Physical Design
Optimized placement, routing, and performance tuning.
Physical Design (PnR) is the stage where your verified netlist is transformed into a manufacturable layout, considering performance, power, and area constraints. At MinanoSpace, our Physical Design team specializes in place-and-route for advanced-node ASICs and SoCs, ensuring timing closure, DRC/LVS compliance, and optimal utilization of silicon resources.
At MinanoSpace, We integrate clock tree synthesis (CTS), routing, and optimization techniques to achieve high-performance designs while minimizing area and power consumption. Our team works closely with synthesis, DFT, and STA teams to ensure a seamless handoff and efficient design flow.
By implementing robust physical design methodologies, we help clients achieve faster time-to-market, improved yield, and designs ready for tape-out with minimal iterations.
Optimize standard cell placement for timing, congestion, and routability, ensuring minimal path delays and efficient silicon utilization.
Design balanced clock trees, minimize skew, and perform high-quality routing to meet timing and signal integrity requirements.
Ensure that all layouts follow foundry design rules, verified with Design Rule Check (DRC) and Layout vs. Schematic (LVS) validation.
Physical Design is crucial because even a fully verified netlist can fail in silicon if placement, routing, or clock networks are poorly implemented. Timing violations, congestion, and signal integrity issues can increase re-spin risks and impact yield.
MinanoSpace’s Physical Design flow ensures that layouts meet strict performance, area, and power goals. By applying advanced placement, routing, and optimization techniques, we minimize design risks and ensure smooth transition to tape-out and manufacturing.
Achieve timing closure with minimal slack violations across all corners, ensuring robust operation.
Advanced placement and routing techniques optimize silicon utilization and lower power consumption.
Compliant layouts reduce DRC/LVS violations and post-silicon issues, ensuring smooth tape-out.
Discover how MinanoSpace has empowered clients to achieve optimal PPA targets, accelerate tape-outs, and deliver silicon-ready designs with precision and efficiency.
Achieved multi-corner timing closure while reducing congestion and improving routing efficiency.
Optimized placement and clock tree synthesis for low-power, high-frequency operation, improving yield and reliability.
Delivered manufacturable layouts with DRC/LVS compliance for complex multi-voltage domains, reducing post-layout iterations.