Why is the Use of Thermal Interface Materials in the 5G Sector Trending Lately?

Thermal interface materials (TIMs) are among the list of essential components required in the development of various advanced electronics. The job of TIMs is to pass the heat among different solid surfaces to maintain their nominal temperature.

Today, various products are being included in the development of 5G devices and systems, such as thermal grease and thermal gap fillers. The demand for thermal materials in the development of 5G devices is constantly increasing.

According to the BIS Research report, the global thermal interface materials market is expected to grow from a market value of $434.5 million in 2020 to $908.9 million by 2026. The market is supposed to grow at a CAGR of 14.36% during the forecast period of 2021–2026.

The interface materials play a crucial role in handling thermal management problems faced by the 5G sector.

This article will highlight why there is a high demand for thermal management in the 5G sector and the current scenario of the thermal interface materials market.

What are Thermal Interface Materials?

Thermal interface materials refer to different product types that are specially developed to reduce the heat levels in electronic applications such as 5G devices.

These interface materials work by carrying out such components that are responsible for generating heat and providing long-term stability and electrical insulation to devices and systems.

Thermal interface materials play a significant role in making electronic devices powerful enough to work even in high heat level conditions.

Without sufficient thermal management, 5G systems can encounter the following problems:

  • System reliability reductions
  • Product performance collapse
  • Limited design improvement potential
  • Degradation over period

Why are Thermal Management and Interface Materials Needed for 5G Technology?

5G technology contains active antennas and radio units responsible for having high-power components in many small spaces.

The increased antenna power results in more consumption of energy, which leads to a high generation of heat.

A high amount of heat is difficult to be controlled and can lead to burnout of the devices, which can adversely affect the entire 5G network.

Overheating can result in several other problems, such as complete failure or breakdown of the networks and increased network problems.

This issue may leave users without any internet connections and affect their professional and personal lives.

So, the only way of reducing the overheating problems in the 5G technology is using thermal interface materials. Reduction of heat in 5G technology is a mandatory step to ensure the performance of the 5G system.

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Benefits of Using Thermal Management Solutions in 5G Technology

The adoption of thermal interface materials for getting thermal management solutions in 5G networks can provide the following benefits:

  • Providing solutions for the outdoor applications

Thermal interface materials are advanced systems that can maintain the high speed of mobile data transferring from one place to another, which often leads to the generation of high heat levels.

The thermal interface materials help in reducing the heat levels and withstanding the demanding environmental factors.

  • Dissipating the heat level in antennas

A high level of heat in the 5G antennas leads to increased antennas processor power in the internet connectivity at the base stations. The adoption of thermal interface materials such as thermal gels can help reduce the increased power without impacting the 5G performance.

  • Maintaining performance in servers, switches, and routers

Devices using 5G technology face several issues in the operational stage due to the high heat levels. Thermal interface systems are one of the best possible ways of getting a solution to enhance the thermal conductivity in the 5G services and maintain the related devices.

Commonly Used Thermal Management Materials

The following are the commonly used products for managing heat to enhance the 5G systems and network:

· Phase change thermal interface material: It helps in changing the state of electronic systems from solid to liquid, which allows controlling latent heat within these systems and circuit boards of the 5G technology.

Here’s an interesting article on phase change materials you would like to read.

  • Thermally conductive adhesives: These help in the creation of a strong bond, and attaching the thermal conductive adhesives to 5G components helps 5G components in having long-lasting connections and in controlling heat.
  • Thermal gels: These help to scatter heat at a high level that suits large-scale applications and systems.
  • MicroTIM coatings: These help to protect the pluggable optic modules, ensuring that the 5G parts remain efficient and durable in high heat levels.

Final Thoughts

The use of thermal interface materials is constantly increasing in the 5G sector. There are several key players functioning in the market, such as Laird Technologies, Dow, 3M Company, JONES TECH PLC, Denka Company Limited, and Henkel Corporation.

Thermal products have proven to be the best substitute available for controlling the heat levels in various electronic devices.

Interested to know more about the developing technologies in your industry vertical? Get the latest market studies and insights from BIS Research. Connect with us at hello@bisresearch.com to learn and understand more.



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