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BTI Photonic Systems Partners with Queen’s University and the University of Ottawa to Drive the Advancement of Optical Networking Technologies

Company receives Ontario Centers of Excellence award for optical research partnering

Ottawa, Canada—Wednesday, May 2, 2007 // BTI Photonic Systems Inc., a global supplier of microWDM networking solutions for the delivery of gigabit services, today announced it is working with leading Canadian universities to drive the advancement of optical networking solutions. BTI is working with Queen’s University on advanced Agile All-Photonic Networks (AAPNs) and the University of Ottawa on next generation WDM Fiber to the Home (FTTH) architectures.
 
For its collaboration with Queen’s University on assessing the feasibility of AAPNs, BTI received the prestigious Ontario Centres of Excellence Mind to Market Award at the Discovery 2007: To Next conference on May 1st.  In partnership with the AAPN Research Network, BTI worked closely with Dr. John Cartledge, Professor, Department of Electrical and Computer Engineering, Queen’s University, researching new forms of wavelength conversion for all-photonic networks. 

“Bridging the gap between leading-edge research and the building of next generation advanced networks is a constant challenge for research institutions,” said Dr. Cartledge. “With BTI’s collaboration, we have access to industry and deployment expertise which is critical to the success and technology transfer to commercialization of our research.”

Continuing its commitment to optical networking research, BTI partnered with the University of Ottawa’s Dr. Hanan Anis, Professor, Electrical Engineering to drive the advancement of WDM techniques in PON architectures used in FTTH networks. BTI’s advanced technology team is working closely with the University of Ottawa which utilizes BTI’s microWDM platform, Netstender, for its research test bed. 

“Supporting the advancement of optical networking technology while engaging the expertise of Canada’s outstanding research institutes is a win-win situation,” said Lance Laking, President and CEO, BTI Photonic Systems. “Queen’s University and the University of Ottawa have proven to be outstanding partners and we are looking forward to seeing the culmination of their efforts, as well as the new solutions and strategies they will offer the industry.”

About BTI Photonic Systems

BTI Photonic Systems helps service providers respond rapidly and cost-effectively to the skyrocketing demand for bandwidth in today’s gigabit world. Our Netstender™ platform—the industry’s first microWDM system with an open photonic-layer architecture—extends high-bandwidth transport services to the metro network’s edge. By consolidating key transport capabilities (DWDM/CWDM, optical multiplexing, amplification, dispersion compensation and wavelength translation) within a single network element, Netstender delivers industry-leading capital and operational savings while future-proofing networking capabilities. Addressing the needs for fiber relief and reach extension—and enabling 10G, 1G, and metro Ethernet service overlays—Netstender allows carriers to deliver gigabit services economically while dramatically increasing their overall market footprint. For more information, visit www.btiphotonics.com.

For more information please contact:
Cerys Goodall
High Road Communications
613-688-1184
cgoodall@highroad.com

BTI Systems

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Interview with Gregory KOSS, Executive Chairman, BTI Systems