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Cypress Achieves Aerospace-Grade QML Certification for its 65nm and 40nm SRAM Devices at UMC

瀏覽次數:1631

Cypress Semiconductor and United Microelectronics Corporation today announced that Cypress’ 65nm and 40nm technology platforms are the industry’s first to achieve Qualified Manufacturers List (QML) certification for their advance product flows.

The next-generation 144-Mbit Quad Data Rate (QDR) II+, 144-Mbit QDR IV and 16-Mbit Asynchronous SRAM devices, manufactured at UMC’s Fab 12A in Tainan, Taiwan, were qualified under the QML-V certification for aerospace-grade applications. QML certification is administered by the U.S. Defense Logistics Agency (DLA) Land and Maritime and represents one of the most stringent quality procedures implemented by the U.S. government to ensure reliable and controlled supply of microelectronic components.

“QML certification of our most advanced technology platforms is a major milestone,” said Helmut Puchner, Senior Director of Aerospace and Defense for Cypress’ Memory Products Division. “Our new radiation-hardened memory products will be the first QML-V-certified, high-density SRAM products to augment and support existing and future FPGA- and processor-based space applications. Being able to access the next-generation technology platforms from our foundry partner UMC enables us to deliver leading-edge, high-density and power-optimized memory products for our space customers.”

“UMC is committed to maintaining the world’s highest quality levels of manufacturing in order to enhance the competitiveness of our foundry customers,” said Clock Chung, senior director of Quality Assurance Division at UMC. “Working with Cypress to achieve QML-V certification of their 65nm and 40nm products at UMC represents the latest accomplishment in our two companies’ longstanding partnership. We look forward to realizing new milestones with Cypress in the future.”

稀土棋局下的台灣解方:從供應鏈韌性看關鍵礦物合作新契機
特別企劃半導體

稀土棋局下的台灣解方:從供應鏈韌性看關鍵礦物合作新契機

稀土與關鍵礦物已成全球科技競爭與經濟安全的重要戰略資源。面對供應鏈高度集中與地緣風險升高,台灣如何透過國際合作、技術替代、戰略儲備與城市採礦,建立自主且具韌性的關鍵礦物供應體系?

稀土與關鍵礦物已成全球科技競爭與經濟安全的重要戰略資源。面對供應鏈高度集中與地緣風險升高,台灣如何透過國際合作、技術替代、戰略儲備與城市採礦,建立自主且具韌性的關鍵礦物供應體系?

關鍵字:semiconductor