BQR blog — guides, case studies and white papers
Reliability engineering guides, product deep-dives, case studies and standards notes from the BQR engineering team.
- Case Study: BQR conducted RAM Analysis for an international airport
- Case Study: Streamlining RAMS Compliance for Rail
- BQR Awarded Strategic Contract by Leading Aerospace Enterprise to Power Space-Grade Electronics Reliability
- Shift-Left Methodology for Early Verification of Critical Electronics
- BQR Celebrates 35 Years of Innovation in Mission-Critical Electronics Verification with $100M Satellite Save Story
- BQR to Present 'Shift-Left Methodology for RAMS Analyses' ™ at European Symposium
- How Do I Select an Optimal Component during Schematic Capture?
- Tool-Assisted Incremental Design Review: A Small Step for the Engineer, A Giant Leap for Product Reliability
- Revolutionizing PCB Design: How the ‘Shift-Left for RAMS Analyses™’ Movement is Slashing Costs and Reducing Time-to-Market
- BQR’s Complete DFR (Design for Reliability) Toolkit
- Design for Reliability: Naval Systems
- Standby vs. Spare Parts: Availability and Cost Compared
- Three Effective Methods to Enhance Product Safety
- The Ultimate Guide to Optimizing Thermal Design: Master Accurate Component Stress Analysis!
- Time-Saving Features for Safety Analyses of Electronic Circuits
- How to Improve Your Data Center Design
- The Ultimate Guide to Calculating MTBF
- 5 Ways Synthelyzer™ Can Slash Your Electronics Development Costs
- Cut Costs in PCB Design with Synthelyzer™ ECAD Plugin
- Embracing the Shift Left Methodology for RAMS Analyses™ in PCB Design: Transforming Reliability with Synthelyzer™ ECAD Plugin
- Industry Standards
- BQR Announces Compliance of Its Software for Derating & MTBF Prediction in Multi-Board Design with the FIDES 22 Standard
- Press Release: BQR Unveils Synthelyzer™: A Game-Changing ECAD Plugin for Electrical Stress Derating & MTBF Prediction for Board Design
- Elevating Telecom Design with Synthelyzer™
- Ensuring Security and Resilience: The Role of RAMS in Homeland Security
- Case Study: How Synthelyzer™ Helped a Renowned Company from the Aerospace Industry Achieve Unmatched Reliability and Efficiency in Electronic Board Design
- OptimizeYour Electronic Design with fiXtress® and Synthelyzer™
- Mastering Electrical Stress Analysis: A Personal Guide for PCB Design Success
- Achieving Unparalleled Accuracy with Dynamic Analysis in Electronic RAMS Analysis
- Elevate Aerospace PCB Design with FIDES 2022 and fiXtress®: A Game-Changer for Reliability
- Enhancing Aerospace Reliability with FIDES 2022 and fiXtress®
- Understanding Derating: How to Design Electronics for Long-Term Reliability with Advanced Tools
- Elevating PCB Reliability: Advanced Analysis Tools and Best Practices
- 5 Essential Model-Based Systems Engineering Tools to Enhance System Design
- Case Study: Achieving a 22.6% Reduction in Annual Maintenance Costs for a Sheet Metal Company
- Case Study: Enhanced Fleet Operational Readiness through apmOptimizer®: A Spare Parts Optimization
- Case Study: Enhanced Operational Efficiency: A 56.7% Reduction in Downtime for a Leading Brazilian Oil Producer
- Case Study: Seamless Integration of ADAS by Utilizing BQR's CircuitHawk™
- Case Study: Communication System Reliability and Availability
- CARE® Case Study: Enhancing RAMS for Leading Rail Companies with BQR Software
- CARE® Case Study: Enhancing Pump System Availability for Mekorot, Israel's National Water Company
- Case Study: Defense Firm Utilizes BQR Software for Safety Event Probability Calculations
- Maintenance of a Drone Fleet
- White Paper: Sparing for Availability and Sparing for Confidence – Use for Cloud Computing Services
- Life Cycle Cost and Maintenance Optimization During Design,What Is in It for You?
- Revolutionizing Electronics Design: How AI is Streamlining Verification and Reliability
- fiXtress®: Optimizing Design for Safety, Reliability, and Maintainability Across Industries
- Derating Analysis for Electronic Components
- Stop Guessing, Start Predicting: Boost Your Product Reliability with MTBF Software
- Unlocking Efficiency with fiXtress®: Introducing Rapid Stress Assignment
- Ensuring Optimal PCB Design: The Importance of Early Thermal Analysis
- Ensuring Connectivity: Balancing Industry Best Practices and Project-Specific ERC Rules in PCB Design
- Automated Schematic Review Driven by Electrical Stress Analysis
- Is Your Organization Ready for RAMS Digitization?
- Electronic Circuits for Autonomous Vehicles and Other Mission Critical Systems:
- Revolutionizing Healthcare: BQR's Next-Gen Solutions
- Do You Want to Improve Your Reports or Your Product?
- Why Can Electronic Equipment Fail After a Period of Non-Operation?
- Integrate Components Derating, MTBF, and FMECA in the System Engineering Design Process
- FMECA Report: What to Include and How to Structure It