Optical Design and Simulation Products

	FDTD Solutions Employing the industry-proven finite-difference time-domain (FDTD) algorithm, FDTD Solutions empowers device and components designers to confront challenging optical propagation design problems. Rapid prototyping and reduced reliance upon experimental validation leads to drastically reduced product development costs and time-to-market. Explore how FDTD Solutions can facilitate your drive to succeed in diverse application areas spanning photonic and optical design to biophotonics. About FDTD Solutions		Customer Successes "As optical lithography pushes to the 22 nm node these types of tools are absolutely necessary. There would no way I could do the problems I'm presently doing without FDTD Solutions' multi-processor capability. B. Tharaldsen, ASML "FDTD Solutions has been instrumental in developing our silicon photonics platform. Any structure that comes to mind, I can very quickly and efficiently simulate using its excellent interface and easy-to-use clustering capabilities. M. Webster, Lightwire "FDTD Solutions ... dramatically outperforms the rival software in terms of speed, the transparent user environment, the analysis tools, and the support. ... It is the complete package: an elegant interface, a powerful scripting language which has essentially replaced matlab for my data processing, an accurate treatment of metals and loss, an invaluable database of example simulations and scripts, and same-day support from physicists with a deep understanding of my research questions. M. McCutcheon, Harvard University
	MODE Solutions MODE Solutions accurately describes the physical operation of both conventional and non-conventional waveguide geometries alike, allowing product engineers and R&D scientists to focus on innovating new design concepts while being confident in the accuracy of the simulation results. The core technology of MODE Solutions allows it to detail truly arbitrary waveguide geometries, from traditional fiber and rib waveguides to more sophisticated devices involving photonic crystal fiber, sloping-wall ridge waveguides, and spatially-varying refractive index distributions. Discover how MODE Solutions can speed your product development cycle and allow you to innovate novel solutions. About MODE Solutions