Data Transmission Network for Mass Transit Signaling System
![](https://klgsmartec.com/wp-content/uploads/2023/11/Data-Transmission-cover.png)
INTRODUCTION
Mass Transit system is one of the most important infrastructures in the modern cities, while its Signaling system is the core of an efficient and effective train operation.
Over the past decade, CBTC (Communication-based Train Control) technology is widely implemented throughout the world for urban transportation, which requires a highly reliable DTS (Data Transmission System).
![Data Transmission Network for Mass Transit Signaling System](/wp-content/uploads/2023/10/Rail-01.jpg)
SPECIFICATIONS
System Requirements
- Supports Gigabit Fiber Optic ring topology with fast selfhealing functionality in a largescale network.
- Supports network security functions.
- Centralized network management software to monitor, to configure and to maintain the network devices remotely.
- Layer 3 capability to separate vital and non-vital networks.
- Supports the access of serial devices, and enables the communications between serial devices and devices within the dual redundant ring network.
BENEFITS
Why KLG Smartec
- SICOM3028GPT multi-functional platform supports RIP, OSPF layer 3 routing protocols and rich options of interface modules to ease the network expansion and
migration - Supports various Ring redundant protocols, like STP/RSTP, MSTP, DT-Ring and IEC62439-6(DRP) protocols
- Supports RS232/422/485 multiple serial protocols and bidirection data conversion between serial and Ethernet.
- Serial device server supports static routing function which enables the interconnection between serial devices and devices within the dual redundant ring network.
- Supports white-list, mirroring and #ow control for serial ports, to realize the control and analysis with the serial data.
- Supports wide operating temperature ranges from -40 to 85°C
- Compliant with EN50121-4, with high EMC resistance
- Unified NMS, Kyvision3.0 for network monitoring and management
- Supports VLAN, QoS, IGMP for broadcast storm isolation and bandwidth utilization