Functional Safety
Communications
Connectivity
Motor Control
Security
Edge AI
Smart Embedded Vision
Power Management
Electrification
Smart embedded vision uses onboard cameras and image-processing systems to interpret visual data in real time. It enables advanced features like object detection, lane keeping, collision avoidance and driver monitoring. By processing visual information directly within the vehicle, smart vision systems enhance safety, situational awareness and autonomous capabilities to provide quick responses to changing road and traffic conditions.
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64-bit Microprocessors (MPUs)
32-bit Microprocessors (MPUs)
Smart Embedded Vision
Smart Embedded Vision
Security protects onboard systems and data from cyber threats for the safe and reliable operation of your systems. It involves securing communication networks, safeguarding software and firmware from tampering and authenticating devices and users. Robust security measures prevent unauthorized access, detect anomalies and maintain the integrity of critical functions such as motor control, battery management and fleet connectivity, which is vital for safety and operational trust.
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32-bit Microprocessors (MPUs) With Integrated Security
Secure Authentication
Trust Platform
Microcontrollers (MCUs) With Integrated Security
Security
Power management is the distribution and optimization of electrical energy across all vehicle systems to balance the demands from the motor, battery, climate control and auxiliary devices. This enables efficient energy use, maximizes driving range and maintains system stability by prioritizing critical functions and managing charging and discharging cycles. Effective power management is essential for reliable performance, especially under heavy loads and extended operations.
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E-Fuse
Battery Management System
Charging Station Solutions
Analog and Power Products
Power Management
Motor control enables precise operation of electric motors to regulate speed, torque and power delivery based on driving demands and real-time sensor inputs. Advanced control systems optimize performance, efficiency and responsiveness to offer smooth acceleration, regenerative braking and safe handling under varying load and terrain conditions. This is critical for delivering the power and reliability required in commercial and industrial vehicle applications.
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Stepper Motors
Permanent Magnet Synchronous Motors (PMSM)
BLDC Motors
Brushed DC Motors
Motor Control
Functional safety enables Medium- and Heavy-Duty Vehicles (MHDVs) to operate safely even when faults occur, particularly in critical systems like steering, braking and propulsion. Compliance with ISO 26262 ensures that electronics and software meet rigorous safety standards, supporting SIL-level redundancy, diagnostics and fail-operational designs. As automation and electrification increase, functional safety becomes essential to protect passengers, cargo and operators in diverse environments.
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IEC 61508 Industrial Functional Safety (SIL 2/SIL 3)
ISO 26262 Automotive Functional Safety
Functional Safety
Functional Safety
Electrification involves replacing traditional internal combustion systems with electric powertrains, including batteries, electric motors and supporting electronics. This transition reduces emissions, lowers operating costs and improves energy efficiency. Electrification also integrates advanced technologies like regenerative braking and smart charging to enable cleaner, quieter and more sustainable transportation solutions for commercial and industrial applications.
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Silicon Carbide Design Resources
Power Discretes
Silicon Carbide MOSFETs, Diodes and Modules
Electrification
Edge AI/ML enables real-time processing of data directly on the vehicle, which allows making instant decisions for tasks like battery optimization, energy-efficient driving, predictive maintenance and safety systems. By analyzing sensor inputs on the spot, without relying on cloud connectivity, these vehicles can improve performance, extend battery life, enhance safety and reduce downtime, making them more efficient and reliable even in remote or demanding conditions.
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Sensor Analytics
Smart Predictive Maintenance
Human Machine Interface
Smart, Embedded Vision Solutions
Edge AI
Communications enable the exchange of data between onboard systems, external networks and fleet management platforms. This includes Vehicle-to-Vehicle (V2V), Vehicle-to-Infrastructure (V2I) and telematics communications to support real-time monitoring, diagnostics, navigation and safety alerts. Reliable communication allows seamless coordination, enhances operational efficiency and enables connected services that are critical for modern fleet operations.
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CoaXPress® Technology
PCIe® Switches
Wireless Connectivity
Communications
In-vehicle networking connects onboard systems, such as battery management, motor controllers, sensors and safety devices, through robust, high-speed communication protocols. This enables seamless data exchange in real time and coordinated control, diagnostics and optimization of vehicle operations. Reliable industrial networks are crucial for integrating complex subsystems, supporting edge Artificial Intelligence (AI)/Machine Learning (ML) functions and maintaining performance and safety, even in harsh or mobile environments.
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CoaXPress® Technology
CAN and CAN FD
PCIe® Switches
Ethernet Switches
Connectivity
CAN and CAN FD