IC Compiler II: Finding the Best Floorplan, Fast

Exponential growth in transistor counts forces hierarchical implementation for modern SoCs, yet floorplan exploration remains constrained by tight schedules and incomplete early design data. This white paper demonstrates how intelligent abstraction and high-speed automation enable rapid assessment of partitioning, block placement, and timing budgets—helping teams converge on optimal solutions before implementation begins.

What You'll Learn:

• Explore partitioning solutions using abstracted logic module views that enable real-time visualization and connectivity analysis of the largest designs
• Automate block placement and shaping with distributed processing that considers utilization, aspect ratios, and inter-block timing constraints
• Analyze floorplan quality through channel congestion maps, data flow flylines, and timing rulers that measure critical bus delays in nanoseconds
• Optimize hierarchical pin placement with alignment strategies for channeled designs and automatic feedthrough insertion for abutted blocks
• Accelerate convergence with intelligent abstracts that load only necessary data at each stage, reducing memory requirements and runtime