Learn about the advantages of designing auto instrument clusters using in-plane holographic displays

Audi talks with TI about automotive industry trends in new light functions and high resolution

Augmented Reality Head-Up Display (AR HUD) lumen requirements, brightness parameters, and tradeoff discussion.

This training video details a convenient method and tool for estimating volume of a automotive AR HUD system.

Learn more about dynamic ground projection using DLP Auto Products for V2X and auto personalization applications.

The combination of a CERES holographic film and TI DLP® Auto projector creates a high resolution transparent window display.

Car-to-passenger communication with side window display featuring DLP® Technology

The head of light and innovation at Audi weighs in on what high resolution means to him.

View a demo of an in-plane holographic display system using the DLP5530S-Q1 chipset.

This TI DLP Labs video offers an overview of the automotive qualified chipsets from DLP Auto to help designers choose the right chipset for their design.

This DLP Labs video looks at the various parts of a DLP display subsystem, including a typical block diagram and a discussion of the components in each section.

This TI DLP Labs training session will cover the advantages of DLP technology in augmented reality head up displays.

This video will outline key advantages for selecting DLP technology for high resolution headlights.

Learn more about the thermal specifications included in all DLP DMD datasheets.

This video will cover automotive transparent window displays and the advantages of using DLP technology to illuminate these displays.

The DLP3030-Q1 chipset is ideal for automotive head-up displays, with high resolution and brightness to help drivers interact with their environment.

This TI DLP Labs training video provides an overview of the benefits of designing headlight application using the DLP5531-Q1 chipset.

DLP puddle lights