70 years in Canada and counting
There has never been a time in living history when we have experienced so much change, so quickly. But for Ericsson, change has been the only constant in a 70-year history in Canada.
Explore our journey
1953
Initially named Ericsson Telephone Sales Corporation establish an office in Montreal.
1962
Contract signed with COTC, Teleglobe Canada, for delivery and installation of Automatic Gateway Exchanges of the Crossbar ARM type, used for international telephone and telex traffic in Montreal, Vancouver & Hawaii.
1977-1978
1977
LM Ericsson and the Swedish company Siewerts Kabelverk installed two 138-kilovolt, underwater power cables between Prince Edward Island and New Brunswick.
1978
The largest hands-free intercom system in Canada is installed in the Federal Government’s International Development Agency in Hull, Quebec.
1984
Ericsson signs a contract to deliver a national mobile telephone network for the AMPS-system to Rogers Cantel Inc.
1986
A R&D centre is established in Montreal for developing guidelines for the AMPS mobile telephone network.
1989-1991
1989
The Mobile Radio/Phone Group is acquired from General Electric.
1991
Ericsson delivers the world’s largest private radio system, EDACS (Ericsson Digital Access Communications System), to SaskTel. Since then, EDACS has become the standard in Canada.
1992
Contract with Cantel is signed for Ericsson to provide new digital cellular technology, the first in North America (D-AMPS).
Montreal mandated to develop software for the Mobile Switching Center based on the D-AMPS/AMPS worldwide cellular standard.
1995

Contract signed with Microcell Telecommunications Inc. for $200 million to supply the first GSM based PCS system in Canada.
1997-1998
1997
Ericsson provides a $1,000,000 grant to the University of Waterloo to establish the Centre for Wireless Communication, Canada’s first academic program in wireless communications.
Two production units are established in Montreal with the task of developing Wireless Intelligent Networks, Applications and Platforms, as well as Operations Support Systems on a global scale.
1998
A new production unit is opened in Montreal with world-wide responsibility for managing the Mobile Switching Centre. The same year Ericsson Canada enters a strategic alliance with Rogers Cantel to develop support solutions for the TDMA network. Ericsson invests 178 million Canadian dollars in R&D, placing the company seventh in the country.
1999
Ericsson Canada signs a contract with the City of London Police and Ottawa-Carleton Police for delivery of the EDACS security system.
Opens a new $7 Million Integration Centre in Montreal for testing and developing next generation wireless systems.
Montreal office was established as key center in emergency response for Ericsson’s customers worldwide to respond to the feared Y2K bug.
Company changes its name to Ericsson Canada Inc.
2005-2009
2005
Ericsson introduces Automatic Device Configuration to the Rogers Wireless network, making Rogers one of the first operators world-wide to implement this type of solution. In the same year, Ericsson and Rogers begin a trial of 3G/HSDPA wireless service and applications as well as converged IP Multimedia Subsystem (IMS).
2006
Rogers Communications Inc. chooses Ericsson as its exclusive supplier for the deployment of HDSPA voice and data network services.
2008
Ericsson divests its enterprise PBX solutions business to Aasta Technologies, a global company at the forefront of the Enterprise Communication market, which is headquartered in Concord, Ontario.
2009
Ericsson acquires the parts of the Carrier Networks division of Nortel relating to CDMA and LTE technology in North America, including a CDMA contract with Bell Canada. Ericsson takes a hold of Nortel office in Ottawa, home to its RAN R&D centre and 900 employees.
2010
Ericsson completes the acquisition of Nortel’s North American GSM business.
Mobilicity chooses Ericsson to manage its 3G network to service Toronto, Vancouver, Calgary, Edmonton, and Ottawa. This marks Ericsson’s first managed network operations contract in Canada and second major contract in all of North America.
Ericsson is chosen by Hydro-Quebec to be the prime integrator and project manager for a multi-year deployment of 4M smart meters for homes and businesses while drawing staff from its Montreal R&D site.
2011
EastLink selects Ericsson to build its Mobile Broadband Network, while also allowing Ericsson to be the sole supplier of HSPA radio access networks and Evolved Packet Core.
2012

