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Advancements in Substrate Technologies and Design Challenges for 5G mmWave Systems

Advancements Substrate Technologies Design Challenges is a M.Tech project topic for Electronics & Communication Engineering. Explore the IEEE-style…

Advancements Substrate Technologies Design Challenges is a M.Tech project topic for Electronics & Communication Engineering. It gives students a clear starting point for research, implementation planning, and documentation.

Advancements Substrate Technologies Design Challenges Project Details

Abstract

This research investigates the importance of novel substrate technologies in advanced telecommunication systems, specifically 5G millimeter-wave (mmWave) applications. It focuses on new substrate materials, innovative device fabrication processes, and cutting-edge integration techniques that address challenges and make breakthroughs in designing high-frequency devices. The paper analyzes recent achievements aimed at improving the performance of 5G mmWave systems. Important aspects of substrate design related to antenna and integrated circuit design are discussed. Special emphasis is placed on critical factors affecting flexibly mounted substrates, including scalability, thermal effects, and AI-driven RSSI (Received Signal Strength Indicator) aware beamforming. The paper examines the worsening of material losses and fabrication limitations at high frequencies, mmWave propagation,

and design for high-frequency devices and manufacturing processes. The goal is to assist in the selection and design of substrates to improve the reliability of antennas and systems.

Reference Paper Advancements in Substrate Technologies and Design Challenges for 5G mmWave Systems
Domain Electronics & Communication Engineering
Sub-Domain Antenna & Microwave / Antenna Design
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