Innovative Nanotech Inc. News
過去幾十年，半導體技術快速發展，現在7奈米製程技術已是高階生產的主流，5奈米技術也預計將於今年中實現，兩年後更可能進步到3奈米。半導體越做越小，製程也越來越複雜，產業亦面臨很多以前不存在的嚴峻挑戰嚴重影響良率；如在製程中，矽晶圓會經過多種高純度、高潔淨度的化學藥水處理，藥水內的奈米粒子不純物，原本不影響製程良率，現在因為元件的持續縮小，這些奈米粒子已經變成會造成良率損耗的”殺手粒子”，而業界還沒有良好的改善對策。 (Read More)
Sep. 03, 2018 -- To be in the tech trend of IoT, Chroma ATE provides a wide portfolio of semiconductor IC test solutions ranging from ATE, PXI systems, IC handlers, and system level test solutions. Innovative Nanotech, a member of Chroma Group, has introduced nanoparticles monitoring systems for semiconductor front-end processes. In SEMICON Taiwan 2018, Chroma will exhibit the SuperSizer in-line nanoparticle monitoring system for you to experience it on site. (Read More)
TAOYUAN, Taiwan, Nov. 24, 2017 -- Innovative Nanotech Inc., invested by Chroma ATE Inc., signed a contract with Industrial Technology Research Institute (ITRI) on Nov. 24 for “Nanoparticles Monitoring Technology” transfer. In addition, ITRI will serve as an important shareholder of Innovative Nanotech. Just a short time ago Innovative Nanotech had been contracted with Hsinchu Science Park for the purpose of developing and creating liquid nanoparticle monitoring systems used in the semiconductor manufacturing process to help improve the yield rate. (Read More)
Offering an Effective and Reliable Solution for sub-20 nm Liquid-borne Particle Monitoring
Chipmakers have been moving full speed ahead toward higher packing density products. Gate lengths of ICs continue to shrink rapidly. The capabilities of the current particle monitoring technologies lag far behind the industry need. Currently, the semiconductor industry mainly relies on the well developed light scattering technology to monitor nanoparticles in production lines. Innovative nanotech is a high-tech start-up, spun-off of ITRI and invested by Chroma ATE, dedicated to develop technology to "see" clearly, accurately and efficiently the size and distribution of the nanoparticles in the sub-20 nm range. Our product SuperSizer is designed to work 24/7 in the strict semiconductor production environment. To achieve this the well established aerosol particle measurement technologies are used.
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