The Application and Advantages of Bypass Industrial Switch in Intelligent Transportation

For any network that requires uninterrupted operation, redundant security is crucial. Bypass switches, also known as bypass protectors, are used to connect network segments at specific network access points (TAPs) where there are active inline devices, such as security tools for inspection and monitoring purposes. Functionally speaking, it can automatically reroute traffic through monitoring the health of the tool, or manually redirect traffic. For example, when we need to maintain or replace monitoring tools, we can proactively disconnect the connection without affecting the connectivity of the main chain.

In the field of intelligent transportation, the outdoor environment is more harsh than the data center computer room environment in terms of temperature, humidity, power supply conditions, electromagnetic interference, etc. Therefore, high reliability industrial grade equipment is generally used for networking. Bypass Industrial Switches have special applications and advantages in the field of intelligent transportation. The following are its main applications and advantages in this field:

The Application of Bypass Industrial Switch in the Field of Intelligent Transportation:

High reliability network communication: the intelligent transportation system needs real-time and reliable network communication to support vehicle monitoring, signal control, monitoring equipment and other functions. The Bypass industrial switch can provide nanosecond level link switching time, enabling fast switching in the event of network link failures, ensuring the continuous and stable operation of the system.

Line redundancy: the intelligent transportation system requires high network availability, because any network interruption may lead to major accidents or losses. The Bypass industrial switch can be configured with multiple redundant links, and when one link fails, it will automatically switch to other available links to ensure network connectivity.

Data security: the intelligent transportation system involves the transmission and storage of a large amount of sensitive data, such as communication between vehicles and equipment, driver information, etc. The Bypass industrial switch supports security functions such as data encryption and identity authentication, protecting the confidentiality and integrity of data and preventing it from being maliciously tampered with or stolen.

Advantages of Bypass industrial switches in the field of smart transportation:

High performance and low latency: The Bypass industrial switch has the characteristics of high-speed data processing capability and low latency, which can meet the requirements of the intelligent transportation system for real-time and responsiveness, such as rapid processing of large amounts of data, smooth video transmission and real-time event processing.

Reliable fault recovery: The Bypass industrial switch has the ability to tolerate faults and automatically recover. In the event of network link failure or device failure, it can automatically switch to a backup link or device, ensuring the continuous operation of the system, reducing downtime and data loss risks.

Simplify network management: Bypass industrial switches typically have a friendly management interface and automatic configuration functions, allowing for centralized management and monitoring of the network. It can simplify network deployment and maintenance processes, reduce manual intervention and management costs.

Scalability and customizability: The Bypass industrial switch supports multiple interfaces and port configurations, which can be customized according to the requirements of the intelligent transportation system. It can provide flexible scalability to adapt to constantly changing system requirements and network scale.

To sum up, the Bypass industrial switch has important applications and advantages in the intelligent transportation system. It can provide network communication services with high reliability, security and performance to ensure the stable operation of the system and the safe transmission of data.

The Bypass industrial switch launched by Houshi adopts an industrial grade design and can work in harsh environments. Bypass industrial switch realizes highly reliable link protection through Ethernet ring network, Spanning Tree Protocol, bypass protection, Link aggregation, link backup and other technologies.

In the future, Houshi Network will continue to focus on the application of optical communication products in smart transportation, assisting in the transformation and upgrading of highway informatization and intelligence. Houshi Network will leverage its profound technological accumulation and rich practical experience to form a joint force with the upstream and downstream industries, jointly promoting the construction of highway informatization and the application of new technologies and products.