Silicon Photonics Co-Packaging Webcast with IBM and GLOBALFOUNDRIES

https://www.youtube.com/watch?v=Um9oa6DPq1M

Summary

TL;DR — This webcast discusses the advancements and challenges in silicon photonics co-packaging, focusing on integrating optical and electronic components for next-generation data center and telecom applications. Experts from IBM and GlobalFoundries highlight innovative manufacturing processes, packaging solutions, and the ecosystem required to enable high-volume production.

Key points

• IBM Canada showcases its expertise in advanced semiconductor assembly and test, particularly in co-packaging photonics with ASICs, emphasizing scalable, automated solutions to reduce costs.

• GlobalFoundries details its silicon photonics technologies, including monolithic integration of RF CMOS and photonic components, and advanced packaging solutions like v-grooves and polymer waveguides.

• The discussion covers various integration strategies, from 2.5D packaging to face-to-face configurations, and the critical role of optical coupling methods like v-grooves for high-throughput assembly.

• Challenges such as fiber management, thermal considerations, and the need for standardized connectors are addressed, with ongoing work on solder-reflow compatible components and reduced pitch fibers.

• The importance of a collaborative ecosystem, including research institutions and foundries, is stressed for enabling the transition from prototyping to full-scale manufacturing.

Takeaway — The future of high-performance computing and communications relies heavily on advanced silicon photonics co-packaging, requiring continued innovation in manufacturing, integration, and ecosystem collaboration to achieve scalability and cost-effectiveness.