The project will maintain more than 4,000 quality jobs and create 1,800 specialized jobs in 5G.
MISSION & OBJECTIVES:
ENCQOR’s goal is to deploy a fifth generation (5G) telecommunication network in the Québec/London corridor that will give businesses access to cutting-edge technologies, such as programmable bandwidth networks, the Internet of Things, silicon photonics, Big Data analytics and cloud computing, to name a few.
The governments of Canada, Ontario and Québec, along with technology partners Ericsson, Ciena, Thales, IBM and CGI, have invested a combined $400-million to make Canada a world leader in the wireless future through a 5G-based open innovation platform that brings together advanced-technology innovation and research sites in the two provinces. In this sense, ENCQOR is a tool to accelerate the shift to a digital economy and to enhance Canada’s, Quebec’s and Ontario’s competitiveness within the global economy.
THE ENCQOR PROJECT
A five-year initiative, ENCQOR will establish the first Canadian pre-commercial corridor of 5G digital infrastructure, that is, the next generation of digital communications and the key to unlocking the incredible potential of smart cities, smart power grids, e-Health, e-Education, connected and autonomous vehicles, on-demand entertainment and media and the Internet of Things (IoT), among others.
ENCQOR will enable the creation and consolidation of a vast ecosystem of SMEs, industry and government stakeholders, researchers and students from all horizons of public research in the two provinces with a view to collaborating on the creation and marketing of new products, processes and services utilizing 5G technologies.
Over time, ENCQOR infrastructures will spur the development of more than a thousand IT projects. The aim of these projects will be to develop and test platforms and next-generation products and services on the 5G network, or at least contribute new knowledge to the uses of 5G networks.
Ownership projects will also be launched in Quebec to help ensure that our communities will fully enjoy the benefits of 5G development.
- Open Programmable Networks
- Next Gen Components
- Cloud Services
- Big Data Analytics
- Cyber Security
- World Leading Digital Economy
- Fight Against Climate Change
- Best-in-Class Skills
- Accelerated ICT Adoption
Creating an ecosystem that is a magnet for talent, both domestic and international
Providing a platform where small- and medium-sized enterprises (SMEs) can test ideas and technology, and improve their ability to scale up
Encouraging the adoption of emerging technologies (artificial intelligence, natural language processing, 5G) across all economic sectors
Wireless Broadband Solutions
The ENCQOR Project enables Ericsson to conduct research and innovation activities considering several factors influencing the development of 5G next-generation network capabilities, including: radios; cybersecurity; advanced content distribution systems; cloud computing; Big Data applications; Internet of Things (IoT); next-generation heterogeneous network management systems; and data centre management systems.
Wired Broadband Solutions
Ciena Corporation’s research and development participation aims to build a forward-looking, open, and programmable broadband packet-optical network to interconnect specific cities and access points in Ontario and Québec. Ciena’s testbed facilitates the rapid development and deployment of user-controlled applications, machine-to-machine communications, and emerging 5G technologies and enables use cases that will influence the definition of future networking capabilities.
Smart Cities and Smart Mobility
Thales’ role for the ENCQOR Project is to develop urban science applications that are ready for testing in a technology showcase by a community of end users, thereby incentivizing industry and university research stakeholders to address urban challenges and identify sustainable solutions. The innovative applications and business models demonstrated may be used subsequently by other cities and regions along the ENCQOR corridor and in additional markets globally. The key areas of interest to Thales include: Urban Mobility, Safe City and Urban Computing applications.
Components for Next Generation Networks
As a key element in ENCQOR’s research and development, the IBM Bromont plant intends to develop and test assembly methods required for the cost-effective manufacturing of optoelectronic components using new photonic technologies. The design and qualification of these components will result in the input-output bandwidth capacity essential to the new generation of data centres, cutting-edge cloud services, and the smooth operation of 5G broadband networks such as that of the ENCQOR consortium.
Smart Grid Services and Solutions
CGI will help accelerate the transition to a virtual connected workforce with the development of SaaS-based smart grid capabilities to enhance networked services along the ENCQOR 5G communications corridor. The integration of CGI’s PragmaCAD mobile solution will provide a digital platform to support video-based workflow collaboration for field technicians, control and dispatch centers, and mobile-enabled resources.