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Maximizing AI Data Center Cooling Efficiency with Boyd and NVIDIA Solutions

Scaling AI Data Centers: Overcoming Cooling Challenges AI data centers are scaling rapidly to meet the intense compute demands of generative models and large language model inference. These workloads, often accelerated by NVIDIA’s latest GPU architectures, drive...

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Benefits of Battery Immersion Cooling for EV and Data Centers

Beyond Conventional Cooling: Immersion TechnologyElectric vehicles (EVs) and data centers demand...

Beyond the Basics: Innovative Silicone Molding Uses

Silicone Molding: Driving Innovation Across Industries Silicone molding is essential for...

Thermal Interface Material Types

Thermal Interface Material Types

Mar 20, 2017 | Blog, Conduction Cooling, Engineered Materials, Thermal

Thermal interface material is crucial to every thermal management solution. It's important to know the characteristics...

Injection Molded Plastic Design for Manufacturability

Injection Molded Plastic Design for Manufacturability

Aug 4, 2016 | Blog, Design Engineering, Manufacturing Capabilities, Material Science

Plastic Design for Manufacturing (DFM) A critical aspect of project planning for any part is assessing the design and...

Metal Insert Molding

Metal Insert Molding

Jan 28, 2016 | Blog, Consumer Electronics, Information and Labeling, Manufacturing Capabilities, Material Science

For added durability, metal insert molding is a process that combines metal and plastic to create robust parts.When a...

Badging Treatments for Extreme Under the Hood Conditions

Badging Treatments for Extreme Under the Hood Conditions

Apr 26, 2015 | Blog, Information and Labeling, Transportation

Under the hood (UTH) badges or emblems are branding components applied to the interior surfaces of an automobile, such...

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