From Waveguides to Optical Transmission Systems – A Comprehensive Training Series (Summer 2022)
30 August - 8 September 2022, online
VPIphotonics at 6th PIC International Conference
28 - 29 June 2022, Brussels (Belgium)
»Contribution to the conference program, presented by Andre Richter:
Title: "Interoperable Software Tools for the Photonic Design Workflow"
Abstract: Photonic engineers face the challenge of effectively utilizing the various software tools needed to accomplish specific design and simulation studies. We demonstrate
the application of photonic foundry PDK building blocks to model specific components within an entire optical system. We show how to realize a complete optical system simulation as a
functional block to electronic design automation tools for full end-to-end link simulation. We discuss a comprehensive workflow that integrates design and simulation techniques ranging
from optical waveguides and fibers to complete optical communication systems and offers interoperation with 3rd party software solutions.
VPIphotonics announces new version of its industry-leading simulation and design environment for optical components and transmission systems.
»Click here for for more details and download our Press Release!
17 - 19 May 2022, San Jose (USA)
CLEO (Conference on Lasers and Electro-Optics) serves as the premier international forum for scientific and technical optics, uniting the fields of lasers and opto-electronics by bringing together all aspects of laser technology, from basic research to industry applications.
Come and meet our experts on Booth 212! Please contact us to set up an individual appointment, so we can assure the availability of the appropriate specialist.
4 - 6 May 2022, Milan (Italy)
VPIphotonics is pleased to be exhibitor at the ECIO 2022. Visit our booth on 4 - 6 May 2022. The European Conference on Integrated Optics has now reached its 23rd edition. Photonic integration is an exciting and rapidly developing field, with growing activity at all technology levels, from high impact scientific research, through industrialization up to commercial products.
The 2022 edition will take place in Milan, Italy. Set up an appointment with one of our experts to discuss your application and learn more about our products and services.
20 - 22 April 2022, Pacifico Yokohama (Japan)
OPIE – LASER EXPO is one of the largest exhibitions in Japan specialized for the photonics industrial sector. We will present our software solutions for photonic design and analysis in cooperation with our Japanese distributor AISAY Corporation, a technology trading company based in Yokohama, Japan, dealing with state-of-the-art industrial products such as optical and electronic components and software.
We cordially invite you to visit us for drinks and snacks on 21 April 2022 at 3:30 pm at the Germany Pavilion G-02! Come and meet our experts to discuss your application and learn more about our products and services. Please contact us for an individual appointment.
VPIphotonics at Optica Technology Showcase
13 - 14 April 2022
»"The Photonic Design Workflow" presented by Chris Maloney, 13th April 2022 at 10am ET
Abstract: One of the biggest challenges faced by photonic design and systems engineers is effectively utilizing the variety of software design tools needed to accomplish specific design or modelling
studies. Depending on the scope of the design task, it is important to distinguish between levels of abstraction and provide more or less detail to sections of the simulation as needed. This could be accomplished
by using photonic foundry PDK building blocks to model specific components within a full optical system or by providing a full optical system simulation as a building block to electronic design automation tools for
full end-to-end link simulation. We will discuss a comprehensive photonic design workflow that integrates design and simulation techniques ranging from optical waveguides and fibers to full optical communication
systems that is interoperable with a wide variety of 3rd party software solutions.
To watch the recording click here!
06 - 10 March, San Diego (USA)
VPIphotonics will be back in-person exhibiting at OFC, the largest global conference and exhibition for optical communications and networking professionals! Come and visit us at Booth 4239!
Contributions to the conference program:
»Lab Automation Hackathon (6 Mar 2022, 8:00pm to 10:00pm PST, Room 17AB):
Come network with students and professional wizards of lab automation and programming! Food and drinks provided to facilitate discussion!
»7 Pennies Workshop on Photonic Integrated Circuits (9 Mar 2022, 5:15pm to 8:30pm PST, Room 29ABCD):
A free Photonic Integrated Circuit (PIC) Workshop is being held in conjunction with the OFC Conference hosted by 7 Pennies Consulting. This is one of the only in-person workshop for those interested in PICs available in the US. Take this great opportunity to learn and connect with us and others in the field! The OFC PIC Workshop is free of charge for regular attendees, but does require advance registration.
VPIphotonics contributes to ELENA
First European Lithium Niobate on Insulator PIC Platform
The ELENA project promises to benefit the entire photonics sector by developing the first European lithium niobate on insulator (LNOI)-based platform for photonic integrated circuits (PICs) and establishing the first open-access foundry service for novel LNOI technology. ELENA is a collaborative Research and Innovation Action funded by the European Commission under the Horizon 2020 programme.
