Scale logic synthesis up to 64 variables where traditional heuristic algorithms fail — using non-monotonic XOR lattice inference for exact, production-ready results.
Standard EDA algorithms collapse exponentially. Exactor uses geometry.
Standard EDA tools (Espresso, ABC) rely on SOP coverage, causing combinatorial explosion in high-entropy arithmetic logic.
Logic is mapped to a multidimensional XOR network to identify diagonal symmetries — bypassing brute force entirely.
Every layer of Exactor is designed around one principle: exact results, at scale.
Handle logic functions with unprecedented variable counts using the XOR lattice inference engine — impossible for traditional SOP tools.
Unlike Espresso and syntactic heuristics, Exactor guarantees the minimum number of product terms. No approximations.
First-class support for Exclusive-Sum-of-Products, the optimal representation for XOR-intensive arithmetic blocks.
Output maps directly to LUT-6 configurations in Xilinx Vivado and Intel Quartus with a certified synthesis path.
AI credits can guide the solver on complex arithmetic constraints, reducing manual iteration on non-trivial blocks.
Integrate Exactor directly into your EDA pipeline. Full programmatic access via API keys with SU-based metering.
Drop synthesized output directly into your existing toolchain — no manual translation needed.
All plans include access to the Web Console. Upgrade for higher variable limits, API access, and RTL export.