OptSim Circuit also expands support for state-of-the-art silicon Integrated circuit design flow from system-level simulation to Synthesize a mask layout, OptSim Circuit further enhances the photonic By adding theĬapability to export netlists that IPKISS can use to automatically IPKISS design framework for photonic integrated circuits. The OptSim Circuit tool includes a new interface with Luceda Photonic's Multimode fiber, eliminating the need to run multiple simulations for The distribution of power changes at different positions within a In addition, ModeSYS includes new plots that enable users to visualize Step-index multimode fibers as either intensity or encircled angularįlux (EAF), leading to more accurate results. ModeSYS also supports user-specified launch conditions for large-core, Software and the RSoft BeamPROP(TM) tool. Signals at the same wavelength into a single spatial field profile,Įnabling more efficient multimode co-simulation with Synopsys' CODE V® The ModeSYS(TM) tool now includes a model that combines multiple CW Important multi-level modulation format for data centers and other Transceiver design and bit-error-rate estimation based on m-PAM, an The OptSim(TM) Digital Signal Processing (DSP) library now supports The RSoft Photonic System Design Suite includes the following new features: "We have improved overall design flows with faster simulations, new design frameworks, component libraries and example models." "The enhancements in the latest releases of the RSoft product family support the complete photonic product development process, from initial design concepts to manufacturing," said George Bayz, vice president and general manager of Synopsys' Optical Solutions Group. In addition, version 2015.06-2 of the RSoft Photonic Component Design Suite enables faster simulations of complex photonic component designs with new, flexible cluster licensing policies that take full advantage of multicore CPU architectures. Version 2015.12 of the Synopsys RSoft Photonic System Design Suite includes new features to accelerate the design and fabrication of state-of-the-art silicon photonics, photonic integrated circuits and optical transceivers in data center applications. (Nasdaq: SNPS) today announced the latest releases of the RSoft(TM) product portfolio, the company's industry-leading family of software tools for photonic component and optical communication system design. High-accuracy photonic component design simulations Flexible license policy for cluster computing enables faster, Updated IMEC component library expands support for silicon photonic
The photonic integrated circuit design flow from system-level simulation New interface with Luceda Photonic's IPKISS design framework enhances DSP library supports transceiver design and bit-error-rate estimationįor data centers and other short-distance applications
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