Provides optical characterization of micro- and nanoscale systems, including silicon-based devices, for applications in telecommunications, biosensing, and sustainable and renewable energy.
The Micro NanoPhotonics Laboratory supports research on advanced optoelectronic technologies at the micro- and nanoscale. Its characterization and simulation capabilities enable the design, prototyping and testing of devices for applications in telecommunications, sensing and solar cell technologies.
- Photonics
- Nanoscale testing
- Device simulation
- Clean technology
- Energy
- Environmental technologies and related services
- Healthcare and social services
- Information and communication technologies and media
Specialized labs and equipment
| Equipment | Function |
|---|---|
| OVA 5000 parameter analyzer | Includes measurements of IL, RL, GD, CD, PMD, PDL, 2nd order PMD, time domain impulse response and linear transfer function for devices up to 150 meters in optical length in transmission and 75 meters in reflection. Includes: • C+L Band (1525 -1610nm) • Desktop analysis software • Polarization analysis software |
| Software modelling packages | Lumerical, RSoft, COMSOL, FIMMWAVE |
| Tunable Laser Source (Model 4200) | Coverage from 1260 to 1680 nm, with special wavelengths at 840 and 980.Standard sweep rates to 100nm/sec. > 50-65 dB STSE for characterizing deep well Devices options include built-in polarization control, attenuation, power monitoring, wavelength measurement to 1 pm with mode-hop detection and correction |
| MPS 150 (150mm Manual Probe System) | Supports applications such as C-V/I-V, RF, mm-Wave and sub-THz measurements, device and wafer characterization tests (DWC), failure analysis (FA), submicron probing, MEMS, optoelectronic engineering tests and more |
Private and public sector research partners
- National Research Council Canada (NRC)
- University of Ottawa Heart Institute (UOHI)