Optimize EV Efficiency Using Hitachi Energy's Roadpak SIC Power Modules and NXP GD3160
Grow your knowledge about how the gate wave shaping feature included in the NXP GD3160 advance gate driver demonstrated on a Hitachi RoadPak SiC MOSFET module.
We provide the processing power to help accelerate your next breakthrough automotive design for advanced driver assistance systems, in-vehicle networking, body, chassis, powertrain and safety applications.
Advanced Driver Assistance Systems require high performance transceivers to enable safety critical applications. Our radar and DSRC solutions help you develop complex ADAS systems for automotive applications.
A key component of ADAS is radar systems that constantly sense the distance between vehicles in real-time, improving driving efficiency and safety. NXP offers highly integrated automotive radar transceivers based on both BiCMOS and advanced RFCMOS process technologies, which enables systems ranging from small, compact radar sensors through high-resolution imaging radar sensing applications.
Vehicle-to-Everything (V2X) technology enables cars to communicate with their surroundings and makes driving safer and more efficient for everyone. Compatible with global software protocols from all leading vendors, NXP provides a complete solution for V2X communications for active safety systems and intelligent transport system (ITS) management.
Grow your knowledge about how the gate wave shaping feature included in the NXP GD3160 advance gate driver demonstrated on a Hitachi RoadPak SiC MOSFET module.
Our growing In-Vehicle Network portfolio helps enable innovative, fast secure networking for hyperconnected driving.
Our broad CAN and CAN FD portfolios cover all CAN functions and power modes with excellent EMC performance.
Our Automotive Ethernet portfolio offers to our customers high-quality and highly reliable solutions, including PHY and switch products.
NXP’s LIN portfolio offers compact, scalable and robust LIN leader/follower solutions with leading quality and a multi-sourced industrial base.
FlexRay technology provides higher bandwidth and deterministic latency that aid the automotive industry's progress toward zero-emissions.
We provide next-generation solutions for fast and secure automotive networking.
Our PMICs and SBCs portfolio offers scalable, safe and flexible solutions for automotive and industrial power supply applications.
Discover how with battery management system (BMS), batteries can have a long-range for charging by the use of the 2x400 V/800 V switchable battery.
We provide the processing power to help accelerate your next breakthrough automotive design for advanced driver assistance systems, vehicle networking, wireless connectivity, body and chassis, powertrain and safety applications.
Featuring our S32 Automotive Processing Platform with Arm Cortex®-M, -R, -A based cores helping to bring future vehicles to market faster and S32V Vision Processors with quad Cortex-A53 based cores.
Featuring our S32 Automotive Processing Platform with Arm Cortex-M, -R, -A based cores helping to bring future vehicles to market faster and S32K general purpose MCUs with Cortex-M0+/M4 and Cortex-M7-based cores, plus EA and MAC57Dxxx MCUs.
Featuring MPC-LC Vehicle Processing Chipset with e200 and e300 cores and S32R Radar MCUs with e200z4 and e200z7 cores, plus MPC5xx highly-integrated MCUs with e200z4 and e200z1 cores.
Featuring our 16-bit S12 MagniV® mixed-signal integrated MCUs and 16-bit S12 and S12X feature-rich entry-level MCUs.
Arm Cortex-M-based Bluetooth Smart solutions, including highly integrated SoCs with plentiful Flash and SRAM.
Get to know our automotive microcontrollers and processors, listed by technical specifications and key features.
Learn why these powerful processors are a significant extension of the S32 Automotive Platform and how they support software-defined vehicles.
Our in-car entertainment media processors provide powerful solutions for in-car multimedia processing applications.
Our Analog/Digital radio and audio portfolio includes receivers and audio processing devices for customized car entertainment system designs.
Our audio amplifiers deliver optimized performance for sound, robustness and EMC performance for high-power car audio systems.
Our portfolio for safety and power management means that we are able to optimize power control to provide efficient energy management for vehicles today and in the future.
Lithium-ion (Li-ion) and lead-acid batteries require extremely accurate charging current and output voltages to meet automotive and industrial standards. The fully automotive qualified battery cell controllers are optimized for vehicle battery management.
Our ASLx series of LED drivers are designed to provide a new level of flexibility and scalability. With Boost converters and buck drivers for multichannel LED driver modules, they combine our deep understanding of LED performance with advanced automotive A-BCD mixed-signal HV technology.
Our PMIC and SBCs portfolio offers scalable, safe and flexible solutions for automotive and industrial power supply applications.
Automotive systems require accurate and reliable information. Our sensor portfolio includes pressure, motion and magnetic sensors optimized for the stringent requirements of automotive applications.
Our angular sensors include magnetic field sensors, integrated amplifiers and programmable sensors for applications such as Electric Throttle Control or Steering Angle Sensing.
Our MEMS-based pressure portfolio includes Tire Pressure Monitoring Sensors for small module design, lightweight and space constrained applications.
Our MEMS accelerometers offer broad sensing ranges and robust design solutions for automotive safety applications.
We offer a complete portfolio of advanced motor and solenoid drivers for automotive and industrial applications.
Our H-bridge, brushed and brushless DC motor drivers offer efficient motor operation with variable speed and sensorless control for automotive applications.
Our automotive switches offer low on-resistance, SPI, control and diagnostics for a range of applications.
Anti-lock braking systems (ABS) reduce accidents and save lives with advanced automotive safety solutions.
Learn more about the changes in R&D process of various sub-systems for electric vehicle with the GD3100 and GD3160 to protect the high-power devices.
Read the blogNXP’s domain-based architecture intelligently groups together the functions that let cars sense, think and act—to manage complexity and separate concerns related to security, upgradability and functional safety.
Learn moreQualify with NXP to receive access rights to secure content not publicly available.
Important: After email verification refresh this page.
There are no products to display.
Highly secure products in this product series are available. Learn how to get access.
Access Declined. Your request for highly secure access rights for product series has been declined. If you think this has been declined in error, request access again.
Access More. Additional secure (restricted) information is available for this product series. Request additional access.
We are currently processing your secure access rights request. Once processed, a notification will be sent to ${emailId}.
Some files related to your secure access rights are temporary unavailable due to a system error. Please check back.
Account is disabled. Please contact support to request account reactivate.
500 characters remaining.
*Describe the justification for your access request for the approver.