Service: IoT Modules Basic

Summary:

The report starts with highlighting how and why the WeabNMS IoT platform came into existence and the benefits of booming under the umbrella of Zoho Corporation. The deep dive into the cloud platform architecture reveals their strategy and strength as an Application Enablement Platform (AEP) helping a number of clients in various verticals and some exemplary case studies. The report also outlines their efforts in the edge computing realm with the EdgeX agent and its advantages, limitations as compared to other players such as SAP, Microsoft, FogHorn, etc.

Table of Contents

• WebNMS IoT Platform Development
• WebNMS IoT Platform Architecture
• WebNMS EdgeX Agent
• WebNMS IoT Solutions & Case Studies
• Partner Ecosystem
• Key Takeaways

Overview :

According to the latest research from Counterpoint’s IoT (Internet of Things) Service, global cellular IoT module shipments will grow by 79% YoY in 2018 driven by Low Power Wireless Access (LPWA) IoT applications. These applications include connected bikes, smart meters, smoke detectors, livestock etc. This report analyses the IoT cellular module market with detailed analysis of the adoption of connectivity technology and IoT application. It also highlights the Vendor level analysis on the competitive landscape, adoption trends and future outlook on LPWAN and 5G adoption by 2025.

• Definitions
• Tech vs Application Analysis
• Summary
  • Table 1  : Global IoT Cellular Module Shipment
  • Table 1.1  : Global IoT Cellular Module by Tech Shipment
  • Table 1.1A  : Global IoT Cellular Module by Tech Shipment % share
  • Table 1.2. : Global IoT Cellular Module by Application Shipment
  • Table 1.2A  : Global IoT Cellular Module by Application Shipment  %share
• IoT Cellular Module by Vendor
  • Table 2  : Global IoT Cellular Module Shipment
  • Table 2.1  : Global IoT Cellular Module Revenue
  • Table 2.2  : Global IoT Cellular Module ASP
• Module Tech by Vendor 
  • Table 3.1  : Global IoT 2G Cellular Module Shipment
  • Table 3.1A : Global IoT 2G Cellular Module Revenue
  • Table 3.1B : Global IoT 2G Cellular Module ASP
  • Table 3.2  : Global IoT 3G Cellular Module Shipment
  • Table 3.2A : Global IoT 3G Cellular Module Revenue
  • Table 3.2B : Global IoT 3G Cellular Module ASP
  • Table 3.3  : Global IoT 4G + LTE-Cat 0/1  Cellular Module Shipment
  • Table 3.3A : Global IoT  4G + LTE-Cat 0/1  Cellular Module Revenue
  • Table 3.3B : Global IoT  4G + LTE-Cat 0/1  Cellular Module ASP
  • Table 3.4  : Global IoT Cellular LPWA Module Shipment
  • Table 3.4A : Global IoT Cellular LPWA  Module Revenue
  • Table 3.4B : Global IoT Cellular LPWA  Module ASP 
• Module Application by Vendor
  • Table 4.1  : Global Energy & Industrial Cellular  Module Shipment
  • Table 4.1A : Global Energy & Industrial Cellular Module Revenue
  • Table 4.1B : Global Energy & Industrial Cellular Module ASP
  • Table 4.2  : Global Automotive Cellular Module Shipment
  • Table 4.2A : Global Automotive Cellular Module Revenue
  • Table 4.2B : Global Automotive Cellular Module ASP
  • Table 4.3  : Global Transport & logistics Cellular Module Shipment
  • Table 4.3A : Global Transport & logistics Cellular Module Revenue
  • Table 4.3B : Global Transport & logistics Cellular Module ASP
  • Table 4.4  : Global Enterprise Cellular Module Shipment
  • Table 4.4A : Global Enterprise Cellular Module Revenue
  • Table 4.4B : Global Enterprise Cellular Module ASP
  • Table 4.5 : Global Residential & Healthcare Cellular Module Shipment
  • Table 4.5A : Global Residential & Healthcare  Cellular Module Revenue
  • Table 4.5B : Global Residential & Healthcare  Cellular Module ASP
  • Table 4.6  : Global IoT Others Cellular Module Shipment
  • Table 4.6A : Global IoT Others Cellular Module Revenue
  • Table 4.6B : Global IoT Others Cellular Module ASP
• Vendor by Module Tech 
  • Table 5.1 : SIMCom  Cellular Module Shipment by Tech
  • Table 5.1A: SIMCom  Cellular Module Revenue by Tech
  • Table 5.1B : SIMCom  Cellular Module ASP by Tech
  • Table 5.2 : Sierra Wireless IoT  Cellular Module Shipment by Tech
  • Table 5.2A : Sierra Wireless IoT Cellular Module Revenue by Tech
  • Table 5.2B : Sierra Wireless IoT Cellular Module ASP by Tech
  • Table 5.3: Gemalto IoT Cellular Module Shipment by Tech
  • Table 5.3A: Gemalto IoT Cellular Module Revenue by Tech
  • Table 5.3B: Gemalto IoT Cellular Module ASP by Tech
  • Table 5.4 : Telit IoT Cellular Module Shipment by Tech
  • Table 5.4A : Telit IoT Cellular Module Revenue by Tech
  • Table 5.4B : Telit IoT Cellular Module ASP by Tech
  • Table 5.5 : U-Blox IoT Cellular Module Shipment by Tech
  • Table 5.5A : U-Blox IoT Cellular Module Revenue  by Tech
  • Table 5.5B : U-Blox IoT Cellular Module ASP  by Tech
  • Table 5.6: Quectel Wireless IoT Cellular Module Shipment by Tech
  • Table 5.6A: Quectel Wireless IoT Cellular Module Revenue  by Tech
  • Table 5.6B: Quectel Wireless IoT Cellular Module ASP  by Tech
  • Table 5.7: Others IoT Cellular Module Shipment by Tech
  • Table 5.7A: Others IoT Cellular Module Revenue  by Tech
  • Table 5.7B: Others IoT Cellular Module ASP  by Tech
• Vendor By Module Application
  • Table 6.1 : SIMCom  Cellular Module Shipment by Application
  • Table 6.1A : SIMCom  Cellular Module Revenue by Application
  • Table 6.1B : SIMCom  Cellular Module ASP by Application
  • Table 6.2 : Sierra Wireless IoT  Cellular Module Shipment by Application
  • Table 6.2A : Sierra Wireless IoT Cellular Module Revenue by Application
  • Table 6.2B : Sierra Wireless IoT Cellular Module ASP by Application
  • Table 6.3 : Gemalto IoT Cellular Module Shipment by Application
  • Table 6.3A : Gemalto IoT Cellular Module Revenue by Application
  • Table 6.3B : Gemalto IoT Cellular Module ASP by Application
  • Table 6.4 : Telit IoT Cellular Module Shipment by Application
  • Table 6.4A : Telit IoT Cellular Module Revenue by  Application
  • Table 6.4B : Telit IoT Cellular Module ASP by  Application
  • Table 6.5 : U-Blox IoT Cellular Module Shipment by Application
  • Table 6.5A : U-Blox IoT Cellular Module Revenue  by Application
  • Table 6.5B : U-Blox IoT Cellular Module ASP  by Application
  • Table 6.6: Quectel Wireless IoT Cellular Module Shipment by Application
  • Table 6.6A: Quectel Wireless IoT Cellular Module Revenue  by Application
  • Table 6.6B: Quectel Wireless IoT Cellular Module ASP  by Application
  • Table 6.7: Others IoT Cellular Module Shipment by Application
  • Table 6.7A: Others IoT Cellular Module Revenue  by Application
  • Table 6.7B: Others IoT Cellular Module ASP  by Application
• Contacts

