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Scalable wavelength-selective crossconnect switch based on MEMS and planar waveguides
Ryf, R.; Bernasconi, P.; Kolodner, P.; Kim, J.; Hickey, J.P.; Carr, D.; Pardo, F.; Bolle, C.; Frahm, R.; Basavanhally, N.; Yoh, C.; Ramsey, D.; George, R.; Kraus, J.; Lichtenwalner, C.; Papazian, R.; Gates, J.; Shea, H.R.; Gasparyan, A.; Muratov, V.; Griffith, J.E.; Prybyla, J.A.; Goyal, S.; White, C.D.; Lin, M.T.; Ruel, R.; Nijander, C.; Amey, S.; Neilson, D.T.; Bishop, D.J.; Pau, S.; Nuzman, C.; Weis, A.; Kumar, B.; Lieuwen, D.; Aksyuk, V.; Greywall, D.S.; Lee, T.C.; Soh, H.T.; Mansfield, W.M.; Jin, S.; Lai, W.Y.; Huggins, H.A.; Barr, D.L.; Cirelli, R.A.; Bogart, G.R.; Teffeau, K.; Vella, R.; Mavoori, H.; Ramirez, A.; Ciampa, N.A.; Klemens, F.P.; Morris, M.D.; Boone, T.; Liu, J.Q.; Rosamilia, J.M.; Giies, C.R.;
Optical Communication, 2001. ECOC '01. 27th European Conference on
Volume 6,
30 Sept.-4 Oct. 2001
Page(s):76
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77 vol.6
Abstract:
A 72×72 wavelength-selective crossconnect switch, that is scalable to 1296×1296 with current technology, is presented. Silica-on-silicon wavelength multiplexers with integrated monitoring taps and a MEMS micromirror array were assembled in a hybrid 3D beam steering crossconnect having 20 dB insertion loss, 100 GHz channel spacing and 30 GHz passbands.
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