Delkin Devices Power 128GB CFexpress Type B Memory Card (Twin Pack)

Built with strength, reliability, and performance, the 128GB POWER CFexpress Type B Memory Card (2-Pack) from Delkin Devices provides read speeds of up to 1730 MB/s and write speeds of up to 1540 MB/s, making it suitable for professional photographers and videographers. Designed to excel in high-end cinematic hosts, these cards can capture DCI 4K and Full HD video at frame rates up to 180 fps, plus up to 180 continuous raw photo bursts. To help provides improved endurance, Delkin built these cards with resistance against water, magnets, X-rays, shock, static, UV light, and extreme temperatures.

Advanced CFexpress Recording Speeds

Utilising a PCI Express 3.0 interface that supports NVM Express, these CFexpress cards record at speeds up to 1540 MB/s for cinema-quality video captures, including DCI 4K and Full HD at high frame rates of up to 180 fps. Also supported is continuous burst shooting for up to 180 raw photos.

Streamlined Workflow

Capable of offloading data at speeds reaching up to 1730 MB/s, these CFexpress cards help ensure quick and efficient data transfers from card to computer for immediate access to your files and sooner post-production start times. This is good for photographers and videographers who need to quickly unload large amounts of data and get back to shooting.

Tested for Compatibility

Each CFexpress card has undergone extensive testing to help ensure full functionality and performance in today's high-end hosts. Built to meet the extensive demands of today's broadcast, cinema, and photography industries, these CFexpress memory cards are the cards you can trust for fast, reliable photo & video capture. It is important to note though that CFexpress cards are not backwards compatible with either CompactFlash or CFast 2.0 hosts.

Durable Design

Built to endure strenuous shooting environments, this PRIME CFexpress card is durably designed to be shock, water, magnet, and x-ray proof, anti-static, UV-guarded, and resistant to extreme temperatures.