Dongtu Technology releases the first TSN chip-based time-sensitive network overall solution in China

Dongtu Technology releases the first TSN chip-based time-sensitive network overall solution in China

Following the recent release of the first TSN chip designed independently by Dongtu Technology, Dongtu Technology officially released a comprehensive solution based on TSN time-sensitive network . In addition to the released TSN Ethernet chip KD6530, the solution also includes a series of time-sensitive network switches, time-sensitive network terminals, time-sensitive network clock sources, time-sensitive network controllers built on the above chips, as well as detailed solutions for time-sensitive network technology in the fields of intelligent manufacturing, rail transportation, and smart grids.

KD6530 TSN Ethernet switch chip

• 32G switching capacity

•12 SGMII (SERDES) interfaces

• 2 10G BASE-KR/10G BASE-R ports

Aquam8124TSN Time-Sensitive Network Switch

• EN50155 on-board managed industrial time-sensitive network switch designed specifically for the rail transit industry

• Supports up to 20 100M Fast Ethernet interfaces and 4 Gigabit uplink interfaces

SICOM3000TSN Time-Sensitive Network Switch

•Applicable to industrial automation, automotive internal network, rail transit, power and other industries industrial time-sensitive network switches

• Support up to 12 ports

Time-Sensitive Network Terminal

• KD6530 TSN Ethernet switch based SOC capability to realize core board module

• Leverage SOC built-in functional safety dual-core CPU and rich external management interfaces to achieve embedded controller application support

Time-Sensitive Network Clock Source Solution

•Can be used as a TSN network clock source solution, and can also be used as a user terminal access solution; supports Linux operating system and Intewell operating system drivers

•Support master clock mode (BC) and slave clock mode (OC) access

Time-Sensitive Network Controller (CNC)

• Conducted in-depth research and development in the direction of time-sensitive network control, supported CNC submodules on the original network management KyView platform, and is a comprehensive network management platform for next-generation networks.

Application of TSN in Smart Manufacturing

• Taking TSN network as the core of industrial network interconnection, it ensures the real-time, efficient, stable and secure transmission of time-sensitive data. It connects the existing traditional industrial Ethernet production lines, the Internet of Things responsible for collecting massive industrial data, and new industrial applications that require high quality, and carries various types of control and operation maintenance.

• Through the OPC UA standardized data construction method, the horizontal and vertical data in the factory are connected, providing a platform-independent interoperability standard for data and information transmission between factory workshops and enterprises, achieving transparent interaction, higher configuration efficiency and stronger interoperability

Application of TSN in rail transportation industry

•TSN technology will help train communication networks provide robustness, provide mixed critical data flow transmission capabilities when facing different user domain networks, and achieve SIL4 level safety data communication capabilities without independent parallel backup lines

Application of TSN in Smart Grid

• In view of the extremely high requirements of the power industry for the determinism, real-time and reliability of communication, IEEE lists power as one of the six most important application areas of TSN technology. According to the "Time-Sensitive Network Power Application White Paper" compiled by the IEEE organization , time-sensitive network technology has broad application prospects in power-related fields such as substation process layer and station control layer network, longitudinal differential protection, power data communication network, distribution and power fusion communication network, integrated energy, and new energy generation.