kolitt
kolitt 4-Pack 5V Gigabit PoE Splitter USB-C 48V to 5V 2.4A IEEE 802.3af
Converts 48 V PoE to 5 V 2.4 A USB-C power plus gigabit Ethernet for non-PoE devices, four splitters included
- TypeRack Enclosure
- Powers USB-C devices from a PoE switch using IEEE 802.3af input
- Delivers 5 V at 2.4 A through a USB Type-C connector for compatible gear
- Passes 10/100/1000 Mbps Ethernet data alongside power over a single cable
- Works instantly with no configuration required for quick deployment
- Includes four splitters in one pack for multiple device installations
Power over Ethernet for USB-C devices
This four-pack of IEEE 802.3af splitters converts 44-56 V PoE input into 5 V 2.4 A USB-C power while passing 10/100/1000 Mbps data to non-PoE equipment such as access points, cameras or IoT gateways. Each unit delivers up to 12 watts without an external power supply.
Upgrading from injector-only setups
The splitters replace separate PoE injectors and USB wall adapters when a PoE switch or midspan already provides 48 V power on the cable. The jump is worthwhile where mains sockets are absent or impractical but a single Ethernet run reaches the device location.
Plug-and-play with cable-length limits
Installation requires only connecting the PoE source to the input port and the USB-C device to the output; no software configuration is needed. The main constraint is the 100 metre Ethernet distance limit, and devices drawing more than 2.4 A at 5 V will exceed the splitter’s capacity.
Highlights
- Powers USB-C devices from a PoE switch using IEEE 802.3af input
- Delivers 5 V at 2.4 A through a USB Type-C connector for compatible gear
- Passes 10/100/1000 Mbps Ethernet data alongside power over a single cable
- Works instantly with no configuration required for quick deployment
- Includes four splitters in one pack for multiple device installations
Specifications
| Type | Rack Enclosure |
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Questions about this item
Does the splitter need a separate power brick or rack shelf to sit on?
It draws 44 to 56 V DC from a PoE switch or injector over the Ethernet cable, so no external power brick or shelf is required.
Which cable do I plug in first to avoid a handshake failure?
Connect the Ethernet cable from the PoE source to the splitter input, then attach the USB-C power lead and the data Ethernet cable to the device.
Will the USB-C port wear out from repeated unplugging of my access point?
The USB-C connector is rated for typical insertion cycles; if it becomes loose, replace the individual splitter unit from the four-pack.
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