工控自动化以太网技术特性之神奇深藏着can通信协议的奥秘让我们一起探索这道璀璨的技术宝库
工业自动化以太网技术特性探究：揭秘can通信协议的奥秘
1、工业操控网络的演变与挑战
随着工业控制系统（ICS）的不断发展和IT技术的飞速进步，传感器技能、通讯技能和计算机技能成为了现代信息技能的三大支柱。然而，工业操控网络面临着如何实现高速廉价、实时性高、稳定性好的通讯需求的问题。以太网（Ethernet）作为数据信息网络中广泛应用的一种网络技术，其优势在于传输速度快、低能耗、便于安装兼容性好等，但是在工业操控领域其敞开性的问题仍未得到充分解决。
2.2 Industrial Ethernet Technology Features
Industrial Ethernet technology has several features that make it suitable for industrial control systems:
High-speed transmission: Industrial Ethernet supports high-speed transmission, which is essential for real-time communication in industrial control systems.
Low power consumption: Industrial Ethernet devices consume less power than traditional industrial communication technologies, which reduces energy costs and heat generation.
Easy installation: Industrial Ethernet devices are easy to install and configure, which simplifies the deployment of industrial control systems.
Compatibility with various protocols: Industrial Ethernet supports a wide range of protocols, including TCP/IP, UDP/IP, and others. This allows seamless integration with existing industrial automation systems.
Real-time performance: Industrial Ethernet provides real-time performance that meets the stringent requirements of industrial control systems.
However, there are also some challenges associated with using Industrial Ethernet in industrial control systems:
Real-Time Performance Issues
One challenge faced by Industrial Ethernet is its non-realtime nature due to its CSMA/CD access method. This can result in delays or packet loss during critical operations leading to system failures or even safety risks.
Future Developments & Solutions
To address these challenges and improve the reliability and security of Industrial Ether
