BQR Knowledge Hub
Reliability engineering guides, product deep-dives, case studies and standards notes from the BQR engineering team.
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fiXtress® 23
Case Study: BQR conducted RAM Analysis for an international airport
Background BQR helped a large integrator to win a $4M tender for command-and-control systems, including CCTV with 400 cameras, and protection along the 14km perimeter, as well as support…
Case Study: Streamlining RAMS Compliance for Rail
Background Rail programs operate under strict RAMS and functional-safety requirements. Standards such as EN 50126 and EN 50129 drive disciplined evidence: reliability prediction…
Tool-Assisted Incremental Design Review: A Small Step for the Engineer, A Giant Leap for Product Reliability
Enhance PCB design efficiency with tool-assisted incremental design review, using BQR’s Synthelyzer™, fiXtress®, and CircuitHawk™.
Revolutionizing PCB Design: How the ‘Shift-Left for RAMS Analyses™’ Movement is Slashing Costs and Reducing Time-to-Market
Discover how the 'Shift-Left' movement is transforming PCB design by catching errors early, slashing costs, and reducing time-to-market.
BQR’s Complete DFR (Design for Reliability) Toolkit
Ensure the reliability of your electronics with BQR’s Complete DFR Toolkit. From schematic simulation to fault analysis, BQR helps identify design flaws early, saving time, reducing costs…
Three Effective Methods to Enhance Product Safety
Learn how to enhance product safety with effective methods for reducing failure rates, implementing system resilience, and reducing severity.
The Ultimate Guide to Optimizing Thermal Design: Master Accurate Component Stress Analysis!
Master the art of accurate thermal design with our ultimate guide. Learn how to optimize component stress analysis for reliable electronic systems!
The Ultimate Guide to Calculating MTBF
Unlock the secrets of MTBF calculation with our comprehensive guide! Learn the crucial steps and methods for precise reliability analysis.
Case Study: How Synthelyzer™ Helped a Renowned Company from the Aerospace Industry Achieve Unmatched Reliability and Efficiency in Electronic Board Design
Executive Summary In the fast-paced aerospace sector, reliability and efficiency are critical to success. Companies face the challenge of...
OptimizeYour Electronic Design with fiXtress® and Synthelyzer™
Elevate your electronic design process with fiXtress® and Synthelyzer™. Streamline workflows, enhance reliability, and empower your team to innovate.
Elevate Aerospace PCB Design with FIDES 2022 and fiXtress®: A Game-Changer for Reliability
Elevate aerospace PCB design with FIDES 2022 and fiXtress®, ensuring reliability in extreme conditions. Discover how these tools can transform your approach.
Enhancing Aerospace Reliability with FIDES 2022 and fiXtress®
Explore how FIDES 2022 and fiXtress® are revolutionizing aerospace reliability. Learn why precision, safety, and performance are non-negotiable in the industry.
5 Essential Model-Based Systems Engineering Tools to Enhance System Design
Discover the top 5 Model-Based Systems Engineering tools for enhanced system design. Improve safety, reliability, and maintainability with data-driven analysis.
Revolutionizing Electronics Design: How AI is Streamlining Verification and Reliability
Discover how AI-powered tools like BQR's CircuitHawk and fiXtress are revolutionizing electronics design, streamlining verification, and enhancing reliability.
fiXtress®: Optimizing Design for Safety, Reliability, and Maintainability Across Industries
Discover how fiXtress® revolutionizes automotive design with AI technology, ensuring reliability, longevity, and optimal performance. Embrace the future now!
Derating Analysis for Electronic Components
Avoid electrical overstress & extend product life! ⚡️ Derating analysis ensures optimal component selection for reliable performance under real-world conditions.
Stop Guessing, Start Predicting: Boost Your Product Reliability with MTBF Software
Predict product lifespan & optimize maintenance with MTBF prediction software. Improve product quality, comply with regulations, and reduce downtime. Learn how fiXtress® can help engineers…
Unlocking Efficiency with fiXtress®: Introducing Rapid Stress Assignment
Discover how fiXtress®'s Rapid Stress Assignment feature revolutionizes circuit design efficiency, prevents failures, optimizes choices, and ensures compliance.
Ensuring Optimal PCB Design: The Importance of Early Thermal Analysis
Discover the importance of early thermal analysis in PCB design. Learn how proactive thermal management with fiXtress Mini module enhances reliability and efficiency.
Revolutionizing Healthcare: BQR's Next-Gen Solutions
Discover how BQR's cutting-edge solutions are revolutionizing healthcare systems, enhancing patient safety, and optimizing operational efficiency.
