Episode 27 of the Cisco Optics Podcast is now posted! See below for episode notes.
Cisco Optics Podcast Episode 27
Optics for hyperscale data centers, with Ron Horan. Part 3 of 4.
The rise of hyperscale data centers has upended computing and networking equipment business models over the past several years. The pluggable optics industry is no exception and has been impacted significantly. In Episode 27, we continue our second conversation with Ron Horan, Cisco Senior Director of Product Management. We get into the growth of our industry and then discuss future trends.
– Pat Chou, Cisco Optics Product Manager
Ron attended The University of Texas at San Antonio for both his bachelor’s and master’s degrees. His Master’s thesis topic entitled “Synthetic Vision Landing Aids System” was patented as the first GPS-based aircraft landing aid. From 1994 to 1999, while at Compaq, he earned 15 patent awards. In 2001, he joined Broadcom Corporation where he managed Field Applications Engineering for the Compute Segment team, ran Program Management in the Networking BU, and was a Sr. Director of Sales and Strategic Account Manager covering the Hewlett Packard worldwide account. In 2011 Ron moved to Luxtera where he worked as Vice President of Sales before moving into the role as Vice President of Marketing. Luxtera was eventually acquired by Cisco in 2019 where Ron now runs Product Management for the Cisco Client Optics Group.
Related links
Cisco Optics-to-Device Compatibility Matrix
Cisco Optics-to-Optics Interoperability Matrix
Cisco Optics Product Information
Listen to Episode 27
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Timestamps
2:12 Optics volume for hyperscales
4:15 Industry growth
5:58 Switch vs optics cost ratio
8:50 Future trends
Music credits
Sunny Morning by FSM Team
Upbeat by Mixaund
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Additional resources
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Cisco Optics landing page
As usual, very interesting. I have always wondered what the “correct” figure of merit ought to be for fiber optic transceivers, if the Silicon cost per unit of Moore’s Law does not hold (even with a different experience curve slope). Maybe cost per Gbps-Km? Or something like that? Sincerely, MH