Nextorage launched new NX-F2AE SDXC UHS-II memory cards developed specifically for professional video production
Nextorage launched new NX-F2AE SDXC UHS-II memory cards developed specifically for professional video production:
Here are the details:
The NX-F2AE Series is the Advanced Edition of Nextorage’s SDXC UHS-II memory cards, developed specifically for professional video production. As high-resolution, high-bitrate video formats such as 4K and 8K continue to become increasingly common, the demand for memory cards capable of delivering both large storage capacities and stable long-duration recording has grown significantly. The NX-F2AE Series was designed to meet these requirements, providing reliable and uninterrupted recording performance for demanding video applications.
V90-Rated Performance Optimized for Video Recording
Today’s high-resolution and high-bitrate recording environments require consistently high write performance to fully utilize the capabilities of modern cameras.
The NX-F2AE Series supports the highest video speed class, V90, guaranteeing a minimum sustained write speed of 90 MB/s. Whether shooting in 4K, 6K, or 8K resolution, or capturing high-frame-rate footage, the card delivers stable performance under heavy data workloads while minimizing the risk of dropped frames and recording interruptions.
Up to 1 TB Capacity for Extended Shoots and Large-Scale Productions
Available in 256 GB, 512 GB, and 1 TB capacities, the NX-F2AE Series allows creators to record high-bitrate content and extended footage while reducing the need for frequent card replacements.
For large-scale projects, overseas productions, live events, and other long-duration shoots, ample storage capacity provides greater peace of mind. The cards help minimize workflow interruptions caused by media changes while reducing the number of cards required on set, contributing to a more efficient and reliable production environment.
Accelerate Production Workflows with Transfer Speeds up to 300 MB/s¹
The NX-F2AE Series delivers read and write speeds of up to 300 MB/s¹, enabling faster media offloading and a smoother transition to post-production workflows.
For professionals and advanced enthusiasts working under tight deadlines, data transfer speed plays a critical role in overall productivity.
To maximize the performance of the NX-F2AE Series, Nextorage recommends pairing the card with its NX-DF1CL, Dual-Slot SD Card Reader. Even when two SD cards are connected simultaneously, the NX-DF1CL fully leverages the high-speed transfer capabilities of the UHS-II interface.
Whether importing large volumes of footage or creating immediate on-location backups, the combination supports a fast and efficient production workflow.
Reliable Durability to Protect Valuable Footage²
The NX-F2AE Series has passed seven durability and protection tests², helping safeguard valuable data in a wide range of shooting environments.
- Operating Temperature: -25 °C to 85 °C
- Shock Resistance: Drop tested height from 4.9 ft.
- Bending Resistance: Tested 10 N
- Connector mating: 10,000+ cycles
- X-Ray Resistance: ISO 7816-1
- Anti-magnetic: Tested
- Electrostatic Resistance: IEC 61000-4-2
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Series
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NX-F2AE Series
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Model / Capacity[3]
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NX-F2AE256G / 256 GB
NX-F2AE512G / 512 GB
NX-F2AE1TB / 1 TB
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Form factor
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SDXC
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Interface
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UHS-II
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NAND Flash memory
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3D TLC
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Max.speed1 (read)
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300 MB/s
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Max.speed1 (write)
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300 MB/s
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Video Speed Class
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V90
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SD Speed Class
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Class 10
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UHS Speed Class
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U3
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Application Performance Class
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A1
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Operating temperature
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-25 ℃ to 85 ℃
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Storage temperature
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-40 ℃ to 85 ℃
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Dimensions (W×L×D)
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Approx. 24 mm x 32 mm x 2.1 mm
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Weight
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Approx. 2 g
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Included item
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Media case
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Warranty
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5 years from the date of purchase
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1. Based on Nextorage test conditions. The actual performance may vary with host devices and environments. For devices that don’t support UHS-II, the transmission speed will be different due to interface limitations.
2. All durability ratings are based on Nextorage test conditions. No guarantee is made that memory cards will be damage-free or that data will remain intact under all circumstances.
3. Capacity is based on 1 GB = 1 billion bytes. A portion of the memory is used for system files and may vary