Overview: 

By 2025, the China market will contribute to 64% of Global IoT cellular connection. And almost all these connections are going to be formed by domestic cellular module players such as SUNSEA, Quectel and Huawei (NB-IoT SoC/Chip). The report highlights the insights of Chinese IoT module vendors along with their product strategy and partnership status with other IoT vendors in the ecosystem.

Table of Contents: 

• SIMCom/SUNSEA
• Quectel Wireless
• Huawei
• China Market Key Takeaways

Number of Pages: 18
Author: Satyajit Sinha
Published Date: January 2019

Overview:

This report looks at progress in the adoption of Geo IoT in the global intermodal container market and highlights the key drivers behind the adoption, the benefits to logistics and cargo owners and the changing market dynamics because of Geo IoT adoption. An overview of the Geo IoT container market value chain and ecosystem with key players is also provided.

Table of Contents:

• Key Planning Assumptions
• Freight – planes, trains and ships
• Key Market Drivers
• Technological Developments
• Market Adoption and Key Industry Trends
• Market Impact of Geo IoT
• Market Size, Value Chain and Key Players
• Key Issues and Challenges
• Conclusion

Number of Pages: 22
Authors: Peter Richardson
Published Date: June 2018

Overview:

As the Internet of Things (IoT) grows and billions of devices need to connect to the world, the IoT Gateway is set to become one of the most critical components of future IoT systems, connecting together legacy and next-generation devices to the IoT networks and different cloud systems. This report shows overview of IoT Gateway Ecosystem and analysis on market trend and opportunties. 

