This tracker provides insight into the MEMS and other silicon sensors market for the automotive industry, focusing on the key factors driving this market, technological trends and the status of the organizations in this space.
The automotive semiconductor market generated revenues worth $41 billion in 2018 and fell by -3% in 2019 due to decrease in car production, macroeconomic factors and supply chain rationalization. Semiconductor revenue is poised to increase again in 2020 owing to the growth of electronic content in ...
IHS Markit has analyzed the major powertrain electronics subsystems and their semiconductor components taking into account propulsion system design (ICE, electric, hybrid…), fuel type, prevailing emission standard, power of electric motor, battery type and other engine characteristics to develop a...
The Automotive ECU Market Database provides analysis of the total automotive electronics market for light passenger vehicles. It provides:
• Global shipment forecast for approximately 90 automotive electronics applications (ECUs, standalone PCB, sensor modules)
• Revenue forecast for aut...
The Automotive ECU Supplier Market Shares Database provides analysis of the market shares of more than 220 automotive electronics system suppliers:
• Revenue market share of automotive electronics system suppliers for approximately 42 automotive electronics applications (sub domain) (ECUs...
The automotive semiconductor market generated revenues worth $41 billion in 2018 and will fall by -3.6% in 2019 due to decrease in car production, macroeconomic factors and supply chain rationalization. Semiconductor revenue increases again in 2020 and will continue growing through 2025 resulting in...
The market for exhaust sensors will grow as a result of increasingly stringent emissions regulations and tough market forces that dictate cleaner vehicles under all operation conditions, along with tougher tests to make sure the newly certified vehicles adhere to standards under real driving conditi...
The market for exhaust sensors will grow as a result of increasingly stringent emissions regulations and tough market forces that dictate cleaner vehicles under all operation conditions, along with tougher tests to make sure the newly certified vehicles adhere to standards under real driving conditi...
The ADAS system shipments are used as input to estimate the units and revenue generated for each semiconductor category. Attach rates and ASPs are applied in a background model not included in this tracker.
The 25 types of ADAS systems in the car are grouped in 7 sub-domains: Camera, Domain Control...
This report talks about LIDAR, a key technology addition to the current suite of advanced driver assistance system (ADAS) sensors in helping car OEMs to implement safety functions (collision warning, automatic emergency braking) and autonomous vehicles (including robo-taxis). In this report, IHS Mar...
Regional carbon dioxide (CO2) and emissions legislation, such as the Worldwide Harmonized Light Vehicle Test Procedure (WLTP) adopted in the EU, is the major factor driving the global demand for alternative propulsion vehicles. To meet the stringent norms, almost every vehicle manufacturer has start...
The automotive semiconductor supply chain unchained!
The Automotive Competitive Analysis Tool reconstructs the automotive semiconductor market by supplier, by device and by automotive domain for the last 6 years. This unique bottom-up tool analyzes the revenues of the top automotive semiconductor...
Against the backdrop of a weak passenger car market, the magnetic sensor market reached USD1.54 billion last year, up 5.7% on 2017. As no recovery is expected in car sales before early 2020, the market is expected to be close to USD1.5 billion in 2019, down 2.3 percentage points on 2018. The market ...
The market for passenger car and light commercial vehicles under 6 tons is currently in decline as a result of the poor sales situation in the China market, and recovery is not expected until 2020. Against this background, sensor suppliers are struggling. Bright spots in these dark times are radar a...
This market tracker addresses key opportunities, disruptive forces, technology battlegrounds, supply chain and market information for the various automotive semiconductor magnetic sensors
The infotainment semiconductor market tracker gives a comprehensive analysis of current infotainment and telematics architectures, taking into consideration the new trends in domain consolidation and silicon integration. Infotainment is the first vehicle domain where a clear ECU consolidation is bei...
One of the major automotive industry transformations in the 2000s is the rapid growth and innovation of digital technologies. The connected cars market began expanding from around 2007, having been fueled by the development of the smartphone. This provided connected car content and services without ...
This unique tool enables apple-to-apple comparisons and is the robust way to analyze your competitive landscape or that of your customers. The easy-to-use pivot tables examine the revenue of automotive IDM and fabless MEMS and sensor manufacturers, for the years 2015–18. The tool shows the MEMS an...
The Automotive Tier-1 Sensor chip Consumption Database gives a detailed overview of sensor chip consumption, in value, by more than 200 ECU suppliers, by region and country of design; updated annually.
With a compelling need for Automotive safety systems driven by automakers for reducing the number of road accidents and also promoted by NCAP ratings since early 2013, the semiconductor technology for ADAS is on the rise.
