Samsung Introduces High-Performance 256GB And 1TB Microsd Cards

• Samsung unveils 256GB SD Express microSD card with 800MB/s read speeds.

• 1TB UHS-1 microSD card features 1Tb V-NAND technology for high-capacity storage.

• SD Express microSD card offers SSD-like performance in a compact form factor.

Samsung’s New microSD Cards Bring High Performance and Capacity for the New Era in Mobile Computing and On-Device AI

Samsung

Samsung Electronics has unveiled its latest microSD card offerings, including a groundbreaking 256GB SD Express microSD card and a mass-produced 1TB UHS-1 microSD card. These new products are designed to meet the increasing demands of mobile computing and on-device AI applications.

Industry-First SD Express microSD Card

Samsung's 256GB SD Express microSD card boasts sequential read speeds of up to 800MB/s, more than four times faster than current interface speeds. This high-performance microSD card is based on the SD Express interface, offering SSD-like performance in a compact form factor. The card's low-power design and optimized firmware technology ensure enhanced computing experiences across various applications.

1TB UHS-1 microSD Card

The 1TB UHS-1 microSD card features Samsung's cutting-edge 1Tb V-NAND technology, stacking eight layers of high-capacity storage within a microSD form factor. This card offers reliable usage in challenging environments, with features such as water protection, extreme temperature resistance, and drop-proof design.

Availability

The 256GB SD Express microSD card will be available for purchase later this year, while the 1TB UHS-1 microSD card is set to launch in the third quarter. Samsung's new microSD cards aim to provide users with powerful performance and capacity for modern and future applications.

These innovative microSD cards from Samsung represent a significant advancement in memory technology, catering to the evolving needs of mobile computing and on-device AI. With their impressive speeds and capacities, these microSD cards are poised to enhance computing experiences across a wide range of devices and applications.