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Posted On: 10/02/2018 11:32:51 PM
Post# of 871
$LWLG 2018 ECOC Presentation Download from Lightwave Logic's Website under the Tab for "Events and Presentations" select "Presentations" and the ECOC presentation is right on top
Here is the link to Lightwave Logic's website >>
http://lightwavelogic.com/
#CongratsTeamLWLG
Industry perception and reality…
• Industry perception
– We are stuck at ~35-50 Gbaud bandwidth. Everything else has to come from increasing
complexity of modulation schemes and electronics
• Reality:
– We can use polymer modulators for 100 Gbaud or more!
– E.g. 100Gbps single lane NRZ, 400Gbps with 4 lanes NRZ, 800 Gbps with 4 lanes PAM4
• Industry perception
– Voltages will be high like other MZ modulators
• Reality:
– ~1V means we can eliminate drivers, use direct drive from CMOS
• Industry perception
– Polymer modulators are huge, stand-alone devices
• Reality:
– 5mm Mach-Zehnder fits into standardized transceiver footprints
– Hybrid integration possible with InP, Si photonics, etc. ?
Polymer modulators are the ticket to the next speed node…
- proto
Here is the link to Lightwave Logic's website >>
http://lightwavelogic.com/
#CongratsTeamLWLG
Industry perception and reality…
• Industry perception
– We are stuck at ~35-50 Gbaud bandwidth. Everything else has to come from increasing
complexity of modulation schemes and electronics
• Reality:
– We can use polymer modulators for 100 Gbaud or more!
– E.g. 100Gbps single lane NRZ, 400Gbps with 4 lanes NRZ, 800 Gbps with 4 lanes PAM4
• Industry perception
– Voltages will be high like other MZ modulators
• Reality:
– ~1V means we can eliminate drivers, use direct drive from CMOS
• Industry perception
– Polymer modulators are huge, stand-alone devices
• Reality:
– 5mm Mach-Zehnder fits into standardized transceiver footprints
– Hybrid integration possible with InP, Si photonics, etc. ?
Polymer modulators are the ticket to the next speed node…
- proto
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$MJ
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