Effective PCB design data management is pivotal for enhancing engineering efficiency and achieving product cost and quality goals. The demand for efficient PCB design is rising with the growing integration of electronics in various products. Electromagnetic compatibility (EMC) engineers meticulously consider PCB layouts essential in assessing electromagnetic interference potential. This field underpins advancements across various industries, fostering the development of technologies, devices, and electronic systems. The surge of flexible PCBs in mobile devices and wearable technology exemplifies this growth. These flexible boards offer advantages like size reduction and shape adaptability, making them vital in modern electronics. The PCB design industry thrives on innovation, striving to meet the ever-changing demands of a tech-driven world.
According to market research, the global PCB design market reached a value of approximately $3 bn in 2022, marking a robust growth of 12.7 percent. The market is expected to grow by 14.9 percent by 2029, reaching a valuation of approximately $7.92 bn. Adopting smaller, more compact devices is one of the key factors driving growth, requiring PCB designers to create compact boards with higher component density. Multilayered PCBs and Surface Mount Technology (SMT) are gaining traction for achieving this goal. With the escalating concern over energy consumption, designing power-efficient PCBs is vital. Designers are incorporating DC-DC converters that utilize power-saving components to enhance efficiency and minimize device power usage. There is a growing trend towards utilizing advanced materials in PCB design, such as high-speed laminates and flexible substrates. These materials enhance thermal and mechanical stability, signal integrity, and frequency capability. Flexible substrates also provide design flexibility, allowing PCBs to conform to specific device shapes. The integration of AI into PCB design is on the rise, enabling designers to create optimized layouts, predict potential design issues, and streamline manufacturing processes, resulting in cost and time savings.
This Semiconductor Review edition brings the key developments in the PCB design space through thought leadership articles from Rohit Vidwans, chief Engineering and Manufacturing Officer at Ampere Computing, and Yesh Kolla, Vice President of Circuit and Technology at Ampere Computing, and Paul Chen, Sr. Director, Electronic Design, Mattel.
Rohit Vidwans and Yesh Kolla discuss the essential factors in successful semiconductor design and development. Understanding customer requirements and market trends can take manufacturers and designers a long way to meet customer demands and make the right decisions. Paul Chen explores the trends in machine vision and how product developers can leverage these trends to make the most of emerging innovations. Machine vision's advancing recognition capabilities open new doors for designers to provide customers with better experiences and solutions.
This edition features stories from companies that bring their solutions and services to this space.
In this edition featuring the Top PCB Design Services Providers in 2023, we hope you find the appropriate company suited to your business requirements.