How to replace relays with MOSFETS in your H-bridge circuit and use integrated circuit motor drivers to reduce automotive body motor design time and complexity.

TCAN114x-Q1 CAN FD transceiver portfolio offers flexibility for partial networking and advanced diagnostic features

Customize your auto design with enhanced V2X communication using DLP® headlights and dynamic ground projection chipsets

Get an overview of the interactive ADAS demos from TI and D3 Engineering.

Discover how Jacinto™ 7 DRA821 processors enable next-generation gateway architectures in automotive systems.

Experience the benefits TI body motor controller designs can bring to automobiles.

Learn about DRA821 processors are tailor-made for automotive and IoT gateway systems with cloud connectivity.

How to replace relays with MOSFETS in your H-bridge circuit and use integrated circuit motor drivers to reduce automotive body motor design time and complexity.

Learn how the TI Connection Monitor is used to monitor Bluetooth Low Energy communications

Driving vehicle electrification forward

Automotive in-cabin sensing with 60-GHz single-chip radar

Using 60-GHz radar to enable smart sensing in automotive applications

Addressing EMI challenges for high side switches and motor drivers in body electronics

Automotive LED exterior lighting design considerations

Using wireless technologies to replace cables in car access and battery management systems in automotive

In this presentation we’ll discuss several of the elements that affect the electromagnetic compatibility of electric motor drive circuits.

We talk to Stephan Berlitz from Audi about the benefits of using high-resolution DLP® headlights in their latest models.

Automotive in-cabin occupancy detection using TI mmWave sensors

Jacinto 7 platform delivers scalable performance across automotive appilcations