The Exascend CFexpress 4.0 Type B Element Pro Series 2TB is engineered to deliver cutting‑edge performance for professional cinematography, advanced photography and high‑bandwidth production workflows. Built on the PCIe 4.0 and NVMe 1.4 architecture, it unlocks next‑generation transfer rates with read speeds reaching up to 3500 MB/s and write speeds up to 3100 MB/s, enabling seamless recording and playback of demanding formats including 8K and 12K RAW at frame rates up to 120 frames per second. Its sustained read and write performance maintains exceptional consistency during continuous high‑bitrate capture, ensuring that long takes remain stable, smooth and free from dropped frames even under extreme data loads.

With a storage capacity of 2TB, the Element Pro Series provides substantial headroom for multi‑day shoots, high‑resolution stills, and large RAW video projects without interruption. Designed for real‑world field conditions, the card is dust‑resistant, weatherproof, impact‑resistant, X‑ray safe and magnet‑resistant, offering robust protection for mission‑critical content in unpredictable or harsh environments. Operating reliably across a wide temperature range, it supports professionals working from controlled studio settings to demanding outdoor productions.

The card is engineered for energy efficiency, drawing only a minimal amount of power during sustained write operations to support longer battery life in‑camera. Exascend’s advanced thermal management maintains optimal operating temperatures through Adaptive Thermal Control, preventing overheating and ensuring dependable operation during extended shooting sessions. High endurance construction, including long‑life flash and reinforced error‑correction technologies, supports a 2 million‑hour MTBF rating and 1200 TBW lifespan for lasting reliability over intensive use cycles.

Compatible with all major CFexpress Type B camera systems, the Element Pro Series 2TB card integrates seamlessly into professional production setups, delivering exceptional speed, resilience and recording stability that modern content creation demands.