Taiwan's first 'Next-Generation Automotive Electronics Research and Testing Building' tops out, creating world-class real-vehicle verification environment

Taiwan has reached a significant milestone with the topping-out ceremony for its first "Next-Generation Automotive Electronics Research and Testing Building." This facility, developed by the Automotive Research & Testing Center (ARTC), is set to establish an international-standard environment for real-vehicle verification.

The new building aims to create a comprehensive, one-stop testing and research venue for smart automotive electronics. By meeting the highest international standards, it will assist Taiwan's smart automotive electronics supply chain in connecting with global car manufacturers. This initiative seeks to accelerate product research and development, enabling Taiwanese components to be integrated into international supply chains without needing to be shipped abroad.

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Through the construction of a one-stop real-vehicle verification and R&D field that meets the highest international standards, we will assist Taiwan's smart automotive electronics supply chain in connecting with international car manufacturers to accelerate product R&D and verification, allowing Taiwanese components to be introduced into the international supply chain without leaving the country.

Supported by the Ministry of Economic Affairs' technological projects, ARTC has been expanding its research capabilities in smart automotive electronics. The center offers integrated services for system-level development, regulatory verification, and reliability testing in complex environments. The Ministry has invested approximately NT$1 billion to build four core platforms within ARTC.

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With the rapid development of artificial intelligence (AI), software-defined vehicles (SDV), and intelligent connected technologies, the computing of in-vehicle electronic systems is becoming increasingly complex, and the wireless interference issues between dozens of electronic systems are becoming more severe.

These platforms include a "multi-in-one power control verification platform," an "AI smart cockpit verification platform," a "full-speed, full-vehicle intelligent automotive electronics autonomous driving field," and the "intelligent automotive electronics system-level composite interface electromagnetic verification equipment" housed in the newly topped-out building. These resources are designed to bolster Taiwan's autonomous driving technology and address the growing complexity of in-vehicle electronic systems, particularly concerning wireless interference.

Upon completion, the "Next-Generation Automotive Electronics Research and Testing Building" will offer system-level research and testing services compliant with international automotive standards. It will fully support the development of next-generation automotive electronic products such as EV multi-in-one electric drive control systems, smart cockpits, large vehicle batteries, and high-power electronics. The facility will also extend its testing capabilities to low-altitude unmanned vehicles, including environmental and vibration tests for drone motors and control systems, further enhancing Taiwan's smart mobility industry.

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The vigorous development of AI CARs has driven smart automotive electronic products from single-component design to system integration, and product verification has also been upgraded to system-level functional safety levels, posing more stringent tests for R&D, testing, and regulatory compliance.