07/08/2014
The European Conference on Optical
Communication (ECOC) is the largest European event covering the field of
optical communications. ECOC 2014 (Cannes, France; 21-25 Sept. 2014) will host
numerous technical sessions covering everything from optical hardware,
waveguide photonic devices, and fiber-optics and components to digital and optical signal processing,
point-to-point transmission systems, and networks of all types, including home, data, metro, and core.
Details of some of the papers to be presented
are already dribbling out. For example, a paper to be presented by researchers
from VI Systems GmbH (Berlin,
Germany), the University of California Santa Barbara (UCSB), and the Technical
University of Denmark (DTU; Lyngby, Denmark) will
describe the demo of an optical link for data communication using a 1060 nm
vertical cavity surface emitting (VCSEL) transmitter and a high-speed receiver
module (R40-1300 from VI Systems).
Highly strained quantum well
The light source is a bottom-emitting, highly strained 1060 nm quantum-well VCSEL developed by Larry Coldren’s group at UCSB's Department of Electrical and Computer Engineering. The receiver, which operates over the wavelength range from 900-1350 nm, is designed for data rates of up to 40 Gbit/s and includes a transimpedance amplifier packaged in a fiber-coupled receiver optical subassembly (ROSA ).
The light source is a bottom-emitting, highly strained 1060 nm quantum-well VCSEL developed by Larry Coldren’s group at UCSB's Department of Electrical and Computer Engineering. The receiver, which operates over the wavelength range from 900-1350 nm, is designed for data rates of up to 40 Gbit/s and includes a transimpedance amplifier packaged in a fiber-coupled receiver optical subassembly (
System analysis and data-transmission
experiments were performed at Tafur Monroy’s lab at the DTU Fotonik Department
of Photonics Engineering.
For the rest of the details, you'll have to
wait for the ECOC presentation.
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