Tarjeta de memoria microSDHC GOODRAM 16 GB Class 10 UHS-I (U1), lectura 100 MB/s, escritura 10 MB/s, protegida contra campos magnéticos, con adaptador SD

MicroSDHC Goodram 16GB UHS-I M1AA is a microSD card with a UHS‑I interface and Class 10 performance, designed to expand storage in smartphones, tablets, cameras and other devices with a microSD slot. The M1AA set includes an SD adapter so the microSD card can also be used in devices with a full-size SD slot. The card offers read speeds up to 100 MB/s and write speeds from 10 MB/s, and its compact, durable design supports everyday mobile use.

Advantages

The UHS‑I interface provides higher transfer rates for faster file access and smoother recording. With Class 10 rating and specified read/write performance, the card supports Full HD video recording and fast photo capture. The included SD adapter increases compatibility with cameras, laptops and card readers. The product is built to handle common environmental hazards and is suitable for mobile and outdoor use.

Suitable for

• Smartphones and tablets (storage expansion)
• Digital cameras and action cameras
• Camcorders and dashcams
• PCs and laptops with SD card readers (using adapter)

Key specifications

• Capacity: 16 GB
• Flash card type: MicroSDHC
• Speed class: Class 10, UHS‑I
• Read speed: up to 100 MB/s
• Write speed: from 10 MB/s
• Includes: microSD card + SD adapter (M1AA set)
• Colour: Black
• MPN: M1AA-0160R12
• EAN: 5908267930137

How to use

Insert the microSD card into the microSD slot of your device and format it if prompted by the device. To use the card in devices with a full‑size SD slot, place the microSD card into the supplied SD adapter and insert the adapter into the device. Follow your device manufacturer’s instructions for safe removal to avoid data loss.

Recommendations

For best results, use the card for Full HD video recording, burst photo mode and general file storage. Regularly back up important data and format the card in the host device before first use. Avoid removing the card during read/write operations.