Transcend SDHC SD Card, A1, U1

Transcend SDC410M Series SD Card, 4GB Capacity, A1 Speed Class Rating - TS4GSDC410M

This SD card is designed for high-performance storage in various applications. It features a 4GB capacity and is compliant with SDHC standards. Measuring 24mm x 32mm x 2.1mm, it combines compactness with durability and high-speed performance in demanding environments.

Features & Benefits

• Built with MLC NAND flash for enhanced data reliability
• Endures operating temperatures from -25°C to 85°C
• Achieves read speeds of up to 95 MB/s for efficient data access
• Guarantees 3K programme/erase cycles for long-lasting use
• Supports A1, U1, and V10 ratings for running applications smoothly
• Compliant with SD specification 5.1 ensuring broad compatibility

Applications

• Used in CCTV systems for reliable video storage
• Suitable for automotive systems requiring quick data retrieval
• Utilised in IoT devices for dependable and fast performance
• Employed in telecommunication equipment for stable data handling
• Ideal for portable devices in industrial automation settings

What type of environments can this memory card withstand?

The card is engineered to perform effectively in temperatures ranging from -25°C to 85°C, making it suitable for extreme conditions often encountered in industrial applications.

How does the A1 speed class benefit application performance?

With its A1 rating, the card is optimised for running apps directly from the storage, ensuring quick application launches and smoother operation for devices reliant on immediate data access.

What is the significance of MLC NAND flash in this context?

MLC NAND flash technology contributes to greater reliability and performance, which is crucial for data-intensive applications by enhancing endurance and data integrity.

How does this SD card compare in terms of speed with others in its class?

The card offers read speeds of up to 95 MB/s and write speeds reaching 30 MB/s, ensuring high-speed data transfer that meets the expectations of performance in demanding tasks.

What impacts can temperature resistance have on the card's durability?

Temperature resistance helps maintain data integrity and functionality in environments with fluctuating thermal conditions, thus extending the card's lifespan and usability across various applications.