CI541V1 3BSE014666R1 | Interface submodule | CI532V02 3BSE003B27R1 | CI535V30 3BSE022162R1

Model: CI541V1 3BSE014666R1

Category: Interface submodule

Finish: New/not new

Delivery time: from stock

Warranty: One year

Express: SF Express/Debon

Product net thickness/length: 255 mm

Product height: 20 mm

Product width: 125 mm

Net weight: 0.17 kg

The CI541V1 3BSE014666R1 interface submodule plays an important role in software architecture, it is mainly responsible for implementing the interaction between different systems or components. The following is a detailed description of the docking port sub-module:

1. Function

The main function of the interface submodule is to provide the interface for the system to interact with other systems or components, and realize the exchange of data and the call of functions. Through the interface sub-module, the decoupling between the systems can be realized, and the scalability and maintainability of the system can be improved.

Ii. Types

Physical port: CI541V1 3BSE014666R1 directly corresponds to communication ports, such as serial ports and network ports, on the device. A physical interface has physical layer attributes, such as hardware information and network port type.

Logical interface: Virtual interfaces created based on service logic at the software layer, such as bond, vlan, tag subinterface, mac subinterface, veth, and lo. Logical interfaces do not have physical layer attributes, but have link layer and network layer attributes.

Iii. Function

Interface management: Manages all types of interfaces in a heterogeneous architecture, including physical interface management and logical interface addition, deletion, checking and modification. Through the unified implementation of various interfaces, the upper layer module provides a unified use method and operation interface, and provides the underlying function support for the subsequent module development.

Message processing: The CI541V1 3BSE014666R1 interface submodule needs to carefully analyze the type of message, including the priority, the requirements for processing delay (asynchronous or synchronous messages), the amount of concurrent messages, etc. For critical synchronous messages, it is necessary to ensure fast and accurate processing. Asynchronous non-critical messages can be processed by separate threads to avoid affecting normal service processing.

Flow control: The CI541V1 3BSE014666R1 interface module needs to have the traffic warning and control function, and can intervene when the traffic exceeds the designed capacity to avoid impact on the internal modules of the system.

Logging: The interface submodule must have a complete logging function so that when problems occur, you can use logs to locate the faults.