Micron Unveils Tiniest UFS 4.0 Storage Solution at MWC 2024
Micron has introduced its latest technological marvel at the Mobile World Congress 2024, showcasing the most compact UFS 4.0 package to date. With dimensions standing at just 9 x 13 millimeters, this innovation not only offers up to 1TB capacity but also delivers exceptional performance with a sequential read speed of 4300 MB/s and a sequential write speed of 4000 MB/s.
Micron Unveils Tiniest UFS 4.0 Storage Solution
The key motivation behind Micron’s development of this smaller solution stems from feedback received from smartphone OEMs. These manufacturers expressed a desire for more space to accommodate larger batteries in their devices. Micron’s response was to create a product that not only addresses this need but also maintains top-tier performance.
Developed in joint customer labs across the United States, China, and Korea, the compact UFS 4.0 storage solution is built on its cutting-edge 232-layer 3D NAND technology. The footprint of this chip is 20% smaller compared to the previously launched 11 x 13 mm solution in June, resulting in reduced power usage without compromising overall performance.
One notable feature that was introduced is the High-Performance Mode (HPM), a proprietary optimization feature that enhances performance during intensive smartphone use. With HPM enabled, users can experience a 25% improvement in speed, showcasing Micron’s commitment to delivering high-performance solutions.
Micron is currently shipping samples of its new UFS 4.0 storage in three variations – 256GB, 512GB, and 1TB. This groundbreaking technology not only meets the growing demands of smartphone OEMs but also signifies Micron’s dedication to pushing the boundaries of compact, high-capacity storage solutions in the mobile industry.
Pokdepinion: I genuinely wonder how many brands would adopt this one specifically for storage on their smartphones / tablets. The smaller size would also allow for either a smaller body or having more parts inside, perhaps an additional module for an extra feature.