»Click here for the Press Release!
VPIphotonics at Telecommunications, Optics and Photonics (TOP) Conference 2022
14 - 15 February 2022, London (UK)
»Contribution to conference program, presented by Elias Giacoumidis (14 Feb 2022, 12:15 PM - 12:30 PM):
Data Centres / PONs: "AI-enabled fibre-optic access networks for smart cities"
Abstract: The collaborative R&D project KIGLIS envisions artificial intelligence (AI) enabled fiber-optic communications for smart cities. It targets a considerable increase in data rates
with almost identical hardware costs using AI methods. Dynamic bandwidth allocation and specific latency requirements will enable multiple access to passive optical networks (PON).
We present the performance limitations of different PON solutions based on direct-detection and coherent reception for up to 100 Gb/s and 31.5 dB power budget. We demonstrate effective electro-optical
converted signal processing optimization using machine learning (ML) techniques. We show that sufficient receiver sensitivity and dispersion tolerance can be achieved by combining a low-chirp optical
transmitter in the O-band and simplified receiver-side feed-forward equalization (EQ) in a PAM4 configuration. In C-band, ML-based-assisted EQ can reach the stringent power budget PON requirements when
both coherent and direct-detected systems are employed.
Optical Link Design Automation from Access to Core Networks
Recent growth in the deployment of xHaul networks including metro and core networks triggers the application of very different technologies to support the increase in link distances and
traffic. Critical network design constraints include dense wavelength division multiplexing (D)WDM of channels operating at different data rates, and the deployment of optical amplifiers
and dispersion compensation modules (DCMs) to meet power and dispersion budget requirements. Cost-optimized planning of such networks is a challenging task considering the diverse
equipment constraints. In this webinar we demonstrate an automated network design that efficiently addresses the challenges and requirements for various types of networks.
»Webinar: 9 February 2022, 8AM PT/11AM ET/5PM CET
To watch the recording click here!
VPIphotonics at SPIE Photonics West 2022
22 - 27 January 2022, San Francisco (USA)
Come and meet us on Booth: 5300!
»Contribution to conference program, presented by Andre Richter (26 Jan 2022, 2:35 PM - 2:50 PM PST):
Paper 12027-5: "Transmission-aware multiple lightpath reconfiguration in flexgrid optical networks"
Abstract: We present an algorithmic approach that offers an efficient way of multiple lightpaths reconfiguration, either for increased traffic requests, or lightpath restoration. It permits the building of a feasible optical network design considering the available spectrum, traffic
demand characteristics, network topology, equipment configurations, and engineering constraints. We show the employment of methods for calculating and provisioning multiple lightpaths. Our approach is flexible enough to accommodate optical network topologies of different types and sizes. The result
is a lightpath configuration that is optimized for spectrum utilization and GSNR degradation.
To to watch the recording click here!
VPItoolkit™ DSP Library - Version 5.0
VPIphotonics announces the release of new version 5.0 of the VPItoolkit DSP Library, a powerful set of digital signal processing algorithms developed by the Photonic Networks and Systems department at Fraunhofer HHI.
• Function "Perturbation-based End-to-End Channel" has been added to calculate the per-symbol nonlinear interference from a given transmitted symbol sequence and the kernel coefficients. This function realizes a discrete-time end-to-end fiber-optical channel model that is based on the first-order perturbation approach.
• Function "Nonlinear Equalizer" has been added to compensate for the self-channel nonlinear interference using a T-spaced single-step (post-)equalizer based on the first-order perturbation theory. The idea is to compensate for the nonlinear distortion using a per-symbol T-spaced nonlinear equalizer (e.g., after carrier-phase recovery).
Together with Siemens EDA, we continue improving the interface between VPIphotonics Design Suite, L-Edit, and S-Edit tools to provide a streamlined environment for optoelectronic and photonic integrated circuits and systems design.
VPIphotonics at 5th PIC International Conference
9 - 10 November 2021, Brussels (Belgium)
»Contribution to the conference program, presented by Andre Richter:
Title: "Coping with the diversity of technologies and applications in CAD environments"
Abstract: Versatile design tools for integrated photonics and optoelectronics need to support a diversity of technologies addressing very different types of applications. This imposes
stringent requirements on software environments, especially on circuit simulators emulating the characteristics of the components to be developed. We present an easily extensible simulation platform
that allows in particular to integrate third-party tool capabilities and lab characterization information into a seamless simulation workflow. We illustrate its value for nonlinear photonics and
quantum communication applications, the virtual testing of photonic chip characteristics, and the electrical and optical codesign of component and system solutions.
