<br />
What is the Super C-Band and how can it open up more bandwidth on fiber optic networks?  Ferris Lipscomb, VP of Marketing at NeoPhotonics discusses Super C-Band and the C++ with John Houghton and how it increases the limits of fiber capacity in applications from interconnecting data centers to long haul telecommunications. <br />

What is the Super C-Band and how can it open up more bandwidth on fiber optic networks? Ferris Lipscomb, VP of Marketing at NeoPhotonics discusses Super C-Band and the C++ with John Houghton and how it increases the limits of fiber capacity in applications from interconnecting data centers to long haul telecommunications.

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What is the Super C-Band and how can it open up more bandwidth on fiber optic networks?&nbsp; Ferris Lipscomb, VP of Marketing at NeoPhotonics discusses Super C-Band and the C++ with John Houghton and how it increases the limits of fiber capacity in applications from interconnecting data centers to long haul telecommunications.&nbsp;<br>

1. Increasing Data Throughput with the Super C-Band

The NeoPhotonics Podcast provides insights and best practices for optical communications, lasers, and their applications.

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1. Increasing Data Throughput with the Super C-Band

1. Increasing Data Throughput with the Super C-Band