VPIphotonics offers simulation software and design services for integrated photonic devices, optical transmission systems, and network applications. It integrates simulation techniques and professional design functions. Self-described industry leading solutions.

VPIphotonics

VPIphotonics | 2,409 followers on LinkedIn. Professional Simulation Tools for Components, Systems &amp; Networks | Join us at VPIphotonics, driving photonic innovation worldwide.
We develop cutting-edge software solutions that optimize photonic systems, empowering engineers and researchers to design and analyze with precision.
Our collaborative team of experts fosters creativity and delivers exceptional results in a dynamic international environment.

Director Helpdesk & Internal Services at VPIphotonics

Thomas Fiebig

Financial Controller

Harald Fleick

Managing Director of US Operations at VPIphotonics

Chris Maloney

Project Manager at VPIphotonics

Denis Kruchkov

Get ready to hear from our General Manager, Dr. André Richter, at the IEEE Photonics Society in Rome, Italy, from November 10-14! Learn from his 25+ years of expertise in optical communications, fiber optics, and integrated photonics in two sessions: - Industry Panel: Photonic Standards – Drivers and Needs: Wednesday, November 13, 10:30 AM - 12:00 PM Join industry experts to discuss how standards can help overcome obstacles that limit growth in the photonics industry. - Photonic Neuromorphic Computing - Simulation and Design Challenges: Thursday, November 14, 11:30 AM We examine the simulation and design challenges of photonic neuromorphic computing, focusing on deep neural networks (DNNs) and reservoir computing. Explore the sessions today in the IPC program: https://lnkd.in/enYfz2SG #neuralnetworks #simulationsoftware #photonics

Join our comprehensive training series and elevate your photonic workflow design skills from the fundamentals to advanced techniques! Learn directly from our team of experts and gain hands-on experience with cutting-edge photonic design automation software. Don’t miss out—register today: https://lnkd.in/eKbeRsqB #photonicdesign #simulation #opticalnetworks

We’re looking forward to seeing those of you attending the IEEE Military Communications Conference in Washington, DC. Discover how our free space optics satcom simulations can elevate your projects.

In our upcoming training series, you will learn to: · Design waveguides and fibers · Automate the design of photonic integrated circuits · Design fiber-based devices such as doped-fiber amplifiers · Simulate high-speed optical transmission systems · Engineer optical networks We hope you can join us – register today: https://lnkd.in/eKbeRsqB #PICs #opticalnetworks #simulationsoftware

The Photonic Enabled Cloud Computing (PECC) Summit just wrapped up today, and here are my personal takeaways from the event: 1.) It is clear that optical interconnects are a key enabling technology for AI Datacenters (but we all knew that, that's why we were there) 2.) There's been a lot of talk over the years about different approaches like Linear Pluggable Optics (LPO), Near Packaged Optics (NPO) and Co-Packaged Optics (CPO). This event cleared up that it's not a question of one or the other, but rather that each will have its place. Some applications require the flexibility LPO offers, while others need the higher performance that CPO provides, so all of these solutions will coexist depending on the use case. 3.) The real question is: What copper interconnects will be replaced by optical interconnects? It's thought that optics could replace copper for meter-scale GPU-to-GPU connections (like NVLink), this is still to be proven but there are many are working on it. Meanwhile, copper is expected to remain dominant for shorter, mm-scale connections like GPU-to-HBM3. 4.) Silicon photonics is being implemented at scale, but we need more end users demanding standardization around PDKs and testing from the industry to push us to that next level of maturity and drive broader adoption. At VPIphotonics , we’re helping solve these challenges by offering simulation tools that allow you to model and simulate photonic integrated circuits (PICs) within a full optical transmission system together in a single interface. You can then extend that solution to simulate the entire electrical-optical-electrical (EOE) link using our joint solution with Keysight Technologies ADS, enabling electrical-optical co-design and full end-to-end link validation. Check out a short demo of our EOE solution here: https://lnkd.in/ePBw9aiy Thanks to the Optica team, Jose Pozo , Olga Raz , Jon Pugh and Melissa Kallos with the Advanced Photonics Coalition for putting on such an exciting and informative event.

