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CARE®:
Build Right from the Start with
Computer Aided Reliability Engineering
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Key Features:
Streamline RAMS (Reliability, Availability, Maintainability, Safety) Analysis within Your Electronic Design Flow
​
-
Exceptional precision in electronic RAMS (Reliability, Availability, Maintainability, Safety) analysis with real-time updates and dynamic linking of design changes directly within your analysis results.
-
Preemptive Design Enhancement: Detect and rectify potential single points of failure during the design phase, enhancing overall product reliability before production.
-
Advanced Risk Assessment: Employ industry-standard methods including FMEA, FMECA (Failure Modes, Effects, and Criticality Analysis), FTA (Fault Tree Analysis), RBD (Reliability Block Diagram), and TA (Testability Analysis) to conduct thorough risk evaluations.
-
Confidence in Performance: Design with the assurance that your systems will meet crucial performance criteria and reliability standards.
-
Effortless ECAD Integration: Seamlessly integrate with your CAD tools through fiXtress Plug-In Modules, enabling automatic retrieval of relevant design data for RAMS analysis.
-
Comprehensive Failure Mode Library: Access an extensive library of electronic component failure modes to ensure precise and accurate risk assessment.
Benefits:
Unmatched Efficiency & Design Excellence
​
-
Time Efficiency: Accelerate RAMS analysis processes, saving time and resources while simplifying the management of critical system designs.
-
Superior Design Quality: Achieve high-quality design outcomes with enhanced reliability and durability of electronic systems.
-
Uncompromised Reliability: Perform thorough reliability assessments with confidence, maximizing system uptime and operational effectiveness
-
Optimized Workflow: Benefit from a user-friendly interface that integrates smoothly with your existing design software, streamlining your workflow.
How It Works:
Effortless RAMS Analysis: Your Integrated Command Center
​
-
Centralized Hub: CARE® unifies your RAMS analysis (manage data, assessments, reports) for a streamlined MBSE workflow.
-
Data-Driven Decisions: Leverage insights (visualizations, reports) to understand your system's reliability and inform your MBSE model.
-
Automated Integration:
Automatically retrieve and integrate design data from popular CAD tools via BQR Plug-In Modules, ensuring thorough and efficient RAMS analysis
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Take a Closer Look at CARE®
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A Closer Look at CARE®:
CARE
Anchor 1
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Key Features
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MTBF Allocation
-
Reliability Block Diagram (RBD) software for top-down reliability allocation and calculation.
-
Enhances system reliability and availability during the early design phase.
-
Accurate and fast calculations using various distributions (Exponential, Weibull, Normal, Log-Normal).
Fault Tree Analysis (FTA)
-
FTA software to analyze complex scenarios, prevent safety events, and reduce severe product failures.
-
Cut-set calculations, configurable diagrams, and compliance with IEC 61025 standard.
-
Integration with FMECA database for initial model and accurate, fast calculations.
FMEA / FMECA / RPN
-
Failure Mode and Effects Analysis (FMEA, FMECA, RPN) software for identifying critical failure modes.
-
Complies with industry standards (Mil-Std-882E, SAE J1739, IEC 60812) and customizable risk matrix.
-
Quick import of product trees, assignment of failure modes, and detailed analysis for robustness, reliability, and safety.
Reliability Block Diagram (RBD)
-
RBD software for reliability allocation, calculation, and assessment of complex systems.
-
Improves system reliability and availability from early design.
-
Compliance with IEC 61078, IEC 61508, IEC 61165 standards, with configurable diagrams.
Anchor 2
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How CARE® Works
Unified Data Import
Effortlessly integrate your product tree, components, and failure modes by seamlessly importing data from BQR's FMECA or fiXtress using the robust BQR’s Core Database.
Comprehensive Analysis
-
Ensure data quality by validating and refining all user data against strict accuracy standards.
-
Conduct a thorough RBD analysis to calculate key metrics (reliability, availability, MTBCF, MTTCF, MTTR) for each system block.
-
Leverage Monte Carlo simulations to enhance precision and gain robust insights for informed design decisions.
-
Perform FMECA and FTA analyses based on MIL-STD-882 to comprehensively assess potential risks.
User-Friendly Input
Simplify the input process with an intuitive interface. Define mission parameters, incorporate components and composite blocks, and set failure distributions and repair policies seamlessly. The user-friendly design caters to both novice and experienced users, making complex tasks accessible.
Anchor 3
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Benefits
Efficiency and Time Savings
-
Optimize your workflow, saving valuable time for reliability engineers.
-
The quick and intuitive user interface ensures an efficient user experience.
Standards Compliance
-
Align with international standards to ensure reliability and safety.
-
Ready-to-use templates tailored to different industries provide accuracy and conformity.
Insightful Design Optimization
-
Gain profound insights into your product's Reliability, Availability, Maintainability, and Safety (RAMS) for an enhanced design.
-
Experience a faster and better-organized process compared to manual procedures or generic Excel sheets.
Flexibility and Customization
-
Benefit from a flexible risk matrix, customizable reports, and compatibility with various failure mode libraries.
-
Seamlessly import and export data for easy integration with other tools and systems, providing unparalleled flexibility.
Case Studies, Blog Posts, and White Papers
Anchor 4
CARE®:
Build Right from the Start with
Computer Aided Reliability Engineering
Key Features:
Streamline RAMS (Reliability, Availability, Maintainability, Safety) Analysis within Your Electronic Design Flow
​
-
Exceptional precision in electronic RAMS (Reliability, Availability, Maintainability, Safety) analysis with real-time updates and dynamic linking of design changes directly within your analysis results.
