AI, Silicon Photonics, and Space Manufacturing: Three Signals of What’s Ahead for Electronics

Jul 21, 2026
| By Matt Kelly
Key Summary
  • Emerging technologies are reshaping the electronics industry, with AI, high-performance computing, silicon photonics, and advanced manufacturing driving innovation across design, packaging, and production.
  • Agentic AI and HPC are accelerating PCB and advanced packaging design, signaling a future where AI becomes a key engineering partner in electronics product development.
  • Silicon photonics and space-based semiconductor manufacturing point to the next frontier, addressing AI data center bandwidth demands and exploring new possibilities for future electronics manufacturing.

by Matt Kelly, chief technology officer and vice president, standards and technology, Global Electronics Association

My top three reads highlight how emerging technologies are reshaping the future of the electronics industry. Together, they illustrate how innovation across design, packaging, and manufacturing is pushing the boundaries of next-generation electronic systems.

Cadence's AuraStack Melds AI with HPC to Speed PCB & Advanced Packaging Design

A fascinating read on how agentic AI is beginning to transform PCB and advanced packaging design by accelerating engineering workflows. It offers a glimpse into how AI has already and will increasingly become an engineering partner throughout the product development process.

AI Data Centers Push Silicon Photonics Toward 300-mm Scale

A great read on how silicon photonics is moving toward high-volume manufacturing to meet the growing bandwidth demands of AI data centers. As electrical interconnects reach their limits, advances in photonics, packaging, and integration could fundamentally reshape future system architectures.

Semiconductor Manufacturing Test Bed Flies Alongside Starlink on Falcon 9

A very interesting and future-looking read on an experimental semiconductor manufacturing test bed launched aboard a SpaceX Falcon 9 mission. While still in its early stages, it explores the possibility of manufacturing semiconductor materials in space and challenges conventional thinking about the future of electronics manufacturing.