Kingston Technology 64 GB SDXC Βιομηχανική Μνήμη Flash UHS-I pSLC

Kingston Industrial SD card is engineered for continuous operation in demanding industrial environments such as automation, telecommunications, data systems, building management and POS systems. Built and tested to tolerate harsh conditions, the card supports an extended operating temperature range from -40°C to 85°C and is offered in capacities from 8GB to 64GB. It uses pSLC mode for improved endurance and delivers reliable read speeds up to 100MB/s while including features targeted at industrial endurance and performance.

Advantages

The card provides durable performance across wide temperature extremes and sustained workloads. With up to 1920 TBW and 30,000 program/erase cycles, it meets endurance requirements for long-term industrial use. UHS-I compliance with U3, V30 and A1 support ensures compatibility with Android-based applications, while built-in wear levelling, bad block management and an optional health monitoring tool help maintain reliability and manage card lifespan.

Key specifications

• Capacities: 8GB–64GB
• Operating temperature: -40°C to 85°C
• Read speed: up to 100 MB/s (pSLC mode)
• Endurance: up to 1920 TBW
• Program/Erase cycles: 30K P/E cycles
• Standards: UHS-I, U3, V30, A1
• Built-in features: wear levelling, bad block management, optional health monitoring tool

How to use

Insert the Kingston Industrial SD card into a compatible SD card slot on your industrial device, controller or embedded system. Ensure the host device supports UHS-I and the required capacity. For reliable operation in extreme temperatures, confirm the device’s operating range matches the card’s -40°C to 85°C specification. Use the optional health monitoring tool where available to track remaining lifespan and performance metrics.

Recommendations

For critical industrial applications, perform initial compatibility and endurance testing within your system. Regularly monitor the card’s health using the provided monitoring tool and replace the card before reaching the rated TBW or P/E cycle limits to avoid unplanned downtime.