Empowering Advanced ConnectivityModel Based Design Tools
Imagine an embedded control system development process where design, simulation and code generation are perfectly aligned. More than just a technological breakthrough, it’s a revolution in the way we create create embedded systems.
Model-Based Design is an innovative approach that uses visual models to represent system behavior, the interactions between components and even the code itself. With MBD, the development of embedded control systems evolves from a series of complex codes to a whole new approach.
CANTools represents a suite of sophisticated tools meticulously designed to cater to the needs of testers and validators within the automotive industry. These tools provide seamless connectivity to the world’s most ubiquitous communication protocol, the CAN (Controller Area Network). With a comprehensive range of software and hardware solutions, CANTools is compatible with PCs through USB, PCI, PCI Express, and Mini PCI interfaces, or can function independently as all-in-one units.
MTBF, or Mean Time Before Failure, is a precise methodology used for estimating the time until hardware components experience a failure. Grounded in the exacting standards of the MIL HDBK 217 guidelines, our internal engineering team employs a rigorous procedure to calculate the MTBF value from an equipment’s Bill of Materials (BOM). This MTBF metric stands as a pivotal indicator of equipment reliability, conforming seamlessly to the rigorous FIDES standard for calculating equipment reliability.
Our Component Risk Analysis service, an integral part of our Maintenance in Operational Condition (MCO) offering, encompasses comprehensive obsolescence management. This service meticulously traces the lifecycle of each individual component that constitutes an equipment, ensuring its longevity and reliability.