Bring meaningful PPA insight into the design session, not days later.
Explore architectural and coding choices while the design space is still open.
Power. Performance. Area. The three constraints that shape every chip.
RTL changes flow through synthesis, implementation and analysis before the team sees meaningful PPA results. Complex designs can turn each experiment into a multi-day loop.
Bring PPA intelligence into the design decision. Screen more possibilities early, focus rigorous EDA runs on the strongest candidates, and spend compute where it creates the most value.
Transform RTL into a representation that preserves the structural signals that matter to downstream physical outcomes.
Apply AI models informed by physical-design outcomes to bring power, performance and area insight closer to the RTL decision.
Compare and rank design variants early, so engineering effort and rigorous EDA cycles go toward the possibilities with the most promise.
Bring power, performance and area intelligence into the phase where architecture and implementation choices are still open.
Extend the intelligence layer into analog and mixed-signal design, where earlier insight can reshape how teams explore and optimize.
Move toward package and system-level intelligence across signal integrity, power integrity and the emerging multi-die and chiplet landscape.
We are working with a select group of design teams on RTL-stage PPA intelligence. If your synthesis loop is limiting how much you can explore, let's talk.
info@boltchip.com