EXASCEND CFexpress 4.0 Type B Element Pro Series 1TB

The Exascend CFexpress 4.0 Type B Element Pro Series 1TB is engineered to deliver extreme performance for professional filmmakers, photographers and digital content creators working with today’s most demanding camera systems. Built on the PCIe Gen 4 architecture, it unleashes next‑generation bandwidth that dramatically enhances responsiveness, capture stability and workflow acceleration. With read speeds reaching up to 3500 MB/s and write speeds up to 3100 MB/s, the card handles the immense data rates required for 8K and 12K RAW video as well as high‑frame‑rate capture without buffering, dropped frames or interruptions.

Designed for continuous heavy‑duty use, the card maintains exceptional sustained performance through advanced controller optimization and highly efficient firmware. Its thermal efficiency is boosted by adaptive thermal management, allowing it to remain cool and stable even during prolonged high‑bitrate recording sessions. The card also features low power consumption during sustained writing, supporting longer shooting sessions and improved battery life when used in power‑sensitive environments such as handheld or gimbal‑mounted cinema systems.

Built for durability, the Element Pro Series 1TB model is protected against dust, moisture, weather exposure, impacts, X‑ray scanning and magnetic interference, ensuring absolute reliability in harsh production conditions ranging from freezing outdoor environments to high‑temperature studio setups. Its robust design guarantees long‑term endurance, making it ideal for intensive workflows like documentary filmmaking, live events, commercial production, high‑speed wildlife capture and large‑format photography.

The 1TB capacity offers generous room for extended shooting days, high‑bitrate RAW workflows and multi‑format recording without frequent card changes. Fully backward‑compatible with CFexpress Type B systems, it integrates seamlessly into existing professional rigs while preparing creators for the rapidly evolving future of high‑resolution digital imaging.