The 3GPP
is standardizing three cellular communications approaches to Wide Area Network
(WAN) communications for the Internet of Things (IoT). These three methods are
known as EC-GSM-IoT/3GPP, LTE-M/3GPP, and NB-IoT/3GPP. There is also a
non-cellular alternative Low Power WAN (LPWAN) approach that allows for long
range communications at a low bit rate. LPWAN technologies represent a great
threat to incumbent mobile network operators as $10 LPWAN radios are capable of
ten-mile ranges with 10-year battery lifetimes. This provides an attractive
alternative to cellular-based communications, especially for certain low-volume
transaction applications for IoT.
This
research evaluates IoT WAN technologies, companies, and solutions. The report
assesses developments in the IoT WAN ecosystem, analyzes use cases, and
provides a view into the future of IoT WAN communications. The report includes
detailed forecasts for cellular and non-cellular IoT WANs 2016 to 2021. All
purchases of Mind Commerce reports includes time with an expert analyst who
will help you link key findings in the report to the business issues you're
addressing. This needs to be used within three months of purchasing the report.
Key Findings:
- Non-cellular technologies will compete heavily for dense coverage, low-data rate business
- Cellular IoT WAN will provide greater coverage on a per-unit equipment basis and also optimal roaming
- Key supporting technologies such as data compression will be critical to the sustainable operation of LPWANs
- Extended Coverage-GSM-IoT (EC-GSM-IoT) will lead Cellular IoT WAN revenue with 40% market share by 2021
- The greatest revenue potential for IoT WANs will be from Industrial Internet of Things (IIoT) followed by smart cities
Target Audience:
- Non-cellular CSPs
- IoT network providers
- Mobile network operators
- Semiconductor companies
- Embedded systems companies
- 4G/5G/IoT equipment providers
- IoT app developers and aggregators
Browse Complete Report @ http://www.orbisresearch.com/reports/index/internet-of-things-iot-wan-market-analysis-and-forecasts-2016--2021 .
Some points from TOC:
1 Executive Summary
2 Introduction
2.1 Wide Area Networks
2.1 WAN Technologies
2.2 IoT Networks and Applications
2.3 Wireless IoT and WAN
2.4 IoT WAN Standardization
2.5 IoT WAN Growth Drivers
2.5.1 Communications Protocols
2.5.1 Network Topology and Interoperability
2.5.2 Intelligent IoT Network
2.5.3 M2M Communications
2.5.4 White Box Solutions Extended to IoT
2.5.5 Smart City Initiatives
2.5.6 The Rise of Low Power Wide Area Networks
2.1 Wide Area Networks
2.1 WAN Technologies
2.2 IoT Networks and Applications
2.3 Wireless IoT and WAN
2.4 IoT WAN Standardization
2.5 IoT WAN Growth Drivers
2.5.1 Communications Protocols
2.5.1 Network Topology and Interoperability
2.5.2 Intelligent IoT Network
2.5.3 M2M Communications
2.5.4 White Box Solutions Extended to IoT
2.5.5 Smart City Initiatives
2.5.6 The Rise of Low Power Wide Area Networks
3 Wireless IoT WAN Technologies
3.1.1 The Low Power Wide Area Networks (LPWAN) Alternative
3.1.2 LPWAN Characteristics
3.1.2.1 Range vs. Battery Life
3.1.2.2 Noise vs. Bandwidth
3.1.2.3 Unlicensed Spectrum
3.1.2.4 No Uniform Bandwidth
3.1.2.5 Localization
3.1.2.6 Network Configuration
3.1.2.7 LPWAN Optimization
3.1.3 Cellular IoT (CIoT)
3.1.4 Non-Cellular IoT
3.1.5 Cellular vs. Non-Cellular IoT WAN Comparison
3.1.6 Need for Data Compression in LPWAN
3.1.1 The Low Power Wide Area Networks (LPWAN) Alternative
3.1.2 LPWAN Characteristics
3.1.2.1 Range vs. Battery Life
3.1.2.2 Noise vs. Bandwidth
3.1.2.3 Unlicensed Spectrum
3.1.2.4 No Uniform Bandwidth
3.1.2.5 Localization
3.1.2.6 Network Configuration
3.1.2.7 LPWAN Optimization
3.1.3 Cellular IoT (CIoT)
3.1.4 Non-Cellular IoT
3.1.5 Cellular vs. Non-Cellular IoT WAN Comparison
3.1.6 Need for Data Compression in LPWAN
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