216400-1

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The 216400-1 application field is concerned with the intersection of safety integrity and mobile communication networks.

Mobile communication networks are becoming increasingly complicated and feature many varied and interconnected components. As a result, failure of any components can cause serious safety hazards. The 216400-1 standard provides a platform to ensure the safety of these networks through the identification and assessment of the potential failure modes in its components and the specification of safety-critical requirements.

The 216400-1 standard also requires that it include communication protocols for managing system-wide operations such as system configuration, communication link establishment, data exchange, performance monitoring, and failure recovery. Thus, a single standard is provided to ensure the safety of mobile communication networks.

The 216400-1 standard applies mainly to the wireless communication networks used for manufacturing, defense, healthcare, and transportation applications. The standard outlines the architecture of communication networks and defines their associated parameters in order to ensure the safety of these systems.

The working principle behind the 216400-1 standard is based on the identification and assessment of failure risks in the communication networks and the specification of safety-critical requirements. Each component of a communication network is identified and evaluated for its individual failure risk. If an individual component fails, it is ensured that the entire system will not fail.

To achieve this, the 216400-1 standard requires an assessment of the failure risks at each component level. This assessment is used to develop safety-critical requirements for the communication network. These requirements are then woven into the implementation of the network.

For instance, the safety-critical requirements ensure that each component is tested and certified for specified conditions of operation and performance, such as performance levels under normal and adverse conditions. The requirements also ensure that failure recovery procedures are introduced in case of a component failure.

The 216400-1 standard also requires that communication networks are designed with flexibility and scalability in mind. This allows devices on the network to be reconfigured or upgraded as needed, without disruption to the existing system.

Furthermore, the standard states that communication networks should be designed with fault-tolerance in mind. This means that despite the presence of faults in the network, the overall system is still expected to remain secure and without disruption.

Overall, the 216400-1 application field and working principle together provide a platform to ensure the safety and reliability of mobile communication networks. Through the identification and assessment of failure risks at component-level, and the establishment of safety-critical requirements, the standard provides a platform to ensure the safety of communication networks.

The specific data is subject to PDF, and the above content is for reference