As edge computing migrates to devices like vehicles, ships, drones, and semiconductor equipment, it often encounters harsh environments. To protect sensitive components, industrial computers and equipment are typically housed in sealed or waterproof enclosures. However, this creates a new challenge: heat dissipation.
Traditional cooling methods, like pre-installed fans, are often impractical due to the limited space within these enclosures and waterproof cases. This creates a significant challenge for system integrators and manufacturers who prioritize space optimization.
Finding a Two-in-One Solution
Ideally, we need a cooling solution that addresses both environmental protection and heat dissipation within these space-constrained enclosures , and Neousys thought out of the box on this one.
What if we attach the heat sink to a larger cooling medium? By expanding the cooling area while reducing the size of the computer. Neousys' flattop heatsink design replaces the active cooling fins on top of the industrial computer with a larger heat sink, which directly attaches to the cabinet or box. This maximizes cooling efficiency through adhesion to the cabinet surface.
While maintaining performance specifications, this design accommodates a wide temperature operating range, avoids the continuous temperature rise within the sealed box. Plus, according to Neousys’ real practice, this flat-top design can even reduce the height of the industrial computer by up to 28%, comparing to its same-grade products. This innovative design makes the overall size of the machine more compact, making it an ideal solution for cabinet installations and automation equipment in confined spaces.
Case Study
Automated Inspection in Harsh Industrial Environment:
Find Neousys' in-cabinet IPC with a flattop heatsink, designed for reliable vision inspection in harsh environments. Discover how it optimizes cooling, saves space, and enhances device placement flexibility. (Learn more)
Recommended Flattop Heatsink Industrial Computers
Neousys offers four choices of flattop heatsink industrial computers based on computing performance:
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| Low-power-consumption | High-performance | Edge AI Computing | Low-SWaP |
|---|---|---|---|
| Intel® Alder Lake Ultra-Compact Embedded Computer | Intel® 14th/13th/12th-Gen Compact Fanless Computer | NVIDIA® Jetson Orin™ NX Edge AI Computer | Low-SWaP AI Mission Computer Powered by NVIDIA® Orin™ NX |
FAQ
Q1: How do flattop heatsink industrial computers attach to the cabinet
We have reserved screw holes that can directly secure the cabinet and flattop heatsink to ensure adhesion. Please contact us for further information.
Q2: What type of material cabinet or box can be adhered to? How is the cooling performance?
It is recommended to install on metal materials such as steel/aluminum plates, which are conducive to surface cooling. Cooling performance varies based on the adhesion material, area, and installation environment (e.g., presence of airflow). After rigorous testing, with steel/aluminum plates as the interface, the computer can operate at 100% under 60~65 degrees. Please contact us for further information.
