout the operation process.
