3D graphical interface for model rendering, construction and verification
where vision meets precision: Optical Simulation Software, Measurement Systems & Consulting
CBS Inc. is the exclusive Canadian distributor of Photon Engineering’s and Photon Design’s software products. Through our partnership with Photon Engineering, we bring you the globally recognized FRED Optical Engineering Software suite used for straylight analysis, laser systems, LED/illumination system design, and imaging systems. Additionally, we offer Photon Design's CAD tools used for modeling both active and passive photonics components and optical circuits. As the North American distributor for opsira, we offer high-tech products in the fields of photometry, spectrometry, and goniometry.
We are committed to enhancing your optical engineering projects with innovative software and measurement solutions. Get in touch with us today to explore how we can take your research and projects to a new height.
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FIMMWAVE
FIMMWAVE is a powerful and fully vectorial mode solver for 2D + Z waveguide structures. It is a highly flexible waveguide CAD tool that has the ability to solve for a wide range of materials and complex waveguide geometries as it supports a large number of complementary algorithms.
FIMMPROP
FIMMPROP is a powerful and versatile tool for simulating 2D and 3D optical propagation in waveguides. Through the Eigenmode Expansion Method, it not only provides the simulation result, but also gives a detailed explanation of what's going on within the device, leading to valuable insights that can be used to improve the structures.
OMNISIM
OMNISIM is a robust and versatile simulation tool used for the design and optimization of nano-photonic and plasmonic devices. OMNISIM is the only software package to include both FDTD, FETD and RCWA engines.
PICWAVE
PICWAVE is a photonic circuit (PIC) simulator including a sophisticated physical model for laser diodes and SOAs. The simulator is ideal for developing optoelectronic devices such as tuneable lasers and modulators, then studying their interaction in a larger circuit.
HAROLD
HAROLD is an advanced heterostructure simulator for modeling Fabry-Perot quantum well lasers with near-arbitrary vertical structure and layer compositions. HAROLD also includes a full 3D VCSEL model, taking into account optical, electrical, and thermal effects.
EPIPPROP
EPIPPROP is a unique and innovative tool for the modeling and optimisation of AWGs (arrayed waveguide gratings) and echelle gratings and planar concave gratings in particular for wavelength division multiplexing applications (WDM/DWDM).
Design, Simulate & Innovate with FRED Optical Engineering Software
Request a DemoProducts
FRED
Feature Highlights Include:
Import lens data from lens design software such as Zemax, CODE V, OSLO
Import and export 3D CAD files such as IGES, STEP, OBJ, etc.
Non-sequential and sequential ray tracing
64-bit architecture
Coherent Beam propagation
Multi-threading using up to 17 CPU threads
Built-in scripting environment
FRED Optimum
Includes FRED features, plus:
All features included in FRED standard
Multi-variable optimization capability
Parameter Sensitivity Analysis
Tolerancing analysis
System Configurations Manager
Parameter Pickups
Distributed calculation function on unlimited PCs
Multi-threading up to 127 CPU threads
Distributed Computing
FREDmpc
Includes FRED and FRED Optimum features, plus:
All features included in FRED Standard & Optimum
GPU based raytrace calculation
150x faster raytrace
Linear scaling with number of GPUs
Ray splitting and Monte Carlo options
Single and double precision modes
Distributed computing capability
Bringing Accuracy and Innovation to Light with opsira's Optical Measurement Systems
As the exclusive North American distributor of opsira's renowned optical measurement systems, we take pride in offering a wide range of high-precision optical measurement products designed to meet the evolving needs of industries where precision and accuracy are paramount. From the robogonio goniophotometer, which seamlessly combines near-field, rapid far-field, and spectral measurement capabilities into a single, versatile system, to integrating spheres, luminance cameras, radiometers, spectrometers, and an extensive range of additional cutting-edge equipment, we provide a comprehensive suite of solutions that cater to the specific requirements of various sectors.
Optical Engineering Consulting
At CBS, our highly experienced multilingual team excels across a diverse range of industries. We take pride in our ability to provide comprehensive design and analysis services, covering the entire spectrum of the Research and Development (R&D) process. From conceptualizing and evaluating initial proofs of concept to meticulously debugging prototype performance and conducting thorough stray light analyses for substantial optical systems. Our extensive experience across diverse markets and applications, combined with our world-class optical design and optomechanical engineering skills, positions us to guide your projects from inception to production while optimizing for cost, performance, and quality.