SSSTC Wide Temperature SSD Solutions
Industrial Temperature SSD (Industrial Temp / I-Temp SSD): Also known as industrial-grade wide-temperature SSDs, supporting -40°C to 85°C, designed for industrial applications that require reliable operation in extremely harsh environments.
Extended Temperature SSD (Extended Temp / E-Temp SSD): Supporting -25°C to 85°C, suitable for edge devices or systems installed in confined spaces that may experience high temperatures or significant day-night temperature variations but are not typically exposed to extreme cold conditions.
To ensure reliability under extreme or highly fluctuating temperature environments, SSSTC conducts four rigorous validation tests in addition to standard SSD qualification procedures.
We also utilize the renowned NEOSEM Chamber testing equipment and perform shock and vibration tests compliant with the U.S. Military Standard (MIL-STD) to guarantee robust performance and endurance.
Industrial Temperature SSD Application
Rugged Computers
In-Vehicle Computers
Surveillance Systems
Fleet Management Systems
Extended Temperature SSD Application
Edge Computing Devices / Edge Servers
Networking / Industrial Automation
Retail / Commercial Systems
Smart City / Transportation Infrastructure
Designed for Rugged Environments
Our wide temperature SSD solutions offer an automatic temperature control function. The built-in temperature sensor together with a dynamic thermal throttling system ensures that the SSDs maintain a safe operating temperature. This overheating protection mechanism guarantees data integrity, equipment safety and promotes stable operation over long periods of time, thereby extending the service life of SSDs.
SSSTC's Four Exclusive Reliability Tests for Wide-Temperature SSDs
— Focusing on Two Key Aspects: Harsh-Environment Endurance and Product Reliability
Temperature Operational(Temp OP) Test
The Temp OP test is conducted within the SSD's operating temperature range — -40°C to 85°C for Industrial Temp and -25°C to 85°C for Extended Temp — covering multiple temperature intervals to:
Ensure the SSDs perform optimally without causing component damage, read/write, and comparison errors.
Verify that wide-temperature SSDs operate reliably under various thermal conditions.
This testing validates that both I-Temp and E-Temp SSDs maintain stable performance across a full range of environmental temperatures.
Thermal Profile
Daily Life
DET (FC/PC/PM) Test
1. Read Write test on FC:drive is still able to read and write normally in four extreme states.
2.Power Cycle test on FC:tests the power reboot functionality under four extreme states
3.Power Management test on FC:tests the wake-up functionality from sleep/energy-saving states in four extreme states.
Designed with Anti-Vibration & Anti-Shock
We test SSDs for anti-vibration and anti-shock coefficients under both operational and non-operational states. Under the operational state, we deploy the Burn-in 8.0 testing software, for at least 30 minutes. The SSD is tested in a simulated high-temperature environment to ensure normal performance levels without causing any hardware damage.
Anti-Vibration
Anti-Vibration
Anti-Shock
Anti-Shock
>Non-operation1500G/0.5ms
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