Diffuses intelligence across the network, from device to data center.
Enables new capabilities like self-driving cars, improved city infrastructures, intelligent machines/sensors, and augmented reality via fast wireless connection to cloud computing.
Even tiny devices can access substantial computing power through 5G.
Applications can be hosted in mobile edge computing nodes (cloudlets).
Requires flexible and scalable design, using various radio access technologies (cellular, Wi-Fi, centimeter/millimeter waves).
Enhanced Mobile Broadband
Gigabytes per second
3D video, UHD screens
Work and play in the cloud
Augmented reality
Massive Machine Type Communications
Industry automation
Ultra-reliable and Low Latency Communications
Self-driving cars
Mission-critical applications (e.g., e-health)
Real-Time Communications
Tactile Internet
Lifeline Communications
Highly-Reliable Communications
Natural Disaster Situation
E-Health
Broadband Access
Everywhere: 50+ MBPS
In Dense Areas
Pervasive Videos
Broadcast-Like Services
Multimedia Services
Higher User Mobility (High-Speed Train)
Internet of Things (Sensor Networks)
5G for Smart Cities
Connects more sensors and devices.
Provides high-speed ubiquitous connectivity.
Offers prioritization, greater reliability, and redundancy.
Features ultra-low power consumption.
5G Applications
Smart wearables
eHealth
Smart mobility
Smart parking
Traffic priority
Domotics (Connected house)
Security & Surveillance
Smart Grids
Water quality
Utility management
Entertainment
Apps beyond imagination
Smart Car
Car-to-car communication
Smart Connections: Global Growth Rates for Smart City Spending (2017-2022)
Officer wearables: 62%
Vehicle to everything (V2X) connectivity: 49%
Open data: 25%
Smart trash collection: 23%
Smart city platforms: 23%
Global IoT Transportation and Logistics Spending
2015: €10bn ($10.88)
2020: €40bn ($43.4B)
Decrease in passenger waiting time:
10%
30%
5G Benefits for Smart Cities
Energy and Utilities: $160 billion in benefits and savings in energy, water pipe leaks, and sewers
Smart Grids:
Save power
Reduce pollution
Keep people safe
Economies of scale
Automated real-time grid switching
Mobility and Transport:
Autonomous vehicles
Vehicle
Platooning
Road Safety
Smart Parking
On-vehicle communication
Security
Sustainability
20 Billion devices connected to mobile networks worldwide (2020)
Smart Traffic
More connections unprecedented locations such as lamp posts and sewers (x100)
Air Quality: Drones, Surveillance Cams, sensors
Ultra-low power connections: Expand battery life of IoT devices by 10x
VR/AV (x10)
How 5G Will Be Used?
Higher Speed: 1 Gbps
Massive Internet of Things (MIOT)
Enhanced Mobile Broadband (EMBB)
Mission Critical Services (MCS)
Small Cells: Each Small Cell traffic of 20 Gbps
1 M cells/km2
150 Mhz at 3.5Ghz
Low latency: <10 ms
Low latency, more adaptive response times that support time-sensitive applications, such as autonomous vehicle communication.
5G capacity increases with densification
Cities play a critical role for Small Cell deployment in Mobile Network Densification.
Tomorrow's wireless networks will require hundreds, or even thousands, of small cells densely deployed across cities.
The full promise of Smart Cities and 5G requires a robust deployment of small cells
City as a Platform (CaaP)
Private Sector
City
Approved
Public Sector
Secure Data Platform Sharing
Innovation
Partners
Citizens
Digital Transformation - Smart Cities: The evolution of a Smart City
EARLY STAGE
Definition of Smart City Strategy
Definition of city and citizens indicators
Priority in verticals to optimize
Adequate Regulatory framework
VERTICAL
Incorporate IoT technology in vertical services
Search for efficiency
Information in vertical silos
CONNECTED
Integrate information from different vertical services
Predictive and prescriptive models
Synergies through a common horizontal platform
ENGINE OF GROWTH
Information available to the local business fabric
Enabler of open innovation ecosystem for developers and entrepreneurs
Transparency and Open Data
Smart City Platform
Smart Connectivity
Smart Devices
Local Government as the owner of the data that the city generates
SG
The driver for smart cities of the future
Smart city projects are already straining with the current wireless network infrastructure.
The promise of 5G, low latency, ultra-low energy connections, high speed, will be the foundation for large-scale IoT deployments in cities, which are set to revolutionize existing services and business models.
5G will drive $12.3 Trillion economic growth industry goods and services enabled by 5G (2020-2035).