Photothermatics Technology has developed an ultra-thin, zero-energy consumption, lightweight meta-material for high-efficiency electronics cooling through an innovative thermal radiation structure. The metamaterial features a streamlined design that conforms seamlessly to device surfaces, which significantly reduces the operating temperature of microelectronics while maintaining exceptional durability, stability, and being maintenance-free. Its ultra-slim profile ensures zero interference with chassis airflow dynamics, making it universally adaptable to diverse application scenarios in electronics thermal management. It effectively mitigates transient temperature spikes caused by increasing integration and power density, computing power, access speed, etc., while enhancing operational performance, stability, and energy efficiency of mi croelectronic systems.

        光遁科技團隊開發的微電子器件高效散熱超材料，零耗能，採用輕量化極薄設計，有效貼合器件表面且不干擾原有氣流環境。

        該超材料通過開創性的熱輻射散熱構造顯著降低微元件工作溫度，不需要額外維護，具備優異耐用性及高溫穩定性，適用於高密度存儲、高頻功率器件、高性能計算等領域，可應用於終端設備、單一機架乃至大型數據中心等多場景的熱管理，從器件層面提升運行效能、穩定性、能源效率等，協助用戶降低運營成本，減低碳排放。