BQR Reviews

A good improvement over performing analysis just using spreadsheets and provides a graphical interface. Also saves having to extract parameters from standards as it within the tool

Provides ability to use the schematic design tool to define the parameters and components - saves a lot of time

User manual, tutorials and guidance is very limited

BQR offers robust tools for calculating Mean Time Between Failures (MTBF), a critical reliability metric for repairable systems. The software supports both analytical and simulation methods for MTBF calculations. The analytical method calculates MTBF as the reciprocal of the steady-state failure frequency, while the simulation method accounts for system repairs and recoveries, providing a comprehensive reliability analysis. BQR user-friendly interface and detailed reporting capabilities make it an excellent choice for engineers seeking accurate and efficient reliability assessments

BQR excels in MTBF (Mean Time Between Failures) calculations by offering precise and reliable analytical tools. Its integration with other reliability engineering modules ensures comprehensive data analysis and reporting. The software's user-friendly interface simplifies complex calculations, making it accessible for engineers of all skill levels. BQR's ability to handle large datasets and perform detailed simulations enhances the accuracy of MTBF predictions. Additionally, its robust version control and change management features ensure data integrity and traceability throughout the product lifecycle. These capabilities make BQR a valuable asset for improving product reliability and maintenance planning

While BQR is powerful for MTBF calculations, it has some drawbacks. The software can be complex to set up and requires significant training for effective use. Its advanced features may be overwhelming for users unfamiliar with reliability engineering concepts. The integration with other systems can also be challenging, requiring additional customization and support

We use fiXtress throughout the design phase of our PCB projects to perform MTBF prediction. It helps us to validate the selection of the components. We no longer need a subcontractor to calculate MTBF. We can rely on the many components already validated by BQR and included in the fiXtress master library. We additionally manage our own library too.

Its large component library, its bill of material parser to auto-fill parameters and the ability of the EDA plugin to assign and propagate the stresses help to reduce the time to establish the MTBF of systems. It generates detailed Excel reports and makes it easy to analyze the impact of design variants.

The graphical interface is not always user-friendly, especially when it comes to searching for and editing components (BOMs and libraries). On-line help is a little too succinct. Additional licenses are required for the various MTBF standards and certain functionalities.

BQR FIXTRESS is a powerful reliability engineering software suite that excels in enhancing product reliability and maintenance efficiency. It offers a wide range of analysis techniques, robust reporting, and seamless integration with other applications. However, it comes with a high cost and a steep learning curve, which may be challenging for smaller businesses or new users. Performance issues and limited customization options are also noted drawbacks. Despite these cons, BQR FIXTRESS remains a valuable tool for organizations aiming to improve product quality, reduce costs, and increase customer satisfaction through proactive failure identification and optimized maintenance planning.

BQR FIXTRESS is a comprehensive suite of reliability engineering software tools designed to enhance product reliability and maintenance efficiency. It supports a wide range of analysis techniques, including life data analysis, FMEA, reliability growth, and system modeling. Key features include robust reporting, risk discovery tools, and seamless integration with other BQR FIXTRESS applications. The software is user-friendly and scalable, making it suitable for teams of all sizes. By proactively identifying potential failures and optimizing maintenance planning, BQR FIXTRESS helps organizations improve product quality, reduce costs, and increase customer satisfaction.

While BQR FIXTRESS offers many benefits, there are some drawbacks to consider:

1. Cost: BQR FIXTRESS can be expensive, especially for small businesses or individual users
3. Performance Issues: Some users have reported that the software can be slow, particularly when handling large datasets(
4. Limited Customization: There may be constraints in customizing certain features to fit specific needs

Does what it is supposed to do. You could improve the somewhat dusty appearance with a new UI and standard behavior.

Relatively intuitive operation and easy to get started. Import functions and extensive database available. A suitable tool if you know what you want to do.

The operation is a little outdated. Reports that can be created for documentation purposes could be improved.

The MTBF Software by BQR Reliability Engineering is a powerful tool for reliability analysis, offering a range of features and support a lot of handbooks

The software offers detailed reliability analysis, including Mean Time Between Failures (MTBF), which is crucial for predicting system performance and maintenance needs.

The software has a steep learning curve due to its extensive features and capabilities. You have to know what you are doing and it is recommended that you have a background in stochastic and reliability.
Sometime I have some troubles with the old ACE Database from Microsoft. I have to refresh it every half year.