Ericsson acquires Canadian carrier grade wifi solutions manufacturer Belair Networks, taking on its staff of 120 persons.
2013-2014
2013
Ericsson provides TELUS Mobile with an IP Multimedia System (IMS), as well as comprehensive systems integrations services based on Rich Communication Services and Voice over LTE.
2014
Videotron launches its 4G LTE network using Ericsson radio and core network technologies.
2018
Ericsson and Bell Canada sign a landmark multi-year agreement, in which Ericsson’s MediaFirst TV Platform enables Bell to offer an enhanced, personalized and converged multiscreen TV experience to over 1.5 million users in Canada.
Eastlink upgrades VoLTE services with Ericsson, implementing a 5G-ready core network.
Ericsson is announced as one of the five global digital technology leaders selected to drive national-and regional-government-supported 5G technology network corridor called ENCQOR.
Ericsson and Ambra Solutions partner to provide LTE Advanced network support three kilometres below ground, to service the Agnico Eagle mining site, LaRonde in Abitibi, Quebec, laying the foundation for a 5G-ready mining industry automation offering.
Rogers announces a multi-year 5G network plan that includes working with Ericsson to deliver 5G to Canadians.
2019
Ericsson launches a Global Artificial Intelligence Accelerator innovation hub in Montreal which focuses on R&D in AI and Automation.
MediaTek and Ericsson preform an interoperability development test in Ottawa, resulting in a ground-breaking 5G standalone end-to-end call on 2.6Hz band based on 3GPP’s 5G December 2018 specifications.
2020
Ericsson and TekSavvy Inc. Partner to upgrade and expand TekSavvy’s existing rural Fixed Wireless Access network and services using Ericsson Radio System radio, transport and Cloud Core network technology.
Ericsson and Carleton University announce a multi-year partnership to advance world-class talent development programs for engineer and computer scientists going into the wireless communications industry.
Bell Canada selects Ericsson as a 5G partner to support its nationwide 5G mobile and fixed wireless access deployment.
Rogers deploys Canada’s first 5G network, of which Ericsson is the sole supplier for the 5G RAN and 5GC.
Ericsson, ENCQOR 5G and Concordia University partner to create the Industrial Research Chair in Cloud and Edge Computing for 5G and beyond.
Ericsson is selected by Xplornet to deliver rural 5G wireless broadband services.
2021
ENCQOR 5G and Ericsson deploy a standalone 5G network to drive innovation and edge computing and applications.
TELUS and Ericsson complete the first multi-vendor network slicing orchestration proof of concept in a lab environment based on 3GPP Release 16 and IETF L3NM.
2022
Eastlink launches a new 5G network - powered by Ericsson - to service 18 sites in Halifax, Nova Scotia.
In collaboration with Ericsson, Rogers launches Canada’s first commercial 5G standalone network.
Ericsson, École de technologie supérieure (ÉTS), Concordia University, Polytechnique Montréal, Environment and Climate Change Canada (ECCC) launch a joint research initiative to reduce the energy use of 5G networks.
2023
Ericsson and the Government of Canada to invest more than CAD 470 million in R&D centres
2025

Moving beyond 4G boundaries
Global mobile data traffic is expected to multiply by 5 times, particularly in dense urban areas where current 4G networks are unlikely to keep up with the demands of the future.
2025-2029
Life in a Climate-Impacted Future
More than half of Canadian urban early adopters are worried about the negative impact of global warming, but they also see connectivity and internet services as important tools to handle the challenges in everyday life caused by climate change. Read more
2030
Telecommunications through telepathy
Advances in technology will enable humans to communicate digitally. Using our brains as an interface will mean the end of keyboards and controllers. We need only to think of commands and they will be followed.