The Lifecycle of Generative Hardware Design
We integrate advanced AI methodologies at every stage of the silicon development flow, drastically reducing time-to-market while maximizing physical performance.
Specification to RTL Evolution
Transform high-level architectural requirements into synthesis-ready RTL code using proprietary LLMs optimized for hardware description languages. Our flow ensures semantic accuracy and adherence to strict design rules.
Synthesis & Timing
Optimizing netlists for performance, power, and area (PPA) through generative mapping techniques that predict timing closures earlier.
Floor Planning & Layout
Generative placement and routing that achieves unprecedented chip density while maintaining signal integrity and thermal efficiency.
Verification & Validation
Automated testbench generation and AI-driven bug localization to accelerate the functional validation process by up to 10x.
Tape-out Mastery
Final silicon readiness verification using AI to detect potential yield issues and automate DRC/LVS fixes for flawless GDSII delivery.
The Spec-to-Silicon AI Methodology
Our generative workflows accelerate hardware engineering by automating the most complex stages of the design cycle with precision and speed.
01 Specification
Input & Constraints
02 RTL Design
Converting hardware requirements into AI-ready design constraints and parameters.
Automated Verilog
03 Synthesis
AI Optimization
04 Layout
Generative Routing
05 Tape-out
Generative AI generates high-quality HDL code while maintaining strict functional accuracy.
Optimizing logic gates through reinforcement learning for maximum power efficiency.
Intelligent floorplanning and component routing to mitigate thermal and signal issues.
Foundry Ready
Final verification and automated GDSII delivery for seamless foundry manufacturing.
Spec-to-RTL
Automated conversion of high-level architectural requirements into synthesis-ready RTL code using proprietary LLMs for hardware.
Floor Planning
Intelligent placement and routing that minimizes signal latency and maximizes thermal dissipation via algorithmic layouts.
AI-Generated Hardware Lifecycle
From initial specification to final tape-out, our generative AI methodologies redefine precision and speed in silicon engineering.
Synthesis & Timing
Real-time timing closure and synthesis optimization that exceeds traditional PPA metrics through reinforcement learning.
RTL Optimization
Generative refactoring of legacy RTL blocks to improve power consumption and area efficiency for modern fabrication nodes.
Verification
AI-driven testbench generation and formal verification workflows that detect edge-case vulnerabilities in complex logic.
Tape-out Hub
Final stage GDSII generation and sign-off verification, ensuring silicon success before fabrication begins.
Accelerate Specification-to-RTL Flow
Elevate synthesis, verification, and timing closure with Eizoni AI generative methodologies. Drive your hardware design from floor planning to tape-out with surgical precision.