Advance optical communications technology used in global networking to deliver Internet services globally.
The Optical Communications Laboratory (OCL) features state-of-the-art equipment for optical communications technology that provides the physical backbone for global networking and is widely used in Internet service delivery globally (local, metropolitan and long-haul), within data centres and within cloud computing centres.
The team explores innovation in both theory and experiment to push the boundaries of next-generation optical communications. Their research involves ultra-high-capacity coherent optical transmissions, specialty fibers and fiber amplifiers, smart radio-over-fiber systems, integrated photonic systems, space division multiplexing, silicon photonics, multidimensional lasers and amplifiers. Their research portfolio is a mix of experimental and theoretical investigations, leveraging advanced design methodology, leading-edge fabrication processes, and state-of-the art test equipment. Experimental data is exploited for training neural networks for system modeling, design and optimization. Exciting applications of their research includes big data transfer, cloud computing, super computers, portable medical sensors, and ubiquitous sensing networks for human and environment.
- Nano-photonics design and fabrication
- CMOS-photonics co-design
- Optical fiber design
- Optical amplifier design
- High-speed optical transmission and detection
- Neural networks for modeling and optimization
- Automotive
- Defence and security industries
- Information and communication technologies and media
- Manufacturing and processing
Specialized labs and equipment
Equipment | Function |
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Keysight Technologies DSOZ634A Infiniium Oscilloscope |
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Keysight Technologies DSO93004L Infiniium Oscilloscope |
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Micram Microelectronic VEGA DAC5 Arbitrary Waveform Generator (AWG) |
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Fujitsu W/28n OOLA-DK-C07 Arbitrary Waveform Generator (AWG) |
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High Speed Signal Generator with Bit Error Rate Module and Multifunctional SHF MainFrame |
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SHF Communication SHF 46213 D Optical transmitter for QAM and DQPSK data transmission format |
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Luna Innovations OVA 5000 Optical Vector Analyzer (OVA) |
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Keysight Technologies N5227B-201 PNA Network Analyzer |
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Apex Technologies AP2043B Optical Spectrum Analyzer (OSA) |
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Apex Technologies AP2083B Optical Spectrum Analyzer (OSA) |
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Keysight Technologies M8199B Arbitrary Waveform Generator (AWG) | Generate arbitrary waveform pattern for data transmission [110 GHz] |
Keysight Technologies UXR1102B Infiniium UXR Series Real Time Oscilloscope (RTO) |
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Finetech FINEPLACER sigma Flip Chip Bonder | Pick and Place system to package chips and PCBs |
Finisar WS-01000A WaveShaper (extended L-band) |
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ID Photonics OMFT-C-01-FA, Class 60 Optical Multi-Format Transmitter |
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NeoPhotonics Class 40 ICR Integrated Coherent Receiver | Intradyne Coherent Receiver (ICR) |
Luna Innovations OBR 4600 Optical Backscatter Reflectometer (OBR) |
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Novoptel PM1000 Polarimeter |
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Novoptel EPS1000 Polarization Scrambler |
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EXFO OSICS T100 1310 M-58 External cavity tunable laser module |
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Additional information
Title | URL |
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CMC Microsystems Success Story | https://www.cmc.ca/commonplace-material-extraordinary-performance/ |
Faculty of Science and Engineering: that glass that does you good | https://www.lesoleil.com/la-vitrine/au-coeur-de-nos-vies/faculte-des-sciences-et-de-genie-ce-verre-… |
Back in my lab | https://www.lesoleil.com/ulaval-nouvelles/de-retour-a-mon-labo-6e6bf1c9847d32ac209915d6b6bac762 |