lpwan for iot in shared spectrum · satrc work item “spectrum management for the development of...
TRANSCRIPT
LPWAN for IoT in SharedSpectrum
Junaid Afzal
SATRC Workshop on Spectrum16 – 18 August Pakistan
Sigfox: Who We Are?
• French company providing connectivity and cloudsolution dedicated to low throughput low, energydevices
• World’s leading provider of a global communicationsolution empowering the Internet of Things
• Complementing other wireless technologies (2G, 3G,4G, cellular IoT, Wi-Fi and Bluetooth)
• Low-bandwidth, low energy national networks, withsecure and economic transmission
• Headquartered in Toulouse, France with offices inParis, Madrid, Munich, Boston, San Francisco, Dallas,Dubai, Japan, South Korea and Singapore
• Sigfox and/or Sigfox partners have service deploymentin 35 countries currently
Tech company backed by industry, finance andtelecom leaders
CONFIDENTIAL 2
• French company providing connectivity and cloudsolution dedicated to low throughput low, energydevices
• World’s leading provider of a global communicationsolution empowering the Internet of Things
• Complementing other wireless technologies (2G, 3G,4G, cellular IoT, Wi-Fi and Bluetooth)
• Low-bandwidth, low energy national networks, withsecure and economic transmission
• Headquartered in Toulouse, France with offices inParis, Madrid, Munich, Boston, San Francisco, Dallas,Dubai, Japan, South Korea and Singapore
• Sigfox and/or Sigfox partners have service deploymentin 35 countries currently
The world ischanging!
By 2020, global IoTspending will grow at 15.6%
CAGR to $1.29 trillion in2020 – and APAC will be
leading that trend (by IDC)
“Internet of Things has thepotential to change the world, just
as the Internet did”
Kevin Ashton
The world ischanging!
CONFIDENTIAL 3
By 2020, global IoTspending will grow at 15.6%
CAGR to $1.29 trillion in2020 – and APAC will be
leading that trend (by IDC)
“Internet of Things has thepotential to change the world, just
as the Internet did”
Kevin Ashton
Massive Size and Growth of IoT
CONFIDENTIAL 4
Low Power Wide Area Technologies for IoT
Scale & densityto connect billions of devices
Low powerto provide autonomy
Low costto address everything
CONFIDENTIAL 5
Source: Gartner (January, 2016)
Low powerto provide autonomy
Easy to useto deploy it fast
Global LPWA Connections Forecast
• Cellular M2M networks will grow to 1.3billion connections in 2025, giving a CAGRof 18%
• LPWA networks will grow from a small baseof 18.5 million connections in 2015 to 3.5billion in 2025 – a CAGR of 69%
CONFIDENTIAL 6
• Cellular M2M networks will grow to 1.3billion connections in 2025, giving a CAGRof 18%
• LPWA networks will grow from a small baseof 18.5 million connections in 2015 to 3.5billion in 2025 – a CAGR of 69%
Source: Analysys Mason (2016)
Massive IoT Development Across Different Vertical
Agriculture & Environmentwith livestock management,
environment monitoring
Industrywith facilities
securityHome & Lifestylewith automaticreplenishment
Automotive & FleetManagementwith on-board diagnostics, tracking
Massive IoT
CONFIDENTIAL 7
Utilitieswith Smart Metering,
Smart Networks
RetailWith asset
trackingHealth & Assistedlivingwith Elderly Security
Home & Lifestylewith automaticreplenishment
Massive IoTPublic Sectorwith streetlighting, wastemanagement, smart cities,parking
South Asian Telecommunication Regulators’ Council(SATRC)