-
Preemptive Design Enhancement: Detect and rectify potential single points of failure during the design phase, enhancing overall product reliability before production.
-
Advanced Risk Assessment: Employ industry-standard methods including FMEA, FMECA (Failure Modes, Effects, and Criticality Analysis), FTA (Fault Tree Analysis), RBD (Reliability Block Diagram), and TA (Testability Analysis) to conduct thorough risk evaluations.
-
Confidence in Performance: Design with the assurance that your systems will meet crucial performance criteria and reliability standards.
-
Effortless ECAD Integration: Seamlessly integrate with your CAD tools through fiXtress Plug-In Modules, enabling automatic retrieval of relevant design data for RAMS analysis.
-
Comprehensive Failure Mode Library: Access an extensive library of electronic component failure modes to ensure precise and accurate risk assessment.
Benefits:
Unmatched Efficiency & Design Excellence
​
-
Unmatched Accuracy: Achieve precise RAMS analysis by dynamically linking and updating board design changes in real time.
-
Seamless Integration: Effortlessly connect with our ECAD plugin for instant synchronization between design modifications and analysis results.
-
Enhanced Reliability: Ensure component failure rates are based on actual electrical and thermal data, improving product performance.
-
Dependable Insights: Eliminate inaccuracies and gain instant, reliable analytics beyond traditional methods.
-
Streamlined Processes: Simplify verification and validation, enhancing safety in critical sectors like aerospace, automotive, defense, and medical devices.
-
Accelerated Analysis: Save time and resources by speeding up RAMS analysis processes and managing critical system designs more efficiently.
-
Superior Design Quality: Achieve high-quality design outcomes with enhanced reliability and durability of electronic systems.
-
Optimized Workflow: Benefit from a user-friendly interface that integrates smoothly with your existing design software.
How It Works:
Effortless RAMS Analysis: Your Integrated Command Center
​
-
Centralized Hub: CARE® unifies your RAMS analysis (manage data, assessments, reports) for a streamlined MBSE workflow.
-
Data-Driven Decisions: Leverage insights (visualizations, reports) to understand your system's reliability and inform your MBSE model.
-
Automated Integration:
Automatically retrieve and integrate design data from popular CAD tools via BQR Plug-In Modules, ensuring thorough and efficient RAMS analysis
Anchor 1
Key Features
MTBF Allocation
-
Reliability Block Diagram (RBD) software for top-down reliability allocation and calculation.
-
Enhances system reliability and availability during the early design phase.
-
Accurate and fast calculations using various distributions (Exponential, Weibull, Normal, Log-Normal).
Fault Tree Analysis (FTA)
-
FTA software to analyze complex scenarios, prevent safety events, and reduce severe product failures.
-
Cut-set calculations, configurable diagrams, and compliance with IEC 61025 standard.
-
Integration with FMECA database for initial model and accurate, fast calculations.
FMEA / FMECA / RPN
-
Failure Mode and Effects Analysis (FMEA, FMECA, RPN) software for identifying critical failure modes.
-
Complies with industry standards (Mil-Std-882E, SAE J1739, IEC 60812) and customizable risk matrix.
-
Quick import of product trees, assignment of failure modes, and detailed analysis for robustness, reliability, and safety.
Reliability Block Diagram (RBD)
-
RBD software for reliability allocation, calculation, and assessment of complex systems.
-
Improves system reliability and availability from early design.
-
Compliance with IEC 61078, IEC 61508, IEC 61165 standards, with configurable diagrams.
Anchor 2
How CARE Works
Unified Data Import
Effortlessly integrate your product tree, components, and failure modes by seamlessly importing data from BQR's FMECA or fiXtress using the robust BQR’s Core Database.
Comprehensive Analysis
-
Ensure data quality by validating and refining all user data against strict accuracy standards.
-
Conduct a thorough RBD analysis to calculate key metrics (reliability, availability, MTBCF, MTTCF, MTTR) for each system block.
-
Leverage Monte Carlo simulations to enhance precision and gain robust insights for informed design decisions.
-
Perform FMECA and FTA analyses based on MIL-STD-882 to comprehensively assess potential risks.
User-Friendly Input
Simplify the input process with an intuitive interface. Define mission parameters, incorporate components and composite blocks, and set failure distributions and repair policies seamlessly. The user-friendly design caters to both novice and experienced users, making complex tasks accessible.
Anchor 3
Benefits
Efficiency and Time Savings
-
Optimize your workflow, saving valuable time for reliability engineers.
-
The quick and intuitive user interface ensures an efficient user experience.
Standards Compliance
-
Align with international standards to ensure reliability and safety.
-
Ready-to-use templates tailored to different industries provide accuracy and conformity.
Insightful Design Optimization
-
Gain profound insights into your product's Reliability, Availability, Maintainability, and Safety (RAMS) for an enhanced design.
-
Experience a faster and better-organized process compared to manual procedures or generic Excel sheets.
Flexibility and Customization
-
Benefit from a flexible risk matrix, customizable reports, and compatibility with various failure mode libraries.
-
Seamlessly import and export data for easy integration with other tools and systems, providing unparalleled flexibility.
Case Studies, Blog Posts, and White Papers
Anchor 4
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