A CAN is abbreviated as Controller Area Network. This is an internal communication network also called a vehicle bus that lets different devices and microcontrollers to communicate amidst themselves without the need for a common/host computer. The design for such a network connectivity bus started in the year 1983 and was commercialized in the year 1987. At present, there are a lot of areas where the Controller Area Network (CAN) is of use. This is considered a low-security process.
One of the biggest areas of application of the Controller Area Network (CAN) is in the automotive industry. A regular medium –end vehicle uses up to 70 embedded electronic control units in its functioning. These units need to constantly communicate with each other and here is where a CAN helps. With the development in the automotive sector, this market will grow considerably well too. One of the market restraints considered is the low security protocol CAN has. The network is always fully open for interception.
This Controller Area Network (CAN) market report gives an overall analysis of the market and discusses in detail the scope for growth of the same. Detailed company profiling is done and global and regional level factors that affect the market are also identified and mentioned. Historical data from the past years are extracted and these are used in predicting the market growth rate and CAGR in the coming years. This report adds vital insider information in its study and this information can be used to take financial and strategic business decisions.
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The following manufacturers are covered:
Analog Devices (Linear Technology)
Based on the types of platforms the Controller Area Network (CAN) works on, there are three types of products available. Windows CAN, Linux CAN and QNX CAN are the types discussed in this report. The demand for each of these types, their production capacities, and their market growth rates are all a part of the report’s discussion. The application areas of these CAN buses are in the automotive, telecommunications and consumer electronics sectors. The low cost of these CAN bus and their ease of usage makes them a perfect choice for consideration in different generic electronic manufacturing industries.
Regionally, areas like North America, China, India, Japan, Europe, and Southeast Asia are a part of the report’s study. Asia Pacific regions will show a dominating demand for Controller Area Network (CAN) due to the presence of a large number of electronics and automotive industries. North America will be an important region that will play a vital role in determining the market’s positioning in the forecasted period. The key players in these regions and their ex-factory prices, manufacturing sites, production capacity, and valuation are all a part of the report too. Submarkets in these regions are discussed in detail in the report.
The new Suzuki V-Strom bike is set to be launched in 2020 and recent announcements from this company talk about the use of a Controller Area Network (CAN) to connect the Suzuki Intelligent Ride System (SIRS) to the ECM to help with quick data transfer.
Table of Contents
1 Industry Overview of Controller Area Network (CAN)
2 Manufacturing Cost Structure Analysis
3 Development and Manufacturing Plants Analysis of Controller Area Network (CAN)
4 Key Figures of Major Manufacturers
5 Controller Area Network (CAN) Regional Market Analysis
6 Controller Area Network (CAN) Segment Market Analysis (by Type)
7 Controller Area Network (CAN) Segment Market Analysis (by Application)
8 Controller Area Network (CAN) Major Manufacturers Analysis
9 Development Trend of Analysis of Controller Area Network (CAN) Market
10.1 Marketing Channel
11 Market Dynamics
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