<br />
Discussion of increasing output power to 0 dBm helping achieve longer reaches and higher data rates, which can only be realized by solving trade-offs including OSNR, optical filtering, cost, size, and  power consumption.<br />

Discussion of increasing output power to 0 dBm helping achieve longer reaches and higher data rates, which can only be realized by solving trade-offs including OSNR, optical filtering, cost, size, and power consumption.

<br>
Discussion of increasing output power to 0 dBm helping achieve longer reaches and higher data rates, which can only be realized by solving trade-offs including OSNR, optical filtering, cost, size, and&nbsp; power consumption.<br>

13. Powering Higher Data Rates Over Longer Distances with 0 dBm

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

Share 13. Powering Higher Data Rates Over Longer Distances with 0 dBm

Sign up to save your podcasts

13. Powering Higher Data Rates Over Longer Distances with 0 dBm

13. Powering Higher Data Rates Over Longer Distances with 0 dBm