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BEGIN:VEVENT
UID:20260727T190236Z - 91784@eupp208
DTSTART;TZID=US/Eastern:20260812T130000
DTEND;TZID=US/Eastern:20260812T140000
CREATED:20260727T190236Z
DESCRIPTION:<a href="https://www.lucedaphotonics.com/event/beyond-silicon-a
 dvanced-materials-for-modulation-190/register">Beyond Silicon: Advanced Ma
 terials for Modulation</a>\nSpeaker Moderators Dr. Steven Alleston Senior 
 Director Business Development at OpenLight Photonics Dr. Matthew Delaney B
 usiness Development Manager – North America ​at Luceda Photonics Dr. K
 evin McComber CEO & Co-founder at Spark Photonics As data centers\, AI clu
 sters\, and telecom networks demand faster speeds and lower power consumpt
 ion\, traditional silicon photonics is hitting its physical limits. The so
 lution may lie in a new wave of advanced materials. Join us for Luceda's w
 ebinar series\, where we'll focus on advanced photonic modulation material
 s and the innovative companies bringing them to market. At the forefront o
 f photonic modulation\, we’re sitting down with industry leaders working
  with advanced electro-optic materials\, from Thin-Film Lithium Niobate (T
 FLN) to cutting-edge polymers and plasmonics\, to explore how they are pus
 hing the boundaries of bandwidth\, footprint\, and energy efficiency. In o
 ur second session\, we welcome OpenLight Photonics\, a pioneer in heteroge
 neous silicon photonics. OpenLight will introduce its heterogeneous III-V-
 on-silicon platform\, which integrates active components\, including laser
 s\, optical amplifiers\, and high-speed modulators\, directly into silicon
  photonic integrated circuits. The presentation will explore how heterogen
 eous integration is enabling higher-performance\, more scalable\, and ener
 gy-efficient photonic solutions for next-generation AI and data center opt
 ical interconnects. In this webinar\, you'll: Learn about the unique advan
 tages of emerging modulation materials and how they overcome current PIC b
 ottlenecks.Explore how these materials are being successfully integrated i
 nto commercial foundry processes and design workflows.Hear directly from t
 he companies actively scaling these technologies for the market\, and ask 
 them about their roadmaps. Whether you are a PIC designer\, a systems arch
 itect\, or a technology [...]
DTSTAMP:20260727T190236Z
LOCATION:Online event
SUMMARY:Beyond Silicon: Advanced Materials for Modulation
X-ALT-DESC;FMTTYPE=text/html:<a href="https://www.lucedaphotonics.com/event
 /beyond-silicon-advanced-materials-for-modulation-190/register">Beyond Sil
 icon: Advanced Materials for Modulation</a>\nSpeaker Moderators Dr. Steven
  Alleston Senior Director Business Development at OpenLight Photonics Dr. 
 Matthew Delaney Business Development Manager – North America ​at Luced
 a Photonics Dr. Kevin McComber CEO & Co-founder at Spark Photonics As data
  centers\, AI clusters\, and telecom networks demand faster speeds and low
 er power consumption\, traditional silicon photonics is hitting its physic
 al 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 mo
 dulation materials and the innovative companies bringing them to market. A
 t the forefront of photonic modulation\, we’re sitting down with industr
 y leaders working with advanced electro-optic materials\, from Thin-Film L
 ithium Niobate (TFLN) to cutting-edge polymers and plasmonics\, to explore
  how they are pushing the boundaries of bandwidth\, footprint\, and energy
  efficiency. In our second session\, we welcome OpenLight Photonics\, a pi
 oneer in heterogeneous silicon photonics. OpenLight will introduce its het
 erogeneous III-V-on-silicon platform\, which integrates active components\
 , including lasers\, optical amplifiers\, and high-speed modulators\, dire
 ctly into silicon photonic integrated circuits. The presentation will expl
 ore how heterogeneous integration is enabling higher-performance\, more sc
 alable\, and energy-efficient photonic solutions for next-generation AI an
 d data center optical interconnects. In this webinar\, you'll: Learn about
  the unique advantages of emerging modulation materials and how they overc
 ome current PIC bottlenecks.Explore how these materials are being successf
 ully integrated into commercial foundry processes and design workflows.Hea
 r directly from the companies actively scaling these technologies for the 
 market\, and ask them about their roadmaps. Whether you are a PIC designer
 \, a systems architect\, or a technology [...]
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