Core Technologies & Advantages
Powerful Scalability
Flexible Five I/O Module Configuration
High Data Fidelity
Advanced Isolation Design
High-Speed NXP Processing Architecture
Powerful Stack Scalability
The mainboard supports multi-layer stack architecture (horizontal and vertical expansion), equipped with versatile communication interfaces such as USB and RS485—ensuring seamless compatibility with a wide range of sensors on the market.
The controller core board can be configured based on project requirements, supporting up to 3 I/O expansion boards, with horizontal scalability up to 10 boards—delivering exceptional flexibility for complex deployments.
Integrates real-time monitoring, historical analysis, and multi-field equipment management into one:
Traditional equipment can be upgraded without modification, and the operation status can be easily mastered, scheduling optimization can be optimized, efficiency can be improved, and a truly intelligent operation site can be created.
Flexible Mix-and-Match of Five I/O Modules
Flexible Hybrid I/O
Break free from the limitations of traditional analog and digital hardware configurations. This architecture enables fully flexible proportional allocation of I/O modules, allowing seamless adaptation to diverse and complex sensor environments.
This innovative design not only optimizes control cabinet space but also significantly reduces hardware procurement costs and inventory overhead.
High-Fidelity Data Reconstruction
High-Resolution ADC
DAC
Leveraging high-resolution analog processing (High-Resolution ADC), the system accurately captures subtle physical changes from front-end sensors and converts them into highly detailed digital data.
With support for both ADC and DAC bidirectional signal conversion, it enables precise data reconstruction and control feedback—providing a solid foundation for advanced algorithms, control logic, and AI-driven predictive maintenance.
Advanced Isolation Design
Featuring a core-level isolation architecture, an intermediate isolation layer separates the main chipset from external interfaces (such as USB, RS485, and sensors).
This effectively blocks noise, surges, and overvoltage interference—ensuring that even if external devices encounter anomalies, the core system remains stable, secure, and fully operational.
High-Speed NXP Processing Architecture
Powered by a high-performance NXP processor, the system delivers ultra-fast data acquisition and processing capabilities. Even in data-intensive environments, it achieves microsecond-level responsiveness—greatly enhancing real-time performance.
This enables the wireless PLC gateway to execute precise decision-making with low latency and high efficiency, fully supporting advanced Industrial IoT (IIoT) applications.