5G-IoT Champions

MWC 20165G-IoT Champions

© Small Cell Forum Ltd 2016

Champions Work ItemsWork Item Operator Vendor

License Exempt

Virtualisation

HetNet and SON

Multi Operator

Enterprise

5G & IoT

•Topic briefing on IoT Use Cases for Small cell•Engage & Influence Industry bodies on 5G•5G vision paper


Why is IoT a focus for SCF?

• LPWA is a subset of the IoT use cases

• Enterprise already identified as a major market segment for small cell

• Small Cell solutions can solve many of the challenges for IoT

•IoT introduces new opportunities for small cell


IoT covers a vast market with differing requirements

Monetisation of IoT will come through:• Savings from the optimisation of business processes • The creation of new services and business models

McKinsey estimate a potential economic impact of $11.1 trillion per year in 2025 for IoT applications in nine settings

Gartner forecasts that 6.4 billion connected things will be in use worldwide in 2016, up 30 percent from 2015, • This will reach 20.8 billion by 2020. • In 2016, 5.5 million new things will get connected

every day http://www.gartner.com/newsroom/id/3165317 November 2015

http://www.gartner.com/newsroom/id/3165317

http://www.gartner.com/newsroom/id/3165317


The role of Small Cells in IoTIndustry & ManufacturingThe impact of IoT on industry & manufacturing will include:• Increased productivity• Energy Savings• Safer working environments• Optimisation of inventory

Small Cell use cases:• Large facilities contain a large amount of heavy duty plant material• Communication between automated processes in an assembly line• The control of unmanned vehicles which transport goods around the facility• Remote technical support to diagnose and repair faults• The remote control of robots operating in hazardous environments• Factory reconfiguration


The role of Small Cells in IoTConnected Car

Assisted overtakingVehicle 1 is attempting to overtake but is unsighted by the vehicle in front. Vehicle 2 is outside of the sensor range of Vehicle 1. However both vehicles are within the range of the RSU which can provide information on the proximity of car 2 to car 1 to enable the driver to determine whether they can over take safely.

RSU

12

Connected Vehicles

The Public•Shorter journeys / fewer accidents•Lower insurance premiums•Lower priced goods (fuel savings)•Real time info on public transport

Government•Reduced congestion•Lower pollution levels•Fewer accidents•More efficient public transport

Haulage Companies•Fewer delays•More predictable journeys•Real time traffic information

Retailers, Manufacturers ,etc•Reduced overheads (fuel)•More predictable deliveries•More efficient operations

Tracking public transport• Notifications to passengers• Route modification based on demand• Traffic congestions avoidance

RSU use cases


The role of Small Cells in IoTHealthcare

The use of sensors to monitor health is increasing rapidly • The general public• Medical professionals• In the world of sport.

Small Cell use cases:• Continuous assessment of the patients’ welfare in a hospital environment.• Local break-out for hospital’s analysis applications. • Improved security of patient data.

• Locating key medical equipment, staff and patients.• Remote video and imaging to assist paramedics to provide emergency care • In-vehicle small cell can ensure that this is available no matter where

the accident takes place.


The role of Small Cells in IoTSummary•High reliability, low latency connectivity Deep indoor coverage Scheduling of prioritised service types Local routing via Small Cell Gateway and processing of IoT data. •Security On premise routing and processing of IoT data.•Support of a range of service types

Sensors may require low bandwidth, background services, Video or imagery, may require high bandwidth in real time

• Location and Proximity Services Macrocell based IoT solutions can provide a certain level of accuracy GPS, impacts the cost and power consumption of the device. Small cell solutions can provide high accuracy even when deep indoors


Why are Small Cells important to 5G?Network

Architecture

SlicingAbility

Required

Connections

1,000KConnections

Per Km2

Mobility

500km/hHigh-speed

Railway

Throughput

10GbpsPer

Connection

Latency

1 msE2E

Latency

5G

10 50403020 60 8070 901 542 63

5G Complementary Bands for Capacity, 45GHz available 5G Primary bands

GHz

VisibleLight

Cellular Bands

Requirement >500MHzfor IMT-2020

45GHz available for future Cellular Access and Self-Backhaul

• Virtualisation

• Solution architecture for Enterprise & Verticals

• Innovative services & business models

•Planning & deployment of ultra-dense networks


Small cells: Delivering densification for 5G 3GPP RAN 5G Workshop

Three aspects must be built into 5G to accelerate adoption and enable value creation using Small Cell HetNets 1) Interface for virtualised small cell 2) Multi operator/Neutral Host 3) API/Services Framework


Next stepBuilding a 5G Small cell Vision

• Application Centric• Everything

Connected• Wide Varity of

Services• Tailored services for

Specific Demands

Insert your thoughts here......

Presentations & Public Speaking

5G-IoT Champions