Following productive discussions with various European defense technology organizations, we are excited to share key industry trends and highlight how our simulation suite is supporting these next-generation applications.

Key Defense Industry Trends
As defense architectures evolve, the demand for secure, high-capacity, and precise optical technologies is accelerating. Two major areas of focus stood out at the meeting:

High-Power Fiber Lasers for Directed Energy: There is a significant and growing effort to develop high-power fiber lasers designed to neutralize airborne threats, including drones and missiles. Designing these robust systems requires precise modeling of laser dynamics and thermal effects.

Tactical Free-Space Optics (FSO) Communications: FSO is becoming essential for establishing secure, high-bandwidth, and interception-proof communication links in the field. This includes critical, ultra-fast data transmission for missile-to-missile and launcher-to-missile communication networks.

How Optiwave Supports the Defense Sector
During the event, we saw strong interest from European companies looking to implement our software for these exact use cases.

OptiSystem is fully equipped to help defense contractors and research agencies model and optimize these specialized applications. Whether engineers are designing complex high-power fiber laser systems for directed energy applications or simulating secure FSO communication links under varying atmospheric conditions, OptiSystem provides the reliable, high-fidelity simulation environment required to ensure mission-critical success.

We are currently setting up software evaluations for several organizations we connected with at the event, specifically focusing on our FSO simulation capabilities.

Interested in evaluating OptiSystem for your defense applications?
Contact our team today to request a free evaluation and discuss your specific engineering bottlenecks.

The post Optiwave at the EPIC Technology Meeting on Photonics for Defense: Advancing FSO and High-Power Lasers appeared first on Optiwave.

OptiOmega, a next-generation 3D-FDTD (Finite-Difference Time-Domain) solver engineered to design and analyze integrated photonic devices.

FOR IMMEDIATE RELEASE

Ottawa, ON, Canada – Optiwave Systems Inc. announces the availability of OptiOmega, a next-generation 3D-FDTD (Finite-Difference Time-Domain) solver engineered to design and analyze integrated photonic devices.

Addressing the challenges of complexity in integrated systems, OptiOmega utilizes Graphics Processing Units (GPUs) to deliver simulation speeds over 100x faster than standard CPU-based solvers. This performance allows organizations to design and analyze photonic devices accurately within a short time frame.

Key Capabilities and Features:

GPU Acceleration & Cloud Compatibility: OptiOmega provides a complete vectorial solution at turbo speed. It is capable of running on cloud services like AWS and Azure, allowing users affordable access to fast GPUs and high RAM.

Python-Based Workflow: The entire workflow is based on the Python language, enabling users to automate simulation processes and leverage Python libraries for data analysis.

Advanced Automation: To minimize manual labor, OptiOmega features automated port detection and classification, automatic simulation domain sizing, and an auto-shutoff feature that stops the simulation once fields are well converged.

Integrated Mode Solver: The software comes bundled with a VFD mode solver, designed to compute guided modes for anisotropic, lossy, and inhomogeneous dielectric structures.

Optimization & Precision: Features include Particle Swarm Optimization (PSO) for device optimization and sub-pixel averaging to reduce stair-casing of permittivity profiles, ensuring accurate results even with coarser mesh settings.

Interoperability: OptiOmega works seamlessly with OptiSPICE and OptiSystem. Users can simulate devices in OptiOmega and import the resulting S-parameters and modal data into these tools to validate performance at the chip and system levels.

“With the increasing complexity of integrated systems, accurate and rapid design analysis is critical for organizations to thrive,” said Cem Bonfil, Team Leader of OptiSPICE and OptiOmega at Optiwave. “OptiOmega offers a complete vectorial solution that not only accelerates simulation times but also streamlines user workflow minimizing the time required to generate s-parameters from GDSII mask layouts.”

Availability OptiOmega is available now. Users can download 30-day free evaluations and access release notes directly from the website.

