Components of Vapor Chamber Cooling Systems

What is Vapor Chamber Cooling?

Vapor chamber cooling is a highly efficient thermal management solution used in electronic devices and high-performance computers to dissipate heat generated by the components. It is a flat, sealed chamber filled with a small amount of liquid (de-ionized water) that evaporates when exposed to heat. The vaporized liquid then spreads out evenly across the chamber,…

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Thermal Analysis of Heat Sink

Thermal Analysis of Heat Sink

Thermal analysis or Thermal simulation of a heatsink is important to predict its effectiveness in cooling devices and prevent overheating. By conducting a thermal analysis, engineers can optimize the design of a heatsink to enhance its heat dissipation capabilities. Thermal analysis typically involves using first principle-based hand calculation and simulation software used in combination to…

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standard-PCIe-heatsinks

PCIe Heatsinks

Santa Clara—August 20, 2017—Radian Thermal Products, Inc. is pleased to announce the release of a new line of standard PCIe heatsinks. These PCIe heatsinks have been specifically designed and time tested on many PCI card applications. PCIe heatsinks are also useful for other low profile applications. We offer pushpin, stick-on, screw, and BGA EZ-Snap heatsink versions.…

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E-Coated-heatsink

Release of E-Coated Heatsink White Paper

Santa Clara—July 28, 2017—Radian Thermal Products, Inc. is pleased to announce the release of a new white paper on the performance of E-Coated Heatsinks where we compare thermal performance compared to an Anodized Heatsink. Visit Page E-coated Heatsink   Radian Thermal Products, Inc., headquartered in Santa Clara, California, was founded in 1974 as a premium…

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Push-pin-Heatsink-PCI2063

How do Copper Heat Pipes Work?

Until recently, Moore’s Law, the observation that the number of transistors on a microchip doubles every two years, seemed a self-fulfilling prophecy. When Intel co-founder Gordon Moore issued his famous prediction 40 years ago, a chip could hold a few dozen transistors. Today’s technology can cram almost 1 billion transistors, each of which is less…

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New Line of Removable BGA Fansinks

No-Fuss Cooling Solutions Empower Compact ICs with Extended Reliability, Affordability, Performance No-Fuss Cooling Solutions Empower Compact ICs with Extended Reliability, Affordability and Performance. Radian Heatsinks, a division of Intricast Company, Inc., today unveiled a new line of removable BGA fansinks. To meet growing demands for enhanced cooling efficiencies in high-power, high-density component packages, these off-the-shelf…

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