Ericsson Massive IoT solution
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The document discusses Ericsson's portfolio of network services to support massive IoT rollouts. It describes services such as network planning, design and dimensioning; network build and deployment; network tuning and optimization; and network support. These services provide a comprehensive approach to designing, implementing, optimizing and managing cellular networks for Internet of Things connectivity across a wide range of industries and use cases. The portfolio aims to address challenges from the diversity of IoT applications and enable 40+ massive IoT networks to be deployed in over 30 countries by the end of 2017.
Ericsson Massive IoT solution
- 1. A compressive M-IoT portfolio with network services Massive iot becomes reality
- 2. A compressive M-IoT portfolio with network services Massive iot becomes reality
- 3. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 3 Technology choices for Massive IoT Massive IoT IoT on LTE IoT on GSM GSM as fallback with improved battery life or extended coverage for the last mile EC-GSM-IoT Wider range of applications with low-medium bitrate, mobility and voice support CAT-M1 Low-bitrate applications with extreme coverage and low cost devices NB-IoT Network Services
- 4. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 4 VoLTE on Cat-M1 ericsson Massive IoT in 2017 New software on installed base YEARS BATTERY LIFE 10+ Extended DRX cycles for NB-IoT, Cat-M1 and EC- GSM-IoT VOICE FOR IOT Extended coverage for NB-IoT, Cat-M1 and EC-GSM-IoT BETTER COVERAGE 20dB+
- 5. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 5 Deployed Plan for 2017 Plan for 2018 Australia USA Portugal Romania Singapore Slovakia Slovenia South Africa South Korea Spain Sri Lanka Sweden Switzerland Thailand Turkey UAE Uruguay Argentina Brazil China Finland Germany Greece Hungary Indonesia Iran Ireland Japan Malaysia Mexico Netherlands Philippines Bangladesh Canada Chile France Myanmar United Kingdom Vietnam ericsson network deployment plan +40 Massive IoT networks in +30 countries by end of year 2017
- 6. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 6 Massive Iot End-to-end offering INDUSTRY SPECIFIC SOLUTIONS Utilities Transport Public Safety Other Industries IOT PLATFORM / IOT ACCELERATOR CORE NETWORKS Virtual EPC / EPC Virtual UDM / UDM RADIO NETWORKS Massive IoT RAN (NB-IoT, Cat-M1, EC-GSM-IoT) SERVICES Network Planning, Design & Dimensioning Network Build & Deployment Network Tuning and Optimization Network Support Operate & Manage OSS-RC/ENM Smart Cities Device & App Verification Consulting & SI Virtual IMS / IMS Network Services for Massive IoT
- 7. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 7 IoT – transforming industries and societies Source: Ericsson Mobility Report Smart Cities Agriculture & Environment Process Industries Retail Banking Automotive Transport Consumer Electronics Utilities Wellness Infrastructures 18billion Predicted IoT connected devices in 2022 connectivity
- 8. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 8 The use cases’ diversity CELLULAR IoT Smart metering Smart grid management UTILITIES Fleet management Goods tracking TRANSPORT & LOGISTICS Smart parking Smart bicycles SMART CITIES Climate-agriculture monitoring Live stock tracking AGRICULTURE Smoke detectors Alarm systems Home automation SMART BUILDINGS Flood monitoring & alert Environmental monitoring (water, air, noise, et cetera) ENVIRONMENT Wearables Kids / elderly trackers Medical monitoring CONSUMERS Process monitoring & control INDUSTRIAL Waste management City lighting Maintenance monitoring PERFORMANCE BI-DIRECTIONAL DATA SECURITY POSITIONING BATTERY LIFE COVERAGE RELIABILITY & QoS COST TRANSPORT & LOGISTICS: Goods tracking SMART CITIES: Smart bicycles INDUSTRIAL: Process monitoring & Control SMART BUILDINGS: Home automation
- 9. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 9 Key Challenges from services standpoint Use case diversity — challenging to test and verify each use case Minimizing and eliminating impact to legacy MBB network Configuration and Sunrise technology, impacting plans for faster time to market (TTM) Immature and unstable devices presenting compatibility challenges. 18billion Predicted IoT connected devices in 2022
- 10. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 10 A unique and comprehensive approach to massive iot rollouts Ericsson Network Services NETWORK TUNING & OPTIMIZATION OPERATE & MANAGE NETWORK PLANNING, DESIGN & DIMENSIONING NETWORK BUILD & DEPLOYMENT NETWORK SUPPORT
- 11. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 11 Network Planning, Design & Dimensioning High quality RAN designs for massive IoT that address both coverage and capacity dimensioning for the selected IoT technology and its use cases. Core network option & configuration Technology advising RAN design Mobility design
- 12. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 12 Network Planning, Design & Dimensioning High quality RAN designs for massive IoT that address both coverage and capacity dimensioning for the selected IoT technology and its use cases. Consulting partner, recommendation on technology and alternative deployment options per use case Core network option & configuration RAN design Mobility design
- 13. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 13 Network Planning, Design & Dimensioning High quality RAN designs for massive IoT that address both coverage and capacity dimensioning for the selected IoT technology and its use cases. Coverage and capacity dimensioning along with Software deployment plan Consulting partner, recommendation on technology and alternative deployment options per use case Core network option & configuration Mobility design
- 14. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 14 Network Planning, Design & Dimensioning High quality RAN designs for massive IoT that address both coverage and capacity dimensioning for the selected IoT technology and its use cases. Idle mode mobility planning Core network option & configuration Coverage and capacity dimensioning along with Software deployment plan Consulting partner, recommendation on technology and alternative deployment options per use case
- 15. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 15 Network Planning, Design & Dimensioning High quality RAN designs for massive IoT that address both coverage and capacity dimensioning for the selected IoT technology and its use cases. RAN Design supporting separate core network, dedicated to IoT Idle mode mobility planning Coverage and capacity dimensioning along with Software deployment plan Consulting partner, recommendation on technology and alternative deployment options per use case
- 16. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 16 Network Build & Deployment Solution management Configure parameters Software deployment Program and project management Software introduction to the existing RAN base and securing that the selected package features perform and is configured with emphasis on performance.
