Western Digital introduces iNAND MC EU521 embedded flash drive

News Smartphones Storage

Western Digital Corp. equips mobile developers to enhance the 5G smartphone user experience with its new iNAND MC EU521. An early supporter of JEDEC’s implementation of Write Booster under the UFS 3.1 standard, Western Digital is among the first in the industry to deliver commercial storage solutions optimized for UFS 3.1 5G applications and capabilities.

The Western Digital iNAND MC EU521 embedded flash device allows mobile developers to take full advantage of UFS 3.1 high-interface bandwidth (Gear 4 / 2 Lanes) as well as SLC (single-level cell) NAND caching. It also offers turbo sequential write speeds up to 800MB/s to better enable enhanced user experiences for applications such as downloading 4K and 8K media, large file transfers from the cloud, and gaming. The iNAND EU521 will be available in March in 128GB and 256GB capacities.

“Smartphones now demand more performance and capacity as they often serve as the primary computing device for everything from streaming video, playing music, gaming and photography, to payments and mapping,” said senior vice president and general manager, Huibert Verhoeven, Western Digital’s Automotive, Mobile and Emerging business unit. “The SLC caching in the iNAND EU521 with Write Booster offers users several key performance improvements that when coupled with 5G are expected to bring faster movie downloads than ever before. This, and other capabilities make the EU521 a great option for today’s mobile equipment manufacturers.”

Western Digital iNAND storage solutions for smartphones and mobile devices leverage 96-layer 3D NAND and advanced UFS interface technologies to enable an exceptional user experience. This family of commercial, embedded products is designed to maintain high and persistent performance for data-intensive applications such 4K/8K video, augmented reality, virtual reality and AI. The company also offers after-market memory cards, and innovative data backup and charging devices for mobile users.

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