For more information, visit: https://optiwave.com/optiomega-overview/

Contact: Optiwave Systems Inc. Email: [email protected]

About Optiwave Systems Inc.
Optiwave (www.optiwave.com) is a major provider of engineering design software products for photonic, biophotonic, and system design engineers.  Optiwave provides a comprehensive variety of optical component and system design tools to thousands of leading high-technology businesses and academic institutions. An established community of engineers and scientists in over seventy countries supports Optiwave’s hallmark of achievements in Canadian business for 30 years.

The post OptiOmega 1.0 Press Release appeared first on Optiwave.

Latest release introduces new components, enhances existing features, and expands the example library for comprehensive optical system design.

OTTAWA, CANADA – Novermber 6, 2025 – Optiwave is excited to announce the release of OptiSystem 23.0, featuring powerful new components, faster simulations, and enhanced integration for optical communications, LiDAR, free-space optics applications (FSO) and optical sensor.

This major update continues Optiwave’s mission to empower researchers, engineers, and educators with next-generation design capabilities for photonic systems — from fiber sensors and UAV links to high-speed transmission and integrated circuits.

What’s New in OptiSystem 23.0:

New Components

• Universal Phi-OTDR Sensor – Model Rayleigh-based vibration sensing for distributed optical fiber sensors.
• Digital Pre-Emphasis (DPE) Filter – Compensate for bandwidth limitations in high-speed optical and electrical links.
• LiDAR Signal Processor & Target – Design advanced LiDAR systems using ToF, phase-shift, or FMCW techniques.
• UAV Channel – Simulate free-space optical links between ground and UAVs considering scintillation and beam wandering.
• Optical & Electrical Random Number Generators – Generate random signal parameters for advanced modeling.
• Enhanced Machine Learning Tool – Train single-parameter optical models alongside multilevel eye-diagram analysis.

Enhanced Features

• PAM4 & PAM8 Support for BER and SER statistical analysis.
• Accelerated FSO Calculations and improved optical S-Parameter performance for PIC characterization.
• Python 3.12 Integration with user-defined library support.
• Improved Main Layout & SDK with new global parameter synchronization and noise-iteration control.
• Expanded Example Library, including new LiDAR, Phi-OTDR, PAM4/PAM8, and RNG system designs.

Experience the Future of Optical System Design

OptiSystem 23.0 redefines simulation flexibility and accuracy across communications, sensing, and photonic integration — helping users accelerate research and innovation in modern photonics.

Click here for the release notes.

About Optiwave Systems Inc.
Optiwave (www.optiwave.com) is a leading provider of engineering design software products for photonic, biophotonic, and system design engineers.  Optiwave provides a comprehensive variety of optical component and system design tools to thousands of leading high-technology businesses and academic institutions. An established community of engineers and scientists in over seventy countries supports Optiwave’s hallmark of achievements in Canadian business for 30 years.

The post OptiSystem 23.0 Press Release appeared first on Optiwave.

We are thrilled to announce that Optiwave Systems Inc. is a proud partner of the upcoming PIC Summit Europe on 4–5 November 2025.

PIC Summit Europe is one of the most prominent events in the Dutch Integrated Photonic Chip industry, attracting experts from around the globe. Meet an entire industry of designers, foundries, integrators, OEMs, investors, and thought leaders at Eindhoven’s famous Evoluon.

Join us and be part of a rich programme of events as we collaborate to embrace the biggest challenges and opportunities in the PIC industry.

Find our new software for PIC design and how it can speed up your design workflow.

From expert keynotes to hands-on sessions and exclusive networking dinners, PIC Summit Europe 2025 is the event to drive growth and collaboration in Integrated Photonics.

Schedule a Meeting

To ensure a dedicated time to discuss your projects with our team, we encourage you to schedule a personalized demonstration in advance. Please contact us at [email protected] to book a meeting.

We look forward to seeing you in Eindhoven!

The post Join Optiwave at the PIC Summit Europe 2025! appeared first on Optiwave.

