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Lextar Partners With X Display to Accelerate MicroLED Mass Production

瀏覽次數:2576

HSINHU, Taiwan – Lextar Electronics and X Display Company announced today that the companies entered into agreements, including Development and License Agreement and Services Agreement wherein Lextar has licensed XDC’s Intellectual Property, and both Lextar’s and XDC’s customers will be supplied Lextar’s high-performance MicroLEDs.

“We are pleased to announce our partnership with XDC, which brings the innovative and feasible MicroLED display mass-production technology to Lextar, “said Mr. C.N. Huang, Vice President of Lextar Technology Center. “Lextar has committed to developing MicroLED technology for years and is known for its expertise in the display industry. By virtue of practicing the broad and foundational IP portfolio of XDC with respect to MicroLED, we look forward to the robust cooperation between the two companies to accelerate the commercialization of next-generation display technology. Moreover, our customers can benefit from our one-stop service from MicroLED chip to display module. Together we aim to change the landscape of the display industry.”

Lextar leads the LED industry and has invested in several of the next generation LED miniaturization projects for MicroLED products from chip, packaging, testing, assembly, module, circuit drives to sub-systems, and is working closely with partners like XDC.

“Lextar is an innovative and dynamic LED company with strong experience in the display industry” said Dr. Matthew Meitl, Co-Founder and VP of Displays at X Display Company. “We are excited to partner with Lextar and co-develop MicroLEDs for our customers.”

XDC is a pioneer in the mass-transfer of MicroLEDs and has built a broad and foundational IP portfolio of over 400 patents. XDC’s patented elastomer stamp mass-transfer technology is regarded as the most viable method to mass-produce MicroLED displays for applications ranging from TV, Signage, Monitors, Laptops and Smartphones. XDC licenses its technology and supplies components to the display industry.

超大規模資料中心重塑AI基礎設施
特別企劃半導體AI

超大規模資料中心重塑AI基礎設施

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為了增加資料傳輸的速度、距離和效率,AI生態系統正在探索射頻(RF)矽中介層技術,以實現互補式金氧半導體(CMOS)、雙極互補式金氧半導體(BiCMOS)與三五族材料的異質整合。

關鍵字:micro ledMIni LED