Silicon Power Hypera microSDXC Express | 1000 GB | microSDXC | Flash memory class C10, UHS-I U3, V30, A1

The Silicon Power Hypera microSDXC Express 1000 GB is a microSDXC memory card using 3D TLC NAND technology and offering Class 10 performance. With up to 880 MB/s read speed and 700 MB/s write speed, this card provides high-speed data transfer and 1 TB of capacity suitable for storing large photo, video and application libraries. The card is supplied as a single piece in compact packaging and carries a 60-month warranty.

Advantages

This microSDXC card combines high capacity with fast sequential read and write speeds, supporting UHS-I U3, V30 and A1 performance classes for smooth video recording, quick file transfers and improved app performance. The small form factor makes it compatible with smartphones, tablets, action cameras and other devices that accept microSDXC cards.

Suitable for

• Storing high-resolution photos and 4K/8K video recordings
• Expanding smartphone and tablet storage for apps and media
• Use in action cameras, drones and portable recorders
• Professional workflows that require large-capacity removable storage

Key specifications

• Brand: Silicon Power
• Model: Hypera microSDXC Express
• Capacity: 1000 GB (1 TB)
• Type: microSDXC
• Read speed: up to 880 MB/s
• Write speed: up to 700 MB/s
• Flash memory class: C10, UHS-I U3, V30, A1
• Warranty: 60 months
• MPN: SP001TBSTEI31V10
• EAN: 4713436166214

How to use

Insert the microSDXC card into the microSD slot of the host device or into a compatible card adapter/reader. For maximum performance, use a device that supports UHS-I and the card's performance classes. Format the card in the device before first use if prompted, and follow the device manufacturer’s instructions for safe removal to avoid data corruption.

Usage recommendations

For reliable high-speed recording, ensure the host device supports the card’s U3/V30 classes. Back up important data regularly and handle the card by its edges to avoid contact with the metal connector; keep it away from extreme temperatures, moisture and strong magnetic fields.