This tracker provides insight into the MEMS and other silicon sensors market for the automotive industry, focusing on the key factors driving this market, technological trends and the status of the organizations in this space.
e automotive semiconductor market generated revenues worth $41 billion in 2018 and will remain at the same level in 2019 because the electronics increase per vehicle is offset by a reduction in vehicles produced in 2019. Semiconductor revenue increases again in 2020 and will continue growing throu...
IHS Markit has analyzed the major powertrain electronics subsystems and their semiconductor components taking into account propulsion system design (ICE, electric, hybrid…), fuel type, prevailing emission standard, power of electric motor, battery type and other engine characteristics to develop a...
An increase in attachment rate of body and convenience applications such as keyless entry, automatic air-conditioning, power seat, power window, and LED lighting systems is accounting for a firm growth of semiconductor content in a car.
The relationship mapping database gives a detailed overview of the automotive electronic system supply chain from semiconductor component suppliers to ECU suppliers and car OEMs, based on the latest teardown analysis performed by IHS Markit; updated annually.
Since the advent of electric vehicles (EVs) in the mainstream automotive market, the ‘range’ of an EV has been the primary cause for speculation against the technology. OEMs are actively exploring options to improve the driving range of EVs to ease consumer anxiety despite, as recent studies sug...
The automotive semiconductor market was worth $41.8 billion in 2018, almost $1 billion less than previously estimated. The global economic uncertainty affected car production in 2018 and memory prices finally started to decrease, but the automotive electronics market still grew 9.5% from 2017 to 201...
The Automotive Electronics Semiconductor Consumption Database gives a detailed overview of semiconductor consumption, in value, by more than 200 ECU suppliers, by region and country of design; updated annually.
The automotive semiconductor supply chain unchained!
The Automotive Competitive Analysis Tool reconstructs the automotive semiconductor market by supplier, by device and by automotive domain for the last 6 years. This unique bottom-up tool analyzes the revenues of the top automotive semiconductor...
In this report, IHS Markit focuses on the sensors on the passenger car (up to 6 tons) influenced by vehicle electrification. This study does not include sensors on the infrastructure side such as in charging stations.
The automotive wiring harness essentially distributes both signal information and electricity throughout the vehicle. Components commonly connected to the wiring harness are control units, sensors, and actuators, including the onboard diagnostic computer, auxiliary lights, dashboard controls, and th...
The Automotive ECU Market Database provides analysis of of the total automotive electronics market for light passenger vehicles. It provides:
Global shipment forecast for approximately 90 automotive electronics applications (ECUs, standalone PCB, sensor modules)
Revenue forecast for automotive...
The Automotive ECU Supplier Market Shares Database provides analysis of the market shares of more than 220 automotive electronics system suppliers:
Revenue market share of automotive electronics system suppliers for approximately 42 automotive electronics applications (sub domain) (ECUs, st...
This paper addresses the markets and technology for magnetic sensors in automotive applications. The focus is a commercial assessment for XMR (AMR, GMR and TMR) sensor ICs and a technology roadmap for this type of technology with a long-term adoption view out to 2030. Different applications are disc...
The infotainment semiconductor market tracker gives a comprehensive analysis of current infotainment and telematics architectures, taking into consideration the new trends in domain consolidation and silicon integration
The growth in 2018 was still close to 10%, but the downtrend will continue in 2019, decreasing to 6% and staying in mid to high single-digits in the following years. The demand for modern automotive and communications technologies such as hybrid and electric powertrains, advanced driver assistance s...
This report addresses the trends in for advanced driver assistance systems and autonomous driving and the supply chain. The primary focus is on the evolution of ECUs based on MCUs being displaced by domain controllers based on SoCs.
IHS Markit analyst presents the trends in automotive electronics with a detailed look at the challenges facing the automotive industry and supply chain.
This tracker provides highly focused market intelligence on the sensors used in automotive solutions for advanced driver assistance systems (ADAS) and autonomous cars. The detailed and interactive views of the semiconductor OEM´s market, including semiconductor shipment and revenue opportunities e...
Automotive electronics are becoming more crucial to the smooth starting and running of a vehicle. Today, electronic systems comprise about 80–90% of car innovations and new features, from emission level regulations to safety systems (both active and passive), right to entertainment and connectivit...
This report focuses on cockpit domain controllers and their current and future applications. It includes an assessment of the status of cockpit domain controller technologies, followed by an analysis of the OEM and supplier landscape. A forecast summary of multiple market segments is included on a g...
Steady growth of semiconductors used in body and convenience applications
An increase in attachment rate of body and convenience applications such as keyless entry, automatic air-conditioning, power seat, power window, and LED lighting systems is accounting for a firm growth of semiconductor cont...
The automotive semiconductor supply chain unchained!
The Automotive Competitive Analysis Tool reconstructs the automotive semiconductor market by supplier, by device and by automotive domain for the last 3 years. This unique bottom-up tool analyzes the revenues of the top automotive semiconductor...
