Transcend Compact Flash 32 GB MLC Compact Flash Card

Transcend Compact Flash Card, 32GB Capacity, 1000x Speed Rating - TS32GCF1000

This Compact Flash Card from Transcend is designed for superior performance in high-demand digital imaging tasks. With a capacity of 32GB, it meets the needs of professionals capturing high-resolution images and videos. This card operates in a temperature range of -25 to +85 °C, ensuring reliability in diverse environments.

Features & Benefits

• Delivers impressive read speeds of up to 160 MB/s
• Supports write speeds reaching 120 MB/s for quick data storage
• Utilises MLC NAND flash for enhanced durability and performance
• Compliant with CompactFlash 6.0 specifications for high performance
• Includes video performance guarantee to prevent dropped frames
• Compatible with a variety of CompactFlash devices for versatile use

Applications

• Utilised with high-end DSLRs for capturing high-quality photographs
• Employed in hybrid cameras for advanced imaging capabilities
• Suitable for Full HD camcorders to record professional-grade video
• Ideal for use in demanding creative environments like film production
• Compatible with advanced card readers for optimal data transfer

What are the maximum read and write speeds offered by this card?

The card provides maximum read speeds of 160 MB/s and write speeds of 120 MB/s, enabling quick data access and storage.

How does the Video Performance Guarantee enhance video recording?

The Video Performance Guarantee ensures a continuous recording rate of at least 65 MB/s, which is essential for high-resolution video without interruptions.

What devices is this card compatible with for optimal performance?

It works seamlessly with a wide array of CompactFlash-compatible devices, including high-end DSLRs and advanced camcorders.

What makes the MLC NAND flash technology advantageous for storage?

MLC NAND flash enhances the card's reliability and longevity, making it suitable for demanding applications like professional photography and videography.