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BEGIN:VEVENT
UID:20260904T233123Z - 62677@eupp208
DTSTART;TZID=US/Eastern:20260916T140000
DTEND;TZID=US/Eastern:20260916T150000
CREATED:20260904T233123Z
DESCRIPTION:<a href="https://www.lucedaphotonics.com/event/beyond-silicon-s
 caling-terabit-ai-interconnects-ultra-low-power-silicon-organic-hybrid-pho
 tonics-for-next-generation-data-centers-193/register">Beyond Silicon: Scal
 ing Terabit AI Interconnects: Ultra-Low-Power Silicon-Organic Hybrid Photo
 nics for Next-Generation Data Centers</a>\nSpeaker Moderators Dr. Brad Boo
 th CEO at NLM Photonics Dr. Matthew Delaney Business Development Manager 
 – North America ​at Luceda Photonics Dr. Kevin McComber CEO & Co-found
 er at Spark Photonics As data centers\, AI clusters\, and telecom networks
  demand faster speeds and lower power consumption\, traditional silicon ph
 otonics is hitting its physical limits. The solution may lie in a new wave
  of advanced materials. Join us for Luceda's webinar series\, where we'll 
 focus on advanced photonic modulation materials and the innovative compani
 es bringing them to market. At the forefront of photonic modulation\, we
 ’re sitting down with industry leaders working with advanced electro-opt
 ic materials\, from Thin-Film Lithium Niobate (TFLN) to cutting-edge polym
 ers and plasmonics\, to explore how they are pushing the boundaries of ban
 dwidth\, footprint\, and energy efficiency. In our third session\, we welc
 ome NLM Photonics\, a pioneer in polymer silicon-organic-hybrid (SOH) phot
 onics. As AI clusters and cloud data centers push toward multi-terabit int
 erconnects\, traditional optical modulators face steep trade-offs among ba
 ndwidth\, drive voltage\, and energy consumption. This presentation detail
 s how NLM Photonics leverages SOH technology to deposit proprietary electr
 o-optic materials onto standard silicon photonics\, achieving sub-1V switc
 hing\, wide optical bandwidth\, and minimal insertion loss. Attendees will
  gain insight into scalable\, foundry-compatible manufacturing pathways\, 
 co-packaged optics architectures\, and practical roadmaps for deploying ul
 tra-efficient 1.6T and 3.2T optical engines. In this webinar\, you'll: Lea
 rn about the unique advantages of emerging modulation materials and how th
 ey overcome current PIC bottlenecks.Explore how these materials are being 
 successfully integrated into commercial foundry processes and design workf
 lows.Hear directly from the companies [...]
DTSTAMP:20260904T233123Z
LOCATION:Online event
SUMMARY:Beyond Silicon: Scaling Terabit AI Interconnects: Ultra-Low-Power S
 ilicon-Organic Hybrid Photonics for Next-Generation Data Centers
X-ALT-DESC;FMTTYPE=text/html:<a href="https://www.lucedaphotonics.com/event
 /beyond-silicon-scaling-terabit-ai-interconnects-ultra-low-power-silicon-o
 rganic-hybrid-photonics-for-next-generation-data-centers-193/register">Bey
 ond Silicon: Scaling Terabit AI Interconnects: Ultra-Low-Power Silicon-Org
 anic Hybrid Photonics for Next-Generation Data Centers</a>\nSpeaker Modera
 tors Dr. Brad Booth CEO at NLM Photonics Dr. Matthew Delaney Business Deve
 lopment Manager – North America ​at Luceda Photonics Dr. Kevin McCombe
 r CEO & Co-founder at Spark Photonics As data centers\, AI clusters\, and 
 telecom networks demand faster speeds and lower power consumption\, tradit
 ional silicon photonics is hitting its physical limits. The solution may l
 ie in a new wave of advanced materials. Join us for Luceda's webinar serie
 s\, where we'll focus on advanced photonic modulation materials and the in
 novative companies bringing them to market. At the forefront of photonic m
 odulation\, we’re sitting down with industry leaders working with advanc
 ed electro-optic materials\, from Thin-Film Lithium Niobate (TFLN) to cutt
 ing-edge polymers and plasmonics\, to explore how they are pushing the bou
 ndaries of bandwidth\, footprint\, and energy efficiency. In our third ses
 sion\, we welcome NLM Photonics\, a pioneer in polymer silicon-organic-hyb
 rid (SOH) photonics. As AI clusters and cloud data centers push toward mul
 ti-terabit interconnects\, traditional optical modulators face steep trade
 -offs among bandwidth\, drive voltage\, and energy consumption. This prese
 ntation details how NLM Photonics leverages SOH technology to deposit prop
 rietary electro-optic materials onto standard silicon photonics\, achievin
 g sub-1V switching\, wide optical bandwidth\, and minimal insertion loss. 
 Attendees will gain insight into scalable\, foundry-compatible manufacturi
 ng pathways\, co-packaged optics architectures\, and practical roadmaps fo
 r deploying ultra-efficient 1.6T and 3.2T optical engines. In this webinar
 \, you'll: Learn about the unique advantages of emerging modulation materi
 als and how they overcome current PIC bottlenecks.Explore how these materi
 als are being successfully integrated into commercial foundry processes an
 d design workflows.Hear directly from the companies [...]
END:VEVENT
END:VCALENDAR