Automotive Infrared Technology Systems Debut at CES 2026

On January 5, Compal Electronics confirmed it will showcase its latest automotive infrared technology systems at CES 2026, highlighting new advancements aimed at next-generation driver assistance and automated driving. The company plans to unveil next-generation automotive infrared cameras alongside its AI-powered CDAT perception stack, designed to strengthen vehicle awareness in complex and low-visibility conditions.

• The showcased automotive infrared technology systems include infrared camera modules developed specifically for Level 2 to Level 4 ADAS use cases.

These cameras support multiple field-of-view configurations, including 32°, 45°, and 60°, allowing automakers to select optimal coverage based on vehicle architecture and sensing requirements. Built to automotive-grade standards, the cameras are engineered to deliver consistent performance across varied environmental conditions.
A key focus of the presentation is the CDAT perception stack, which integrates Classification, Distance, Action, and Tracking capabilities into a unified AI-driven software layer. By combining thermal imaging data with advanced perception algorithms, the system improves the detection and tracking of pedestrians and other road users, particularly in nighttime driving, fog, rain, and other low-visibility scenarios.
These automotive infrared technology systems are positioned to support enhanced pedestrian safety while aligning with emerging safety and regulatory expectations. As global standards increasingly emphasize advanced sensing for vulnerable road user protection, infrared-based perception offers an additional layer of redundancy beyond visible-light cameras.
In addition to infrared solutions, Compal will demonstrate cross-technology integration through its subsidiary Arcadyan.

• The collaboration highlights the combined use of infrared and radar sensing to deliver more robust environmental perception.

Arcadyan’s latest automotive radar technology is optimized for high-precision object detection, supporting short- and mid-range sensing with stable performance in dense urban traffic as well as high-speed highway environments.
By presenting infrared cameras, AI perception software, and radar technologies together, Compal aims to illustrate how multi-sensor automotive infrared technology systems can enhance detection accuracy, improve decision-making reliability, and support the evolving requirements of advanced driver assistance and automated mobility.