BeamPROP.v5.1.9.vs.Fullwave.v3.0.9微光学分析软件 
BeamPROP v5.1.9 vs Fullwave v3.0.9(光电器件仿真设计分析)             BeamPROP软件是一个集成计算机辅助设计(CAD)与仿真(Simulation)程序的专业软件，用以仿真设计光波导器件以及光集成电路。 
            FullWAVE软件是一高度集成之复杂光电器件仿真设计分析软件,分析一般光束传播法(Beam-Propagation-Method,             BPM)所无法建立模型分析的光电器件。             BeamPROP™ Product Overview 
            BeamPROPis the industry leading design tool based on the well known             Beam Propagation Method (BPM) for the design and simulation of             integrated and fiber-optic waveguide devices and circuits. The             software has been commercially available since 1994, and is in use             by leading researchers and development engineers in both university             and industrial environments worldwide. 
            Applications             BeamPROPhas applications to a wide range of integrated and             fiber-optic devices including, but not limited to:             WDM devices such as arrayed waveguide grating routers             Switches, e.g. directional coupler-based or digital-y type             Modulators, e.g. Mach-Zehnder type             Multimode interference devices             Passive 1xN or NxN splitters             Laser structure transverse mode analysis             Standard and specialty fiber design             Gratings             Sensor structures 
            FullWAVE™ Product Overview 
            FullWAVE is a highly sophisticated general design tool ideal for             studying the propagation of light in a wide variety of photonic             structures including integrated and fiberoptic waveguide devices and             circuits and nanophotonic devices such as micro-cavity resonators             and photonic crystals. The software employs the finite-difference             time-domain (FDTD) method for the fully-vectorial simulation of             photonic structures. FullWAVE's award winning innovative design and             features has made it the market leader amongst optical simulation             tools. 
            Applications             FullWAVE has applications to a wide range of integrated,             fiber-optic, and nanophotonic devices including, but not restricted             to:             Photonic bandgap applications             Ring resonators             Grating structures, surface normal gratings and other diffractive             structures             Sensor devices             Nano- and micro-lithography             Metrology             High-index contrast waveguide devices