Tektronix installs its 70 GHz oscilloscope in optical & THz transceiver lab
The laboratory will also make its facilities available to external companies working to develop high-speed optical and wireless technologies. The new facility will be named The Tektronix European Optical and Wireless Innovation Laboratory.
Driven byt the continuing demand for ever-faster data transmission capacity around the world, the new lab will explore such technologies as spatial division multiplexing and multicore fibres in an effort to drive optical data transmission rates beyond the petabyte per second range (PB/sec) – significantly faster than what’s possible currently.
To support such advanced research, the lab will be outfitted with the most capable coherent optical test solutions available in the industry. End-to-end transmit and receive test solutions in the lab will include a Tektronix AWG70001A 50 Gsample/sec waveform generator, OM5110 46 Gbaud multi-format complex optical transmitter and DPO77002SX ATI 70GHz real time oscilloscopes.
“Pushing data rates over PB/sec is major challenge that requires the best of the best,” said Nathalie Rolland, IRCICA director. “For this new lab, IRCICA brings its expertise in modelling, optical characterisation and state-of-the-art active and passive fibre manufacturing, while Tektronix brings its industry-leading next generation test equipment that will enable us to quantify signal quality in terms of BER, EVM and eye diagrams.”
Rolland also noted that the research is being conducted within the framework of the CPER (Les contrats de plan État‐Région) “Photonics for Society,” Labex CEMPI (Le Laboratoire d’Excellence Centre Européen pour les Mathématiques, la Physique et leurs interactions, and Equipex “FLUX(Fibres optiques pour les hauts Flux).”
“This collaboration with IRCICA to open the Tektronix European Optical and Wireless Innovation Laboratory aligns well with our focus to enable innovation,” said Pat Byrne, President, Tektronix. “We have a strong commitment to drive critical advancements in coherent optical and THz transceiver technologies in support of industry needs.”
IRCICA, the Research Institute on Hardware-Software devices for Advanced Information and Communication, was created in 2003 and became a research unit common to CNRS and the University of Lille in 2010. IRCICA hosts 150 researchers and engineers from its partner laboratories and supports three complementary technological platforms for optical fibre, telecom and virtual reality. The scientific objective of IRCICA is to promote interdisciplinary teams on a range of innovative subjects including high level communication systems, new human-machine interfaces based on augmented and virtual reality and new haptic interfaces, autonomous sensors networks for the Internet of Things (IoT), and new materials for electronic and photonic devices.