LOW SPECTRAL CHIRP AND LARGE ELECTROABSORPTION IN A STRAINED INGAASP / INGAASP MULTIPLE QUANTUM WELL MODULATOR

  • Aubert P.
  • Boulou M
  • Emery J-Y
  • Langanay J
  • Lesterlin D.
  • Nicolardot M.
  • Starck C.

ONE-HUNDRED WDM-CHANNEL TRANSATLANTIC TRANSMISSION EXPERIMENT AT 43 GBIT/S USING RAMAN REPEATERS WITH LARGE 65 KM SPACING

  • Bigo S.
  • Charlet G.
  • Dischler R.
  • Idler W.
  • Klekamp A.
  • Konczykowska A.
  • Lazaro J
  • Lopez T
  • Mardoyan H.
  • Thiery J-P
  • Tran P.

1.5 TERABIT/S WDM TRANSMISSION OF 150 CHANNELS AT 10GBIT/S OVER 4X100KM OF TERALIGHTTM FIBRE

  • Bayart D.
  • Bertaina A.
  • Beylat J.
  • Bigo S.
  • Borne S.
  • Bousselet P.
  • Chariot J.
  • De Montmorillon L.
  • Gauchard S.
  • Hamaide J.
  • Lanne S.
  • Lorcy L.
  • Nouchi P.
  • Pierre L.
  • Poignant P
  • Sauvageon R.
  • Thiery J-P

NEW HIGH PERFORMANCE EVANESCENT COUPLED WAVEGUIDE UTC PHOTODIODES FOR > 40 GB/S APPLICATIONS

  • Achouche M.
  • Barthe F.
  • Blache F.
  • Carpentier D.
  • Demiguel S.
  • Derouin E.
  • Gentner J.
  • Jany C.
  • Lelarge F.

LOW INPUT POWER ALL-OPTICAL 3R REGENERATOR BASED ON SOA DEVICES FOR 42.66 GBIT/S ULH WDM RZ TRANSMISSIONS WITH 23RB SPAN LOSS AND ALL-EDFA AMPLIFICATION

  • Balmefrezol E.
  • Bouley J-C
  • Brenot R.
  • Brindel P.
  • Dagens B.
  • De La Grandiere D.
  • Lavigne B.
  • Leclerc O.
  • Moncelet J-L
  • Pierre L.
  • Remy J-C
  • Thedrez B.

UP-TO-50-GHZ-CLOCK INP DHBT DIGITAL IC’S AND OPTICAL SYSTEM EXPERIMENTS

  • Berdaguer P.
  • Blayac S.
  • Dhalluin V
  • Franz B.
  • Giraudet L.
  • Godin J.
  • Jorge F.
  • Kahn M.
  • Kasbari A.
  • Konczykowska A.
  • Moulu J.
  • Riet M.
  • Vuye S.

COST-OPTIMIZED 6.3TBIT/S-CAPACITY TERRESTRIAL LINK OVER 17X100KM USING PHASE-SHAPED BINARY TRANSMISSION IN A CONVENTIONAL ALL-EDFA SMF-BASED SYSTEM

  • Antona J.
  • Bigo S.
  • Brindel P.
  • Charlet G.
  • Godin J.
  • Gorlier M.
  • Idler W.
  • Lanne S.
  • Mardoyan H.
  • Molina M.
  • Pierre L.
  • Sillard P.
  • Simonneau C.
  • Tran P.

APPLYING OPTICAL TRANSPARENCY TO A HETEROGENEOUS PAN-EUROPEAN NETWORK

  • Noirie L.
  • Peloso P.
  • Penninckx D.
  • Prunaire M

Applying an innovative experimental tool to a continental scale network, we demonstrate that up to 99.7% of the connections of a hybrid heterogeneous network may be established transparently at 10 Gbit/s with the simplest physical design.

OPTICAL COMMUNICATION AND FIBER DESIGN

  • Bertaina A.
  • Campion J-F
  • Dany B.
  • De Montmorillon L.
  • Nouchi P.
  • Sillard P.