Do You Want to Improve Your Reports or Your Product?
Looking to improve your reports or your product? Learn how calculating actual electrical stresses can enhance reliability and product robustness.
Why Can Electronic Equipment Fail After a Period of Non-Operation?
Equipment reliability is typically measured by Mean Time Between Failure (MTBF) or failure probability vs. time, where time measures operation hours. When electronic equipment is not used…
Integrate Components Derating, MTBF, and FMECA in the System Engineering Design Process
Early RAMS with BQR: Streamline MTBF, FMEA & Maintainability Analysis. Avoid rework, boost product reliability
CARE® 9
Design for Reliability: Naval Systems
Learn how to achieve high mission reliability in naval systems through effective design practices like reliability allocation, redundancy, and spare parts management. Discover how CARE®…
Standby vs. Spare parts: An Example of Integrated Reliability and Maintenance Design
Discover the intricacies of integrated reliability and maintenance design as we compare standby versus spare parts in this insightful engineering blog post.
Time-Saving Features for Safety Analyses of Electronic Circuits
Discover how BQR's latest software innovations automate time-consuming tasks in safety analyses of electronic circuits, saving engineers valuable time.
Achieving Unparalleled Accuracy with Dynamic Analysis in Electronic RAMS Analysis
Unleash unparalleled accuracy in electronic RAMS analysis with dynamic linking and real-time synchronization. Revolutionize your approach with CARE®.
Case Study: Defense Firm Utilizes BQR Software for Safety Event Probability Calculations
Explore how BQR conducted a RAM analysis for a leading defense company to optimize a complex communication system. Using advanced software tools, BQR delivered insights that facilitated…
CARE® Case Study: Enhancing RAMS for Leading Rail Companies with BQR Software
Background: Safety standards, including EN-50126, EN-50128, and EN-50129, are paramount in the rail industry, requiring product designers...
CARE® Case Study: Enhancing Pump System Availability for Mekorot, Israel's National Water Company
Discover how BQR collaborated with Mekorot, Israel's National Water Company, to enhance pump system availability, ensuring reliable water supply.
Case Study: Defense Firm Utilizes BQR Software for Safety Event Probability Calculations
Discover how a defense firm leveraged BQR software for safety event probability assessments, ensuring compliance with client safety requirements.
FMECA Report
Discover how to craft a comprehensive FMECA report for your product/system analysis. Learn what to include, from scope to methodology and detailed FMECA tables.
apmOptimizer® 7
How to Improve Your Data Center Design
Discover how to enhance your data center design with innovative solutions from BQR. From reducing design time to optimizing maintenance costs, we've got you covered!
Case Study: Achieving a 22.6% Reduction in Annual Maintenance Costs for a Sheet Metal Company
Reduce Sheet Metal Production Costs by 22.6%! Learn how a sheet metal company optimized equipment maintenance using data analysis and software to achieve significant cost savings and…
Case Study: Enhanced Fleet Operational Readiness through apmOptimizer®: A Spare Parts Optimization
Learn how BQR's apmOptimizer™ transformed spare parts management for a navy fleet of 10 warships. Discover how it optimized inventory, reduced repair times, and enhanced operational…
Case Study: Enhanced Operational Efficiency: A 56.7% Reduction in Downtime for a Leading Brazilian Oil Producer
Discover how a leading rolling stock OEM enhanced safety and reliability by integrating BQR's MTBF prediction and FTA software. Learn how these solutions streamlined RAMS analyses, ensured…
Maintenance of a Drone Fleet
Optimize drone fleet maintenance and logistics for a 34% cost reduction! This research shows how a drone operator achieved this with a central stock model and an analytic optimization…
White Paper: Sparing for Availability and Sparing for Confidence – Use for Cloud Computing Services
Discover how sparing for confidence and sparing for availability are key strategies for ensuring high service availability in cloud computing. Learn more!
Life Cycle Cost and Maintenance Optimization During Design,What Is in It for You?
High maintenance costs for asset-intensive facilities? Optimize lifecycle costs by considering maintenance during design! Learn how to reduce expenses and win tenders with LCC &…
CircuitHawk™ 4
Case Study: Seamless Integration of ADAS by Utilizing BQR's CircuitHawk™
Discover how Mobileye overcame ASIC integration challenges in ADAS technology using BQR's CircuitHawk ASR. Learn how this solution reduced manual checking time, accelerated manufacturing…
Ensuring Connectivity: Balancing Industry Best Practices and Project-Specific ERC Rules in PCB Design
Master PCB Design with Flawless Connectivity: ERC Best Practices & CircuitHawk™ This guide explores industry-standard Electrical Rule Checking (ERC) practices for rock-solid PCB design…
Is Your Organization Ready for RAMS Digitization?
