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Latest external collaboration on country level. Dive into details by clicking on the dots.

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Dive into the research topics where Pierre D. Wall is active.

Publication


Featured researches published by Pierre D. Wall.


optical fiber communication conference | 2008

WSS Switching Engine Technologies

Pierre D. Wall; Paul Colbourne; Christopher Reimer; Sheldon McLaughlin

Various switching engines such as MEMS, liquid crystal, and phased arrays, can be used to implement a colorless WSS. Switching engine affect on device design characteristics and implications on specifications for future applications are discussed.


optical fiber communication conference | 2007

Addressing Manufacturability and Reliability of MEMS-based WSS

S. de Hennin; Pierre D. Wall; Steven Harold Moffat; Barrie Keyworth; Paul Colbourne

Initial design-in of WSS-based modules posed many uncertainties due to several technology firsts. We discuss key challenges and steps taken to successfully complete qualification and validation and will demonstrate the level of stability achieved.


Archive | 2007

Multi-unit wavelength dispersive device

Barrie Keyworth; Pierre D. Wall; Paul Colbourne


Archive | 2001

Polarization beam splitter or combiner

Vincent Delisle; Gonzalo Wills; Pierre D. Wall; Alan Hnatiw; Yihao Cheng; Dean Sheldon Spicer; Sheldon McLaughlin


Archive | 2009

HITLESS MxN WAVELENGTH SELECTIVE SWITCH

Paul Colbourne; Sheldon McLaughlin; Stephen Robert de Hennin; Pierre D. Wall


Archive | 2008

PACKAGING A RECONFIGURABLE OPTICAL ADD-DROP MODULE

Nenad Duricic; Pierre D. Wall


Archive | 2001

Isolated polarization beam splitter and combiner

Gonzalo Wills; Pierre D. Wall; Kok-Wai Chang; Fahong Jin; Xinglong Wang


Archive | 2009

STRESS FREE MOUNTING OF OPTICAL BENCH FOR WSS

Nenad Duricic; Sheldon McLaughlin; Pierre D. Wall


Archive | 2005

Interlaced array of piano MEMs micromirrors

John Michael Miller; Wenlin Jin; Barrie Keyworth; Pierre D. Wall


Archive | 2012

MxN wavelength selective switch

Paul Colbourne; Sheldon McLaughlin; Stephen Robert de Hennin; Pierre D. Wall

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