ICSO is underway, and we’re excited to see you here! If you’re attending, be sure to stop by and connect with our FSO simulation experts, Shi Li and Roza Navitskaya, at booth 21. Don’t miss their conference paper, "Optical Satellite Communication: System Simulation And Design Framework," which will be presented during the poster session today, 10/22, at 17:10. #freespaceoptics #simulation

We just launched the Bundesministerium für Bildung und Forschung funded HYPERCORE project! The joint project is dedicated to the development of a new generation of #communicationnetworks to meet the challenges of the digital future. In #HYPERCORE , we are working to significantly increase network capacity, flexibility and security – while minimizing energy consumption. The key to this are innovative multiband amplifiers & transceivers that enable higher data rates without increasing energy requirements. We are proud to coordinate this project as well as contributing our expertise to optimize the metro and core networks that will serve as the backbone of tomorrow's hyper-connected society. Thanks to our partners from research & industry who make this groundbreaking project possible: Universität der Bundeswehr München , Karlsruher Institut für Technologie (KIT) , Christian-Albrechts-Universität zu Kiel , Universität Stuttgart , Adtran , VPIphotonics , ADDIX GmbH & CAD CONNECT . Learn all about the project & and the field tests we have planned here: https://lnkd.in/dis44-Q8 © shutterstock/metamorworks edited by Fraunhofer HHI

Fraunhofer Heinrich Hertz Institute HHI

We’re attending the IEEE Military Communications Conference in Washington, DC, October 28 - November 1. Visit us at the conference to learn more about our free space optics satcom simulation solutions. The updated FSO channel models offer faster performance and new features like calculating isoplanatic angle and Strehl ratio. Our demonstrations will showcase the improved performance of FSO links using importance sampling for rare scintillation events and FEC for GEO satellite-to-ground links. #satcom #simulation #freespaceoptics

Don’t miss us at ICSO 2024! Find our team of experts at booth 21 ⬇

Metric
Company Name	VPIphotonics
Symbol
MSH ID	COM:VPIPHOTONICS
Market	PRIVATE
Sector	Technology
Industry	Software & Computer Services
Country	DE
Stage
Employee Count
Website	vpiphotonics.com
LinkedIn	vpiphotonics
Founders

Metric
Market Cap
Enterprise Value
Monthly Web Traffic
Web Traffic Growth
Valuation
Raised Capital

Metric
Revenue
Revenue (LTM)
Revenue (NTM)
Gross Profit
EBITDA
Operating Income
Net Income
EPS
Diluted EPS
Revenue 2022
Revenue 2023
Revenue 2024
Revenue 2025
Revenue 2026

Metric
Revenue Growth (LTM)
Revenue Growth (NTM)
Gross Profit Growth (LTM)
EBITDA Growth (LTM)
Net Income Growth (LTM)
14-Day Growth Score
28-Day Growth Score
90-Day Growth Score
365-Day Growth Score

Metric
Gross Profit Margin
Operating Profit Margin
EBITDA Margin
Net Profit Margin
Return on Equity
Return on Assets
Return on Capital Employed

VPIP

COM:VPIPHOTONICS

VPIphotonics

Company Overview

Market Metrics

Financial Performance

Growth Metrics

Profitability Ratios

Valuation Multiples

Operational Metrics

Cash Flow Metrics

Balance Sheet Metrics

Efficiency Metrics

Metric
P/E Ratio
P/B Ratio
Revenue Multiple (LTM)
Revenue Multiple (NTM)
EBITDA Multiple (LTM)
EBITDA Multiple (NTM)
Price to Sales Ratio
EV Multiple

Metric
Days Sales Outstanding
Days Payables Outstanding
Days Inventory Outstanding
Operating Cycle
Cash Conversion Cycle
Asset Turnover

Metric
Operating Cash Flow
Free Cash Flow
Cash Flow to Debt
Operating Cash Flow/Sales
Free Cash Flow Yield

Metric
Cash & Equivalents
Accounts Receivable
Inventory
Goodwill
Debt to Capitalization
Debt to Assets
Current Ratio
Quick Ratio

Metric
Rule of 40 (LTM)
Rule of 40 (NTM)
Stock Comp to Revenue
R&D to Revenue
SG&A to Revenue