IOT News

In the field of industrial automation, the wide variety of communication protocols used across different devices and systems often creates challenges for system integration and data exchange. Industrial protocol conversion gateways offer an efficient solution by enabling protocol translation and data transfer between disparate systems, facilitating real-time interaction and enhancing collaborative production capabilities.

The industrial protocol conversion gateways developed by WideIOT are IoT devices specifically designed for protocol translation—for example, Modbus to MQTT, RTU to TCP, OPC to MQTT, and more. Through protocol conversion, the gateways allow connected upper-level (host) and lower-level (field) devices to quickly establish a foundation for data exchange, enabling standardized management with unified data formats—greatly simplifying system integration and future expansion.

Gateway Functions

Device Integration – Industrial protocol conversion gateways can unify devices that use different protocols into a single standard protocol. This applies to PLCs, instruments, CNC machines, industrial robots, sensors, and more—enabling centralized integration and control.

Data Interchange – By translating between protocols, the gateways enable seamless data transmission and exchange across diverse systems. This allows a single control center to quickly access, monitor, and maintain multiple devices, ensuring reliable operation and improving production efficiency.

Device Networking – After protocol conversion, the gateways can connect to cloud platforms or host systems via 5G/4G/Wi-Fi/Ethernet, enabling remote monitoring, remote configuration, remote program upload/download, and other operations.

Security Protection – Features such as multi-network backup, data resumption after disconnection, watchdog timers, and firewalls provide comprehensive real-time data protection, ensuring data security and integrity.

Edge Computing – Supports a variety of edge computing functions—including intelligent data acquisition, filtering, alarm calculation, change-triggered actions, formula-based computation, and grouping strategies—eliminating device heterogeneity and enabling standardized data processing.