PICWave is software for designing photonic integrated circuits (PICs) that include active devices such as semiconductor lasers and SOAs.
PICWave is a photonic integrated circuit (PIC) design tool which brings together: an advanced laser diode and SOA model, a powerful photonic integrated circuit (PIC) design and simulation tool, a flexible design flow environment. The combination of the laser diode and photonic integrated circuit design capability allows you to characterise any laser diode geometry and model photonic circuits that include both passive and active components.
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basic information
PICWave's circuit simulator is ideal for studying the interaction of multiple optical components in a larger circuit. A circuit simulator allows you to model optical propagation in complex and large devices, that can be even metres in length. PICWave's time-domain model allows it to combine active and passive circuit elements, which can include waveguide components (MMIs, Y-junctions, tapers etc.), DBR gratings, SOAs, modulators (QCSE and silicon), photodiodes, RLC circuits etc.
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‣ SOA ‣ Mode-locked laser ‣ DFB laser + modulator ‣ SG-DBR tuneable laser ‣ SOI hybrid taper laser ‣ Mode hopping ‣ Active 2R regenerator ‣ 4x4 switch ‣ Balanced detector ‣ Travel.-wave modulator ‣ Nonlinear optics PPLN ‣ Large ring resonators ‣ Disp compensating FBG ‣ Directly Modulated Laser ‣ DQPSK
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Company information
Consulting and Trading for Lighting and Optics. CTflo combines the development of entirely new products that merge optics and lighting with production capabilities that meet the product quality demanded in the market and accommodate small lot, diverse varieties. We offer comprehensive technical consulting focused on the Japanese market, centered around the optical analysis software "FRED," which includes material data measurement and prototype development.
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