This startup provides advanced computer simulation technology for quantum computing companies. Their platform offers simulation schemes that enable clients to design complex quantum circuits, reducing calculation duration and accelerating innovation in quantum technology development.
Funding
$53M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Designing complex quantum circuits is computationally intensive, requiring extensive simulation to optimize performance. Traditional simulation methods can be slow and limit the ability to explore a wide range of design options.
Solution
Flexcompute provides advanced computer simulation technology that enables quantum computing companies to design and optimize complex quantum circuits more efficiently. The platform offers simulation schemes that reduce calculation duration, accelerating innovation in quantum technology development. Flexcompute's solvers, including Flow360 for computational fluid dynamics (CFD) and Tidy3D for electromagnetic simulations, leverage a breakthrough computing architecture to deliver scalable and accurate simulations at unprecedented speeds. The platform integrates with foundry PDKs and offers a powerful layout editor, enabling users to create fabrication-aware designs and perform end-to-end system-level simulations.
Target Audience
The primary audience includes quantum computing companies, engineers, and researchers involved in designing and optimizing complex quantum circuits and photonic devices.
Features
- Flow360: A scalable CFD solver for aerodynamic simulations, offering steady-state flow simulation in minutes and unsteady transient simulation in hours.
- Tidy3D: A Python-driven FDTD software for electromagnetic simulation, providing ultra-fast, large-scale, high-throughput simulations through a browser or Python API.
- PhotonForge: A photonic design automation platform that integrates with foundry PDKs to speed up the design, simulation, and verification cycle for photonic integrated circuits.
- Adjoint inverse design: Tidy3D leverages automatic differentiation to perform adjoint optimization of photonic devices.
- Access to foundry PDKs for creating foundry-aware and tape-out-ready designs.
- Circuit simulations, both frequency and time-domain, for end-to-end system-level simulations of active and passive devices.
- Python scripting and web GUI for layout of photonic components and building parametric cells (PCells).