CUDOS Technology

CUDOS Technology is dedicated to assisting CUDOS staff and students commercialise products stemming from CUDOS research.

Hotlight Systems

Hotlight Systems MIROPA-fs box

Hotlight Systems MIROPA-fs box

MIROPA–fs, developed by HOTLIGHT Systems is a high performance quasi-continuous source of femtosecond optical pulses in the mid-infrared based on our patented seeded optical parametric amplifier design.

More about MIROPA-fs by Hotlight Systems

Luxava Technologies


Researchers at Luxava Technologies are currently working on Natama - a miniature, high performance frequency agile microwave filter technology.

This filter is designed to deliver unique capabilities including the industry’s widest frequency tuning range combined with ultra-deep notch attenuation and tunable stopband width.

Natama is well suited for applications using modern, frequency agile communications including electronic warfare, military communications, co-site interference cancellation, interference mitigation in satellite communications, and mobile test and measurements.

Learn more about Natama on the Luxava Technologies website

Miriad Technologies

Miriad Mirlin Spectrometer (blue)

Miriad Mirlin Spectrometer (blue)

Miriad Mid-IR fibre laser (green)

Miriad Mid-IR fibre laser (green)

Tomonori Hu and Darren Hudson at The University of Sydney are developing a Mid-IR fibre laser and have a spectrometer in the works.

Visit the Miriad Technologies Website for more info

Modular Photonics

Modular Photonics diagram of compact packaged photonic chip

Modular Photonics diagram of compact packaged photonic chip

Modular Photonics is committed to manufacturing robust, high performance 3D waveguide devices for optical telecommunications that are compatible with standard fiber.

Modular Photonics is an Innovative Australian company founded in Sydney by leading optics and telecomms researchers Professor Mick Withford, Dr. Simon Gross, Dr. Nicolas Riesen and Professor John D. Love. The company specializes in glass micro-chip fabrication including the development of state-of-the-art broadband mode multiplexers for space-division multiplexing applications.

Modular Photonics focuses exclusively on compact integrated ‘plug and play’ solutions. The technologies developed are based on the femtosecond laser direct-write technique which allows for 3D inscription of waveguide architectures into small glass chips. The 'plug and play' modules offer cost-effective solutions for next generation optical systems.

Visit the Modular Photonics Website