Specification-to-RTL: The Generative Leap
Translate complex product specifications into synthesis-ready RTL code with unprecedented speed. Our AI-driven methodology leverages proprietary LLMs specialized in hardware architecture, drastically reducing the verification cycle and accelerating the journey from concept to tape-out.
Service Stage IV: Physical Synthesis
AI-Driven Automated Routing & Layout Optimization
Transform specifications into silicon with generative AI that automates complex routing constraints. We bridge the gap from floor planning to tape-out, ensuring zero-violation timing and maximum power efficiency through iterative neural synthesis.
Floor Planning & Layout
Intelligent placement that mitigates thermal congestion and minimizes wire-length.
Clock Tree Synthesis
Automated skew balancing and timing sign-off for high-frequency architectures.
Specification-to-Tape-out Acceleration
Optimize layout convergence with generative intelligence. Accelerate the cycle from specification-to-RTL through automated synthesis, thermal-aware floor planning, and predictive DRC remedial flows designed for high-performance silicon development.
RTL Design
Generative optimization of Register Transfer Level code for high-performance silicon architectures.
Synthesis & Timing
Precision synthesis workflows optimized for PPA metrics and rapid timing closure in deep sub-micron processes.
AI-Integrated Consultation for Hardware Excellence
Empower your hardware roadmap with generative AI. Select your current development phase to request specialized support from our engineering team.
Spec-to-RTL
Automated conversion of architectural specifications into verifiable, efficient hardware descriptions.
Floor Planning
Intelligent placement and routing strategies for optimal thermal management and power distribution.
Verification
AI-driven coverage analysis and comprehensive verification suites for complex hardware validation.
Tape-out
Comprehensive sign-off methodologies ensuring first-pass silicon success and production readiness.