The four overarching trends impacting the automotive market in the coming years comprise autonomous driving, electrification, connectivity, and shared mobility. This list could of course be lengthened to include trends ultimately stemming from these four - digital cockpit, internet of things, HMI, new vehicle architectures, etc. This report addresses these aspects and their implications for semiconductor and sensors. It answers questions such as:
- What are the new applications for semiconductors and sensors because of autonomy?
- Do the applications drive semiconductor development or do improvements in semiconductor manufacturing technology drive the applications?
- What are the future memory requirements for infotainment systems?
- How will domain controllers and gateways evolve in the new vehicle electronic architecture?
- What are zonal architectures and what does it mean for ICs?
- What is the impact of connectivity and OTA?
- What does the future fuse box look like and how many semiconductors will it contain?
- How does electrification affect the sensing business?
Introduction to megatrends impacting semiconductor and sensor technologies
- COVID-19 stimulates electronics
- Chip shortage
Electrification of the powertrain
- Trends in SiC and GaN for power electronics
- SiC improves traction inverters
- What about GaN?
- Battery monitoring
- BMS goes wireless
- Electrification disturbing for some sensors
- Other impacts of electrification on semiconductors and sensors
- Sensors for combustion engines
ADAS and Autonomy
- Impact of autonomy on semiconductor and sensor technology
- 4D imaging radar
- Materials: SiGe vs CMOS for radar
- In cabin applications: radar
- Image sensors: better specifications
- Microbolometers stay on the shelf
- Ultrasonic sensors: business as usual
- Inertial sensors
- Active suspension
- Over the air updates
- Predictive maintenance
Brand differentiation: HMI, Audio, Lighting
- Brand differentiation
- New cockpit designs
- Microphones and HMI
- What about speech recognition?
- Gesture and user interface
- Accelerometers, microphones combat road noise
- Lighting (exterior and interior)
- Chassis position sensing for adaptive lighting
- Ambient lighting
New E/E architectures
- Domain architecture
- Centralized, zonal architectures
- Electrical management
- Bus connections in new architectures
- What it means for semiconductors
Cross domain trends for semiconductors and sensors
- Supply relations
- Specification trends for future proof hardware
- Processing power for ADAS
- Increases in efficiency (TOPS/Watt)
- Much more memory
- Single-root input/output virtualization (SR-IOV)
- Vehicle electrical power management
- Adoption of motors
- General trends for sensors
- Functional safety
- Improvements in inertial sensing
From key trends affecting today’s business environment to forward-looking forecasts of future output, AutoTechInsight provides the information you need to develop strategy for each of its services.
Staying abreast of automotive sector/topic-specific developments, trends, and competitive activity can be time-consuming. With many sources available, it is often difficult to find critical and reliable market information that stakeholders of the automotive industry need. Conducting business analysis, product, or market strategy assessments without validated market data is risky.
AutoTechInsight provides the ability to access the wealth of recognized thought leadership, data, and analysis from IHS Automotive on a broad spectrum of industry topics and sectors. AutoTechInsight offers a lens into more than a dozen vehicle component categories. Each service provides the insight you need to anticipate future demand, access competitive intelligence, and stay abreast of changing dynamics.
Services coverage include:
- Autonomous Driving
- Connected Car
- User Interface and Experience (UI/UX)
- E/E & Semi
- Interior Comfort and Passive Safety
- Thermal Management
- OEM Strategy
- Materials and Lightweighting
- Powertrain Component