[tech that makes yours better] · > lte-mtc (machine type communication) or lte-emtc referred as...
TRANSCRIPT
[tech that makes yours better]
Michel Corriou, Le Poool, June the 11th, IoTuesday 5G
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<b<>com in a nutshell>
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b<>com is a private French innovation center designed to boost innovation in digital technologies.
A unique co-investment model that provides knowledge, know-how and technology.
<Institute of Research & Technology>
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<shareholders>
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<expertises>
Artificial Intelligence
AR & VR
Images & Sound
Cognitive TechnologiesEngineering
5G & IoT
Security & Trust
Institut de Recherche Technologiqueb-com.com
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#5G and IoT#
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5G objectives
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5G roadmap
20202017 2018 2019
New Radio
Freezing Phase 2 NR, V2X, mMTC URLLC, unlicensed spectrum access, D2D, multicast/broadcast
Freezing Phase 1 NR (SA and NSA)eMBB, CA & Inter-RAT mobility to E-UTRA
Freezing NSA Radio
Architecture, NGC
EPC/NGC interworkingCUPS + new SBA ArchitectureNetwork Discovery & SelectionUE Assisted Network SlicingInterworking with non-trusted non-3GPP RAN
Multi-Access PDUSatellite Access Unlicensed SpectrumEnhanced V2XWireline/Wireless convergence
3GPP Rel15 (Mobile Broadband)
3GPP Rel16 (Industry 4.0, V2X, Maritime, …)
2021 2022 2023 2024
5G NR Phase 2 Deployment
5G NR Phase 1 Deployment
NGC Deployment
3GPP Rel17 (e-Health, Media production)
3GPP Rel18
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5G spectrum
source: https://www.everythingrf.com
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5G and IoT
◆ 3GPP standards-based IoT– Low Power Wide Area (LPWA) target– Based on 4G LTE– 2 technologies for different use cases
> Narrowband IoT referred as NB-IoT> LTE-MTC (Machine Type Communication) or LTE-eMTC referred as LTE-M
◆ 3GPP Releases– NB-IoT and LTE-M defined in 3GPP Release 13 (June 2016)– Completed in Release 14 (June 2017) and Release 15 (June 2019)– Among others, 3GPP Release 16 (March 2020) work items include for both NB-IoT and LTE-M
improved coexistence with 5G New Radio (5G-NR) and support for connection to the Next Generation Core (NGC)
– For 3GPP Release 17, a Work Item should be proposed at next RAN WG meeting to support a mMTC feature (LTE-M like) in 5G-NR
◆ /!\– No new IoT Radio Access Technology in 5G– 5G shall consider trusted and non-trusted non-3GPP Radio Access Technology (WiFi, LoRa, …)– NGC is key to address vertical needs for massive IoT (slicing for SLA & security, scaling for
density, …)
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LPWA technologies landscape
Standard Proprietary Proprietary Proprietary Proprietary Proprietary 3GPP 3GPP
Modulation UNB DBPSK(UL) GFSK(DL)
CSS or GFSK UNB DSSS(UL), CDMA(DL)
UNB 2-FSK(Weightless)
OFDMA OFDMA
Link Budget 160/149dB 161/157dB 168/177 164dB 156dB
Range (Urban)
++ + ++ +++ -(only urban areas)
++ ++
Band ISM (EU, US)868/915 MHz
ISM (EU, US)868/915 MHz
ISM (EU, US)868/915 MHz
2.4GHz (80MHz)
ISM (EU, US)868/915 MHz
LTEIn/Out/Guard
LTE in-band
Channel BW 100/600Hz 125kHz 1MHz 200KHz 1.4MHz
PWR (UL) 14/20dBm 14/20dBm 23dBm 20/24dBm 20/24dBm
Module Cost <10$ >10$ ~10$ ~12$ ~15$ATT 5-10$Vz: 8-10$
BS Cost - + ++ ++
Bitrate 100/600bps (UL) 0.3-50kbps(FSK) <1kbps (UL) 60-30kbps 62.5 bps(UL),500 bps(DL)
<67kbps <1Mbps
Battery Life ++ ++ ++ +++ N/A ++ +
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LPWA value chain & competitive landscape
Network Server Application ServerEnd-Devices Gateways
Cloud basedNS
NC
Network Controller Customer Server
AS CS
IP T
unnel
CreateSense Collect Transport & Store
Visualize
Analyze
Control
Customers CustomersNetwork Operator IoT Operator
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LPWA rollout
Sources: Sigfox (https://www.sigfox.com), LoRa Alliance annual report, March 2019 (https://lora-alliance.org/)
Actively investing operators - -Deployed / commercial networks 60
43 Sigfox Operators+12 in 2018
100+37 in 2018
Planned / deploying networks 10 -Trial networks - -Devices 744 132
LoRaWan certified
Chipsets 16 5Semtech + 4 IP-licensed companies
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LPWA rollout
Source: NB-IoT and LTE-M: Global Ecosystem and Market Status, GSA, April 2019 (https://gsacom.com/)
Actively investing operators 141+116 during last 12 months period
