Industrial digitalization is accelerating, and many projects are moving toward using an ARM Industrial Computer for Industrial Sites instead of multiple PLCs. These computers can integrate data acquisition, protocol conversion, on-site control, visualization, and development into a single device, simplifying system architecture and reducing hardware complexity.
What Industrial Sites Really Need
In industrial projects, the success of a system depends not just on performance metrics, but on hardware reliability and whether the system meets on-site requirements. The EC series ARM industrial computers are designed to address these real-world needs:
Industrial-Grade Hardware
| Component | Descripción |
|---|---|
| ARM industrial processor | Stable edge computing for data processing and application execution |
| NPU + GPU | Smooth GUI and lightweight AI vision tasks |
| Industrial memory & storage | eMMC storage for system and data caching |
| Industrial communication interfaces | RS485, RS232, CAN, DI/DO, Ethernet |
| USB / expansion ports | Connect peripherals and additional devices |
| Industrial power design | 9–36V wide voltage input for factory environments |
| Protección | ESD and EMC design for stable operation |
| Wide temperature range | Operating from -40℃ to 85℃ |
| Structural design | Aluminum housing with heat fins for 24/7 operation |
| Industrial touchscreen | On-site operation and HMI visualization |
These computers can connect to multiple devices such as PLCs, sensors, meters, controllers, and production equipment.
On-Site Requirements and Capabilities
The EC series integrates multiple functions in a single device, reducing system complexity and speeding up deployment.
| On-Site Need | EC Series Feature | Benefit |
|---|---|---|
| Multi-source data acquisition | High-performance ARM multi-core CPU | Efficient real-time data collection |
| Protocol compatibility & conversion | NeuronEX-Lite | Supports hundreds of industrial protocols |
| Low-code automation & control | Node-RED drag-and-drop | Fast logic setup for industrial control |
| SCADA & visualization | FUXA configuration | Quickly create monitoring screens |
| Low-cost application development | Full SDK & API | Shorter development cycle |
| Remote maintenance & security | Remote tools and firewall | Manage devices safely |
| Multi-network collaboration | 4G/5G + Gigabit & 100M + WiFi | Automatic network failover |
Reducing Time on Protocol Integration
Often, the most time-consuming part of industrial projects is connecting devices that “don’t speak the same language.” Siemens PLCs use S7, meters use Modbus, and cloud systems require MQTT.
The EC series ARM Industrial Computer for Industrial Sites comes pre-installed with NeuronEX-Lite, supporting hundreds of protocols. Data can be sent directly via MQTT or HTTP with minimal setup.
For project speed, Node-RED is included for drag-and-drop data processing, threshold alarms, and local logic. Visualization is built in with FUXA, allowing monitoring screens to be created in minutes without additional licenses.
Choosing the Right EC Series Device
| Model | Main Features | Use Case |
|---|---|---|
| EC100 | Basic industrial gateway, RS485 + dual Ethernet | Small-scale data acquisition & device networking |
| EC300 | 1x RS485, dual Ethernet, 2x USB | Data acquisition & edge computing |
| EC300P | 10.1″ touchscreen, audio output | On-site HMI & device display |
| EC301 | Dual CAN, dual RS485, RS232, 2DI/2DO | Production line control & multi-interface connectivity |
Industrial Applications
| Industry | Application |
|---|---|
| Smart factories | Device data acquisition, PLC networking, production line monitoring |
| Energy systems | Power equipment monitoring, substation data collection |
| Water systems | Remote pump monitoring, water quality analysis |
| Environmental monitoring | Air quality stations, noise measurement |
| Smart warehousing | Temperature & humidity monitoring, access control |
| Metallurgy & chemicals | Process data acquisition and local control |
Conclusión
Industrial digitalization is increasingly moving toward edge computing. The traditional setup—PLC + industrial PC + server—is being replaced by a single ARM Industrial Computer for Industrial Sites.
By integrating data acquisition, protocol conversion, on-site control, SCADA, HMI, application development, AI inference, cloud-edge collaboration, and remote maintenance, the EC series reduces the number of devices, simplifies system architecture, and makes deployment and maintenance more flexible.
For industrial automation projects or equipment networking, an ARM Industrial Computer for Industrial Sites is becoming a central and essential device.