Turn Your Everyday Lamp Into
PoE-Powered Lighting
Upgrading to network-powered lighting doesn’t have to mean rewiring a building, or even replacing your lamps. With the AT-LED-24V-BULB Kit, you can convert a lamp you already own into PoE lighting using a single PoE+ (IEEE 802.3at) Ethernet cable. The kit’s driver turns that connection into a steady 24V DC output, the 24V LED bulb takes the place of the original bulb, and the battery-free wireless wall switch handles on/off control with no switch wiring. There’s no breaker work and no mains power connection needed at the lamp.
The driver is compact enough to fit most 4″ ceiling boxes, and push-in connectors keep installation quick. It works with managed PoE+ switches and injectors, and it’s built for residential and light commercial projects where traditional electrical work would add time and cost. Watch the video below to see how it comes together, then follow the steps to convert your own lamp.
Built for Flexible Lighting Installations
The AT-LED-24V is not limited to a single fixture style. PoE Texas offers kits using bulbs, LED strips, disc lights, and COB lighting, while the driver can also be used with other 24V DC fixtures where compatibility requirements are met. PoE Texas reports compatibility with approximately 80% to 90% of 24V DC light fixtures tested, although fixture compatibility should always be verified before installation.
The system also uses a wireless, battery-free light switch, giving installers more flexibility when deciding where controls should be placed. A single switch can control multiple drivers, while each AT-LED-24V can pair with up to 42 switches. The switch can be mounted using an adhesive strip or installed for a more permanent flush-mount configuration.
One PoE+ Connection. 24V DC Lighting.
Turn a single PoE+ (IEEE 802.3at) Ethernet connection into reliable, network-powered lighting with the AT-LED-24V driver and 24V LED bulb. The driver converts incoming PoE+ power into up to 24W of 24V DC output, powering the included 2700K warm white LED bulb directly. No mains wiring or breaker modifications are required, making it a simple way to upgrade an everyday lamp with PoE-powered lighting.
Designed for straightforward installation, the compact driver features push-in connectors for easy bulb wiring and fits inside a standard electrical ceiling box, although an enclosure is not required for this low-voltage device. It also automatically returns to the ON state after a power interruption, so your lighting comes back on when power is restored.
The AT-LED-24V-BULB Kit includes everything you need to get your PoE-powered lighting up and running: the AT-LED-24V driver, 24V LED bulbs, and a battery-free wireless wall switch.
Getting started is simple with four steps:
- Connect a PoE+ Ethernet cable to the AT-LED-24V driver.
- Connect the 24V LED bulb wiring to the driver, matching the positive (+) and negative (-) terminals.
- Pair the battery-free wireless wall switch with the driver.
- Screw the bulb into your lamp and use the wireless switch to turn the light on or off.
For added control in networked environments, pair the system with a managed PoE+ switch or injector. This allows you to remotely enable or disable power to the driver directly from the network source.
See the AT-LED-24V Driver in Action
A Simpler Path to PoE-Powered Lighting
For IT teams, integrators, and building projects looking to bring lighting onto the same infrastructure as other network-powered devices, the AT-LED-24V offers a straightforward starting point. It combines PoE+ power delivery with 24V DC lighting, helping reduce the need for complicated control wiring while keeping the lighting installation flexible. For projects that need more advanced capabilities such as dimming, zoning, remote access, or commercial-grade automation, the AT-LED-24V can also serve as an entry point into a broader PoE lighting and building automation strategy.
Ready to see how the AT-LED-24V works?
See the AT-LED-24V Technical Details for wiring requirements, mounting instructions, pairing procedures, troubleshooting, and complete product specifications.