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Richard Penty

Professor
Electrical Engineering
Cambridge University
United Kingdom

Biography

Professor Richard Penty's first foray into the world of optical communications was via a sponsorship with the National Coal Board for whom he designed a 1Mb/s optical line card. He graduated from the University of Cambridge with a degree in Engineering and Electrical Sciences in 1986 and a PhD for research into nonlinear optical fibre devices in 1990. Richard was then an SERC IT research fellow at Cambridge until taking up a lectureship in physics at the University of Bath in 1990. In 1996 he moved to the University of Bristol as a lecturer in electrical and electronic engineering subsequently being promoted to Professor of Photonics. In 2001 he moved to the Cambridge University Engineering Department and was elected to a fellowship of Sidney Sussex College in 2002 and to the Mastership in 2013. He was elected a Fellow of the Royal Academy of Engineering and the IET in 2012.

Research Interest

Richard Penty’s main research interests lie in the field of photonics. He has worked for many years on short reach photonic networks for in-building links. This included working on the ethernet standards and is now concentrating on advanced modulation format approaches to realising 100Gb/s photonic links using a single optical source. In parallel he has research on polymer waveguide links and sub-systems for on-board and board to board, including backplane, applications. His research on radio over fibre for in-building radio coverage has resulted in the spin out Zinwave.

Publications

  • Yang, Y and Crisp, MJ and Penty, RV and White, IH (2016) Low-Cost MIMO radio over fiber system for multiservice das using double sideband frequency translation. Journal of Lightwave Technology, 34. pp. 3818-3824. ISSN 0733-8724

  • Islim, MS and Ferreira, RX and He, X and Xie, E and Videv, S and Viola, S and Watson, S and Bamiedakis, N and Penty, RV and White, IH and Kelly, AE and Gu, E and Haas, H and Dawson, MD (2017) Towards 10 Gb/s orthogonal frequency division multiplexing-based visible light communication using a GaN violet micro-LED. Photonics Research, 5. A35-A43. ISSN 2327-9125

  • Huwer, J and Stevenson, RM and Skiba-Szymanska, J and Ward, MB and Shields, AJ and Felle, M and Farrer, I and Ritchie, DA and Penty, RV (2017) Quantum-dot-based telecommunication-wavelength quantum relay. Physical Review Applied, 8. 024007-. ISSN 2331-7019

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