The Delkin DCFXBP13TG4 is a high-performance, high-capacity CFexpress Type B memory card engineered for the most demanding professional photography and cinematography workflows. It is designed to meet the rigorous data throughput and reliability requirements of modern high-resolution still cameras capable of high-speed continuous shooting, as well as cinematic video cameras that record in raw or high-bitrate codecs like ProRes RAW, 8K, and 4K at high frame rates. With a massive 1.3 terabytes (TB) of storage, it provides extended recording times for video and ample space for thousands of high-resolution raw still images, reducing the frequency of card swaps during critical shoots and enabling filmmakers to capture longer takes without interruption.

This card leverages the CFexpress Type B form factor and the PCIe Gen 3 x2 interface to deliver exceptional sequential read and write speeds that are essential for handling large data streams without bottlenecks. The sustained write performance ensures that cameras can maintain their maximum burst shooting rates and record high-bitrate video without dropping frames, a critical factor for capturing fast-action sports, wildlife, and high-end commercial video production. The card is built with robust components and features advanced thermal management to maintain consistent performance under sustained write loads, preventing thermal throttling that can occur during long recording sessions in challenging environments.

Delkin designs its POWER series cards for professional durability and includes features such as built-in error correction, wear-leveling algorithms, and power-loss protection to safeguard data integrity. The card is rated for operation in extreme temperatures and is built to withstand physical shock and vibration, making it suitable for field use in demanding conditions. Backed by a comprehensive warranty and often including data recovery services, the Delkin 1.3TB POWER CFexpress Type B card is a premium storage solution for professional content creators who require uncompromising speed, massive capacity, and absolute reliability for their mission-critical work.