The Demand for Industrial Switches In The Rail Transit Industry

In the rail transit industry, Industrial Switches play a crucial role in meeting many specific needs and requirements. The following are the main requirements for industrial switches in the rail transit industry:

1. Reliability and stability: rail transit system is a complex system highly dependent on network communication, and has very high requirements on the reliability and stability of the network. Industrial switches should be designed with high reliability, capable of continuous operation under harsh environmental conditions, and have strong anti-interference capabilities to ensure network stability.

2. Real time requirements: the rail transit system has high real-time requirements for data transmission, such as train control, signal transmission, video monitoring, etc. Industrial switches should support low latency and high throughput data transmission to ensure real-time and accuracy.

3. High bandwidth demand: there are a lot of data flows in the rail transit system, such as high-definition video streams, audio data, monitoring images, etc. Industrial switches should have high bandwidth capabilities and be able to carry a large amount of data transmission needs.

4. Network isolation and security: the rail transit system needs to achieve network isolation between different equipment, such as control system, monitoring system, etc. The industrial switch shall support functions such as VLAN and Access Control List (ACL) to ensure the security isolation and data security between devices.

5. Seismic design: the rail transit system is an environment with large vibration and impact, such as train passing, subway running, etc., which will vibrate the equipment. Industrial switches should have seismic performance and be able to operate reliably in vibration and impact environments.

6. Temperature and environmental conditions: the equipment of rail transit system is usually installed outdoors or under harsh environmental conditions, such as high temperature, low temperature, humidity, etc. Industrial switches should have a wide operating temperature range and dustproof/waterproof design to adapt to different environmental conditions.

7. Management and monitoring: rail transit systems usually need to centrally manage and monitor various network equipment. Industrial switches should have remote management and monitoring functions, support SNMP protocol and other management interfaces, so that operation and maintenance personnel can real-time grasp the status of network devices, and perform troubleshooting and maintenance.

In summary, the demand for industrial switches in the rail transit industry includes reliability, real-time performance, high bandwidth, safety, seismic performance, adaptability to harsh environments, and remote management and monitoring. According to different application scenarios and requirements, selecting appropriate industrial switches can ensure the stable operation and safety of rail transit system.

Advantages of Houshi Industrial Switch Rail Transit Scheme:

1. Gigabit ring convergence network, using high-performance private redundancy technology, when a link failure or Single point of failure occurs in the network, communication can be quickly recovered within 20ms to ensure reliable data transmission;

2. Support the VLAN isolation function to ensure the safe transmission of capital transaction data;

3. Fan free Low-power electronics, support -40 ° C~+85 ° C, EMC4, IP40 protection level, and ensure 24-hour uninterrupted service in various environments;

4. The front-end device is plug and play, flexible and convenient, and can be replaced directly without the need for configuration in case of failure, making maintenance convenient;

5. Enhanced network security guarantee

6. Support management functions such as three-layer Static routing, RIP V1/V2, OSPF, VRRP, etc

7. Ultra high backplane bandwidth, super large cache, line speed forwarding without packet loss

8. Industrial switch communication equipment supports centralized control and management through various methods such as SNMP, WEB browser, CLI command line, SSH, Telnet, etc., facilitating maintenance personnel to perform remote login, port mirroring, remote monitoring, status monitoring, and other operations.