Design the perfect PLL.
Automatically.
From specification to optimized, verified and production-ready PLL IP — dramatically reducing design time while improving performance, power and silicon confidence.
Specification in. Silicon out.
Replace weeks of manual exploration with a physics-aware design and optimization loop built specifically for PLLs.
Specify
Enter frequency, jitter, phase noise, power, area, process and application requirements.
Architect
Explore Ring, LC, ADPLL, Fractional-N and other architectures and select the best candidate.
Optimize
Automatically tune circuit parameters against jitter, power, area, lock time and performance.
Verify
Run PVT, Monte Carlo, phase-noise, jitter, spur and post-layout verification.
Generate
Produce production-ready IP packages with GDSII, models, documentation and testbenches.
Let the platform search the design space.
Engineers define what matters. The platform explores how to achieve it.
Example specification
LC Fractional-N PLL
The optimization engine compares candidate architectures and continuously refines the best design against the customer's objectives.
Not just automation. A learning loop.
Every design, simulation, tapeout and measured silicon result can improve future predictions and optimization.
Physics-aware
Combine circuit theory, analytical models and SPICE rather than treating the PLL as a black box.
Intelligent optimization
Use surrogate models and multi-objective search to reduce expensive simulation cycles.
Silicon feedback
Measured silicon can be compared with simulation and fed back into the platform.
Reusable IP
Turn validated designs into a growing portfolio of production-ready PLL and clocking IP.
Build faster. Optimize deeper. Ship with confidence.
We are building the design intelligence layer for PLLs and next-generation clocking IP.