Ventiva Unveils Intelligent Air-Cooling Solution for Electronics that Delivers Up To 100 Watts

Ventiva Unveils Intelligent Air-Cooling Solution for Electronics that Delivers Up To 100 Watts

TAIPEI, Taiwan, May 19, 2025 — Ventiva®, the leader in thermal solutions, today announced it will demonstrate a laptop thermal test vehicle (TTV) of its ICE9™ thermal management system, providing up to 100W thermal design power (TDP) for high-performance devices, at Computex 2025.

With increased AI and graphics processing capabilities, laptops are shifting from traditional computing devices to powerful AI-driven machines that enhance productivity, creativity, and entertainment. To support these advanced high-performance capabilities, next-generation devices require greater processing power as well as heat transfer technology to keep them cool. However, traditional cooling solutions such as fans and vents have reached their limits in both performance and form factor adaptability. In addition, they create excessive noise and vibrations that can cause distractions for use cases such as gaming, video editing, or coding.

Ventiva’s ICE9 thermal management system uses the company’s Ionic Cooling Engine (ICE®) technology to cool electronic devices without moving parts, noise, or vibration, enabling devices that are thin, silent, and totally cool. With the enhanced, intelligent system controller, the innovative air-cooling system is able to dynamically respond to the device environment, enabling it to identify and combat dust throughout a product’s lifespan to prevent overheating and system degradation.

“AI-driven laptops are transforming the way we work, create, and play, but their increasing thermal output requires a new level of device heat management,” said Carl Schlachte, Chairman, President and CEO, Ventiva. “This is our highest-performing thermal management system to date, enabling laptop OEMs and ODMs to push power to the limit, and stay totally cool, under any workload, from 3D design to AI development to immersive game playing.”