1.55 MICRO-M FLUORIDE-BASED ERBIUM-DOPED FIBRE AMPLIFIER FOR WDM APPLICATIONS

  • Bayart D.
  • Berthelon L
  • Beylat J.
  • Clesca B
  • Coeurjolly C
  • Hamon L

DISPERSION SHIFTED FIBRE FOR VERY HIGH BIT RATE AMPLIFIED SUBMARINE APPLICATIONS

  • Coche M
  • Hertz M
  • Jousselin C
  • Libert J-F
  • Mckenzie P
  • Rousseau J

HIGH PERFORMANCE SLMQW LASERS DEDICATED TO TELECOM APPLICATIONS

  • Capella R-M
  • Fernier B
  • Mayer H.
  • Mesquida G
  • Simes R
  • Speier P

EXPERIMENTAL DEMONSTRATION OF A CELLULAR WDM GIGABIT TRANSPORT NETWORK WITH 16-WAVELENGTH ROUTING CAPACITY

  • Berthelon L
  • Coeurjolly C
  • Fevrier H.
  • Gautheron O.
  • Havard V.
  • Noury A
  • Perrier P-A

HIGH YIELD 2 TECHNOLOGY FOR FABRICATION OF 1.3 MICRO-M SLMQW DFB LASERS SUITABLE FOR STM 16 APPLICATION

  • Bodere A.
  • Bonnevie D
  • Capella R-M
  • Fernier B
  • Gelly G.
  • Laube G
  • Mayer H.
  • Pagnod-Rossiaux P
  • Vendrome G

NEW WAVELENGTH-ROUTED ARCHITECTURE FOR WAVELENGTH-DIVISION MULTIPLEXED WANS : CONCEPT AND DEMONSTRATION

  • Berthelon L
  • Coeurjolly C
  • Gautheron O.
  • Havard V.
  • Noury A
  • Perrier P-A

After a brief presentation of the context of the French transport network, a new cell-based photonic network architecture is presented. This architecture, in which wavelength routing is carried out, fulfills major identified requirements for high-capacity wavelength-division multiplexed wide area networks. This architecture relies on the concatenation of geographically distributed cells, ...