Recently a measurement campaign was performed and a subsequent channel model proposal was created for an indoor office environment at 73 GHz.
We investigate an optical waveguide system consisting of an uncladded fiber core suspended at a constant distance parallel to the surface of an infinitely extended dielectric slab.
Investigation of NG-PON2 upgrade to 25 Gb/s line-rate on a 100 GHz grid using a burst-mode transmitter based on a multi-electrode DFB. Compliance with NG-PON2 MSE requirements is shown.
The properties of 42.7-Gb/s quadrature phase-shift keying signals are investigated using linear optical sampling.
We present a new measurement scheme that investigates the synchronized flattop AWG waveguide design using low coherent interferometric method.
We investigate the potential of double-period dispersion management techniques to improve ultra-long haul WDM systems and match optical networks constraints.
The impact of cross-phase modulation (XPM) on the transmission performance of a 2x10 Gb/s multiplex is characterized.
We measure the impact of cross phase modulation (XPM) on the transmission performance of a 2×2 Gbit/s multiplex.
The cross-phase modulation effect and the resulting induced distortion in single-mode optical fiber are investigated in multichannel systems.
The generation and transmission of millimetre wave signals for 5G applications require the use of broadband and high output power photodetectors capable of bridging the optical and electronic domai
