Experience Unmatched Stability with Our Industrial AI PoE Switch

With the continuous increase in network demands for industries, new energy, and outdoor projects, ordinary switches are difficult to meet the requirements of wide-voltage power supply, remote monitoring, and adaptation to harsh environments. An AI PoE Switch is essential for ensuring stability and reliability in these scenarios.

The LNK-AIMC104GMP is an industrial AI PoE Switch independently developed by E-link, specifically designed for harsh conditions. It integrates the convenience of non-managed switches with the intelligent management capabilities of managed switches, providing an integrated solution for on-site network construction.

What is LNK-AIMC104GMP

The LNK-AIMC104GMP is an industrial PoE+ switch with a boost circuit. Its hardware configuration includes 4 Gigabit PoE Ethernet ports and 1 SFP optical uplink port. It supports the IEEE 802.3af/at standard and has a maximum output power of 30W per port.

The AI PoE switch comes with an LED display and is equipped with an Android APP and web management interface. Without the need for additional detection tools, it can complete device status reading and parameter configuration, suitable for low-voltage input scenarios such as solar power supply, and can cope with various difficult industrial network environments.

Working Principle

The AI PoE switch is equipped with its own self-developed intelligent management system and voltage boost module. After inputting a 9-54V DC voltage, the boost circuit converts the input voltage into a PoE standard 48V output. Different input voltages correspond to different total PoE power of the entire machine.

The AI PoE switch completes PoE device detection, classification, and power supply output through the hardware chip, while continuously collecting operating data such as voltage, current, temperature, and SFP optical module DDM optical power.

The data is synchronized and pushed to the LED screen, mobile APP, and web interface. Functions such as fiber link alarm, timed restart, and VLAN isolation are realized through the built-in firmware. In redundant link mode, link failures will automatically switch to the backup link to ensure the network does not disconnect.

Installation and Use

• Mount the switch onto the DIN rail, ensuring there is sufficient ventilation space for the aluminum casing;
• Connect the 9-54V DC power terminal, confirm normal power supply, and observe the SYS system indicator light;
• Connect the SFP optical module for the fiber uplink, and connect the RJ45 port to the PoE terminal device;
• Enable basic functions such as VLAN isolation and forced 10M long-distance transmission through the device’s jumpers;
• Download the corresponding APP on an Android phone or access the Web management page through a computer browser to view real-time operating parameters, configure optical power alarm thresholds, and set advanced functions such as timed restart;
• Read the on-board LED screen to quickly view real-time operating data such as voltage, current, optical power, and temperature.

Importance and Key Features

In industrial and outdoor deployments, network equipment often faces voltage fluctuations, high and low temperatures, and lightning surges. The core value of this AI PoE switch is to solve the pain points of unstable power supply and difficult equipment status troubleshooting in outdoor and new energy scenarios.

This AI PoE switch supports wide-voltage input of 9-54V, has a built-in boost circuit, and can output considerable PoE power even with low-voltage input. All ports have 6KV lightning protection and work temperature ranges from -40°C to +75°C. It supports complete DDM diagnosis for SFP, allows custom optical power alarms, and also supports port or entire machine timed restart.

At 10M rate, the maximum transmission distance of the network cable is 250 meters. The AI PoE switch combines convenient deployment with refined operation and maintenance, allowing for both immediate use after unpacking and deep parameter configuration, reducing the difficulty and cost of on-site operation and maintenance.

Application Scenarios

This AI PoE switch is widely used in intelligent manufacturing automation, power and new energy cluster networking, video surveillance in railway tunnels, on-site communication in oil and gas mines, and also compatible with smart city infrastructure, autonomous driving, humanoid robots, AI computing, outdoor base stations, and outdoor meteorological monitoring scenarios. It is particularly suitable for outdoor locations powered by solar cells.

The voltage boosting circuit can solve the problem of voltage fluctuations in the photovoltaic system, and the fiber-optic uplink method can achieve stable data transmission over long distances, meeting the needs of various unmanned stations for 7×24-hour uninterrupted operation.

The LNK-AIMC104GMP integrates voltage boosting power supply, AI intelligent monitoring, industrial protection, and fiber-optic uplink in a compact body. This AI PoE switch effectively fills the demand gap for PoE network equipment in harsh environments. Whether for new project setup or existing network renovation, it can provide stable and reliable hardware support for industrial and outdoor networks.