Connecting Light for the Future

ConNexTube seamlessly converts any fluorescent fixture into a smart, connected LED system, empowering unmatched control, flexibility, and interoperability

Amazing Things for You

🚫 No Ceiling Disruption: Twist out the old. Twist in the future. Upgrade without rewiring or touching the ceiling.

πŸ›  Keep the Fixture, Replace the Tube: Modular design means faster install and easier maintenance.

πŸ“¦ One-Tube-fits-All: Field-adjustable tube works across all fixture types and tasks. Simplify your toolbox. One tube does it all.

♻️ Less Waste, More Value: Only replace what’s needed β€” good for your budget and the planet.

🌐 Smart-Ready by Default: Built-in 0–10V dimming. Seamless sensor compatibility, ready for sensors and IoT upgrades.

One Tube. One Step. One Big Leap. From fluorescent past, to LED present, into a connected, sustainable future. Just by one click…

Fluorescent Tube

A low pressure mercury vapor discharge light source. The electric discharge generates ultra-violet (UV) energy, which is absorbed by a phosphor and converted to visible light. A ballast is the functional part of a fluorescent light source, all fluorescent tube require a ballast for proper operation. So far the fluorescent lighting is still the most versatile type of lighting in commercial and industrial.

LED Tube

LED tube lights are retrofit lamps that are designed to replace fluorescent lamps in a fluorescent fixture. In most cases, you can reap the benefits of LED lighting while keeping your existing fluorescent fixture in place. This is a convenient and cost-effective way to make the switch from fluorescent lighting to LED lighting. There are three type LED Tubes, such as Type A, Type B and Type C

Connected Tube

As just one piece of the extensive connected lighting, connected tube is described as light source of the connection of lighting, controls, and sensors to a network that can be monitored and controlled. Connected lighting systems are new and still evolving, and as such are mostly untested and have not been compared in the field with traditional lighting controls.