CircuitHawk™

Automated Design Verification Solution |Identifies Errors in Single/Multi-Board Electronic Designs at the Pre-layout Stage | Detects Over-Stressed Components |Powered by Patented Generative-AI Technology

Automated Single/Multi-PCB Design Schematics Review: Catch Errors Early & Avoid Costly Revisions.
An easy-to-use platform for fast and flawless Single/Multi-Board Designs.
Patented AI-powered simulation: Proactively identify hidden design flaws before physical prototyping, saving time and resources.
Enhanced DRC/ERC (Design/Electrical Rule Check): Comprehensive PCB Connectivity guidelines that leverage industry best practices and 30+ years of BQR expertise to deliver a robust Design Rule Library, ensuring manufacturability and optimal electrical performance.
Customizable Connectivity Rules: Define tailored parameters, that perfectly align with your company policies and specific project requirements.
Unleash True Electrical Stress Analysis: We leverage Interface Control Document (ICD) signals and tolerances to simulate real-world power and load conditions, ensuring robust PCB designs.
Component Electrical Interface Compatibility Analysis.
Integrated Circuit (IC) Supply Voltage Analysis.
IC Output and Connector Current Analysis.

90% Faster Verification: Get results quicker and focus on innovation.
Precise Stress Analysis: Identify potential issues and prevent unexpected failures.
East-To-Use AI Technology
Minimal Data Entry: Spend less time on input and more on engineering.
Scalable to Complex Designs: Confidently handle even the largest boards.
Early Error Detection: Catch mistakes early and avoid costly rework.
Enhanced Quality: Deliver better designs with fewer errors.
Accelerate Product Launch: Reduce time-to-market.
Superior Design Error Detection Capabilities

AI-powered circuit simulations detect hidden design errors. The software boasts the highest detection capabilities, as it is based on two key factors:

1. Top design best practices derived from over

4,500 projects.

2. Specific design rules extracted from component
datasheets.

These factors enable highly precise error identification tailored to your specific components.
CircuitHawk™ automatically calculates component stresses, which allows for detecting design errors that other systems might miss. This automated approach enhances accuracy and reliability in the design processes.