Verkon lähetin-vastaanotin Ubiquiti UACC-Retrofit-PoE-2Wire 750 m 85 Mbit/s

The Ubiquiti UACC-Retrofit-PoE-2Wire is a pair of network extenders (transmitter and receiver) that extend Power over Ethernet (PoE) and data over existing two-wire twisted-pair or coaxial cabling. Designed for retrofit scenarios, the kit supports data transmission up to 750 m with a throughput of up to 85 Mbit/s, comes in a compact polycarbonate housing suitable for wall mounting, and operates with a 48 V output voltage and typical power consumption up to 3 W.

Advantages

The kit allows reuse of existing two-wire or coaxial cabling to deliver both PoE and data without replacing cabling, reducing installation complexity in retrofit projects. Its compact polycarbonate enclosure and wall-mount capability simplify installation in tight spaces. The device provides a stable 48 V output and low power consumption, suitable for powering remote network devices over extended distances.

Suitable for

• Retrofitting PoE to devices where only two-wire or coaxial cabling is available
• Long-distance connections up to 750 m between networked devices
• Powering remote network devices (access points, IP cameras, sensors) where replacing cabling is impractical

Key specifications

• Model: Ubiquiti UACC-Retrofit-PoE-2Wire (transmitter + receiver)
• Maximum range: 750 m
• Data rate: up to 85 Mbit/s
• Output voltage: 48 V
• Maximum power consumption: 3 W
• Housing: polycarbonate, wall-mountable
• Brand: UBIQUITI
• MPN: UACC-Retrofit-PoE-2Wire

How to use

Mount the transmitter and receiver units on the wall near the endpoints to be connected. Connect the network switch or PoE source to the transmitter’s network port and run the existing two-wire twisted-pair or coaxial cable between the transmitter and receiver. Connect the remote device to the receiver’s network output. Ensure correct polarity and secure cable terminations. Power the PoE source and verify link and power delivery to the remote device.

Recommendations

Use the extenders in retrofit installations where replacing cabling is not feasible, verify cable condition before deployment, and test link quality at the intended length. For reliable performance, stay within the specified 750 m range and use proper connectors and secure mounting to prevent mechanical stress.