The Future of Safety Analysis is Made Easier With a software tool Developed By BQR Critical systems/products often have protection layers, fault tolerance and redundancies in order to prevent severe safety events. In order to calculate the occurrence probability of safety events, combinations of sub-events have to be accounted for. Fault Tree Analysis (FTA) is…
Learn how to avoid the next design error by using the BQR fiXtress EDA Plug-in Altium OnTrack with Judy Warner has interviewed Yizhak Bot the CTO of BQR Reliability Engineering on the fiXtress SW tool that has helped hundreds of companies worldwide save money on shortening the design cycle of their products and reducing integration…
How to calculate RAID Reliability? RAID (redundant array of independent disks) disk arrays are very common in critical data infrastructure. The basic principle of RAID is to add data redundancy such that no major data loss will occur when a bad sector appears, or even when a whole disk fails. The question is: how…
BQR Presents at ESREL 2017: “Efficient Reliability Engineering in UAVs and Complex Designs” Presentation description: While many methods and standards exist for RAMS analysis, it is not always clear how to incorporate them into the design process of complex products such as UAVs. In this practical presentation, we will review a unique case study relating…
