Industrial scenarios and outdoor networking have extremely strict requirements for the power supply capacity, environmental adaptability and transmission stability of equipment. They need to meet the power demands of high-power terminals and operate continuously in extreme temperatures and strong interference environments.
The E-link LNK-IMC205GHP-SFP industrial 2 optical 5 electrical 90W PoE switch is a dedicated network device specifically developed to meet these needs. With high-power PoE, industrial protection and gigabit stable transmission, it has become the core support for industrial networking.
The E-link LNK-IMC205GHP-SFP is an industrial Gigabit 90W PoE Switch, equipped with 5 Gigabit RJ45 electrical ports and 2 dual-rate SFP optical ports. Among the 4 electrical ports, 3 support the IEEE 802.3bt PoE++ standard, with a single port capable of delivering a maximum output power of 90W. The overall PoE budget of the device can reach 360W.
The 90W PoE Switch features an IP40 protective metal casing, a fanless cooling design, and is capable of operating in a wide temperature range of -40°C to 80°C. It is compatible with DIN rail installation and is specifically designed for harsh industrial environments, serving as an integrated device for high-power power supply and network switching.
This 90W PoE Switch employs Ethernet power supply and data synchronous transmission technology. It transmits gigabit network data and DC power simultaneously through the four pairs of cores of standard Cat5e/6 network cables, enabling the simultaneous transmission of data and power supply.
The device automatically detects and identifies the power-receiving devices, allocating power only to compliant PoE terminals. Non-PoE devices only transmit network data, ensuring secure connection.
The 2 SFP optical ports support 100/1000X adaptive fiber optic access, and are paired with a 14Gbps non-blocking switching architecture to complete the access of electrical port terminals and long-distance fiber uplink, ensuring efficient and stable data forwarding.
This 90W PoE Switch boasts a high-power PoE power supply capability, which can perfectly support high-power devices such as high-definition dome cameras and digital signage. It eliminates the need for independent power supply wiring, significantly reducing construction and operation costs.
With industrial protection, wide temperature operation range, and a fanless design, the equipment can operate stably in high humidity, high electromagnetic interference, and extreme temperature environments, suitable for various demanding scenarios. 14Gbps non-blocking switching, 4K MAC address table ensure smooth network transmission.
Redundant power supply, anti-ESD/EFT interference features, etc., further enhance the stability and continuity of the industrial network, making it a key device for ensuring the uninterrupted operation of industrial business.
This 90W PoE Switch is widely used in fields such as security monitoring, factory automation, smart transportation, energy and water conservancy, commercial retail, etc. In outdoor security monitoring, it supplies power to high-definition pan-tilt cameras and transmits data.
In factory production lines, it provides stable networking for PLCs and sensor terminals. In smart traffic intersections, this 90W PoE Switch is adapted for ETC and outdoor operation of information display screens. In harsh environments such as energy, water conservancy, oil and gas, and mining, the high protection features ensure the network remains unobstructed. In commercial scenarios, it simplifies wiring for POS machines and integrated touch-screen devices, thereby enhancing deployment efficiency.
In commercial scenarios, it simplifies wiring for POS machines and integrated touch screens to improve deployment efficiency.
The E-link LNK-IMC205GHP-SFP industrial 90W PoE switch integrates high-power power supply, industrial durability and convenient deployment advantages, precisely meeting the networking and power supply requirements of various harsh environments, effectively reducing construction and maintenance costs, and is an ideal choice for network construction in industrial, security, transportation and other scenarios.
