Kingston Canvas Go! Plus 256GB MicroSDXC Memory Card

The Kingston Canvas Go! Plus microSD card delivers professional-grade performance for action cameras, drones, mobile gaming, and Android devices. With read speeds up to 200MB/s and write speeds up to 160MB/s, this 256GB microSDXC card handles demanding workflows efficiently.

High-Speed Performance for 4K Video Recording

Rated U3 and V30, this memory card supports continuous 4K Ultra-HD video recording without dropped frames. The 30MB/s minimum sustained write speed ensures smooth capture during fast-paced action sequences, making it reliable for aerial footage from drones and extreme sports documentation with action cameras.

A2 App Performance Class for Mobile Gaming

The A2 Application Performance Class certification provides faster app load times and improved gaming performance on smartphones and tablets. This specification ensures minimum random read/write speeds of 4000/2000 IOPS, reducing lag during gameplay and accelerating app launches on Android devices.

Versatile Compatibility with SD Adapter

An SD adapter is included, enabling compatibility with SD card slots in laptops, cameras, and other devices. This dual-format capability provides flexibility across your entire device ecosystem without requiring additional accessories.

Built for Durability

Constructed to withstand harsh conditions, the Canvas Go! Plus is waterproof, temperature-proof, and X-ray proof. This durability protects your data during outdoor adventures and travel through airport security.

Technical Specifications

• Capacity: 256GB storage
• Speed Class: UHS-I Class 10, U3, V30
• Read Speed: Up to 200MB/s
• Write Speed: Up to 160MB/s
• App Performance: A2 rated
• Form Factor: microSDXC with SD adapter
• Operating Voltage: 3.3V
• Dimensions: 11 x 15 x 1mm (microSD), 24 x 32 x 2.1mm (with adapter)
• Warranty: Lifetime coverage

Backed by Kingston's lifetime warranty, the Canvas Go! Plus microSD card provides reliable expandable storage for content creators and mobile users who need consistent performance in demanding applications.