High-Performance Wireless Mesh Node Designed for Industrial IIoT and Edge Applications
This portable, ruggedised node enables high-speed, secure data connectivity for dynamic or mobile IIoT networks in harsh outdoor environments.
The unit combines dual-radio mesh backhaul, Wi-Fi access point functionality, and Layer 2 switching within a compact and weatherproof housing. Supporting 2.4 GHz and 5 GHz bands, it integrates Rajant’s patented InstaMesh® technology for dynamic, self-healing, and scalable network performance. Designed for light-duty industrial and smart city deployments, it operates in extreme conditions with IP67 protection and low power consumption. Its multiple mounting options, including DIN rail support, allow seamless integration into field enclosures, expanding coverage in distributed or mobile network environments.
Key Features
- Dual-band mesh connectivity with Wi-Fi access point function: Supports both 2.4 GHz and 5 GHz wireless radios, enabling high-throughput connections and compatibility with common client devices.
- Patented InstaMesh® networking for real-time adaptability: Maintains seamless data, voice, and video communication in environments with constant or unpredictable node movement.
- Rugged IP67 enclosure for outdoor industrial use: Operates in temperatures from -40°C to +60°C and withstands exposure to dust, moisture, and extreme weather.
- Versatile mounting and compact design: Installs easily in NEMA-rated enclosures or on light-duty vehicles using the optional DIN rail kit.
- Advanced encryption and authentication options: Supports multiple cryptographic standards for secure, per-hop, per-packet protection across the mesh.
- Integrated Layer 2 switching with Ethernet and USB ports: Delivers reliable local connectivity with support for COTS devices, sensors, and IP systems.
- Scalable for dense IIoT deployments: Easily expands into large, mobile, or temporary networks with support for hundreds of high-bandwidth nodes.
Ideal for expanding wireless mesh connectivity in IIoT, smart city, or utility field networks.