Discover the game-changing 'Engineering & RAMS Digitalization' system (RAMS-D) and how it revolutionizes RAMS analyses for Engineering Consulting Agencies.
Electronic Circuits for Autonomous Vehicles and Other Mission Critical Systems:
Discover how BQR's innovative safety and reliability simulation revolutionizes electronic circuit design for autonomous vehicles and critical systems.
Synthelyzer™ ECAD Plugin 6
5 Ways Synthelyzer™ Can Slash Your Electronics Development Costs
Discover how Synthelyzer™, an innovative ECAD plugin, can revolutionize your PCB production process and cut costs significantly. Learn more now!
Cut Costs in PCB Design with Synthelyzer™ ECAD Plugin
Discover 5 game-changing ways the Synthelyzer™ ECAD Plugin helps Engineering Consulting Agencies cut costs in PCB design and enhance project outcomes.
Embracing the Shift Left Methodology for RAMS Analyses™ in PCB Design: Transforming Reliability with Synthelyzer™ ECAD Plugin
Discover the game-changing Synthelyzer™ ECAD Plugin, leading the shift-left revolution in PCB design. Embrace reliability, efficiency, and innovation!
Elevating Telecom Design with Synthelyzer™
Discover how BQR's Synthelyzer™ revolutionizes telecom design processes, enhancing reliability, reducing design time, and ensuring seamless integration.
Understanding Derating: How to Design Electronics for Long-Term Reliability with Advanced Tools
Discover the power of derating for long-term reliability in electronics design with the Synthelyzer™ ECAD Plugin. Learn how automated stress calculations, thermal simulations, and seamless…
Elevating PCB Reliability: Advanced Analysis Tools and Best Practices
Discover how advanced tools like the Synthelyzer™ ECAD Plugin can enhance PCB reliability through automated stress analysis, derating, and MTBF calculations. Learn about best practices for…
Press Release 5
BQR Awarded Strategic Contract by Leading Aerospace Enterprise to Power Space-Grade Electronics Reliability
BQR Awarded Strategic Contract by Leading Aerospace Enterprise to Power Space-Grade Electronics Reliability
BQR Celebrates 35 Years of Innovation in Mission-Critical Electronics Verification with $100M Satellite Save Story
News Provided By BQR August 6, 2025, 10:00 GMT BQR Reliability Engineering Ltd., a global leader in Reliability, Availability,...
BQR to Present 'Shift-Left Methodology for RAMS Analyses' ™ at European Symposium
BQR Reliability Engineering Ltd., an industry leader in electronic reliability solutions, announces its participation at the first European RAMS (Reliability, Availability…
BQR Announces Compliance of Its Software for Derating & MTBF Prediction in Multi-Board Design with the FIDES 22 Standard
Discover how BQR's fiXtress® Software achieves compliance with FIDES 22 standard, providing cutting-edge solutions for aerospace electronics reliability.
Press Release: BQR Unveils Synthelyzer™: A Game-Changing ECAD Plugin for Electrical Stress Derating & MTBF Prediction for Board Design
News Provided By BQR September 26, 2024, 15:06 GMT Share This Article BQR Reliability Engineering BQR's Synthelyzer™ plugin automates...
Standards 1
More from BQR 5
Shift-Left Methodology for Early Verification of Critical Electronics
Discover how the shift-left methodology for electronics boosts reliability by moving schematic rule checks, derating analysis & stress simulation to early design stages.
How Do I Select an Optimal Component during Schematic Capture?
Learn how to choose the optimal components during schematic capture to improve PCB reliability. Discover the importance of component deratin
Ensuring Security and Resilience: The Role of RAMS in Homeland Security
Discover the crucial role of RAMS in enhancing the reliability and efficiency of Homeland Security systems. Learn how BQR's specialized services can support your HLS operations.
Mastering Electrical Stress Analysis: A Personal Guide for PCB Design Success
Learn the secrets to mastering electrical stress analysis in PCB design. Discover how to prevent failures, boost performance, and enhance product reliability.
Automated Schematic Review Driven by Electrical Stress Analysis
Many engineers spend most of their time working on electronic board development, including functional specifications, design, simulations, and testing of the product. How sure are you…