• heatsink for Nvidia Jetson
  • heatsink for Nvidia Jetson
  • heatsink for Nvidia Jetson
  • heatsink for Nvidia Jetson
  • heatsink for Nvidia Jetson
  • heatsink for Nvidia Jetson
  • heatsink for Nvidia Jetson
  • heatsink for Nvidia Jetson

heatsink for Nvidia Jetson

No.LP06005.0009
The heat sink designed for NVIDIA Jetson has a sophisticated design to fit the compact board structure of Jetson, whether it is the small and portable Jetson Nano, or the powerful Jetson Orin NX model, there are corresponding customized cooling solutions. From the perspective of heat dissipation, both traditional and efficient air-cooled heat dissipation, equipped with a quiet fan with precise speed regulation, fan blade shape and air duct are optimized, which can quickly take away the high heat of the chip, ensure that the core temperature is stable in the safe range, and avoid overheating and frequency reduction affecting the computing performance; There is also an innovative passive heat sink combination, the use of high thermal conductivity of metal materials, the use of large area fin structure natural convection heat dissipation, quiet and maintenance-free, especially suitable for noise sensitive, space closed deployment scenarios.
  • heatsink for Nvidia Jetson
  • heatsink for Nvidia Jetson
  • heatsink for Nvidia Jetson
  • heatsink for Nvidia Jetson

SPECIFICATION

The radiators for Nvidia Jetson Orin Nano and Orin NX play a crucial role in maintaining the optimal performance of these powerful computing modules.

Cooling Mechanisms

  • Air-cooling Option: Many of the radiators adopt an air-cooling approach. They are equipped with high-quality fans that operate quietly and have adjustable rotation speeds. The fan blades and the air channels are carefully optimized to maximize the air flow around the key heat-generating components. This enables the rapid removal of heat generated by the chips during intense computing tasks, effectively keeping the core temperature within a safe and stable range. By doing so, it prevents the modules from experiencing performance throttling due to overheating, ensuring consistent and reliable operation for applications like AI inference in various fields.
  • Passive Cooling Option: Some radiators also utilize passive cooling techniques. They are constructed with materials having excellent thermal conductivity, such as aluminum alloy or copper. With well-designed fin structures that increase the surface area for heat exchange, these radiators rely on natural convection to dissipate heat. This passive cooling method is especially advantageous in scenarios where noise is a concern or in relatively enclosed spaces where the installation of active cooling components might be restricted. It provides a silent and maintenance-free solution for heat management. 

In summary, the radiators for Nvidia Jetson Orin Nano and Orin NX are essential accessories that guarantee the stable and efficient functioning of these devices in a wide range of applications, from edge computing in smart cities to autonomous robotics.



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