连接到物联网：广域和短程无线技术的市场分析

本报告调查了全球广域和短程无线技术市场，并概述了技术规格、各种广域和短程无线连接技术的竞争格局、使用范例、新的市场机会以及各种技术。我们收集市场预测、主要公司简介等。

报告的优点：

• 了解主要 SRW 和 LPWA 技术的技术规范
• 确定关键 SRW 和 LPWA 技术的竞争优势和劣势
• 了解哪种 LPWA 技术最适合资产追踪、基于状态的监控和计量等关键物联网应用

关键问题的答案：

• 各种蜂窝 LPWA 技术的优缺点是什么？
• LPWA 和 SRW 技术可以在哪些市场合作？
• DECT-2020 NR 等新型物联网网路技术将如何与现有 LPWA 技术竞争？

研究亮点

• 对蜂窝 LPWAN 和 LoRaWAN 进行全面的竞争定位分析
• LPWA、SRW、4G、5G 和卫星物联网连接的区域细分
• 比较 LPWAN 技术的通讯范围、最大资料速率、频道频宽、频段和主要应用的资讯图

目录

第 1 章执行摘要

第 2 章简介

第三章技术规格概述

• 短距离无线网路技术
• 低功耗广域网路技术
• 其他着名的物联网网路技术

第四章LPWA无线连接技术竞争态势

• 蜂窝 LPWAN 竞争格局
• LoRaWAN 竞争格局
• 卫星物联网的竞争格局

第五章SRW连结技术竞争态势

• Wi-Fi 竞争格局
• 蓝牙竞争格局

第 6 章 SRW 与 LPWA 混合使用范例

• 混合 LPWA 和 SRW 使用案例的新市场机会

第七章预测资料与分析

• LPWA市场预测与分析
• SRW市场预测与分析
• 4G、5G 与卫星市场预测与分析

第八章公司简介

• 1NCE
• BICS
• EMNIFY
• LORA ALLIANCE
• SIERRA WIRELESS
• TELIT
• TEXAS INSTRUMENTS
• TOTUM LABS
• UNABIZ
• WIRELESS LOGIC
• VERIZON
• WIREPAS

第 9 章结论/建议

• 了解客户决策
• 了解您的目标市场
• 了解当地影响

Actionable Benefits:

• Understand the technical specifications of prominent Short-Range Wireless (SRW) and Low-Power Wide Area (LPWA) technologies.
• Identify the competitive advantages and disadvantages of important SRW and LPWA technologies.
• Learn which LPWA technologies are most suitable for key IoT applications, such as asset tracking, condition-based monitoring, and metering.

Critical Questions Answered:

• What are the weaknesses and strengths of the different cellular LPWA technologies?
• In what markets can LPWA and SRW technologies collaborate?
• How will newer Internet of Things (IoT) networking technologies, such as DECT-2020 New Radio (NR), compete with established LPWA technologies?

Research Highlights:

• An in-depth competitive positioning analysis of cellular Low-Power Wide Area Networks (LPWANs) and Low-Power Wide Area Networking (LoRaWAN).
• A regional breakdown of LPWA, SRW, 4G, 5G, and satellite IoT connections.
• An infographic that compares the range, maximum data rate, channel bandwidth, spectrum band, and key applications of LPWAN technologies.

Who Should Read This?

• IoT customers deliberating which wireless connectivity technology would best suit their use case requirements.
• Industry players who would like to better understand the technical and competitive differences between prominent LPWA and SRW technologies.
• Wireless connectivity providers interested in understanding how their technology compares to competitors.

TABLE OF CONTENTS

1. EXECUTIVE SUMMARY

2. INTRODUCTION

3. TECHNICAL SPECIFICATIONS OVERVIEW

• 3.1. SHORT RANGE WIRELESS NETWORK TECHNOLOGIES
• 3.2. LOW-POWER WIDE AREA NETWORK TECHNOLOGIES
• 3.3. OTHER IOT NETWORKING TECHNOLOGIES OF NOTE

4. COMPETITIVE LANDSCAPE FOR LPWA WIRELESS CONNECTIVITY TECHNOLOGIES

• 4.1. COMPETITIVE LANDSCAPE FOR CELLULAR LPWANS
• 4.2. COMPETITIVE LANDSCAPE FOR LORAWAN
• 4.3. COMPETITIVE LANDSCAPE FOR SATELLITE IOT

5. COMPETITIVE LANDSCAPE FOR SRW CONNECTIVITY TECHNOLOGIES

• 5.1. COMPETITIVE LANDSCAPE FOR WI-FI
• 5.2. COMPETITIVE LANDSCAPE FOR BLUETOOTH

6. SRW AND LPWA HYBRID USE CASES

• 6.1. NEW MARKET OPPORTUNITIES FOR HYBRID LPWA AND SRW USE CASES

7. FORECAST DATA AND ANALYSIS

• 7.1. LPWA MARKET FORECASTS AND ANALYSIS
• 7.2. SRW MARKET FORECASTS AND ANALYSIS
• 7.3. 4G, 5G, AND SATELLITE MARKET FORECASTS AND ANALYSIS

8. COMPANY PROFILES

• 8.1. 1NCE
• 8.2. BICS
• 8.3. EMNIFY
• 8.4. LORA ALLIANCE
• 8.5. SIERRA WIRELESS
• 8.6. TELIT
• 8.7. TEXAS INSTRUMENTS
• 8.8. TOTUM LABS
• 8.9. UNABIZ
• 8.10. WIRELESS LOGIC
• 8.11. VERIZON
• 8.12. WIREPAS

9. CONCLUSIONS AND RECOMMENDATIONS

• 9.1. UNDERSTAND CUSTOMER DECISION-MAKING
• 9.2. KNOW YOUR TARGET MARKET
• 9.3. UNDERSTAND REGIONAL IMPACT