"Accurate and timely modeling is critical to optimizing PLC design and to avoiding costly design mistakes. Optiwave has provided my group with an excellent tool for modeling PLC structures. OptiBPM is easy to use, flexible, powerful and fast. Additionally, the support we have received has been uniformly excellent. I can wholeheartedly recommend Optiwave for waveguide and fiber-optic modeling."
PhD Physicist, Optical Designer - Advanced Technology Center,
Lockheed Martin Corporation
"As optical systems become more and more complex, scientists and engineers must increasingly adopt advanced software simulation techniques for vital assistance with design issues. OptiSystem's power & flexibility facilitates efficient & effective photonic designs"
Dr. Govind P. Agrawal,
Professor - Institute of Optics, University of Rochester
and Author 'Fiber-Optics Communications Systems'
"We are using OptiFDTD to perform 2D and 3D simulations of CMOS image sensor pixels to evaluate their optical efficiency. OptiFDTD is a very versatile simulation tool and we have been very impressed with the technical support we have received from Optiwave."
Dept. of Electrical Engineering Stanford University
"With the help of Optiwave's powerful simulation tools, StockerYale's high-performance specialty optical fibers are sold to some of the world's most prominent manufacturers. OptiAmplifier is extremely useful for optimizing all cost/performance aspects of amplifier engineering, saving us and our customers valuable time and money."
Senior Vice President of Sales and Marketing,
Optical Components, Stocker Yale, Inc.
"At Phiar, we are on the leading-edge of photonics technology. We use Optiwave's photonic design automation tools because of Optiwave's features, great technical support, competitive pricing and overall willingness to go the extra mile to meet our needs."
Product Development Engineer - Core Technology Development