google-site-verification=MKwywaoXySujEd0vv11B87tVEVq4xs2dnv2ghzCpvMw
top of page

Your Built-In Reliability Assistant for Circuit Design

Component Derating, Schematic Review and Analysis

AI-Powered Part Stress Analysis, Design Review, MTBF and more - Built In

Synthelyzer™ integrates directly with your ECAD software to automatically identify overstressed components, verify circuit designs, and prevent costly PCB failures before they happen.

  • Integrated with Altium Designer, OrCAD Capture, and Siemens EDA - Xpedition 

  • Assistant for optimal components selection

  • Standards-compliant (IEC, IEEE, ISO, ESA, MIL, Telcordia 3)

Why Engineers Choose Synthelyzer™

Identify and Correct Component Issues Earlier, Cut Down on Redesign Costs

Synthelyzer™ helps you catch schematic errors during design:

✅ Automate tedious derating analysis that typically takes days to complete manually

✅  Identify overstressed components before manufacturing, preventing field failures and recalls

✅  Generate accurate MTBF predictions based on actual operational stress

✅  Verify designs against industry standards including ESA and others

image.png
AI-Powered Analysis badge.png

Trusted by engineers in aerospace, defense, automotive, rail, power, medical devices, and telecommunications

Three Ways Synthelyzer Transforms Your Design Process

Catch Costly Design Errors Before They Escalate

  • Shift from reactive debugging to proactive schematic verification

  • Detect hidden circuit issues before layout or fabrication

  • Reduce the risk of costly board failures or late-stage rework

  • Align with modern "Shift-Left" engineering methodologies

Integrate Real-Time Schematic Review into the Design Workflow

  • Continuous circuit verification during the design phase

  • Apply hundreds of automated rule checks, plus company-specific rules

  • In-house company knowledgebase (local and secure)

  • Enforce consistency and quality based on your organization’s design standards

Design Smarter with Cost- and Performance-Optimized Decisions

  • Identify over-engineered components to cut BOM costs

  • Optimize board area and reduce weight without sacrificing performance

  • Detect overstressed parts early to avoid field failures

  • Use data-driven insights to guide component selection and ensure reliability

Works Seamlessly With Your Design Tools

Altium Designer | OrCAD Capture | Siemens EDA Xpedition


Synthelyzer™ integrates directly with the design tools you already use, with no disruptive workflow changes. Simply install the Synthelyzer and start improving your designs immediately.

What Our Customers Say

“We would like to thank the BQR team. The schematic review, MTBF and stress analysis that BQR processed was very helpful. It detected several issues that could affect the functionality of the board. By finding those issues and preventing them early in the design process, we saved significant time and definitely had a return on our investment.”

 


— H.G. Operation Manager, Lightbits

“Elbit Facility has been using several BQR software modules for over 10 years. The software is used for component, SRU, LRU and system reliability analysis. We are satisfied with the software and with the improvements performed over the years as well as with BQR’s support.”

 

 

— I.S. Director, EW and Support Equipment

image.png
image.png
RequestLiveForm

Request a Live Demo of Synthelyzer™

See how Synthelyzer can transform your PCB design process with a personalized demo.

Your CAD

Technical Specifications

Feature
Specification
Training Required
1-hour orientation session based on customer sample project
Export Formats
Excel, CSV
Integration with BQR Tools
fiXtress®, FMEA, FTA, RBD
Component Library
AI-driven with automatic parameter filling
MTBF Standards
Telcordia 3 Parts Count/Parts Stress, MIL-217-F2 Parts Count
Supported ECAD Tools
Altium Designer, OrCAD Capture, Siemens EDA Xpedition

Synthelyzer™ is a product of BQR Reliability Engineering Ltd., a global leader in solutions for reliability analyses embedded in the design process.

bottom of page