Global Automotive Electronic Control Unit (ECU) Market to be Positively Impacted by Increasing Technological Advancements


Introduction to innovative technology by manufacturers to control emission and improve fuel efficiency would drive the global electronic control unit (ECU) market. Fortune Business Insights, in a published report, titled, “Automotive Electronic Control Unit (ECU) Market Size, Share & Industry Analysis, By Application (Powertrain, Braking Systems, Body Electronics, Adas, Infotainment), By Vehicle (Passenger, LCV, HCV, Electric Vehicle), and Regional Forecasts, 2019-2025,” states that the market is projected to reach 12.92 Billion units by 2025, exhibiting a CAGR of 11.9% during the forecast period. However, the automotive ECU market was at 6.20 Billion units in 2018. Also, rising sales of new vehicles is likely to impact market growth positively.

list of prominent companies that are operating in the global automotive electronic control unit (ecu) market are:
                    ZF FRIEDRICHSHAFEN AG
                    Continental AG
                    Denso Corporation
                    Hyundai Mobis
                    Autoliv
                    Robert Bosch GmbH
                    Altera (Intel Corporation)
                    Valeo, Inc.
                    Delphi Technologies
                    NXP Semiconductors N.V.

The report is prepared on the bases of in-depth market analysis with inputs from key market players and industry experts. It covers several significant aspects, such as automotive ECU market trends, key vendors, growth drivers, obstacles, competitive landscape, regional analysis, and challenges. It further consists of the revenue that is generated from the sales of automotive ECU in order to calculate the market size.



Governmental Initiatives to Prevent Road Accidents to Boost Market Growth

There is a rise in the number of deaths due to an increasing prevalence of road accidents. Hence, the government bodies worldwide are implementing stringent rules and regulations on automotive companies to manufacture vehicles that are equipped with the latest technology. Majority of the government bodies are putting forward strict laws to minimize the cases of death that are caused by road accidents.

The New Car Assessment Program (NCAP), for instance, was implemented by Europe and China for all the manufacturers. The manufacturers must provide novel safety system, namely, ABS and lane departure warning systems in every vehicle. Vehicle that are not equipped with safety features and sensors are considered to be more prone to accidents. All these factors are anticipated to drive the automotive ECU market growth during the forecast period.

Asia Pacific to Lead Owing to Increasing Penetration of Electrification in Japan & China

Geographically, the automotive ECU market is divided into Asia Pacific, the Middle East and Africa, Europe, North America, and Latin America. Out of these, Asia Pacific is projected to lead the market due to a rise in the sales of new vehicles as well as strict government rules on vehicle emission. In countries, such as Japan and China, increasing penetration rate of electrification due to a rise in the technological advancement in electronic vehicles will propel growth. At present, Asia Pacific holds the major automotive ECU market share in terms of revenue and volume.



Delphi Technologies Collaborates with TomTom to Provide Intelligent Driving Controls

Delphi Technologies, a provider of electrification products, controls, software, and combustion systems, headquartered in London, announced that it has partnered up with TomTom, a multinational developer and creator of consumer electronics and location technology in January 2019. The main aim of the collaboration is to design electronic and software application to optimize vehicle emissions and fuel efficiency by utilizing real-time mapping data.

Delphi’s newly developed intelligent driving controls use real-time data to predict changing driving conditions, such as weather, traffic congestion, topography, and route infrastructure. The collected information is then used to shorten commute time, reduce emissions, and improve fuel efficiency. 

The company stated that the collaboration would aid in discovering new opportunities to incorporate more data about a driver’s route to boost its intelligent driving controls. It would also enable the drivers to drive their vehicles cleaner and better.


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