One of the key issues facing the implementation of a ubiquitous broadband network for Canada's Information Highway is the need for complete interconnectivity and interoperability between existing and emerging communications networks. It therefore makes sense that a strong research activity in this area should be a cornerstone of any communications R&D program, and particularly in a country such as Canada with its large geography, unique population distribution and mix of wired and wireless infrastructure. The Broadband Network Technologies Research Branch (VPNT) fulfils this role within CRC.

The mission of the Broadband Network Technologies Research Branch is to address key issues such as: interoperability between wireline and wireless services; network standards and security; and the convergence of communications, broadcast and computer technologies. A strong and complementary research program in optoelectronics and photonics develops enabling technologies to increase network capacity and versatility. Close working relationships with the other branches and the various CRC testbeds provide national and international connectivity and the opportunity to conduct meaningful demonstrations of future network technologies.

The Branch's research program is divided into two main areas: Network Systems and Applications, and Optoelectronics and Photonics.

The Branch also operates two major CRC facilities: Broadband Applications and Demonstration Laboratory (BADLAB) and the Microelectronics Facility; and is responsible for the VirtualClassroom Program.

Further Information:

Jean Luc Bérubé 
Vice President
Broadband Network Technologies Research
Tel: (613) 998-2154
Fax: (613) 990-8382
E-mail:JeanLuc.Berube@ic.gc.ca