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Research paper on ultra high speed CCD wins award

What does “high speed” imaging mean to you”? For a group of researchers at NHK, Japan’s national broadcaster, “high speed” means 16.7 million frames per second, and last month the paper they published on the development of a device to deliver this speed was awarded an “Excellent Paper Prize” from the Institute of Electronics, Information and Communication Engineers (IEICE).

The paper, entitled "A 16.7 Mfps, 312 kPixel Backside-Illuminated Ultrahigh-Speed CCD Image Sensor with a Sensitivity 12.7 Times Higher than That with Front-Side Illuminated Structure” was co-authored by Toshiki Arai, Kazuya Kitamura, Jun Yonai, and Hiroshi Ootake of NHK Science & Technology Research Laboratories, Tetsuya Hayashida of NHK Engineering Services, Hirotaka Maruyama of Japan Broadcasting Corporation, Harry van Kuijk of Teledyne DALSA Professional Imaging, and Takeharu Goji Etoh of Ritshumeikan University (previously of Kinki University).

Among the highlights of the paper were details of the innovations in design and fabrication processes that allowed this device’s remarkable performance, including backside thinning, which was key to the significant boost in sensitivity. The chips were fabricated at Teledyne DALSA’s foundry in Bromont, Quebec, and staff from the foundry as well as Teledyne DALSA’s Professional Imaging group in Eindhoven, the Netherlands were proud to provide close support for the project.

NHK’s research has pushed the boundaries of imaging performance for decades—for example, while 4K/UHDTV may seem leading-edge today, NHK prototyped 4K capture and display systems in the 1990s. Even if 16 million frames per second does not become a consumer technology in the same way 4K did, Teledyne DALSA salutes researchers like these who advance the state of the art.

To read the full paper (Japanese only), visit the IEICE website.

Published 2014-07-21

A group of researchers created an experimental ultra-high speed CCD capable of 16.7 million frames per second. Then they went even farther and created a backside-illuminated version with significantly higher sensitivity.

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