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AI chips are getting hotter, making precise thermal validation more critical than ever. As power consumption for GPUs, CPUs, and HPC processors continues to skyrocket, reliable and repeatable thermal simulation is now the foundation of next-generation cooling design. Taiwan KLC Corporation has officially released the TTV 2.0 (Thermal Test Vehicle)-a high-precision thermal test board designed for chip-level emulation and advanced cooling validation in AI servers, liquid cooling (cold plates), immersion cooling, and Thermal Interface Material (TIM) testing.
AI chips are getting hotter. Thermal validation needs to become more precise.
KLC Corporation has officially launched TTV 2.0, a next-generation Standardized Thermal Test Vehicle -TTV2.0 designed for chip-level thermal simulation and cooling validation across AI servers, GPUs, CPUs, HPC systems, and advanced data center cooling architectures.
Why TTV 2.0?
Standardized + Customizable Standard dimensions from 30 × 30 mm to 80 x 80 mm
Patent-Pending Low Thermal Resistance Design An engineered low-thermal-resistan
Why More Power Isn''t Always Better in Lens Heater Design The best lens heater design is rarely the highest-power design. In optical thermal management, controlling heat is often more important than generating heat. Achieving precise, reliable thermal performance requires balancing key engineering variables across diverse applications-from automotive ADAS cameras and security systems to consumer optics and drones. Successful lens heater solutions are achieved by optimizing: ✓ Power profile ✓ Thermal response time ✓ Heater geometry ✓ Mounting position ✓ Operating environment ✓ Temperature control strategy At KLC Corporation, we deliver custom optical heating solutions designed to provide precise thermal distribution, ensuring maximum optical clarity and long-term system reliability in any environment. Ready to optimize your optical thermal design? Partner with KLC for custom engineering support and tailored thermal management.
Cold weather shouldn''t mean sacrificing your electric vehicle''s battery range. Discover how PTC (Positive Temperature Coefficient) Air Heaters deliver fast, energy-efficient, and self-regulating cabin heating without draining your battery. Why Choose PTC Air Heaters? Instant Warmth: Rapid cabin heating on freezing mornings. Intelligent Control: Adaptive power adjustment for maximum efficiency. Enhanced Safety: Self-regulating technology prevents overheating. Versatile Compatibility: Perfect for vans, trucks, buses, and commercial EVs. Upgrade your electric vehicle''s thermal management system today! �� Learn more: ptc-heater.com.tw
Most optical failures aren''t caused by the camera. They''re caused by condensation and icing. The same lens heater technology is used across: �� Automotive ADAS ✈️ Aerospace �� Security �� Industrial Vision Different environments. Different thermal requirements. What''s the biggest challenge in your optical system?
EV platforms advance, thermal management faces unprecedented challenges. Increasing system voltages from 400V to 800V+ create new safety risks and design complexity. Engineers must deliver faster heating without sacrificing energy efficiency, while balancing performance, safety, reliability, and cost pressures.
How are your teams solving this?
KLC designs high-voltage PTC heaters for 400V-800V EV platforms - self-regulating, fail-safe, and integration-ready.
DM us or visit ptc-heater.com.tw
Your Trusted PTC Heater Solution Provider! Taiwan King Lung Chin PTC Co., Ltd. (KLC Corporation) has more than 40 years of expertise in development of ceramic semi-conductor heating units and sophisticated hardware accessories. While technically mature enough to manufacture high valued products, yet service-minded enough to give attention to detail and customers'' satisfaction.
KLC's production in PTC Self-regulating heaters
Ultra Thin Flexible Heater for Autopilot Cameras
In the electric vehicle industry, maintaining clear vision for autopilot cameras is crucial, especially in adverse weather conditions. Our innovative flexible heater for autopilot cameras ensures optimal performance, preventing fogging and frost even in the harshest environments.
�� Ultra-thin and flexible design for easy integration
�� Efficient heating technology to enhance visibility
�� Easy installation and energy-efficient
Stay ahead with cutting-edge technology that boosts the safety and reliability of your EV''s autopilot system. Enhance your self-driving car''s powerful vision with our flexible heater.
Learn more: https://www.ptc-heat
As electric vehicles (EVs) continue to evolve, efficient heating solutions are essential for battery performance and passenger comfort. High-voltage PTC air heaters provide a safe, reliable, and energy-efficient alternative to conventional heating systems, offering fast heating with minimal energy loss. Optimized Battery Thermal Management - Ensures optimal battery temperature, improving range and lifespan. Instant Cabin Heating - Rapid, efficient warmth without excessive energy drain, crucial for EVs in cold climates. High-Voltage & Self-Regulating - Automatically adjusts power output, preventing overheating and improving safety. Compact & Durable Design - Lightweight, maintenance-free, and adaptable to various vehicle architectures. Unlike traditional resistive heaters, KLC''s high-voltage PTC heaters deliver stable and efficient performance even at 800V, all while meeting stringent automotive safety standards (IATF 16949, UL, CSA).