PoE Splitter GTX SPT-POE/12V6A — DC 12V 6A Output for Network Devices

GTX SPT-POE/12V6A is a Power over Ethernet (PoE) splitter that converts PoE input from an Ethernet cable into a regulated DC 12V output capable of delivering up to 6A. The device is intended for powering non-PoE network equipment — such as surveillance cameras, wireless access points, routers and other 12V devices — using existing PoE infrastructure. Its compact inline form factor allows installation close to the powered device without modifying the device or the cabling layout.

Advantages

The splitter provides stable 12V/6A power conversion with protection against common electrical faults, ensuring continuous operation of connected equipment. It fits standard Ethernet runs and separates data from power so the network link remains intact while supplying DC power. The compact design simplifies installation and reduces the need for separate power supplies at the device location.

Suitable for

• IP surveillance cameras that require 12V input
• Wireless access points and small routers without PoE support
• Network devices in locations without nearby AC outlets
• Retrofit installations where existing Ethernet cabling is used to supply power

Key specifications

• Input: PoE over RJ45 Ethernet (compatible with standard PoE sources)
• Output voltage: DC 12V
• Maximum output current: 6A
• Maximum output power: up to 72W
• Form factor: inline PoE splitter for close-to-device installation
• Power/data separation: provides data passthrough while supplying DC power

How to use

Connect the Ethernet cable carrying PoE from a PoE switch or injector to the splitter input. Use a short DC cable from the splitter output to the 12V power input of the target device, and connect the Ethernet data output to the device’s network port. Ensure the PoE source can provide sufficient power budget for the 12V/6A output; check device polarity and connector type before final connection. Install the splitter in a dry, ventilated location near the powered device and route cables to avoid strain or damage.

Usage recommendations

Use a compatible PoE switch or injector rated above the required output power and verify cable quality for reliable operation; avoid placing the splitter in confined spaces with poor ventilation to prevent thermal buildup.