Join VPIphotonics at Optical Fiber Communication Conference and Exposition (OFC) 2024, booth #3611, to witness the latest innovations in photonics simulation and design! Here you will get to see demonstrations addressing new 1.6T & 800G standards and you will learn how Photonic Integrated Circuit (PIC) designs can be integrated seamlessly with a full transmission system simulation. Explore our novel approaches for PIC simulation, now enhanced with custom Photonic Design Kit (PDK) creation capabilities and extended support for lithium niobate materials.
Experience the latest advancements in Free-Space Optical Communication (FSOC) systems, including cutting-edge simulations for intersatellite links and atmospheric turbulence challenges in up/downlink scenarios. Discover powerful solutions for simulating kilowatt-level fiber lasers, and see first-hand our solutions for electrical-optical co-design, quantum communications, and machine learning for enhanced equalization.
Photonic Devices and Fibers
Integrated Photonics & PDKs
Electro-Optical Co-design
DSP for PS & high-order QAM
Machine Learning Framework
Free-Space Optics Systems
VPIphotonics Design Suite™
Transmission Systems & Optical Components
VPItoolkit™ DSP Library
Pluggable Toolkit with Lab-proven DSP Algorithms
VPItoolkit™ QKD
Pluggable Toolkit for Quantum Key Distribution
VPIdeviceDesigner™
Integrated Devices, Waveguides and Optical Fibers
VPIlinkConfigurator™
Cost-optimized Network Implementation
VPItoolkit™ ML Framework
Deep Neural Network Design and Implementation
"A Novel Machine Learning-based Equalizer
for a Downstream 100G PAM-4 PON"
27 Mar, 8:00 AM - 8:15 AM PST
Session: W1F – Short Reach Transmission, Room 6F
Abstract: A frequency-calibrated SCINet (FC-SCINet) equalizer is proposed for downstream 100G PON with 28.7 dB path loss. At 5 km, FC-SCINet improves the BER by 88.87% compared to FFE and a 3-layer DNN with 10.57% lower complexity.