
WHAT IS 5G?
The G in 5G stands for generation. 5G is the fifth generation technology standard for cellular networks. Each generation has been marked by their data transmission speeds and the uses they enable.
In cities throughout the world, 5G networks and services will be deployed over the next several years to accommodate the increasing reliance on internet-enabled devices.
For cities, this will provide a variety of services including safer roads, waste collection, green power grids and much more. Beyond the technology itself, 5G could add 250,000 permanent new jobs, and $40 billion in annual GDP to the Canadian Economy by 2026 (Accenture 2018).
(1979) 1G
1G delivered Analog Voice. Users were able to make cell phone calls
(1991) 2G
2G introduced digital voice and text messaging
(1998) 3G
3G brought mobile and wireless internet connection to our phones
(2008) 4G LTE
4G LTE expanded and modernized the mobile internet.
The era of new smartphone apps and services emerged. Social networking, work, education, banking, shopping and more became ever-more convenient as a result
(2019) 5G
5G offers capabilities that we can’t even imagine yet. At its core 5G is an enabler, unlocking capabilities that we’ve been waiting for and those we can’t even imagine yet.
5G is all about thinking outside the box
Super-low latency internet applications to meet human level response time
What is possible with 5G
5G networks will fuel Canadian innovation across industries and improve Canadians’ quality of life, with new applications in areas ranging from healthcare to agriculture
Giving emergency services the ability to navigate through traffic with greater ease and safety for all

Find a parking spot without searching. Real-time parking data so time is not wasted looking for a spot

Moving safely with little or no human input

Higher quality more engaging immersive experience. Amplifies learning and engagement

Waste receptacles that notify City collection services when they are full

Widely used in manufacturing, transport, earth and space exploration, surgery, and mass production of goods

Raises efficiency and precision providing enhanced levels of production

Use of different types of electronic sensors and technologies that are used to manage assets, resources and provide services efficiently

Enables hospitals to leverage new technologies, improve clinical outcomes, and provides care for patients wherever they are located

Adjust to meet their real power consumption needs. Help conserve energy, reduce costs, increase reliability and transparency, and make processes more efficient

Devices connected to the internet and with each other, enabling them to send and receive data

Adapts to movement by pedestrians, cyclists and cars. Saving energy and improving road safety

Provides recognizable improvements in travel time, lower vehicle operating costs, and reduced vehicle emissions


traffic management
5G will allow the creation and deployment of traffic strategies in response to real-time conditions like rush hour, congestion in specific areas, construction

Safer roads
Enabling vehicles that are capable of sensing their environment and moving safely with little or no human input

GREEN SOLUTIONS
5G technology can help facilitate a cleaner, greener, more environmentally conscious future by making things more efficient
vision zero
ZERO
fatalities or serious injuries on our roadways
Safer Cities
Connected Communities
Green Solutions
Better services
Citizen engagement
Data Driven Decisions
Cost Savings
vision zero
A global initiative with one clear and simple goal: ZERO fatalities or serious injuries on our roadways
5G enabling a New Vision for Safety
Canada ranks low 28th place in global road safety rankings
With more than 1800 deaths and approximately 160,000 injuries on our roads every year
In every situation a person might fail, the road system should not
If the aim is zero traffic deaths and serious injuries, then you need to set zero as the target. Not X% in 5 years
If the aim isn’t zero, we really need to talk
how is all of this possible?
Spectrum
5G networks will use millimetre-wave spectrum. Millimetre-waves can carry huge amounts of data but they do not travel far.
Small Cells are used to solve this issue.
Small Cells
Small cells are low-powered radio access nodes
They can either be attached to street lights and hydro poles or they can go inside Smart Poles
Smart Poles
Smart Poles look like a light pole on the exterior, but carry all of the radio equipment on the inside.
+ they do more!
Smart Pole Functionality
Smart poles can also include things like: air quality sensors, digital screens, smart parking meters, outlets for electric vehicle charging, emergency dispatch buttons…the possibilities are immense