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18 - 21 June 2025

The Indispensable Role of "Nanotechnology" in the Modernization of Electronics Industry

  • Nanotechnology has played a key role in the modernization of electronics industry by improving the functionality of electronic devices and reducing the weight and energy consumption.
  • Nanotechnology is used in various applications in the electronics industry to increase the sensitivity of the sensor and to improve the efficiency of semiconductors.
  • Other uses of nanotechnology are OLED screens for brighter and longer-lasting displays, Magnetic RAM (MRAM) for data storage, and quantum computing for faster and more efficient processing.

Since nanotechnology is integral to the production of sensors with increased sensitivity, it has been used in a wide range of applications such as medical diagnosis and environmental inspection. Nanotechnology also helps produce smaller, lighter sensors and allows mass production at a lower cost because the materials and processes involved are more cost-effective compared to traditional methods. This makes it easier and cheaper to integrate nanosensors into electronic devices and wearable technology. The nanosensors can detect signals at the molecular or even atomic level, which lead to better accuracy and reliability in the detection technology. More importantly, nanosenseors are long-lasting since they are very resistant to adverse environmental factors such as temperature, humidity, and corrosion.

Another example of the use of nanotechnology in the electronics industry is extreme ultraviolet (EUV) lithography. This is a manufacturing technique using nanotechnology to produce smaller, more dense semiconductor components so they can store more data in a smaller space. Companies such as ASML, the largest Dutch company behind the global chip industry, has developed an EUV lithography machine that can produce smaller transistors, thus helping to advance the development of semiconductor technology.

Furthermore, nanotechnology has also enabled the development of organic electronic materials, such as organic semiconductors and conductive polymer which can be used to create flexible and bendable electronic devices. Companies such as LG and Samsung use OLED screens to provide highly flexible displays for smartphones and wearables, resulting in beautiful, sharp images that look realistic, are brighter, durable and more energy efficient than traditional screens.

Meanwhile, nanomaterials are being used for better heat management. For example, the carbon nanotubes have excellent thermal conductivity, so they are used to improve the thermal interface to ensure that electronic equipment has efficient heat dissipation. They are also useful in improving the efficiency of solar cells and batteries.

According to Virtue Market Research, the application of global nanotechnology in the electronics market were valued at US$3.92 billion in 2022, and are expected to grow at a compound annual growth rate to US$32 billion by 2030 (CAGR 31.98% during the analysis period of 2023 - 2030).

With all these examples and statistics, it can be seen that nanoelectronics has changed the landscape of the electronics industry and brought about unprecedented progress in the field of computing, health care and energy management. Despite many challenges, researchers and engineers around the world are dedicated to overcoming the obstacles and continuing to unlock the full potential of nanoelectronics.

Be sure to tune in to the future NEPCON blogs to stay updated on all the developments and important news in the electronics industry. And if you are industrialists or entrepreneurs in the electronics manufacturing industry, don’t miss the year’s largest showcase of technologies for electronics production at NEPCON Thailand 2024 during 19-22 June 2024 at BITEC, Bangkok.