Are Silicon Photonics the Only Way Forward in Semiconductors?

Dive into the fascinating world of silicon photonics and EPIC (Electronic Photonic Integrated Circuits) in this episode of #AdvantestTalksSemi! Join our host Don Ong and special guest Dr. Chee Wai Lee, as they explore how silicon photonics will potentially revolutionize the semiconductor industry.

Learn about the challenges of integrating photonics with electronics, the promise of advanced packaging techniques, and the breakthrough technologies enabling data centers to achieve speeds of 800G and beyond. Discover why silicon photonics is poised to be the key to breaking bandwidth bottlenecks and reducing power consumption in the era of generative AI and ever-growing data demands.

Episode Highlights:
The basics of silicon photonics and EPIC explained.
How photonic ICs achieve unparalleled data transmission speeds.
Advanced packaging techniques: Stacking photonic and electronic dies.
Emerging applications beyond data centers, including optical computing and DNA sequencing.

Don't miss this deep dive into the future of semiconductor technology with insights from an industry innovator!

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Chapter Markers:

01:55 – What is Silicon Photonics?
Dr. Chee Wai explains the basics of silicon photonics and its advantages over traditional electronics.

02:54 – What is EPIC?
How electronic photonic integrated circuits (EPIC) combine photonics and electronics for superior performance.

03:51 – Why Silicon Photonics is Crucial
The need for silicon photonics as CMOS technology reaches its limits.

04:55 – Breaking Bandwidth Bottlenecks
How photonic ICs increase bandwidth and data transmission speeds for data centers.

05:59 – Future Data Speeds: 800G and Beyond
The potential of silicon photonics to achieve 800G and 1.6T speeds in the near future.

07:28 – Integrating Silicon Photonics with CMOS
The challenges and benefits of combining silicon photonics with CMOS technology.

09:00 – Advanced Packaging Techniques
How co-packaged optics and stacking photonics with electronics are reshaping semiconductors.

12:23 – Reducing Power Consumption with Photonics
Why silicon photonics is essential for low-power, high-speed data transmission in data centers.

16:27 – Silicon Photonics vs. Electronics: Power and Latency
How silicon photonics tackles power consumption and latency challenges.

24:16 – Innovations in Modulators and Demodulators
How advancements in these components support faster data speeds.

25:43 – Co-Packaged Optics and Die Stacking
The future of stacking photonic and electronic dies in a single package.

30:00 – Applications Beyond Data Centers
Emerging uses for silicon photonics, including optical computing and DNA sequencing.

31:46 – Conclusion: The Future of Silicon Photonics & EPIC
Final thoughts on how silicon photonics is set to redefine the semiconductor landscape.