VPIphotonics OVERVIEW
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1 Innovations in EDA Webcast Series Opto-Electronic Signal Integrity on Optical Fiber Chip-to to-chip Links VPIphotonics OVERVIEW Copyright VPIsystems. All rights reserved. 1
2 Product Portfolio VPItransmissionMaker & VPIcomponentMaker VPItransmissionMaker Optical Systems Design of optical core, metro & access systems Data Sheets Component Performance Operating Conditions System Requirements VPIcomponentMaker Design of PICs & Photonic Circuits Semiconductor Lasers VPIcomponentMaker Optical Amplifiers Design of Raman amplifiers & doped d fiber lasers and amplifiers VPIphotonics Setting the Standard for Optical Simulation & Design Engineering Copyright VPIsystems. All rights reserved. 2
3 Aggregation and metro Ultra-long haul WDM High capacity, high-speed Optical networking HFC (analog/digital) PON, FTTx distribution ib i RoF, Microwave photonics VPItransmissionMaker Optical Systems Component characterization Modulation schemes PMD/CD/IMD mitigation Raman amplification Power transients Benefits Analyze OSNR, Q, BER,... Optimize amplifier placement Evaluate component performance and impairments Optical Crosstalk analysis Compensate impairments Compare upgrade strategies Copyright VPIsystems. All rights reserved. 3
4 Photonic Integrated Circuits (integrated transmitters, micro-ring resonators, coupled waveguides) Optical Signal Processing using SOAs (regeneration, conversion, routing) Semiconductor lasers (i (ring, multi-section, tunable) VPIcomponentMaker Photonic Circuits Optical source Modeled Photonic Integrated Circuit Analyzer Benefits Fast design & optimization of PICs Investigate birefringence, polarization coupling dispersion Model bi-directional signal and noise processes Investigate large signal dynamics, tuning behavior Find settings for stable laser operation, side-mode suppression Copyright VPIsystems. All rights reserved. 4
5 Er/Yb doped-fiber amplifiers and lasers E/Yb Er/Yb doped d waveguide amplifiers Raman amplifiers Hybrid amplifiers VPIcomponentMaker Optical Amplifiers Benefits Minimize i i noise Maximize gain, power Import measured fiber data Optimize pump schemes Broaden bandwidth Investigate new topologies Copyright VPIsystems. All rights reserved. 5
6 Graphical User Interface VPItransmissionMaker&VPIcomponentMaker (VPI-TC) Module Library Copyright VPIsystems. All rights reserved. 6
7 Innovations in EDA Webcast Series Opto-Electronic Signal Integrity on Optical Fiber Chip-to to-chip Links VPItransmissionMaker/VPIcomponentMaker cosimulation with Agilent s Advanced Design System Copyright VPIsystems. All rights reserved. 7
8 Motivation ADS ADS_Interface VPI-TC ADS_Interface ADS Rack-to-Rack Optical Fiber Chip to-chip p Optical Waveguide Copyright VPIsystems. All rights reserved. 8
9 Interface & Data Transfer TC Graphical Job TC Simulation Results TC Analysis User Interface Controller Visualization ADS Job File Photonic ADS-Interface Modules Module Agilent Ptolemy ADS Simulator Electronic Circuit Design Optical System Design Copyright VPIsystems. All rights reserved. 9
10 Application Example PCIe to PCIe CONNECTION Copyright VPIsystems. All rights reserved. 10
11 Channel Simulation of PICe2 Break the channel at this point Introduce optical elements Copyright VPIsystems. All rights reserved. 11
12 ADS Design Input signals from VPI-TC Output signals to VPI-TC Copyright VPIsystems. All rights reserved. 12
13 ADS Design Wrapper setup in ADS containing a TimedDataRead and a TimedDataWrite module for each input and output port Component subnetwork Copyright VPIsystems. All rights reserved. 13
14 VPI-TC Design Co-Simulation Elements Library ADS_Interface Module Access to wrapper setup in ADS Module Parameters Copyright VPIsystems. All rights reserved. 14
15 VPI-TC Setup Copyright VPIsystems. All rights reserved. 15
16 Simulation results VCSEL temperature re = 20 o C Copyright VPIsystems. All rights reserved. 16
17 Simulation results VCSEL temperature re = 35 o C Copyright VPIsystems. All rights reserved. 17
18 Innovations in EDA Webcast Series Opto-Electronic Signal Integrity on Optical Fiber Chip-to to-chip Links THANK YOU Copyright VPIsystems. All rights reserved. 18
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