industry news
Subscribe Now

Reflex Photonics to help develop next generation rugged transceiver based on silicon photonics (SiP) research.

Kirkland (Montréal), June 26, 2018: Reflex Photonics is proud to announce that we will collaborate with Prof. Michaël Ménard of Université du Québec à Montréal (UQAM) to build on the technological advantages of silicon photonics (SiP) for optical transceivers.

Reflex Photonics and UQAM have signed a Natural Sciences and Engineering Research Council of Canada (NSERC) Engage research agreement to explore the use of SiP in our next generation of rugged embedded transceivers.

Silicon photonics technology takes advantage of the manufacturing processes developed by the microelectronic industry to achieve complex high-performance integrated optical systems. The technology enables innovative embedded transceiver solutions where the optical inputs/outputs (I/O) are implemented at the chip level using integrated silicon optical devices/circuits and micro-optics. SiP also permits the design of optical interconnects transceivers with a small form-factor and low power consumption. However, the implementation of silicon photonic devices brings new challenges, notably with regards to its integration with light sources and the optical fibers. Reflex Photonics wants to explore potential rugged transceiver solutions compatible with its target space and industrial applications and assess the commercial viability of the technology.

Engage research grants are short-term research and development (R&D) research collaborations in which universities apply their expertise to address a company challenge. Partnering companies gain by having the expertise of the academics focused on their R&D issues and by discovering what the researchers and the students working with them have to offer. These projects serve as the first step to establishing a longer-term, impactful collaboration.

Reflex Photonics’ Founder, V.P., and CTO David Rolston comments:
“Reflex Photonics wants to establish wider range of expertise and research capabilities in collaboration with Prof. Michaël Ménard at UQAM to explore and develop SiP solutions for embedded transceivers.
We think SiP has the potential for advanced and lightweight optical interconnect solutions designed to be robust and qualified for harsher operating environments which is usually required by space and military applications.”

About Reflex Photonics

Founded in 2002, Reflex Photonics is an advanced developer of rugged high-speed optical transceiver modules and parallel embedded optics products for space, aerospace, defense, avionics, telecom, data centers and industrial applications.
The company addresses the growing market demand for high-speed interconnects in high performance embedded computers. Our products enable equipment developers to design smaller, lower cost, and lower powered systems resulting in higher fidelity and faster connectivity.

About the Université du Québec à Montréal

The Université du Québec à Montréal (UQAM) is a dynamic, open, creative university with an international outreach. It is recognized for the originality and quality of its 300 programs, its cutting-edge research, solidly grounded in social concerns, and its innovation in the arts. Located in the heart of Montreal, UQAM welcomes more than 42,000 students.

Leave a Reply

featured blogs
Sep 21, 2018
在这我们谈论的不是您的叠层设计跟其他人比怎么样,而是您设计的 PCB 层叠结构,是刚性板、柔性板、刚...
Sep 21, 2018
  FPGA luminary David Laws has just published a well-researched blog on the Computer History Museum'€™s Web site titled '€œWho invented the Microprocessor?'€ If you'€™re wildly waving your raised hand right now, going '€œOoo, Ooo, Ooo, Call on me!'€ to get ...
Sep 20, 2018
Last week, NVIDIA announced the release of the Jetson Xavier developer kit. The Jetson Xavier, which was developed in OrCAD, is designed to help developers prototype with robots, drones, and other......
Sep 18, 2018
Samtec performs several tests in-house as part of our qualification testing on a product series; including Low Level Contact Resistance (LLCR). It measures the amount of resistance in a position on a part. LLCR is used in combination with several other tests to track the over...