Extreme environment application

Wide temperature

The wide temperature range makes the product more reliable and suitable for industrial, aerospace, and transportation applications that are often in extreme environments.

Coating technology 

Coating technology can face the test of various harsh environments, resist environmental corrosion, and can prevent dust, dirt, and permanent damage to products caused by moisture, corrosion, and electrical and heat conduction.

Data durability protection technology in extreme environments

As the charge in NAND FLASH increases with temperature, time, and P/E number, it will leak and cause data damage. This damaging process is called the data loss rate. Experiments have proved that data stability is affected by P/E numbers and high and low-temperature environments. The main controller monitors the ambient temperature and P/E number at any time adjusts the data writing speed and saves relevant important parameters.

Temperature-controlled frequency regulation technology

Temperature-controlled frequency regulation technology, so that the SSD master automatically switches the frequency appropriate to its temperature in high-temperature environments, to reduce the impact of high-temperature environments on the master degree

Underfill technology

Nowadays, the capacity of SSD is getting bigger and bigger, but the size is getting smaller and smaller, so it is easy to be affected by high temperature and external pressure when soldering BGA chips on PCB. The company uses underfill technology to strengthen the curing of the chips, which makes the product stable.