Optiwave: Work

These features enable users to design, simulate, and optimize optical communication systems, making Optiwave a powerful tool for researchers and engineers in the field of optical communications.

OptiSPICE extends the classic SPICE engine (originally for electronics) to photonic nodes. Each optical component (laser, ring resonator, phase shifter) is modeled with an equivalent circuit: optical power → current, phase → voltage. optiwave

OptiBPM is a based on the Finite-Difference Beam Propagation Method (FD-BPM). It excels at modeling slowly varying waveguides, tapers, Y-junctions, and directional couplers. These features enable users to design, simulate, and

On the technological front, is a pioneer in software for designing and simulating optical components and networks. Their tools are essential for engineers developing next-generation 5G networks, fiber optics, and free-space communication. Key Software Packages OptiBPM is a based on the Finite-Difference Beam

OptiSystem is the market-leading tool for end-to-end optical network simulation. It operates on a engine, similar to MATLAB/Simulink but optimized for photonic effects.

Optiwave is a software tool used for designing and simulating optical communication systems. Some of its key features include: