Papers Accepted

1. Ryf, R; Neilson, DT; Kolodner, PR; Kim, J; Hickey, JP; Carr, D; Aksyuk, V; Greywall, DS; Pardo, F; Bolle, C; Frahm, R; Basavanhally, NR; Ramsey, DA; George, R; Kraus, J; Lichtenwalner, C; Papazian, R; Nuzman, C; Weiss, A; Kumar, B; Lieuwen, D; Gates, J; Shea, HR; Gasparyan, A; Lifton, VA; Prybyla, JA; Goyal, S; Ruel, R; Nijander, C; Arney, S; Bishop, DJ; Giles, CR; Pau, S; Mansfield, WM; Jin, S; Lai, WY; Barr, DL; Cirelli, RA; Bogart, GR; Teffeau, K; Vella, R; Ramirez, A; Klemens, FP; Liu, JQ; Rosamilia, JM; Soh, HT; Lee, TC, Multi-service Optical Node Based on Low-Loss MEMS Optical Crossconnect Switch, Optics InfoBase Conference Papers, vol. vol.1 (January, 2002), pp. 410-411 [OFC.2002.1036450] .
   (last updated on 2025/04/18)

   Abstract:
   In summary, a multi-service node based on an optical MEMS crossconnect switch with 1.33 dB mean loss has been demonstrated. While a simple 16-wavelength, channel-equalizing add/drop multiplexer was demonstrated as a possible node configuration, a broad range of new functions can be implemented by connecting conventional and different optical components to the low-loss crossconnect switch

   Keywords:
   equalisers;micro-optics;micromechanical devices;microswitches;multiplexing equipment;optical losses;optical switches;telecommunication channels;