RK3568-based "Quad-Ethernet Dual-CAN" Industrial Gateway, Empowering Industrial Digital Transformation

In the context of growing demands for Industrial Internet of Things (IIoT) and edge computing, stable and reliable network connectivity and fieldbus communication capabilities are the core value of industrial gateways. Incons Industrial Control, a company deeply rooted in industrial computing for many years, continuously optimizes its product line to meet the demanding requirements of industrial scenarios.

Breaking through the network bottlenecks of traditional gateways, it provides four independent Gigabit Ethernet ports (each with Speed/Link LED indicators). This not only significantly enhances data throughput and meets the needs of multi-device, high-bandwidth parallel access, but also allows for flexible deployment of complex topologies such as network redundancy and VLAN partitioning, ensuring uninterrupted critical business communication.

2 Isolated CAN Bus Channels (New Feature)

It adds two professional isolated CAN interfaces, effectively resisting common-mode interference and voltage surges prevalent in industrial environments. This design provides a solid foundation for building highly reliable fieldbus networks (such as CANopen, DeviceNet, etc.), making it an ideal choice for connecting critical equipment like industrial robots, motor drives, and sensor networks.

Powerful Core, Stable Support

Equipped with the high-performance Rockchip RK3568 quad-core 64-bit Cortex-A55 processor, with a main frequency of up to 2.0GHz. Coupled with 4GB RAM and 32GB eMMC storage, it provides ample power for running complex edge computing logic, protocol conversion, data pre-processing, and other tasks. The onboard Micro SD card slot supports capacity expansion, meeting the needs for local data storage and backup.

Open Platform: Ubuntu System

Pre-installed with the Ubuntu operating system, it provides developers with an open, flexible, and resource-rich software ecosystem. Customers can quickly deploy custom applications, edge computing algorithms, IoT protocol stacks like MQTT/OPC UA, or leverage container technologies such as Docker for efficient application management, significantly shortening project development cycles.

III

Rich Interfaces, Flexible Expansion

Flexible Expansion

· Multi-protocol Serial Communication: Provides 4 serial ports (COM0 for debugging, COM1-COM2 as optional isolated RS232/485 ports, COM3-COM4 as isolated RS485 ports), compatible with various PLCs, HMIs, meters, and traditional equipment.

· Wireless Connectivity and Positioning: Supports WiFi 5 and Bluetooth 4.2, with optional 4G/5G multi-network convergence module and GPS positioning function for wide-area wireless access and precise location services.

· Isolated DIO Interfaces: Provides 4 isolated DIs and 2 isolated DOs (24V) for equipment status monitoring and control.

· Wide Temperature Operation: Supports a wide operating temperature range of -20°C to 70°C and a storage temperature of -40°C to 80°C, adapting to various harsh industrial environments (e.g., non-air-conditioned equipment rooms, outdoor cabinets).

· Compact and Robust: With dimensions of only 145mm x 110mm x 53.5mm, it supports convenient DIN-rail or VESA mounting, saving space and offering flexible deployment.

Application Scenarios: Empowering Diverse Industries

Application scenarios

With its powerful multi-network access, real-time bus communication, and edge computing capabilities, it demonstrates exceptional value in the following areas:

1. Energy Storage Systems: Serving as a core communication hub between energy storage units (PCS/BMS) and cloud/local monitoring centers, it connects different subsystems via multiple network ports and efficiently collects battery module data via the CAN bus, enabling real-time status monitoring, safety warnings, and remote management.

2. Environmental Monitoring: Connecting various sensors for air quality, water quality, noise, etc. (via RS485/CAN), it integrates multi-channel monitoring data and transmits it back to the monitoring platform via 4G/5G or Ethernet, building a comprehensive sensing network.

3. Industrial Robots: Acting as a bridge between robot control cabinets and the factory's upper-layer networks (MES/SCADA), it facilitates command issuance and status feedback via high-speed Ethernet, while also connecting peripheral sensors or actuators via the CAN bus to achieve collaborative operations.

4. Smart Factories: Achieves secure and efficient interconnection between OT layer equipment (PLCs, CNCs, instruments, sensors, etc.) and IT layer systems, supporting data acquisition, protocol conversion, edge computing, and remote operation and maintenance.