At the 17th meeting of SATRC, 4 work items were identified for the activitiesof SATRC in relation to spectrum management:1. Developing spectrum roadmap in SATRC countries for future mobile broadband
2. Spectrum management for the development of Internet of Things (IoT)
3. Proliferation of Wi-Fi network in SATRC
4. Wireless backhaul – Spectrum, technology and policy considerations
CONFIDENTIAL 8
At the 17th meeting of SATRC, 4 work items were identified for the activitiesof SATRC in relation to spectrum management:1. Developing spectrum roadmap in SATRC countries for future mobile broadband
2. Spectrum management for the development of Internet of Things (IoT)
3. Proliferation of Wi-Fi network in SATRC
4. Wireless backhaul – Spectrum, technology and policy considerations
868 MHz 921 MHz40 MHz 433 MHz 2.4 GHz 5GHz 60 GHz
Technologiesusing unlicensed spectrum
(SRD/ RFID/ ISM)
Short Range Wide Area
Unl
icen
sed-
Spe
ctru
m
Spectrum for IoT
868 MHz 921 MHz40 MHz 433 MHz 2.4 GHz 5GHz 60 GHz
900900800700450
Technologies usingmobile bands
26001800 /2100
WRC-19 agenda item 9.1.8 narrowband and broadband machine-type communication infrastructures
Lice
nsed
spe
ctru
mU
nlic
ense
d-S
pect
rum
NB-IoT /LTE-M
EC-GSM
CONFIDENTIAL 9
RSPG Roadmap for IoT Spectrum
Mobile Network(E.g. EC-GSM-IoT, NB-
IoT)
Dedicated wide areatechnologies
(E.g. Sigfox, LoRa)
Dedicated local areatechnologies
(E.g. ZigBee, RFID)
General local areatechnologies
(E.g. Bluetooth)
Shared spectrumDedicated spectrum
Wide area coverage Short range, clustered connectivity
CONFIDENTIAL 10
700 MHz, 800 MHz,900 MHz, 1.8 GHz,
2.6 GHz
1.5 GHz, 2.3 GHz,2.1 GHz, 3.4-3.6
GHz
169.4 – 169.8 MHz,410-430 MHz, 450-470 MHz, 862-868
MHz, 868-870MHz*, 915-921
MHz*
863-868 MHz, 868-870 MHz, 870-876
MHz*, 916-921MHz*, 2.4 GHz
2.4 GHz, 5 GHz
Source: Radio Spectrum Policy Group (RSPG) of European Commission (Nov 2016)
*spectrum are available on a national basis.
Evolution of GSM & LTE Optimized for Long Battery Life
LPWAN plays animportant role in
IoT
LPWAN plays animportant role in
IoT
CONFIDENTIAL 11
Pyramid Research expectsAPAC to become the largest
region in terms of LPWAconnections from 2018
LPWAN European Union (EU) Regulatory Framework
LICENSED SPECTRUM
Auction or/and annual feesNeutral Technology (IMT or others)
Frequency assignementStation registration
Technical compliance with essentialrequirements
(RED Directive and ETSI Harmonized Standards)
ELECTRONIC COMMUNICATIONSREGULATION
UNLICENSED SPECTRUM
Shared utilizationAuthorized on a non protection and non
interference basisTechnical compliance with essential
requirements(RED Directive and ETSI Harmonized
Standards)
RADIO REGULATION
Data Privacy
Sectorial Competition
Security
Lightlicensing
Whenrequired for
theprotection of
primaryservices
CONFIDENTIAL 12
Mobile NetworkLegal coverage & QoS commitments
WLANLPWA NetworkData network
Freedomto provide ECN & ECS
Interoperability
Equipment CertificationNationwide Local
Notification
Regulators in Asia Pacific Countries Change/AmendRegulations to facilitate LPWA IoT Development
Additional SpectrumAdditional Spectrum
TechnicalSpecificationamendment
TechnicalSpecificationamendment
SpectrumSpectrum
TechnicalSpecification
TechnicalSpecification
Hong KongCambodia
Thailand
New ZealandAustralia
MalaysiaSouth KoreaBrunei
CONFIDENTIAL 13
Amending Amended
TechnicalSpecificationamendment
TechnicalSpecificationamendment
