The embedded equipments which need high-temperature resistant SSD
In industrial embedded devices, devices that typically operate in high-temperature environments require the use of high-temperature-resistant solid-state drives.
Here are some industrial embedded devices that may require high-temperature-resistant solid state drives:
Industrial
automation control systems: These systems often operate in
high-temperature factory environments and require high-temperature hard
drives to ensure data reliability and system stability.
Petroleum
drilling equipment: During the process of oil extraction, drilling
equipment may be exposed to extreme temperature and pressure conditions,
requiring the use of storage devices that can operate stably in
high-temperature environments.
Military and aerospace equipment:
These devices may operate in extreme environments, including high
temperatures, high humidity, and strong vibrations, which places high
demands on the temperature resistance of the hardware.
Vehicle
monitoring system: Some vehicles such as trains and military vehicles
may operate for long periods of time in high-temperature environments,
and the solid-state drives used in on-board monitoring systems need to
be able to withstand this environment.
Outdoor surveillance
equipment: Some surveillance equipment installed outdoors, especially in
hot climates, also requires high-temperature-resistant hard drives to
ensure continuous and stable recording and storage of data.
It is
important to note that when selecting a high-temperature-resistant
solid-state drive, in addition to temperature factors, factors such as
write amplification factor and durability rating of W/E NAND flash
memory should also be considered. These parameters can affect the
longevity and reliability of the drive, especially in applications where
data is frequently written and deleted. Therefore, it is crucial to
choose a solid-state drive that is suitable for specific industrial
environments and workloads.