EDA Tool
Architecture Compiler — explore, verify, and tune your SoC before RTL.
Conventional SoC development is complex and time-consuming. Architecture Compiler helps your team make key architecture decisions earlier and at far lower cost.
Why Architecture Compiler?
Make architecture decisions before you commit to RTL.
Developing a new application for an SoC traditionally requires a large team, complex hardware trade-offs, and a long iteration cycle. Architecture Compiler accelerates that process with AI-assisted design exploration, fast ESL simulation, high-level performance analysis, and hardware/software co-optimization — so your team can make confident architecture decisions earlier.
The result: fewer surprises, better PPA, and a far shorter path from idea to working silicon.
Key Capabilities
Explore and validate
your SoC architecture.
Architecture Compiler gives your team the tools to evaluate trade-offs at system level, verify performance targets, and optimize for the workload that matters.
System-Level Verification
Validate system-level decisions before committing to RTL.
SystemC ESL Simulation
Fast ESL models that return meaningful feedback quickly.
Architecture Stress Testing
Stress-test architecture choices under realistic workloads.
Design-Intent Validation
Confirm that design intent meets application requirements.
High-Level Performance Analysis
Understand PPA trade-offs long before tape-out.
HW/SW Co-Optimization
Meet performance, power, and area targets as one system.
Memory Allocation Optimization
Tune memory allocation for cloud, edge, and sensor AI device classes.
Software/Hardware Alignment
Narrow the gap between application software and silicon.