Licensing regimeamendment
Licensing regimeamendment
TechnicalSpecification
TechnicalSpecification
Licensing regimeLicensing regime
Thailand
Indonesia Lao
Philippines
Singapore
Taiwan
Viet Nam
Japan
Examples on Sigfox LPWA IoT Use CasesAgriculture Automotive & fleet
managementHealth & Assisted
LivingUtilit ies
Retail & servicesBuilding managementSmart cit ies
Industry
Monitor animal’scondit ion and locat ion PV t racker
Detects falls, inact ivity,geo-fencing Water metering Emergency stop t rigger
Industry - buildingSmart home
CONFIDENTIAL 14
Very low cost but tonSafety cameraSmart light ing
Personal Smart home
Sound detector Structure monitoring
Customer sat isfact ionReact ive maintenanceConnected boilerStolen vehicle recovery Sewage monitoring
Public Sector Industry - shopIndustry - airline
Benefits of License-exempt Spectrum Harmonisation
Shared Spectrum Access &License-exempt bands
COST EFFICIENCY
INNOVATION
Spectrum Harmonisation
RELIABILITY & PERFORMANCE
ECONOMY OF SCALE
CONFIDENTIAL 15
INNOVATION
SPECTRUM EFFICIENCY
RESOURCE VALUATION
ECONOMY OF SCALE
REDUCE THE RISK OFINTERFERENCE
GROWTH & INVESTMENT
Spectrum Harmonisation Opportunities for LPWA IoT• Current use of spectrum by LPWA IoT systems: 863 – 870MHz in Europe, 865 – 867MHz in India, 902 –
928MHz in Americas, 920 – 925MHz in most Asia and Pacific
• Opportunities for new spectrum in Europe (UNB SRdoc ETSI TR 103 435): 865 – 868MHz & 915 – 921MHz
EUROPEAN UNION863-870 MHz
870-876 & 915-921MHzProposed for harmonization
RUSSIA864 - 865 MHz
868.7 - 869.2 MHz
CONFIDENTIAL 16
SOUTH AMERICA915-928 MHz
&902-928 MHz
Partlyimplemented
EASTERN ASIA920-925 MHz
Part lyimplemented
AFRICA &MIDDLE EAST863-870 MHz
Partlyimplemented
PACIFIC915-928 MHz
JAPAN/KOREA
920-923 MHz
RUSSIA864 - 865 MHz
868.7 - 869.2 MHz
INDIA865-867 MHz
NORTHNORTH
AMERCIA902-928MHz
Spect rum access mainly based on DC
Spect rum access mainly based on FHSS
Spect rum access mainly based on LBT
Current SRD/RFID Spectrum Allocation in Sub-1 GHzBand
925 – 927 MHz
865 – 867 MHz
868 MHz*
868 MHz*
CONFIDENTIAL 17
866 – 869 MHz & 920 – 924 MHz
*To be confirmed
868 MHz*
2400 MHz & 5800 MHz*
180 – 200 MHz, 151.125 – 151.15 MHz,169.4 – 175 MHz, 868 MHz & 915 MHz
Our Proposals
• Potential Harmonise Spectrum for LPWA IoT in SATRC Countries 866 – 870 MHz
917 – 925 MHz
• Develop spectrum harmonisation objectives and roadmap for LPWAN as part of theSATRC work item “Spectrum management for the development of IoT”
• Initiate studies to investigate possibilities for spectrum attribution to LPWAN and SRDsolutions in the range of 917 – 925 MHz (license-exempt band) and develop regionalposition for the next WRC-19 accordingly
• Encourage all SATRC members to contribute to ITU-R work document on apreliminary draft new report on LPWAN for MTC
CONFIDENTIAL 18
• Potential Harmonise Spectrum for LPWA IoT in SATRC Countries 866 – 870 MHz
917 – 925 MHz
• Develop spectrum harmonisation objectives and roadmap for LPWAN as part of theSATRC work item “Spectrum management for the development of IoT”
• Initiate studies to investigate possibilities for spectrum attribution to LPWAN and SRDsolutions in the range of 917 – 925 MHz (license-exempt band) and develop regionalposition for the next WRC-19 accordingly
• Encourage all SATRC members to contribute to ITU-R work document on apreliminary draft new report on LPWAN for MTC
Thank you