Author :
Lambert, D.J.H. ; Joyner, Charles H. ; Rossi, J. ; Kish, F.A. ; Nagarajan, Radhakrishnan ; Grubb, Steve ; Van Leeuwen, F. ; Kato, Masaaki ; Pleumeekers, J.L. ; Mathur, Abhisek ; Evans, P.W. ; Murthy, Sanjeev ; Mathis, S.K. ; Baeck, J. ; Missey, M.J. ; Den
Abstract :
Commercially available monolithic Photonic Integrated Circuits (PIC) capable of transmitting at a rate of 100 Gbps have been scaled to incorporate a record number of discrete components exceeding a count of 280 per PIC pair. Recently, it has been demonstrated that these highly reliable devices are not reach-limited and are inherently capable of Ultra Long-Haul (ULH) transmission. We will present results showing that 800 Gbps transport with high polarization mode distortion.
Keywords :
integrated optics; large scale integration; monolithic integrated circuits; polarisation; discrete components; high polarization mode distortion; large-scale photonic integrated circuits; monolithic photonic integrated circuits; ultra long haul transmission; Distributed feedback devices; Integrated optics; Large scale integration; Manufacturing; Optical arrays; Optical distortion; Optical fiber networks; Optical transmitters; Photonic integrated circuits; Telecommunication network reliability;