This report addresses key opportunities, disruptive forces, technology battlegrounds, supply chain and market information for the various automotive semiconductor magnetic sensors including Hall, GMR, AMR, and emerging technologies such as TMR and MEMS.
IHS Markit has analyzed the major powertrain electronics subsystems and their semiconductor components taking into account propulsion system design (ICE, electric, hybrid…), fuel type, prevailing emission standard, power of electric motor, battery type and other engine characteristics to develop a...
The relationship mapping database gives a detailed overview of the supply chain from semiconductor suppliers to Tier 1s to Car OEMs. It is updated annually and is based on the latest teardown analysis performed by IHS Markit. It analyzes 100 electronic modules from various domains like ADAS, Infotai...
This report gives a detailed overview of exhaust sensor component shipments and revenue, classified by sensor type, number of sensors, fuel type, vehicle class, region and application.
IHS Markit has analyzed the major powertrain electronics subsystems and their semiconductor components taking into account propulsion system design (ICE, electric, hybrid…), fuel type, prevailing emission standard, power of electric motor, battery type and other engine characteristics to develop a...
Automotive electronics have rapidly evolved over the past decade with electrification of mechanical components and introduction of electronics in safety, security, and propulsion technologies. There has been a major shift in the technologies that give access to vehicles—from keys to keyless entry....
IHS Markit has analyzed the sensor content of more than 16,000 engines in 7 major world regions based on fuel type, aspiration, prevailing emission standard, and other engine characteristics to develop a forecast for sensor implementation out to 2019. By this time, new and more demanding legislatio...
The infotainment semiconductor market tracker gives a comprehensive analysis of current infotainment and telematics architectures, taking into consideration the new trends in domain consolidation and silicon integration.
A hybrid system of 48V is termed a mild hybrid. It combines an electric motor with a conventional internal combustion engine, resulting in an average 10% reduction in fuel consumption and carbon dioxide (CO2) emissions. This is made possible through braking energy recuperation and stop-start coastin...
Research scope and definitions
This report provides an initial understanding of thermal management in battery electric vehicles (BEVs) and full hybrid electric vehicles (HEVs), demand outlook, and an overview of the main players and market drivers—on global and regional levels.
Questions the...
This report talks about LIDAR, a key technology addition to the current suite of advanced driver assistance system (ADAS) sensors in helping car OEMs to implement safety functions (collision warning, automatic emergency braking) and autonomous vehicles.
IHS Markit projects automotive LIDAR system...
IHS Markit presents an update of the MEMS market and industry with a review of the top MEMS manufacturers in 2016. The second part of the presentation is focused on consumer markets. What can be learned from the past success stories such as motion sensors in handsets? IHS Markit also describes the d...
This presentation considers the rapid market development and architectural changes relating to electronic modules and their underlying semiconductor components as a result of electrification, automated driving and connectivity. Not only market projects, but also supply chain and future architectures...
An autonomous car is the main vision of the automotive industry for the next decade. Implementing intermediate milestones through advanced driver assistance (ADAS) functions is essential to achieve a fully autonomous car
What will a car from 2025 look like, and what future does that hold for those in the MEMS and sensors supply chain? Clearly, the trend will continue with green, safe and fun vehicles, as well as vehicles that eventually pilot themselves and run on batteries. The self-driving car will heavily re...
The electronic systems BOM analysis is a one-time complimentary product for our clients. It analyzes the electronic systems in seven different cars from various sales segments like A,B,C,D and E. The data includes the number and value (in dollars) of each of the electronic systems found in the 7 car...
IHS Technology presented its view of the requirement for exhaust aftertreatment sensors in passenger cars at the SCR Systems / Off-Highway Applications conference held in Stuttgart 6-7th July 2016. Following the VW diesel scandal and sharpened focus on testing in Europe ahead of the Real Driving Emi...
This report is the first of a series of semi-annual roadmap reports.The roadmap reports provide a 10-year outlook for vehicle electronics architecture, sensors, and semiconductor technologies.
There are as many as 30 sensors in an advanced engine and 150+ sensors in a passenger car today. Many sensors support well-established functions—accelerometers for airbags, speed sensors for the engine, and pressure in the intake manifold—while others enable completely new features like active n...
After a brief overview of the sensor market including - MEMS, magnetic and ADAS sensor technologies - this presentation examines how the supplier landscape is becoming increasingly commoditized. IHS also shows how the sensor supply chain at the module level is consolidating. Finally IHS examines how...
This webinar addresses, in particular, ECU architectural changes (integration) and system scalability, sensor proliferation and how the semiconductor processing requirements will evolve over the next 10 years. It gives a comprehensive view into how emerging semiconductor and sensors have the potenti...
