Kingston Technology 32GB microSDHC Industrial C10 A1 pSLC Card + SD Adapter

Kingston Industrial microSD is designed for demanding environments and extreme temperatures. The card operates from -40°C to 85°C and uses pSLC mode to deliver transfer speeds up to 100MB/s. It offers high endurance rated up to 1920 TBW with 30K P/E cycles and includes industrial-grade features for reliability. The product ships with a UHS-I SD adapter and is available in capacities from 8GB to 64GB.

Advantages

The microSD card maintains stable performance in both high heat and sub-zero conditions and provides sustained write endurance suitable for industrial applications. UHS-I compliance with U3, V30 and A1 support ensures compatibility with Android-based systems and faster read/write operations. Built-in firmware features like ECC, wear levelling and bad block management increase data integrity and lifetime.

Key specifications

• Operating temperature: -40°C to 85°C
• Maximum sequential transfer: up to 100MB/s (UHS-I)
• Endurance: up to 1920 TBW
• Program/Erase cycles: 30,000 P/E cycles
• Modes and support: pSLC mode, U3, V30, A1
• Built-in features: ECC engine, wear levelling, bad block management, optional health monitoring tool
• Includes: UHS-I SD adapter
• Available capacities: 8GB–64GB

How to use

Insert the microSD card into a compatible microSD slot or use the included UHS-I SD adapter for full-size SD slots. Format the card in the target device according to the manufacturer's instructions before first use to ensure compatibility. For demanding write-intensive applications, enable any available industrial or high-endurance modes in the host device and monitor card health with the optional monitoring tool when available.

Recommendations

Use this Kingston Industrial microSD in devices exposed to extreme temperatures or continuous write cycles, such as industrial controllers, surveillance cameras and embedded systems. Regularly back up important data and use the health monitoring tool to track endurance and remaining lifespan.