Synthesis and STA
Optimizing designs for performance, power, and area while ensuring timing accuracy from RTL to implementation.
Driving Design Performance Through Precision
QAI provides synthesis and Static Timing Analysis services to transform RTL into optimized gate-level designs and ensure they meet critical timing requirements.
We focus on timing closure, power, area, constraints, and design performance to create implementation-ready designs with confidence.
What We Deliver
01
RTL Synthesis
Converting RTL into optimized gate-level netlists while balancing performance, power, and area.
02
Timing Constraints
Developing and analyzing timing constraints to accurately define design intent and operating requirements.
03
Static Timing Analysis
Analyzing timing paths across operating conditions to identify violations and ensure timing closure.
04
PPA Optimization
Optimizing power, performance, and area while maintaining functional and timing requirements.
Verification Capabilities
Logic Synthesis
Generating optimized gate-level netlists from RTL based on defined design constraints.
Constraint Development
Creating and validating clocks, I/O constraints, exceptions, and other timing requirements.
Timing Analysis
Analyzing setup, hold, clock, and data paths to identify and resolve timing issues.
Timing Optimization
Improving critical paths and addressing timing violations through systematic optimization.
Multi-Corner Analysis
Evaluating design timing across different process, voltage, and temperature conditions.
Signoff Analysis
Performing comprehensive STA to ensure the design meets required timing targets before implementation and signoff.
Why QAI for Bare Metal?
PPA-Focused Optimization
Balancing power, performance, and area to meet demanding design targets.
Constraint-Driven Approach
Accurate timing constraints that reflect real design requirements.
Early Issue Identification
Finding timing and optimization challenges early to reduce downstream iterations.
Implementation-Ready Results
Delivering optimized netlists and timing analysis that support a smooth physical design flow.