Powering the Future of Communication
High-performance Liquid Cold Plates and Heat Sinks engineered for the demanding thermal
challenges of 5G, data centers, and next-generation networks.
The Unseen Challenge: Managing Heat
The communications industry is evolving at an unprecedented pace. Higher data rates, increased component density, and the rollout of 5G create immense thermal loads that can compromise performance, reliability, and lifespan.
5G Power Density
Massive MIMO and beamforming technologies in 5G base stations concentrate power and heat in smaller footprints.
Data Center Demands
High-speed network switches, routers, and optical transceivers generate extreme heat, requiring efficient cooling to prevent throttling.
Outdoor & Harsh Environments
Equipment like Remote Radio Heads (RRUs) must perform reliably in sealed enclosures exposed to extreme temperatures.
Rising Energy Costs
Inefficient cooling systems contribute significantly to the operational expenditure (OpEx) of communication infrastructure.
Engineered Solutions for Optimal Performance
We provide two primary cooling technologies, each customizable to meet the specific demands of your laser system.
Liquid Cold Plates
The ultimate solution for high-density heat loads. Our liquid cold plates use flowing coolant to directly target heat sources, offering unparalleled thermal performance, design flexibility, and the ability to cool multiple components on a single plate.
- Highest Performance: Ideal for processors, FPGAs, and ASICs with wattages exceeding the capabilities of air cooling.
- Compact & Efficient: Enables denser electronic packaging and moves heat away from sensitive components to be rejected elsewhere.
- Reliable Operation: Our leak-proof designs ensure the safety and longevity of your critical hardware.
High-Performance Heat Sinks
The proven standard for robust air cooling. We design and manufacture a wide range of heat sinks, from custom extrusions to advanced fin geometries, to maximize surface area and optimize airflow for effective heat dissipation.
- Versatile & Cost-Effective: A reliable solution for a wide range of applications including RF power amplifiers and power supplies.
- Optimized Designs: We leverage skived fin, folded fin, and custom extrusion technologies to match your specific thermal and spatial requirements.
- Passive & Active Cooling: Engineered for both natural convection and forced-air environments to ensure performance under any condition.
Applications in the Communications Sector
We provide two primary thermal management technologies, each customizable to meet the specific demands of your communication application.
The Technological Advantage
We provide two primary thermal management technologies, each customizable to meet the specific demands of your communication application.
Friction Stir Welding (FSW)
Our state-of-the-art FSW process creates highly reliable, leak-proof, and thermally efficient joints for liquid cold plates, resulting in a robust, one-piece construction with superior performance.
Advanced Fin Geometries
We utilize skived, folded, and zipper fin technologies to create heat sinks with maximum surface area in compact volumes, dramatically improving air cooling performance.
Custom Extrusion Profiles
Our in-house design and extrusion capabilities allow us to create complex, fully customized heat sink profiles that are perfectly matched to your application's airflow and layout.
CFD Simulation & Modeling
Every solution is validated using advanced Computational Fluid Dynamics (CFD) analysis, allowing us to optimize performance and ensure success before the first piece of metal is cut.