- 17. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 17 Network Build & Deployment Software introduction to the existing RAN base and securing that the selected package features perform and is configured with emphasis on performance. Solution management Configure parameters Software deployment Program and project management
- 18. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 18 Network Tuning and Optimization Performance evaluation Radio tuning Performance monitoring RAN performance optimization Objective monitoring of the KPIs associated with the selected use cases, coupled with performance optimization on a large-scale basis.
- 19. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 19 Network Tuning and Optimization Objective monitoring of the KPIs associated with the selected use cases, coupled with performance optimization on a large-scale basis. Maximized coverage in targeted traffic areas to minimize failures and to maintain IoT performance Performance evaluation Performance monitoring RAN performance optimization
- 20. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 20 Network Tuning and Optimization Objective monitoring of the KPIs associated with the selected use cases, coupled with performance optimization on a large-scale basis. Measuring key network KPIs per use case based on network performance statistics Maximized coverage in targeted traffic areas to minimize failures and to maintain IoT performance Performance evaluation RAN performance optimization
- 21. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 21 Network Tuning and Optimization Objective monitoring of the KPIs associated with the selected use cases, coupled with performance optimization on a large-scale basis. Measuring key network KPIs per use case based on network performance statistics Evaluate against the defined KPIs for assessing IoT performance per use-case basis. Maximized coverage in targeted traffic areas to minimize failures and to maintain IoT performance RAN performance optimization
- 22. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 22 Network Tuning and Optimization Objective monitoring of the KPIs associated with the selected use cases, coupled with performance optimization on a large-scale basis. Maximizing RAN performance in conjunction with the Massive IoT features under load. Measuring key network KPIs per use case based on network performance statistics Evaluate against the defined KPIs for assessing IoT performance per use-case basis. Maximized coverage in targeted traffic areas to minimize failures and to maintain IoT performance
- 23. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 23 Iot coverage predictions Narrowband Reference Signal Receive Power (dBm) Extended Coverage
- 24. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 24 Network Support Predict and prevent Holistic approach to handle increasing complexity and workload caused by significant growth of connected devices, enabling Network Operations to be proactive. Isolate and recover Analyze and change
- 25. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 25 Network Support Holistic approach to handle increasing complexity and workload caused by significant growth of connected devices, enabling Network Operations to be proactive. Operators can preempt incidents and increase network stability Isolate and recover Analyze and change Prediction accuracy, achieved in large-scale trial in live network operator trial >90% Issues preempted or handled before leading to critical incidents. Entel, Chile ~85%
- 26. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 26 Network Support Holistic approach to handle increasing complexity and workload caused by significant growth of connected devices, enabling Network Operations to be proactive. Operators can preempt incidents and increase network stability Operators can keep good control of software changes in the network Isolate and recover
- 27. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 27 Network Support Holistic approach to handle increasing complexity and workload caused by significant growth of connected devices, enabling Network Operations to be proactive. Operators can achieve speed and quality in fault isolation and recovery Operators can preempt incidents and increase network stability Operators can keep good control of software changes in the network
- 28. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 28 Machine Learning in NOC and Field › Handling unprecedented levels of data traffic, whilst maintaining service quality and user experience. › Prohibiting exponential growth in delivery costs. Cognitive, automated machine learning solutions, deployed in Network Operations Centers (NOCs), are replacing todays manually configured solutions. A game changer for event and incident management. Operate & Manage Root cause correlations identified correctly Incidents uncovered by machine learning only 80% 77%
- 29. Network Services for Massive IoT | Commercial in confidence | , Rev | 2017-05-22 | Page 29 Ericsson as a key enabler for Massive-IoT HOLISTIC END-TO-END VIEW POINT IoT device Radio Core Applications TIME TO MARKET We enable operators to realize and capture additional revenue streams fasterNetwork Services for Massive IoT