Lexar Professional CFexpress Gold Type B Card - 3600MB/s - 512GB

Take your creative workflow to the next level with the Lexar Professional CFexpress Type B Gold Series Card – 512GB. Designed for filmmakers, photographers, and content creators who demand maximum speed, reliability, and durability, this card delivers blazing-fast read speeds up to 3600MB/s and write speeds up to 3000MB/s, enabling you to capture and transfer high-resolution content without missing a beat.

Key Features

• Capacity: 512GB
• Interface: CFexpress Type B (PCIe Gen 3x2)
• Read Speed: Up to 3600MB/s
• Write Speed: Up to 3000MB/s
• VPG400 Certified: Sustained write speeds of 400MB/s minimum
• Perfect for 8K RAW, 4K 120fps, and burst photography
• Built for pro DSLRs, mirrorless, and cinema cameras
• Shock, vibration & temperature resistant
• Backward compatible with select XQD devices

Performance You Can Count On

With speeds that push the limits of the CFexpress format, the Lexar Gold Series ensures your camera keeps shooting without delay, even when capturing cinema-grade 8K RAW footage or ultra-fast continuous bursts. The VPG400 certification guarantees a minimum sustained write speed of 400MB/s, preventing dropped frames or buffering issues.

Made for 8K and Beyond

Whether you're working with 8K video, high-resolution time-lapses, or fast-action stills, this card provides the consistent speed and capacity needed for the most demanding formats. Say goodbye to bottlenecks and hello to uninterrupted high-performance recording.

Ultra-Fast Transfers = Faster Post-Production

With read speeds up to 3600MB/s, transferring large files to your editing suite is faster than ever—freeing up more time for creativity and less time waiting. Perfect for professionals working under tight deadlines or high-volume workflows.

Tough Enough for Any Shoot

Engineered with rugged durability, the Lexar Professional CFexpress Gold is resistant to shock, vibration, and extreme temperatures. Whether you're in the studio or out in the field, it’s built to handle real-world conditions.