IOT News

In industrial scenarios across various sectors, when implementing equipment IoT and data acquisition upgrades, companies often encounter the following challenges: long data transmission distances on site with difficult cabling and networking; some devices that only have serial ports but need to connect to Ethernet-based host systems; individual devices with non-standard IP assignments that are difficult to modify; difficulty in remote or off-site PLC maintenance, troubleshooting, and monitoring; and poor data exchange between software systems.

To address these issues, WideIOT offers a range of intelligent devices for industrial equipment IoT and data acquisition—including industrial smart gateways, network segment isolators, remote maintenance tunnels, and data middle platforms—providing efficient and reliable support for solving problems related to device interconnection, data interoperability, and human-machine interaction. 1. Wireless Communication
When devices are widely distributed across multiple locations and network cabling is difficult near deployment sites, deploying industrial smart gateways locally at the equipment enables real-time data acquisition and both wireless and wired connectivity options—such as 5G/4G/Wi-Fi/Ethernet—achieving device networking and communication across diverse scenarios.

2. Serial Port Conversion
Industrial equipment commonly uses RS-232 and RS-485 serial ports, which typically require conversion when connecting to Ethernet-based host systems. This involves both serial-to-Ethernet conversion and protocol adaptation with the host system. Additionally, when serial ports are already occupied, the serial port forwarding function allows connection to host systems without the need for additional expansion modules.

3. Network Coupling
IP address conflicts are very common on-site due to the absence of unified IP planning in the early stages of a project, or because modifying device IPs is costly. This creates significant obstacles for device networking and data acquisition. By deploying network segment isolators (NAT gateways), IP address translation can be achieved—ensuring rapid device connectivity and timely project delivery.

4. Remote Maintenance
When on-site equipment issues arise, engineers troubleshooting the problem often need to monitor variable states online in real time, download programs to identify the root cause, and upload modified programs afterward—all of which, combined with travel time, incurs significant costs. Through the Remote Maintenance Tunnel, engineers can perform remote PLC programming, debugging, and program upload/download for off-site equipment without the need for travel.

5. Data Middle Platform
The data middle platform can connect to PLCs, instruments, sensors, CNC machines, industrial robots, and other equipment to perform standardized processing—including data cleansing, filtering, and computation. It provides open data services and interfaces for various industrial IoT platforms, industrial internet platforms, and industrial software—enabling rapid implementation of a wide range of application scenarios.