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Unlock Streamlined SaaS Instances for Photonic Design 草榴社区
The 草榴社区 Photonic Cloud instance provides a complete end-to-end design flow that leverages 草榴社区’ years of experience in EDA and photonic design automation. Learn about our platform of design solutions available on the Cloud for photonic devices, systems, and integrated circuits.
Applications & Benefits
The photonic design flow is pre-configured in the virtual machine image, ready to be provisioned on demand at the designer’s disposal. The 草榴社区 Cloud environment enables global engineering teams to collaborate on the same schematic, layout, or design.
Which Photonic Cloud Solution Do I Need?
Photonic IC SaaS
Design and simulate photonic integrated circuits and optical communication systems
Photonic Device SaaS
Design and simulate photonic devices including lasers and VCELs, nano-optics, photonic structures, and materials
Browser-Based Design
The 草榴社区 Photonic Cloud Instance, a Software-as-a-Service (SaaS) model, makes available a complete front-to-back electronic-photonic design flow through a flexible cloud-based environment, giving designers unprecedented flexibility for provisioning hardware and design tools. The Photonic Cloud instance eliminates the need to maintain a CAD infrastructure since the flow is available within a browser-based SaaS environment.
Ideal for Start-Ups and Small/Medium Enterprises
Design teams are not constrained by computing infrastructure or by licenses. As needs change through the design cycle, teams can move between different tools seamlessly and scale their usage up or down without needing to go through any additional discussions, negotiations, or hardware and software setup.
Photonic IC SaaS
The OptoCompiler platform for photonic IC design enables engineers to produce and verify complex photonic IC designs quickly and accurately. OptoCompiler provides a unified E/O end-to-end design flow including custom device design, circuit design and simulation, layout creation, and photonic DRC and LVS.
Photonic Device SaaS
The RSoft Photonic Device Tools provide the most comprehensive suite of rigorous solvers to design passive and active photonic devices, including lasers and VCSELs. No single photonic simulation algorithm meets the needs of all applications, and making the right choice is necessary to optimize simulation time and accuracy. The RSoft Photonic Device Tools address this challenge by incorporating the following algorithms:
- Finite-difference time-domain (FullWAVE FDTD)
- Beam propagation method (BeamPROP BPM)
- Rigorous coupled wave analysis (DiffractMOD RCWA)
- Plane wave expansion (BandSOLVE PWE)
- Finite element method (FemSIM FEM)
- Coupled mode theory (GratingMOD CMT)
- Eigenmode expansion (ModePROP EME)
Explore All 草榴社区 Cloud Instances
Analog SaaS Instance
Provides automated and standardized flows needed to perform analog circuit design, simulation, layout, and verification tasks across a variety of applications.
Analog SaaS Overview
Digital SaaS Instance
Provides automated flows for two primary tasks in a typical digital design: synthesis and RTL-to-signoff. All required EDA tools available with a few clicks.
Digital SaaS Overview
Verification SaaS Instance
Incorporates a complete verification simulation flow, including debug and analysis with pre-configured verification tasks. All with no CAD/IT team required.
Verification SaaS OverviewDiscover What’s Happening on 草榴社区 Cloud
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Digital SaaS Instance on 草榴社区 Cloud
Automated tools/flows & optimized compute for RTL-to-signoff
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