Applications Thermal Management

热管理

Semiconductor packages for high-performance computing (HPC) face escalating heat dissipation demands. Advanced packaging methods used in CPUs, GPUs, ASICs, and FPGAs require enhanced thermal and reliability features due to rising power density. Learn how Indium Corporation’s comprehensive approach to thermal materials extends to optimal solutions for product longevity, reliability, and assembly processes.

一张电路板 上的计算机微芯片特写电路板 可见电子元器件 电路图案。
Close-up of a computer circuit board featuring a green surface with a shiny, metallic heat sink on top for effective thermal management.

Metallic TIMs for Ultra-High Power Density

Ensuring proper thermal management is essential for the efficiency and reliability of semiconductor-based systems. Discover the advantages of our advanced metal-based TIM solutions, designed for long-lasting, optimized thermal performance that easily fits into your manufacturing processes.

Metal-Based TIMs: The Obvious Choice for High-Performance Computing

长期可靠性

Metal-based TIMs provide stable thermal resistance beyond time zero.

Excellent Surface Wetting

Metal-based TIMs flow and wet to most surfaces, effectively reducing the contact thermal resistance between mating surfaces.

适用于高翘曲的兼容材料

由于 CTE 值不同,金属基 TIM 符合非共面表面。

易于安装

提供多种包装选项,可在自动装配系统中即插即用。

相关应用

一张微芯片的特写照片,芯片上方覆盖着一层导热垫,并放置在电路板板上。

浸入式冷却

一种正在兴起的热处理技术……

一张带有透明覆盖层的微芯片插图,展示了内部元器件 电子连接,突显了其堪比腕表设计的精密程度。

计时器 1、计时器 1.5、计时器 2

金属基热界面材料(TIM)具有出色的导热性能,并且……

一辆未来感十足的白色跑车,搭载着先进的电力电子系统,在霓虹灯照亮的夜色中疾驰穿梭,展现着尖端的速度与科技。

电力电子产品包装与装配

种类齐全、经过验证的高可靠性 和……

相关市场

Indium Corporation’s metal-based thermal interface materials are designed to cater to a wide range of markets.