Telecommunication systems are vital to modern life. As systems have become more complex, so have the requirements to keep them performing optimally, including thermal management.
Traditionally, telecommunications have not had to worry about heat dissipation. Bouncing communication waves and sending them over wires using static electricity did not require any power or generate heat. As systems have evolved so have their needs for a robust heat management system, both generated and environmental.
Generated Heat
With the advent of 5G, generated heat management systems must meet the demands of higher-powered networks. While these advanced components are now being housed in small enclosures to conserve power and space, there are drawbacks. Areas with telecommunications arrays can be in remote locations without power generation, meaning monitoring temperatures and active temperature management can be difficult, if not impossible. This problem is only made worse by environmental heat.
Environmental Heat
Telecommunication systems are needed worldwide, not just where it is most convenient. In places like New England and Northern Europe, environmental heat is not as much of a concern. However, in areas such as North Africa and the American Southwest, where solar radiation can reach up to 6.5 kWh/M2/day, environmental heat can only exacerbate problems caused by generated heat. If an active thermal management system goes down in these environments, the timeline to fix the issue before a catastrophic failure is sped up, sometimes to a point where it is impossible to fix.
CPS Metal Matrix Composites Improve Reliability
By utilizing CPS metal matrix composites, telecommunications arrays can achieve adequate thermal management with no ongoing costs of electricity, and no moving parts that can break. Additionally, CPS MMCs, such as AlSiC, also provide:
- Enhanced heat dissipation: Efficient heat dissipation is crucial for electrical devices’ reliable and continuous operation. MMCs like AlSiC composites offer superior thermal management capabilities. Their high thermal conductivity enables effective heat transfer, which helps prevent overheating and maximizes system performance. Whether solar panels, wind turbine generators, or power electronics, MMCs contribute to improved heat dissipation.
- Improved Thermal Management: AlSiC MMC combines high thermal conductivity and a compatible thermal expansion to the assembled substrates and electronic components to maintain efficient heat dissipation for long-term power electronics reliability.
- Corrosion resistance and longevity: Telecommunication systems are often exposed to harsh environmental conditions, including moisture, salt, and extreme temperature fluctuations. MMCs exhibit excellent corrosion resistance and ensure prolonged durability and reliability in challenging environments
Companies can enhance the lifespan of their telecommunications infrastructure, reduce maintenance costs, and improve performance when they utilize MMCs in critical components across the telecommunications ecosystem.
Global Innovation at CPS Technologies
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CPS Technologies is the Ideal Partner for your Telecommunication Needs
CPS Technologies is a trusted industry leader in metal matrix composites due to a long history of successful, innovative design. Decades of experience compels our MMC specialists to perfect the formulation of our composite materials and continue demonstrating their efficacy across various industries.
Our Metal Matrix Composites (MMCs), including Aluminum silicon carbide (AlSiC) composites, are adaptable to the needs of the telecommunication industry. CPS Technologies offers tailored MMC solutions for complex applications, working closely with clients to enhance thermal dissipation and efficiency.
With CPS Technologies as a partner, you can leverage our extensive expertise and knowledge to drive innovation in the telecommunications industry. Contact a metal matrix composite specialist today to get started!