01 Development of High-Performance Advanced Materials Enabling the Roll out of 5g TechnologyIn the 5G world, the PCB substrate materials may be called building blocks of the 5G industry. There is a vast range of materials catering to the electronics industry. Still, only specific characteristics of materials make them suitable for operating and existing in the high-frequency radio frequency (RF) world of 5G. The key factors that play a crucial role in selecting materials for 5G equipment and infrastructure are its dielectric constant, dissipation factor, coefficient of thermal expansion, coefficient of dielectric coefficient, and thermal conductivity. These characteristics decide whether a material is suitable for 5G infrastructure.With the growth in 5G systems and technology rollout, materials such as polymers and ceramics will be paramount in manufacturing 5G-specific devices. The demand for multiple-input multiple-output (MIMO) antennas placed at 5G base stations will drive the demand for materials with low dielectric constant, are cost-friendly, and improve antenna bandwidth and efficiency. Some companies working on advanced materials for 5G infrastructure are Dupont de Nemours, Inc., AGC Inc., and Rogers Corporation. This, in turn, drives market growth.
02 Rising Investments in the Deployment of 5g Network across the GlobeIn the 5G network deployment race, countries are pushing toward advanced 5G plans and building a more comprehensive core network of base stations and equipment. Countries such as China, the U.S., Japan, and South Korea have made significant strides toward being 5 G-ready and are investing heavily in 5G development. China is one of the leading countries, excelling in various aspects of 5G deployment. This is mainly due to strategic planning by the government and its coordination with 5G-based industry players.Telecommunication vendors are manufacturing 5G infrastructure components and getting full support from governments of different countries. The positive impacts of the 5G rollout on a nation's economic position incentivize various national governments to accelerate its deployment. For instance, the Chinese government has invested a bulk amount of USD 400 billion for 5G deployment in close coordination with 5G equipment manufacturers and technology providers. With the fast pace of 5G deployment, the demand for 5G substrate materials is expected to increase significantly in the global market.
01 High Cost of 5g Substrate MaterialsThe primary concern behind the growth of 5G technology is its infrastructural expense. Companies and enterprises must invest in making their company 5G-enabled with the Internet of Things (IoT). These services require high-frequency operating devices and antennas. In addition, material cost is a major contributor to the high cost of 5G infrastructure. The mm-wave components require high-performance materials with very low dielectric constant, are moisture-proof, and have low transmission losses, among other features. The companies such as Rogers Corporation, PolyOne Corporation, and Panasonic Corporation are developing high-efficiency delivering materials but at a very high cost, thereby hampering the market growth.
01 Countries at A Nascent Stage of 5g Roll Out5G technology enables industries with better connectivity and IoT capabilities, thus helping them uplift their annual revenue generation. Developing countries in the initial phase of trials and infrastructure to set up 5G rollout may serve as bright opportunity areas for material manufacturers to invest in. In addition, companies can invest or expand their manufacturing facilities in the countries to get close to their customers while preparing for the impending growth in the global 5G infrastructure. The governments of different countries are actively helping companies to invest in and work on developing 5G-related equipment and materials to help them roll out 5G at an efficient pace in the planned timeline.Furthermore, leading players such as Panasonic Corporation, Kuraray Co., Ltd., and DuPont de Nemours, Inc. are expanding their production facilities in the Asia-Pacific region to meet the growing demand from Asian countries. Material manufacturers should get in touch with 5G antenna manufacturers in developing countries and work on a contract basis to cater to the customized demands generated by the end users. Therefore, helping evolve their overall growth in the material industry and grabbing new opportunities presented in the market.
March 2026 Panasonic Industry announced an investment of approximately JPY 7.5 billion to establish an additional MEGTRON multilayer circuit-board-material production line at its Guangzhou facility in China. The expansion will support low-transmission-loss substrates used in high-speed network equipment, including routers, servers, base stations, and other advanced communication infrastructure. Initial operations are scheduled for April 2027.
August 2025 Amber Enterprises advanced plans to invest approximately INR 8–9 billion in a copper-clad laminate manufacturing facility in Mysuru, Karnataka. The company sought around 16 acres of land for the proposed plant and applied for support under India’s Electronics Components Manufacturing Scheme, representing an expansion into domestically produced electronic substrate materials and PCB supply-chain components.
June 2025 DuPont introduced and showcased advanced interconnect and circuit-material solutions for high-speed and high-frequency electronics, including Pyralux AP flexible copper-clad laminates and Pyralux ML laminate materials. Pyralux AP was designed to provide reduced transmission loss and high reliability, supporting demanding communication, computing, automotive, and next-generation electronic applications.
May 2025 Uttar Pradesh authorities provisionally allocated land near the Noida International Airport for electronics manufacturing projects involving Amber Enterprises and its associated operations. The proposed investment included facilities for copper-clad laminates, high-density PCBs, PCB assemblies, and related electronic components, with reported plans to explore collaboration with South Korean companies for PCB manufacturing.