- A complete smart-manufacturing network architecture for factory automation and IIoT
- focused on fast
- precise communication
- high-volume data transmission
- scalability
- upgrading traditional factory-floor networks to high-performance industrial Ethernet
Case Studies
Multi-Protocol Smart Manufacturing Network
26 Jun 2026Industrial Ethernet, EtherCAT, TSN, Modbus/serial, and LoRaWAN infrastructure for scalable IIoT manufacturing networks.
Overview
ChallengesThe main challenges were
- Smart factories need millisecond-level timing
- high-volume data movement
- a network size that can adapt as the factory grows
- integration of serial and Ethernet devices side by side
- remote monitoring
- cybersecurity protection for what is now a mission-critical industrial network rather than a background utility
ObjectivesThe system needed to
- Provide a complete industrial network layer supporting EtherCAT
- Modbus TCP
- serial-over-Ethernet
- LoRaWAN sensing
- SCADA/HMI integration
- secure remote management across the information
- device levels
Solution DeliveredThe solution included
- The architecture combines EtherCAT modules and media converters for synchronized device communication, TSN switches to converge critical and non-critical traffic on shared infrastructure, Modbus gateways and serial device servers to bring legacy equipment onto the network without replacing it, and LoRaWAN gateways and sensors for longer-range, low-power AIoT data collection where wired connectivity isn't practical
- Management and cybersecurity features run across the whole stack, giving plant IT and OT teams shared visibility and protection rather than treating network security as an afterthought bolted onto individual devices
Conclusion
This case study shows how smart manufacturing depends on a complete network fabric: deterministic control, legacy integration, sensor data, AIoT visibility, and cybersecurity.
