[Book] Trends in the Development of Next-Generation High-Speed and High-Frequency Transmission Materials (No. 2274)
2274 High-speed and high-frequency transmission materials
[Available for preview] - Low dielectric resin, high-frequency circuit boards, semiconductor package materials, optoelectronic fusion -
★5G/6G and the proliferation of generative AI support high-speed, large-capacity communication devices and materials all in one place! ★Requirements for materials used in 2.xD, 3D implementation, chiplets, and next-generation packaging, along with development examples from various companies. --------------------- ■ Key Points of This Book 【Low Dielectric Loss Materials】 - Achieving low dielectric constant and adhesion - Design of PPE resin - Solvent-soluble polyimide resin - Fluorine resin with adhesive properties - Film formation of liquid crystal polymers - Olefin-based low dielectric films - Low dielectric halogen-free flame retardants - Development of glass cloth 【Fine Circuit Formation】 - Improving adhesion of difficult-to-bond materials - Copper sulfate plating process - High-adhesion Cu seed layer - Low-resistance, adhesive Cu layer formation technology 【Semiconductor Package Substrate Materials】 - Reducing thermal expansion of organic core materials - Interlayer insulating films - Solder resist - Photosensitive films - For high-end computers - FO-WLP, FO-PLP - For WOW processes 【Co-Packaged Optics】 - Co-Packaged Optics - Compact and high-density optical mounting - Silicon photonics - Optical transceivers
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■ Table of Contents Chapter 1: Development Trends and Wiring Formation of Printed Circuit Board Materials for High-Speed Communication Chapter 2: Development Trends of Low Dielectric Resins and Evaluation of Dielectric Constant Chapter 3: Material Development for Advanced Semiconductor Packages Chapter 4: Development Trends of Electronic Components for High-Speed High-Frequency Communication Chapter 5: Development Trends of Optical Interconnects and Integration Technologies --------------------- ● Publication Date: December 27, 2024 ● Format: A4, 600 pages ● Authors: 56 individuals ● ISBN: 978-4-86798-054-5 ---------------------
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