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First generation data center interconnects can now boost fiber capacity by 800% with upgrades and by moving from 100GHz to 75GHz channel spacing.  John Houghton interviews Winston Way, Ph.D and Chief Technology Officer of NeoPhotonics on how to realize this capacity increase.   <br />

First generation data center interconnects can now boost fiber capacity by 800% with upgrades and by moving from 100GHz to 75GHz channel spacing. John Houghton interviews Winston Way, Ph.D and Chief Technology Officer of NeoPhotonics on how to realize this capacity increase.

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First generation data center interconnects can now boost fiber capacity by 800% with upgrades and by moving from 100GHz to 75GHz channel spacing.&nbsp; John Houghton interviews Winston Way, Ph.D and Chief Technology Officer of NeoPhotonics on how to realize this capacity increase.&nbsp; &nbsp;<br>

8. Packing more Punch into Existing Data Center Interconnects with 75GHz Spacing

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

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8. Packing more Punch into Existing Data Center Interconnects with 75GHz Spacing

8. Packing more Punch into Existing Data Center Interconnects with 75GHz Spacing