ECOC Exhibition Virtual Catch Up
European Conference on Optical Communication
1 - 3 November 2021, online
Following on from the return to the exhibition halls in Bordeaux, France in September the virtual catch-up is the perfect place to connect with exhibitors, customers and colleagues not able to attend the physical event and to attend sessions from Market Focus and Product Focus.
The virtual event will run in the same format as ECOC Live 2020, delivering 3 days of industry developments and insights, discussion from leading companies and networking.
The unique virtual exhibition hall enables you to browse virtual booths, download information, watch product videos and request meetings at time that suits your schedule and timezone.
A simulation environment for QKD systems and co-existing classical channels
Recently VPIphotonics developed a new simulation tool, VPItoolkit QKD. When used together with VPItransmissionMaker Optical Systems, a simulation environment for classical transmission systems, they
represent a powerful R&D environment for the development of QKD systems based on weak-coherent prepare-and-measure protocols, including co-existence scenarios with classical channels. The design environment
can serve as a test bed for the development and evaluation of various implementation options of QKD systems and sub-systems, such as pulse shaping, signal recovery and filtering, and others.
»Webinar: 6 October 2021, 8AM PT/11AM ET/5PM CET
To to watch the recording click here!
Photonics Days 2021 Berlin Brandenburg
4 - 7 October, 2021
Photonics – enabling technologies, still and now more than ever!
Our team will attend and also contributes to the PolyPhotonics Berlin Workshop ⇒ 5 Oct, 15:00 - 18:00:
"Simulate and characterize your hybrid PIC design" presented by André Richter (15:42)
the largest conference on optical communications in Europe
Come and meet us on Stand: 800!
»Technical Session SC5 - Optical Transmission systems – High capacity transmission (We3C1.6, Wed 15:15 - 15:30):
"Impact of Wavelength-Dependent I/Q Imbalances of Standard C-Band Transceivers in Rate-Adaptive Multiband Systems" presented by Gabriele Di Rosa
Abstract: We experimentally characterize wavelength-dependent I/Q imbalances when operating standard C-band IQ-modulator and coherent receiver in S-C-L-band systems. We evaluate their impact on the achievable entropy rate for probabilistically shaped PDM-256/64-QAM and show no penalty up to 150 nm bandwidth based on a single calibration.
»Workshop SC4 - Techniques for digitally enhancing optical communication – How machine learning can revolutionize optical fiber communications? (Mo1B-WS/Mo2B-WS, Mon 9:00 - 12:30):
"Unsupervised machine learning for modern transmission systems" presented by Elias Giacoumidis
»Workshop SC6 - Theory of Optical Communications and Quantum Communications – Optical communications beyond 2020: Are we ready for the quantum age? (Mo3D-WS/Mo4D-WS, Mon 13:30 - 17:00):
"Modelling Weak-Coherent CV/DV QKD Systems using a Classical Simulation Framework" presented by André Richter
»Special Event - Wideband Optical Networks (WON) (Mo3A-SE/Mo4A-SE, Mon 13:30 - 17:00):
"Wavelength-Dependency of Standard C-Band Transceivers Performance in Multiband Systems" presented by Gabriele Di Rosa
VPIphotonics announces new release of VPIlinkDesigner, a software tool for optical link engineering including equipment placement and configuration and a thorough system wide performance assessment.
VPIphotonics announces new version of its industry-leading simulation and design environment for optical components and transmission systems.
»Click here for for more details and the Press Release!
VPIphotonics at OSA Advanced Photonic Congress 2021
26 - 30 July 2021, online
VPIphotonics will participate in the OSA Advanced Photonics Congress. Come and join our talk "Multi-dimensional Short Blocklength Probabilistic Shaping for Digital Subcarrier Multiplexing Systems" which will be held virtually by Abdelkerim Amari.
VPIphotonics at IEEE Photonics Society Summer Topicals 2021
19 - 21 July 2021, online
VPIphotonics participates in the IEEE Photonics Society Summer Topicals. Don't miss our invited presentation on "Modeling aspects when designing wideband transmission systems", part of the conference topic "Ultra-wideband Optical Fiber Communication Systems". It will be presented virtually by André Richter, who will be online for Q&A on 20. July 2021 during the allocated streaming time.
OPTICS & PHOTONICS International Exhibition
30 June - 2 July 2021, Pacifico Yokohama, Japan
OPIE - LASER EXPO is one of the largest exhibitions in Japan specialized for the photonics industrial sector. We will present our software solutions for photonic design and analysis in cooperation with our Japanese distributor AISAY Corporation, a technology trading company based in Yokohama, Japan, dealing with state-of-the-art industrial products such as optical and electronic components and software. Come and meet our experts to discuss your application and learn more about our products and services.
