Which sector, besides automotive engineering, utilizes CAN networks based on its core strengths?
Answer
Industrial automation and factory machinery
Although the CAN bus originated within the automotive sector, its core attributes—namely real-time performance, high reliability against noise, and defined message prioritization—made it suitable for numerous other applications. Beyond cars, the text explicitly notes its presence in industrial automation and factory machinery. Other non-automotive areas where the protocol is employed include medical equipment and aerospace systems. This cross-industry adoption stems from the fact that Bosch solved the generalized problem of reliable, prioritized embedded networking, not just vehicle wiring issues.
Related Questions
Who led the team that invented the Controller Area Network (CAN bus) at Robert Bosch GmbH?When did the development of the Controller Area Network (CAN bus) begin in earnest at Robert Bosch GmbH?What fundamental type of protocol is the CAN protocol based on, according to its technical foundation description?What specific non-destructive technique does CAN use to manage network access and prioritize time-critical information?Which vehicle marked the first commercial application of the CAN bus in 1991?What ISO standard formally recognized the Controller Area Network protocol?How does the CAN protocol physically operate regarding signal transmission over its dedicated wires?What strategic decision did Bosch make regarding the CAN specification in 1991 concerning proprietary control?In the message-based CAN protocol, what two purposes does the message identifier serve?What primary issue involving vehicle wiring harnesses necessitated the development of the CAN bus system?Which sector, besides automotive engineering, utilizes CAN networks based on its core strengths?