Table of contents:

• IoT Gateways Introduction & Ecosystem 
• IoT Gateways Evolution Capabilities
• IoT Gateways Examples
• IoT Gateways Opportunities & Challenges
• IoT Gateways Outlook Viewpoint

Authors: Pavel Naiya (info@counterpointresearch.com)

Published Date: March 2018

Overview:

According to the latest research from Counterpoint’s IoT (Internet of Things) service, global cellular IoT module shipments grew 8 % Quarterly. The cellular IoT module market is dominated by top five brands contributing two-thirds of the cellular module volume shipments and 81% of the revenues.

• SIMcom Wireless declined 2% QoQ. However, it remained the market leader with 18 % market share in terms of Cellular Module Shipments. In3Q 2017, SIMcom also launched its LTE Cat M1 Module SIM7000A, Certified by Verizon. It’s based on Qualcomm’s multimode LTE CatM1/NB1/GSM MDM9206.

• Sierra Wireless declined 4% QoQ. However, it remained in the 2nd with 15 % market share in terms of Cellular Module Shipments. Sierra Wireless also completes its acquisition of Numerex Corp. to accelerate IoT device-to-cloud strategy.

• Telit grew 2% QoQ with holding 11 % market share in terms of Cellular Module Shipments. Telit Certifies NB-IoT Modules with Global Mobile Interoperability Regulator, Global Certification Forum (GCF).NE866B1-E1 and NL865B1-E1 modules are among the first to comply with GCF’s new NB-IoT certification guidelines recently ratified by global mobile network.

• Gemalto grew 4 % QoQ, with holding 9 % market share in terms of Cellular Module Shipments. Gemalto launched 'all-in-one' IoT module (Cinterion PLS62-W), provides 12 band LTE coverage plus fall back to 3G and 2G in a single device. It allows device manufacturers and integrators to develop one application that can connect anywhere in the world, even when solutions move between different regions and cellular network standards. This module is built to support the various application. However, it will be preferable in asset tracking and tracing, telematics, and fleet management solutions.

• U-blox grew 17 % QoQ  and remained the fastest growing brand with 4 % market share in terms of Cellular Module Shipments. Ercogener developed its first Industry 4.0 modem using U‑blox LTE Cat M1 cellular technology to provide IoT connectivity in EMEA . U‑blox and ercogener a member of Group Zekat, have been working with mobile network operator Orange to develop the first LTE Cat M1 cellular modem, providing connectivity and secure data transfer for a wide range of applications including asset trackers and fleet management systems.

Table of Contents:

• Shipments Analysis ​

         –   Cellular Module Shipments
         –   Cellular Module Shipments Market Share %
         –   Cellular Module Shipments Market Analysis

• Revenue Analysis

           –   Cellular Module Revenue
           –   Cellular Module Revenue Market Share %
           –   Cellular Module Revenue Market  Analysis

• Average Selling Price Analysis

           –   Cellular Module ASP (US$)
           –   Cellular Module ASP Market Analysis

Number of pages: 3  (Full reports are available for clients at our portal)

Author: Satyajit (analyst@counterpointresearch.com)
Published Date: Dec 2017

Overview:

With the advent of smart cities, connected cars and more efficient industries, the Internet of Things (IoT) clearly has the potential to change the world. However, the application of IoT to agriculture could perhaps have one of the greatest impacts as the world strives. M2M technologies and all the technologies around the IoT vision are key enablers for the transformation of the agricultural sector towards the smart agriculture vision.

Overview: 

With the advent of smart cities, connected cars and more efficient industries, the Internet of Things (IoT) clearly has the potential to change the world. However, the application of IoT to agriculture could perhaps have one of the greatest impacts as the world strives. M2M technologies and all the technologies around the IoT vision are key enablers for the transformation of the agricultural sector towards the smart agriculture vision.  

Table of Contents:

• Introduction  
• Areas of Application

– Theoretical Framework
– Real-time Application – Overview
– Real-time Application – Description and Key Vendors ▪

• The Smart Farming Ecosystem
•  Technology Ecosystem and Key Vendors
• Rise of Precision Agriculture

Number of pages: 12  (Full reports are available for clients at our portal)
Author: Hanish (analyst@counterpointresearch.com)
Published Date: Sept 2017