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Taiwan King Lung Chin PTC Co., Ltd. (KLC Corporation) highlighted its Thermal Test Vehicle (TTV) solutions for chip-wafer layout design, planning and verification, AI, and high-performance computing (HPC) on 30 October 2026.
Key facts * KLC Corporation supports thermal validation for chip-wafer layout design, planning, design verification, high-performance computing, cold plates, liquid cooling, and electric vehicle thermal management [1]. * TTV solutions provide controllable heat sources to simulate thermal loads in high-power electronic devices and advanced semiconductor architectures [1]. * KLC Corporation provides high-voltage coolant heaters for electric vehicles (EVs) [1].
What do KLC's TTV solutions do? KLC's TTV solutions provide controllable heat sources to simulate thermal loads in high-power electronic devices and advanced semiconductor architectures [1]. These solutions help engineers perform early-stage Chip-Wafer layout and architecture design verification while precisely evaluating cooling performance in cold plates and liquid cooling systems [1].
Why is thermal validation important for AI and HPC? Thermal validation is becoming increasingly critical in Chip-Wafer layout design, planning, design verification, and cooling system development as AI infrastructure and high-performance computing systems drive increasing power densities [1]. KLC Corporation combines thermal testing capabilities and heating technologies to support customers developing increasingly demanding applications [1].
Who can use these solutions? KLC Corporation supports customers developing next-generation semiconductor and automotive systems [1]. The manufacturer provides thermal management solutions for applications ranging from AI/HPC cooling validation to electric vehicle heating [1].
What are the applications for these technologies? KLC Corporation provides thermal management solutions for chip-wafer layout design planning, AI/HPC cooling validation, and electric vehicle heating [1]. The company also supports the development of cold plates and liquid cooling systems [1].
Sources
- KLC Highlights TTV Thermal Testing for AI/HPC and Liquid Cooling, Chip-Wafer Layout Design, Alongside High-Voltage EV Heating Solutions — www.prnewswire.com (primary source)
- Liquid cooling solutions for Automotive HPC: Thermal path characterisation | IEEE Conference Publication | IEEE Xplore — ieeexplore.ieee.org
- Dynamic Predictions of Thermal Heating and Cooling of Silicon Wafer — scholarworks.sjsu.edu
Written with AI from the sources listed, checked against them before publishing.