CHIPFANCIER 1TB CFexpress Type B 4.0 GOLD Memory Card

Overview

The CHIPFANCIER 1TB CFexpress Type B 4.0 GOLD Memory Card is engineered for professional photographers and filmmakers who require exceptional speed and reliability for high-resolution video production and continuous burst shooting. Built on the CFexpress 4.0 standard with PCIe 4.0 x2 and NVMe 1.4 technology, this high-performance card delivers read speeds up to 3550 MB/s and write speeds up to 2920 MB/s, making it ideal for demanding 8K video workflows and data-intensive production environments.

Designed for durability, the card features a robust aluminum alloy shell that helps protect internal components while improving heat dissipation during extended recording sessions. Advanced flash management technologies help maintain stable performance and data integrity, while low power consumption contributes to efficient operation. For added peace of mind, the card is backed by a limited lifetime warranty.

Core Features

• Provides read speeds up to 3550 MB/s for rapid file transfers and efficient post-production workflows.
• Delivers write speeds up to 2920 MB/s for demanding video recording and burst shooting applications.
• Built on the CFexpress 4.0 standard with PCIe 4.0 x2 and NVMe 1.4 technology.
• Features a durable aluminum alloy shell for enhanced protection and thermal performance.
• Supports professional 8K video recording and other high-bitrate capture formats.
• Utilizes advanced flash management technologies to optimize reliability and endurance.
• Offers low power consumption to help reduce heat generation during operation.
• Backed by a limited lifetime warranty for long-term confidence.

Built for High-Bitrate Capture

Whether recording 8K video, capturing RAW image sequences, or shooting extended burst sequences, the GOLD series provides the speed and sustained performance required by modern professional camera systems.

Rugged Professional Design

The aluminum alloy housing helps protect the card against the demands of professional production environments while improving durability and heat dissipation during intensive recording sessions.