Specialized Book: Guidelines for the Design and Development of Components, Materials, and Devices for 5G Compatibility

What can be addressed from the perspective of material and component design in preparation for the upcoming 5G era? This explains the key points required during the design and development phase, along with examples from companies.

**Market Trends and Key Points to Watch for 5G-Related Services and Devices** ● What changes are occurring with the 5G transformation of base stations/smartphones, etc.? Trends in the market and direction towards practical implementation. **Key Technological Elements Crucial for the Expansion of 5G** ● "Consideration of Semiconductor Speedup": A key technology for 5G! Explanation of the thinning of connection circuits and encapsulation technology, which are important factors for speedup. 〇 "Massive MIMO": A key technology for communication systems! Technical challenges for hardware realization and proposals for specific configurations. ● "High-Speed Compatible FPC": Methods and material selection for high-speed transmission compatibility. 〇 "5G Antennas": Structure, design examples of millimeter-wave planar array antennas, and essential points for arraying. ● Concerns about smartphones in the 5G era: Required characteristics for enclosures and antenna materials, with a breakdown of two 5G-compatible products to explain design points! **Guidelines Required for 5G-Compatible Material Design, Development/Applications/Evaluation Methods** ● Types and characteristics of low-loss materials. Summary of major handling companies and price information. ○ Material characteristics required in high-frequency environments and the reasons for them, along with key points during design and development. **Approaches to Apply Existing Materials and Technologies to 5G** Development of curing agents, electromagnetic wave shielding coatings, high-strength dissimilar joining technologies, etc.

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