Details

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RG-PF2920U-4GT1MS-P, 4-Port Gigabit Enterprise-Class Indoor PoE Switch for Hybrid Cable Connection over All-Optical Ethernet, with 2.5GE Uplink

Indoor hybrid cable connection, flexible installation, simplified O&M, fit for office, production, device, and warehouse networks in campus scenarios

Highlight Features

• Hybrid cable connection for power and optical transmission, supporting Ruijie Networks PoF Solution for simplified network deployment
• Compact size and flexible installation, adapting to various scenarios
• Fanless design, low noise and energy consumption
• Built-in temperature sensor chip for intelligent temperature control and over-temperature protection, guaranteeing device stability and security
• INC-based intelligent O&M, enabling efficient management and secure, reliable networks

 

Product Description:
Elevate your network infrastructure with the Ruijie RG-PF2920U-4GT1MS-P, a cutting-edge 4-Port Gigabit PoE Switch designed for enterprise-class indoor environments. This switch boasts a Hybrid Cable Connection, seamlessly integrating power and optical transmission through Ruijie Networks' innovative PoF Solution. Its compact size and flexible installation make it a versatile choice for office, production, device, and warehouse networks in campus scenarios.

The fanless design ensures low noise and energy consumption, creating an unobtrusive and efficient networking solution. Equipped with a built-in temperature sensor chip, the switch offers intelligent temperature control and over-temperature protection, ensuring device stability and security in diverse operating conditions.

Experience simplified network deployment with INC-based intelligent O&M, enabling efficient management for a secure and reliable network infrastructure. Trust in the Ruijie brand for quality and innovation in every aspect of your network connectivity needs.

Upgrade to the RG-PF2920U-4GT1MS-P for a seamless blend of performance, flexibility, and intelligent management, meeting the demands of modern connectivity in the most demanding environments.