Essential Sys Tec Can-ethernet Gateway V2 (dual Can Interfaces) Series [ykE5GJvf]

SYS TEC CAN-Ethernet Gateway V2: Universal CAN Interface

The SYS TEC CAN-Ethernet Gateway V2 is a cutting-edge device designed to seamlessly integrate CAN buses with existing Ethernet networks. This dual CAN interface gateway serves as a universal PC CAN interface and facilitates the coupling of CAN networks via Ethernet, making it an essential tool for modern industrial applications. The gateway operates at layer 2, ensuring direct transfer of CAN messages without protocol dependency, allowing for the application of high-layer protocols like CANopen or DeviceNet. With support for TCP and UDP, the gateway offers flexible access to CAN systems via LAN or Internet.

High-Performance and Configurability

The CAN-Ethernet Gateway V2 is powered by a high-performance ARM9 controller, ensuring a high data throughput even when multiple CAN interfaces are active simultaneously. The Linux-based operating system allows users to execute their own programs in parallel to the gateway application, enhancing its versatility. The gateway features sophisticated filter and trigger mechanisms, enabling direct calling of user tasks in response to specific events. Filters are easily configurable, ensuring efficient transfer of CAN messages while maintaining time transparency. Each CAN message is timestamped, further enhancing the gateway's reliability and accuracy.

Wide Range of Applications

The SYS TEC CAN-Ethernet Gateway V2 is suitable for a variety of applications, including the integration of CAN networks with Ethernet in industrial environments, the transparent coupling of CAN networks via LAN or Internet, and the implementation of high-layer protocols like CANopen or DeviceNet. With its versatile configuration options via Ethernet or USB, this gateway is a must-have for engineers and technicians looking to enhance their industrial network capabilities. Its high-performance, configurability, and wide range of applications make it an ideal choice for both everyday use and complex net structures.