Industrial applications need to withstand rigorous operating environments and extreme temperatures. That’s why ADATA has also launched corresponding wide temperature resistant storage products. In addition to adopting genuine particles to ensure high quality, all products are also tested with ADATA’s exclusive Wide Temperature Test Flow repeatedly before they are shipped to ensure that products can still operate steadily within an extreme temperature range from -40°C to 85°C, while being durable and reliable.

Designed exclusively for rigorous environmental conditions and temperature changes 

Complies with JEDEC standards 

All ADATA wide temperature resistant products comply with JESD218A: the durability test specifications of this SSD Requirement and Endurance Test Method guarantee that particles, components, and PCB boards can retain high performance and high reliability under an industrial-grade wide temperature range of -40°C to 85°C.

ADATA’s exclusive “Wide Temperature Test Flow” testing process 

Inspectors place products into wide temperature test boxes and test them at -40°C and 85°C respectively (for example: it takes approximately 200 minutes to test SATA 1TB products once) to test performance and status of products under extreme temperatures and through rapid and sudden temperature changes, including confirming whether they read and write normally under four extreme conditions: high temperature high voltage, high temperature low voltage, low temperature high voltage, and low temperature low voltage, and display their status using LED signal lights. Products that did not meet standards will be seperated for additional testing to eliminate problems.

Currently, ADATA has many industrial-grade memories, solid state drives, and storage cards that all support the wide temperature resistant function (-40°C to 85°C), including SO-DIMM and ECC SO-DIMM memories, PCIe/SATA SSD, CFast card, SD/mcroSD card and many other specifications that can satisfy the diverse needs of customers.