VPIphotonics at Photonics+ 2021
29 - 30 June 2021, online
PHOTONICS+ Virtual Exhibition and Conference, in partnership with EPIC, is a new efficient networking event for the photonics industry due to take place from 29 - 30 June 2021. Watch us at this exciting event! We will be contributing a forward-looking talk about "Design of Integrated Photonic Waveguides & Optical Fibers with VPIdeviceDesigner", presented by Chris Maloney, Director of Business Development.
28 June - 1 July 2021, online
VPIphotonics will participate in 25th International Conference on Optical Network Design and Modelling from 28 June - 1 July 2021. Don't miss our talk "Transmission-Aware Bandwidth Variable Transceiver Allocation in DWDM Optical Networks" presented by Dmitry Khomchenko on 1 July 2021 at 11:25 AM (CET).
To to watch the recording click here!
Releasing a new interoperable software platform for the design of photonic devices, empowering researchers to explore new designs for photonic integrated circuit (PIC) passive components and optical fibers. This new platform streamlines the migration of device-level simulation data into a circuit-level simulator for the design and optimization of PICs.
»Click here for the Press Release!
Open Training Course: Automated Design of Photonic Integrated Circuits
24 - 27 May 2021, online
VPIphotonics at CLEO 2021 – Laser Science to Photonic Applications
9-14 May, 2021 Online Only
VPIphotonics will participate in the CLEO Technical Conference. Visit us at the Technology Showcase and in the Virtual Booth Exhibition.
»Don't miss our talk at the CLEO Technology Showcase,
"New Interoperable Software Platform for the Design
of Photonic Devices"
will be held virtually on Tuesday May 11th at 16:40 CET.
»Click here for the Press Release and for the recording!
For free attendance, register for a CLEO Exhibits Plus Pass.
VPIphotonics announces the release of VPIlinkConfigurator Version 4.3, a versatile software tool for optical network engineering including automatic equipment placement and configuration and a thorough system-wide performance assessment.
VPIphotonics at AngelTech Virtual Live III
12 April, 2021 Online Only
»Contribution to the 3rd virtual AngelTech Online Summit, presented by Andre Richter:
Title: "Fabrication tolerance-aware schematic-driven PIC design"
Abstract: PIC fabrication tolerances are inevitable and strongly degrade device yield, unless their impact on overall performance characteristics is considered during the design
process. We present a general-purpose schematic-driven design framework that provides easy access to statistical performance techniques. By introducing a novel method that allows for the
identification of critical light paths and applying automated phase compensation inside the models, the analysis of fabrication tolerances on-wafer and between wafers is significantly
simplified. We demonstrate its application in several PIC designs including complex photonics-based neural networks.
To to watch the recording click here!
VPIphotonics at SPIE Photonics West 2021
6-11 March, 2021 Online Only
»Contribution to conference program, presented by Andre Richter (On-demand starting 6 March):
Paper 11690-2: "Schematic-driven PIC design process considering manufacturing tolerances"
Abstract: Inevitable manufacturing tolerances strongly degrade the fabrication yield of photonic integrated circuits (PICs), unless their effect on overall performance characteristics is considered and
mitigated during the design process. We present a general purpose schematic-driven design framework that provides easy access to statistical performance techniques such as sensitivity, corner and yield analysis.
It supports the analysis of statistical parameter variations due to manufacturing tolerances on-waver and between wavers, and delivers valuable insights into the dependency of structural parameters on the overall
PIC performance. We demonstrate its application on complex PIC designs comprising up to hundreds of photonic building blocks.
Automated PIC Modelling: A Photonic Neural Network Use Case
As the complexity of Photonic Integrated Circuits (PICs) continues to grow, testing environments become more complicated. In this webinar, we will present several simulation
testbenches prepared for visualizing typical measurement characteristics. The examples we will discuss include methods for group index verification, simulation of passive circuit
transfer functions, characterization of SOAs, and evaluating the transfer characteristic of an Activation Unit for a Photonic Neural Network. These examples will all be demonstrated
live using the photonic design automation (PDA) software VPIcomponentMaker Photonic Circuits.
»Webinar: 25 February, 8am PST, 11am EST, 5pm CET
To watch the recording click here!
PHOTONICS+ Virtual Exhibition and Conference, in partnership with EPIC, is a new, efficient networking event for the photonics industry due to take place for the first time on 17 + 18 February 2021. The innovative live, digital event brings stakeholders in the photonics industry together with relevant user areas.
»Watch us at this
exciting event! We will be contributing to the programme a forward looking talk:
The future is bright: A glimpse into the crystal ball of Photonic Design Automation.
