Industrial systems today are constantly increasing their networking demands. More devices, more edge nodes, more sensor data, more cameras, more real-time workloads. In this context, LAN connectivity is no longer a simple I/O requirement — it becomes a strategic design choice
Why Quad LAN?
Having four LAN ports in a single module brings significant advantages:
- higher bandwidth potential
- simplified network segmentation
- easier multi-camera integration
- no motherboard redesign needed
- ideal for edge AI nodes with limited internal space
By enabling multiple concurrent network paths directly inside compact embedded systems, Quad LAN helps IPC integrators scale connectivity efficiently and safely.
Two Form Factors – Same Industrial DNA
The Quad LAN product family includes two industrial-grade variants:
- EGPL-G401 (M.2 2280) – optimized for space-limited systems, fanless IPC, edge AI, embedded controllers
- ELPL-G401 (PCIe) – suitable for standard IPC architectures, industrial servers and slot-based expansions
Both versions are based on Intel Ethernet controllers, ensuring proven compatibility and long-term stability across embedded ecosystems.
Quad LAN modules feature:
- Surge / ESD / HiPOT protection
- Wide temperature support (up to -40°C ~ +85°C for M.2)
- Compact and low-interference layout
- Long lifecycle industrial design
A Scalable Networking Layer for IPC
With increasing adoption of edge AI and real-time data processing in factories, the need to expand LAN ports will continue to grow. Quad LAN modules offer a fast and efficient method to extend networking without compromising space, signal stability or mechanical constraints.
For IPC integrators, this means:
- reduced project risk
- faster deployment
- less re-design cost
- easier multi-application scalability
→ Contact Us ← to evaluate the optimal Quad LAN configuration for your next industrial platform.