Optiwave is thrilled to announce that we will be a proud sponsor and exhibitor at the IEEE Photonics Conference 2025 in Singapore!

This premier event, happening from November 9–13, 2025. The IEEE Photonics Conference’s topics cover vast technical areas within the photonics community and the interests of our members. Attendees will be able to participate in Plenary Sessions, Invited Talks, Panel Discussions, Tutorial Sessions, Special Symposia and the Photonics Industry Focus programming, across the conference’s topical areas.

Get Exclusive Insights: Be among the first to hear about our new developments and future roadmaps, particularly our new PIC design tool.

See Live Demos: Experience our latest technologies and products firsthand. We will be showcasing OptiSystem, OptiFDTD, OptiSPICE and our new PIC design tool.

Meet Our Experts: Engage in deep-dive conversations with our scientist and product specialists. Bring your toughest challenges and explore how our solutions can power your next-generation designs.

Discover New Possibilities: Learn how Optiwave is pushing the boundaries in photonics industry to solve the most complex problems.

Schedule a Meeting

To ensure a dedicated time to discuss your projects with our team, we encourage you to schedule a personalized demonstration in advance. Please contact us at [email protected] to book a meeting.

We look forward to seeing you in Singapore!

The post Join Optiwave at the IPC 2025 in Singapore! appeared first on Optiwave.

Optiwave is excited to be sponsoring and exhibiting at the Photonique en Seine: Challenges de la Photonique francilienne in Paris, France. This prestigious gathering is a focal point for breakthroughs in photonic device technology, making it the perfect venue for a revolutionary announcement.

For years, PIC designers have navigated complex, disjointed toolsets. Optiwave is working on a new tool which is a unified, powerful platform that seamlessly integrates every stage of the design process—from initial concept and simulation to final validation—dramatically reducing design cycles and accelerating innovation from the lab to fabrication.

Join us at our booth to:

• Witness a Live Demo: See how our photonics tools streamline a complete PIC design workflow in a live, interactive session.
• Challenge Us with Your Designs: Bring your most complex design challenges and see how our powerful features can provide a solution.
• Get a Personalized Walkthrough: Our team of photonic design experts will be on hand to discuss your specific needs and demonstrate how we can transform your R&D process.
• Learn About Early Access Opportunities: Be among the first to get hands-on with our new PIC design tool.

Schedule a Meeting

To ensure a dedicated time to discuss your projects with our team, we encourage you to schedule a personalized demonstration in advance. Please contact us at [email protected] to book a meeting.

We look forward to seeing you in Paris!

The post Meet Us at Photonique en Seine : Challenges de la Photonique francilienne in Paris appeared first on Optiwave.

The Optiwave team is heading to Marseille, France, to exhibit at the Optica Advanced Photonics Congress. From July 14-17, we’ll be joining the world’s top researchers, engineers, and industry leaders to explore the latest breakthroughs in optical technology.

We invite all attendees to stop by to connect with our team and see our powerful design software in action. We’ll be showcasing our comprehensive suite of tools that empower innovators to speed up the development of next-generation photonic technologies.

What to Expect at Our Booth:

Experience live, interactive demonstrations of our industry-leading software, including:

• OptiSystem: The definitive tool for designing and simulating optical communication systems.
• OptiSPICE: A powerful, integrated environment for the schematic capture and simulation of optoelectronic circuits including Photonic Integrated Circuits (PICs).
• OptiFDTD: The essential software for the advanced design and analysis of passive photonic components, from waveguides to metamaterials.

Our technical experts will be on-site to discuss your specific design challenges and demonstrate how Optiwave’s integrated workflow can help you reduce development cycles, improve accuracy, and push the boundaries of what’s possible in photonics.

Schedule a Meeting

To ensure a dedicated time to discuss your projects with our team, we encourage you to schedule a personalized demonstration in advance. Please contact us at [email protected] to book a meeting.

We look forward to seeing you in Marseille!

The post Join Optiwave at the Optica Advanced Photonics Congress 2025! appeared first on Optiwave.