60+47 during last 12 months period
Deployed / commercial networks 90+59 during last 12 months period
34+19 during last 12 months period
Planned / deploying networks 30 14Trial networks 21 12Devices 210
+100% during last 12 months period
134
Chipsets 29
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LPWA trends
◆ Connectivity – Total IoT connections by network type 2015-2027– IoT connections by network type, worldwide, 2027– /!\ note
> 2G, 3G/4G and 5G are included in cellular category> NB-IoT and LTE-M which are cellular technologies, are
included in LPWA category
Source: Analysys Mason, 2018
◆ Adoption of multiple LPWA technologies– cellular MNOs betting on more than one LPWA
technology– technical rationale: covers more IoT use cases and
requirements, thanks to complementarity– strategic rationale: requires a small additional cost
for the network infrastructure (NB-IoT + LTE-M)
Source: IoT Analytics, 2018
Institut de Recherche Technologiqueb-com.com
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#b<>com and IoT#
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b<>com *Software Radio* [IoT]
A multi-standard SDR Modem solution for LPWA networks
Keywords – SDR, LPWA, LoRa, NB-IoT, USRP
Value proposition Overview
• [16]-way Multichannel receiver• SF7 (6kbps) – SF12 (300 bps)• Bandwidth: 125 kHz, 250 kHz, 500 kHz
• 3GPP Rel13, Half Duplex-FDD• Operation mode: In-band (with LTE),
Guard-band (with LTE), Stand-alone• Bandwidth: 180 KHz• Downlink Peak Rate: 250 kbps
Features
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b<>com *Wireless Edge Factory*
A pre-5G Mobile Edge private connectivity enabler that leverages on SDN/NFV and slicing concepts and can easily be deployed on an existing IT infrastructureKeywords – 5G, SDN, NFV, WLAN, LTE, OpenDayLight
Value proposition Overview
> (4G RAN + NR)/EPC> (Evolved E-UTRA + NR)/5G Core> Unified SIM based authentication
(EAP-AKA, EPS-AKA)> Unified DHCP for all RATs, SDN NAT> SDN Firewall
Features
> Compatible to COTS access points and eNodeBs> Scalability by adding new switches (Multiple sites can be served by
the same gateway)> Replaceable default pre-installed VNFs> Dead simple installation and provisioning procedures> Fully secure and reliable communications suitable for critical
services
Benefits
Institut de Recherche Technologiqueb-com.com
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*Flexible Netlab*
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Experience a full-scale 5G/IoT journey
◆ b<>com *Flexible Netlab* is: – a multi-tenant environment– dedicated to technical
experimentation from early integration up to field trials
– operated according to a standard Infrastructure / IaaS / PaaS architecture
– based on b<>com in-house infrastructure: > private cloud, > indoor and outdoor radio access
networks> access to 4G LTE and 5G
authorized by Arcep, WiFi on 2.4GHz and 5GHz bands, IoT LoRain the 868MHz ISM band
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Services & Key Features
◆ Platform-as-a-service
– Wireless Access-as-a-service: Orchestration tools allowing for the instantiation, deployment, chaining and management of VNFs in various environments
– Testing-as-a-service: Extensive, adaptive, objective and independent range of testing services with training and advice from b<>com experts to meet market and security requirements
◆ Infrastructure-as-a-service
– Support for multiple instances of mobile networks
– Autonomous instances with an SDN/NFV architecture aligned with ETSI and 3GPP recommendations
– Quality & Assurance tools for Continuous Integration/Continuous Deployment
◆ Benefits:
– Up-and-running wireless End-to-End environment
– “A la carte” experimentation hosting
– Secure access sharing with multi-tenant capacity
– Neutral environment operated by b<>com
◆ Applications:
– Telco operators & manufacturers for integration and interoperability testing
– Virtual Network Functions developers
– Physical Network Functions suppliers
– Security Enablers developers
– 5G including IoT and security research community
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Infrastructure overview
Macro Cell2,6/3,5 GHz
Macro Cell868 MHz
Playground zone
CPU GPU FPGA
868 MHz2,6 GHz3,5 GHz
Test as-a-service
Pla
tfo
rm
as-a
-S
ervic
eIaaS
In
frastr
uctu
re
Small Cell
Data Center Computing
Local Computing
Central Cloud (VIM) Edge Cloud (VIM)
Corporateresources
Continuous Integration Continuous Deployment
*Software Radio* [IoT]
*Wireless Edge Factory*VxFCatalogue
AAA / Helpdesk / Test Management