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重要な市場のモノのインターネット(IoT):5Gは産業界のニーズに応えることができるのか?

The Critical IoT

Will 5G answer vertical industry needs?

 

出版社 出版年月電子版価格 ページ数
IDATE
イダテ社
2017年12月Eur3,000
1-5ユーザライセンス (doc+ppt)
52

サマリー

フランスの調査会社イダテ社(IDATE)の調査レポート「重要な市場のモノのインターネット(IoT):5Gは産業界のニーズに応えることができるのか?」は、重要な市場でのモノのインターネットについて概説し、5Gネットワークの可用性とミッションクリティカルな(万全であることが要求される)要求について記載している。LTE Advancedと5Gなどの重要用途でのIoTを可能にする主要技術の進歩について詳述している。特に自動車市場や産業用IoT、医療などの主要ターゲットとなる市場の用途や要求について述べ、重要用途でのIoT市場の発展と2030年までの市場予測も記載している。重要用途でのIoTの市場への影響について、ビジネスモデルや新製品、バリューチェーンとその新たな位置付けやパワープレイ(集中的な戦略)などを記載している。

Summary

This study reviews the prospects of critical IoT applications and the ability of 5G networks to fulfil mission-critical requirements.

The report details the key technological advances of LTE Advanced and 5G that will enable critical IoT applications.

It also presents the main target markets, notably automotive, industrial IoT and health, and their applications and requirements.

The development perspective of the critical IoT markets are also examined in detail, with market estimates up to 2030.

Finally, the impact of critical IoT is analysed, focusing on business models (new offerings) and value chains (new positions and power play).


Geographic area & Players

  • World

Slideshow

Critical IoT Technologies

  • Critical requirements
  • Critical technologies – LTE-Advanced
  • Critical technologies – 5G

Critical IoT Markets

  • Market Overview
  • Industrial IoT
  • Automotive
  • Health

Markets and Forecast

  • Impacts on value chains and business models
  • Drivers and Barriers
  • Market Sizing

 


 

Other details

  • Reference: M17370MRA
  • Delivery: on the DigiWorld Interactive platform
  • Languages available: English
  • Tags: 5G, automotive, critical IoT Technologies, health, iot, Industrial IoT, vertical industry

 



目次

1. Executive Summary

2. Methodology & definitions

3. Critical IoT technologies

3.1. Critical requirements and environments
3.1.1. Definitions
3.1.2. Critical requirements
3.2. Technology Enabler
3.2.1. New features developed as part of LTE Advanced
3.2.2. What will be different with 5G?
3.2.3. Roadmap of availability
3.3. Impacts on value chains and business models
3.3.1. Context: the value chain of wireless communication industry
3.3.2. A more complex value chain of connectivity providers
3.3.3. More vertical-specific connectivity offerings
3.3.4. New business models

4. The markets of the critical IoT
 

4.1. Overview
4.2. Industrial IoT
4.2.1. Context
4.2.2. Critical IoT services and requirements
4.2.3. Potential for adoption
4.3. Automotive
4.3.1. Context
4.3.2. Critical IoT services and requirements
4.3.3. Potential for adoption
4.4. Health
4.4.1. Context
4.4.2. Critical IoT services and requirements
4.4.3. Potential for adoption

5. Markets and forecasts
 

5.1. Market development factors
5.1.1. Analysis of growth drivers
5.1.2. Barriers to adoption
5.1.3. Vision of market development
5.2. Market Sizing
5.2.1. Global volume estimates
5.2.2. Vision in vertical industries

List of tables and figures

Tables
Table 1: Key critical requirements
Table 2: Critical IoT requirements addressed by LTE Advanced features
Table 3: Characteristics of LTE-M and NB-IoT
Table 4: Bands specified within Rel. 14 for discovery and direct communication
Table 5: Relay nodes function
Table 6: Critical IoT requirements addressed by 5G features
Table 7: Features paving the way for critical IoT
Table 8: Vertical requirements for critical IoT communications
Table 9: Communication performance of energy networks
Table 10: Connecting production tools: technological requirements
Table 11: Connecting employees: technological requirements
Table 12: Expected autonomous vehicle capabilities depending upon connectivity
Table 13: Automotive critical IoT requirements
Table 14: List of main regulations for connected cars
Table 15: Main deployments of the autonomous car
Table 16: Connectivity requirements of connected health scenarios

Figures
Figure 2: Roadmap of 3GPP Releases
Figure 3: Relaying traffic to and from the edge with Relay feature
Figure 4: V2V communication in LTE Rel.
Figure 5: The licensed-assisted access principles
Figure 6: Benefits of LTE in fully-unlicensed frequency bands
Figure 7: MulteFire roadmap
Figure 8: The different use of massive MIMO depending on the frequency bands
Figure 9: Considerations on massive MIMO
Figure 10: The three main use cases of 5G
Figure 11: Examples of 5G network slices [NGM15]
Figure 12: Allocation of both shared and dedicated resources across multiple slices
Figure 13: Value chain of the wireless communication industry
Figure 14: Opportunities of evolution of the value chain
Figure 15: EU manufacturing sector, activity breakdown and share in the EU economy
Figure 16: Siemens automated factory, in Amberg, Germany
Figure 17: Industrial IoT Use cases adoption over time
Figure 18: Leading motor vehicle manufacturers worldwide in 2014, based on global sales
Figure 19: ECall operating principle
Figure 20: Six levels of automation toward autonomous driving
Figure 21: Autonomous vehicle perception of its surroundings through sensors and networks
Figure 22: 5GAA members
Figure 23: Lack of consumer demand for fully self-driving vehicles (survey)
Figure 24: Robotics-assisted surgery scenario
Figure 25: World market estimate for Critical IoT/5G modules, in volume, 2025 – 2030
Figure 26: Market estimate by geographical area for Critical IoT/5G modules, in volume, 2025 – 2030
Figure 27: Key verticals market estimate for Critical IoT/5G modules, in volume, 2025 – 2030
Figure 28: CAGR of Critical IoT/5G modules (2025-2030) in selected vertical industries

 

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