SK hynix Begins Supplying Mobile NAND Solution ZUFS 4.1
- SK Hynix has started supplying its mobile NAND solution ZUFS 4.1, marking the world's first mass production of this technology.
- The ZUFS 4.1 solution enhances smartphones' on-device AI capabilities and improves system reliability and recovery performance.
- SK Hynix aims to meet customer needs while strengthening its competitive edge in the AI memory sector through global collaborations.
57 Articles
57 Articles
SK hynix starts supplying high-performance NAND for mobiles
SK hynix Inc. said on Thursday that it began supplying its ZUFS (Zoned UFS) 4.1 solution, the world's first high-performance NAND for mobile devices, to customers for boosting AI and large-scale data processing, as per a report by Pulse, the English service of Maeil Business Newspaper Korea.

SK hynix Begins Supplying Mobile NAND Solution ZUFS 4.1
Company achieves world-first mass production of high-performance NAND solution products and starts supplying them to the mobile marketThe solution significantly improves sustained performance compared to conventional UFS, reducing app launch time by 45%; optimized for on-device AI and large-scale data…
SK hynix Begins Supplying ZUFS 4.1 Mobile NAND Solution
SK hynix Inc. announced that it has begun supplying its performance mobile NAND solution ZUFS 4.1 to customers, marking a world’s 1st mass production of this solution. The solution’s adoption in the latest smartphones reinforces the company’s technological excellence in the global market. ZUFS 4.1 will enhance smartphones’ powerful on-device AI capabilities, offering users an […] The post SK hynix Begins Supplying ZUFS 4.1 Mobile NAND Solution a…
SK Hynix ships latest mobile NAND chip
SK Hynix started distributing its latest high-performance mobile NAND product to smartphone customers, claiming to be the first to mass produce the zoned universal flash storage (ZUFS) unit optimised for on-device AI and large-scale data processing. In a statement, the chipmaker explained the ZUFS 4.1 “significantly improves sustained performance compared with conventional UFS” by reducing read performance degradation over extended use by more t…
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