This video describes the elements in a high speed serial link such as equalization, clock and data recovery and key parameters.

This video provides an introduction to the FPD-Link™ Serializers and Deserializers available for ADAS applications.

This video describes the back channel control features such as remote I2C programming, frame synchonization used in driver assist sub-systems.

This video describes the clock interface between a camera image sensor and FPD-Link serializers for ADAS applications.

This video describes the synchronous clock mode supported by the newer ADAS FPD-Link SerDes such as DS90UB953/954.

This video describes the installation and use of the ALP GUI for configuring and monitoring the operating of the FPD-Link EVMs (evaluation modules).

An overview of complete high voltage power solutions in on board chargers and charging stations. TI is a one stop shop!

Learn about SiC application landscape and the specific requirements to drive a SiC MOSFET in order to achieve an efficient, high power density and robust system

Provides insight into the some of the challenges of designing multi-kW power supply systems

Use the EMI-optimized LMS3635-Q1 or LMS3655-Q1 DC/DC buck converter with low dropout and eliminate the need for a boost stage in your automotive power supply

Learn about the future of telematics, the trends the market is seeing, typical subsystems and how TI can address them from a product and systems standpoint.

This video demonstrates how the automotive MSDI reference design can save space and power in body control modules, top column modules, and faceplate modules.

Introduction to OpenVX implementation on TI TDA ADAS SoCs that helps developers maximize performance on TI platforms while minimizing the development cost

This video provides an overview of various power management features of TI TDA ADAS SoCs and explains how to configure the SoC in software for managing power

A command interpreter allows you to test multiple parts of your complex system.

This presentation will provide a quick overview of op amp building blocks that can be used in automotive lighting systems.

In this video we’ve cascaded four 77GHz AWR1243 mmWave radar FMCW transceivers to demonstrate how TI’s sensors can enable high-accuracy systems in dense scenes.

This video demonstrates how developers can embed the single-chip 77GHz AWR1642 mmWave sensor into a driver seat and accurately detect driver vital signs.

This video demonstrates TI’s single-chip 77GHz mmWave sensors detecting various objects in a vehicle parking scenario.