Automatic recovery:
Some deterministic network technologies have introduced automatic recovery mechanisms, enabling the system to automatically perform recovery operations after detecting faults. Automatic recovery typically involves switching to a backup path or backup node to ensure continuity of communication flow. This mechanism effectively reduces interruption time and reduces the impact of faults on real-time applications. The automation and immediacy of the automatic recovery mechanism make it an important means to ensure network reliability.
By comprehensively utilizing the above technologies and mechanisms, deterministic networks can provide highly reliable communication services, especially suitable for fields that require high communication quality and real-time performance, such as industrial automation, vehicle networks, etc. The implementation of these technologies enables networks to better adapt to different environments and application scenarios, ensuring secure data transmission and stable system operation.
TSN technology is gradually maturing
The introduction of core TSN technology has injected strong impetus into the development of deterministic network applications in the TSN switches developed by Guanglu Technology. The significance of this technology is not only reflected in improving network reliability, reducing communication latency, and achieving temporal consistency, but also in providing a solid network foundation for intelligence and automation in various fields.
Through the technological innovation of TSN switches, optical path technology has achieved significant results in achieving high bandwidth, low latency, and strong reliability in communication. Provided key support for the development of industrial automation, intelligent manufacturing, intelligent transportation and other fields. TSN switches lay the foundation for the widespread deployment of future IoT and 5G applications while ensuring real-time communication.