Angelbird 1TB AV PRO CFexpress v4 Type B SE Memory Card

Product Features

• 1TB Storage Capacity
  
• PCIe 4.0 x2 Bus
  
• Max Read Speed: 3700 MB/s
  
• Sustained Read Speed: 3500 MB/s
  
• Max Write Speed: 2300 MB/s
  
• Sustained Write Speed: 2100 MB/s
  
• Capture 12K+ Raw Videos and Photos
  
• Shock and Vibration Resistant
  
• Can Withstand Temperature Extremes
  
• Stable Stream | Thermal Management

In the Box

• Angelbird 1TB AV PRO CFexpress v4 Type B SE Memory Card

Overview

Meet the Angelbird AV PRO CFexpress v4 Type B SE Memory Card, the new standard in high-performance storage media. Powered by CFexpress v4 Type B technology, this card is built to accelerate your workflow with reliable performance across all shooting modes, including 12K+ RAW and beyond. With capacities up to 4 TB, these cards offer versatility for a variety of production workflows.

Tip: optimize your card's performance and lifespan with regular firmware updates. To do that, you'll need to pair it with the Angelbird card reader CFexpress B.

Get sustained write speed — you can rely on
Experience consistent write speed of up to 3150 MB/s throughout recording (not just at the beginning). Capture high-res data without any lagging.

Experience protection & durability
Built to last this card is extreme temperature, moisture, dust, shock, x-ray, and magnetic proof. Sure to resist what your production game throws at it.

Enjoy smooth, drop-free results
Our Stable Stream™ technology ensures uninterrupted read and write performance across the entire capacity. Never worry about a frame drop.

Safe shutdown to protect your work
When your camera’s battery is low or loses power, the Host Power Loss Protection saves buffer files & safely shuts down the card to avoid any losses.

Less strain on your camera battery
This card operates with as minimal power draw as possible. Engineered to keep your camera battery alive as long as possible.

Lower the risk of your gear overheating
Angelbird’s Advanced Thermal Management feature protects card from overheating by going into a low power safe mode when it’s not in use.