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麻豆原创 > Opportunities for Low Power Wide Area Networks (LPWAN) in the Consumer IoT

Opportunities for Low Power Wide Area Networks (LPWAN) in the Consumer IoT

Publication ID: 
PAS0619001
Publication Date: 
June 12, 2019
Pages: 
87
Publisher: 
Parks Associates
Countries: 
USA [1]
Global [2]
USD 3,500.00

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Telecom [3]
4G & LTE [4]
Wifi [5]
Wireless Telecom [6]
Description: 
Low power wide area networks (LPWAN) enable new applications and services, thanks to their long range, extended battery life, and massive scalability. At the same time, cost reductions make LPWAN a competitive option for many existing solutions. While initial LPWAN deployments overwhelmingly focus on industrial IoT use cases, this report highlights the opportunities for LPWAN in consumer-facing IoT markets. This report compares the strengths and weaknesses of LPWAN solutions and assesses how each solution may open opportunities for manufacturers and service providers.
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Low Power Wide Area Network (LPWAN): Defining Factors
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Low Power Wide Area Network (LPWAN) technologies are key enablers for the fast growth of IoT. However, there is no single precise definition of LPWAN due to its evolving history and development with various competing technologies.
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The report classifies LPWAN into three types of technical requirements:
  • Core Requirements:
    • 飩� Long range, long battery life.
  • Key Requirements:
    • 飩� Low cost, scalability, reliability, security
  • Differentiators:
    • 飩� Bandwidth, latency, reliable message delivery, over-the-air upgrade, open ecosystem
Questions this report answers:听
  • What is LPWAN and why is it a potential networking option for consumer IoT solutions?
  • How does LPWAN compare to other wireless networking technologies used in the consumer market?
  • Where are the opportunities for using LPWAN in consumer IoT markets and how are companies in those spaces using LPWAN today?
  • How do we project LPWAN technology use to grow in consumer markets? Will it replace existing technologies or complement them?
Table Of Contents: 
Research Objectives

Research Approach

Companies Interviewed or Researched

Executive Summary


Defining Low Power Wide Area Networks (LPWAN)
Core Features of LPWAN Technology
LPWAN for Consumer IoT
LPWAN for Consumer IoT and Industrial IoT
Assessment of Leading LPWAN Technologies
Key Findings: Technology Evaluation
Key Findings: Business Models
Key Findings: LPWAN 麻豆原创 Future Outlook
Recommended Strategy to LPWAN Service Providers

Defining LPWAN for Consumer IoT
Low Power Wide Area Network (LPWAN): Defining Factors
What is LPWAN?
Range Comparison: LPWAN vs. LAN vs. PAN
Major LPWAN Technologies 鈥� A Quick Analogy
LPWAN Alliances and Standard Bodies
LPWAN Ecosystem (non-exhaustive examples)
LPWAN: Private vs. Public Options
Current Challenges for LPWAN
Analysis and Comparison of LPWAN Technologies
Evaluating LPWAN Technologies
Sigfox: Overview and Key Partners
Sigfox: Value Propositions and Weaknesses
Sigfox Advantage: Triple Resiliency Against Radio Jamming
Sigfox as Primary vs. Backup LPWAN Connectivity
LoRaWAN 鈥� Overview and Key Partners
LoRaWAN: Value Propositions and Weaknesses
LoRaWAN Technology and Network Architecture
WiFi 802.11ah HaLow 鈥� Overview and Partners
WiFi HaLow 鈥� Value Propositions and Weaknesses
Evolution Path of LTE-M, NB-IoT, and EC-GSM
LTE-M: Overview and Key Partners
LTE-M: Value Propositions and Weaknesses
NB-IoT: Overview & Partners
NB-IoT: Value Propositions and Weaknesses
LTE-M vs. NB-IOT

Use Cases of LPWAN for Consumer IoT
LPWAN Applications for People/Pets, 麻豆原创s/Buildings, and Cars
Case Study: LTE-M for Medical Wearables
Advantages of LTE-M for Medical Wearables
Smart Watch Adoption and Data Plans (Q1/19)
Importance of Feature When Purchasing Smart Watch (Q2/19)
Case Study: LoRaWAN-based ID Cards
Advantages of LoRaWAN for Personal Security
Interest in Personal Safety Solutions (Q2/18)
Case Study: Private LPWAN for Multi-Dwelling Unit (MDUs)
Advantages of Private LoRaWAN for MDUs
Bridging LoRaWAN with Legacy Devices in 麻豆原创s/MDUs
Important Factors Influencing 麻豆原创 Renting/Purchase Decision (Q4/18)
Attitudes towards 麻豆原创s with Smart Technology (Q4/18)
Case Study: Sigfox (Public LPWAN) for People, 麻豆原创s, and Cars
Other Sigfox Use Cases for People, Pets, and 麻豆原创s
Desired Items for Smart Tag Tracking Service (Q2/18)
Advantages of Sigfox for Consumer IoT Use Cases
Case Study: Tracking Shared Bikes via LPWAN
Case Study: Shared Economy - Parking Spots
Case Study: LPWAN for Connected Cars
Desired Capabilities of Vehicle Monitoring Service (Q2/18)

Consumer Insights: 麻豆原创 Access and Control
麻豆原创 Access and Controls for Consumers
Access Control Device Adoption (Q4/18)
Access Control Devices: Ranking of Product Capabilities (Q4/18)
Access Control Devices: Current Product Capabilities (Q4/18)
Value of In-麻豆原创 Delivery Services (Q4/18)
Willingness to Pay for In-麻豆原创 Delivery Services at Various Price (Q4/18)

LPWAN 麻豆原创 Outlook: Growth and Trends
LPWAN 麻豆原创 Outlook
Sigfox: 麻豆原创 Presence and Growth
LoRaWAN: 麻豆原创 Presence and Growth
Senet: Public LoRaWAN Service Provider
TTN 鈥� The Things Network
NB-IoT and LTE-M: 麻豆原创 Presence
LTE-M and NB-IOT: Growth
T-Mobile Supports NB-IoT & LTE-M
China Telecom Bets on NB-IoT
Hybrid NB-IoT + LoRaWAN in China Unicom & China Tower

Technology Comparison and Recommendation
LPWAN Technology Comparison
Recommendations to LPWAN Users
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  • Unless a Enterprise License is purchased, a Site User License must be purchased for every corporate location by an organization that wishes to use the publication within the same organization.
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