Wireless Dimmable LED Driver

24 products
Smart LED Strip Light Driver

MiBoxer (Mi-Light) Smart LED Strip Drivers combine a constant-voltage power supply and a multi-mode wireless LED controller in one compact unit, eliminating the need for a separate external LED controller and power supply. Models such as the WL5-P75V24 (75W) and WP5-P150V24 (150W) convert 100–240V AC input to 24V DC output and support five selectable lighting modes: single color, CCT, RGB, RGBW, and RGB+CCT.

Mi-light Wireless LED Driver products use WiFi / Bluetooth / 2.4G wireless transmission technology, low power consumption, and strong an-interference ability. WiFi / Bluetooth connect network can greatly enhance the connect network experience. When the router is disconnected, Bluetooth can also directly connect and control equipment at close range.

After successful network configuration, using [Tuya Smart] app or a 2.4G remote control to achieve wireless dimming, remote control, group control, scene control, ming control, music movement, biorhythm, sleep, plan, wake plan, one key execution, automation, etc. functions. In RF remote control mode, synchronized lighting effects can be transmitted wirelessly between multiple drivers.

How Do MiBoxer 5-in-1 Wireless LED Drivers Work?

Smart 5-in-1 LED Strip Driver Control

Simply select the output mode that matches your LED strip type and connect the corresponding wires according to the wiring diagram. Only the required output wires should be connected; individually insulate and secure all unused wires to prevent accidental contact or short circuits.

Each 5-in-1 driver operates in one selected lighting mode at a time, rather than controlling different LED strip types simultaneously. Make sure your LED strip is rated for 24V DC and that its total wattage does not exceed the driver's rated output. Choose the appropriate model based on the total power consumption of your LED strip installation.

When configured in RGB+CCT mode, these MiBoxer 5-in-1 drivers can also be controlled through a compatible DMX512 LED transmitter, the MiBoxer FUTD01, purchased separately. This provides an additional control option for projects requiring DMX-based lighting management alongside the driver's supported wireless control methods. DMX512 operation is available only in RGB+CCT mode; check the product manual for transmitter compatibility, pairing instructions, and setup requirements.

FAQ About Wireless Dimmable LED Driver

Direct answers from Kevin, senior application engineer at SuperLightingLED, on wiring, load sizing, wireless protocols, and troubleshooting integrated wireless dimming power supplies.

An integrated led strip dimmable driver combines an AC-to-DC constant-voltage power supply and a wireless receiver inside a single housing. Instead of wiring mains AC to an external transformer and then running low-voltage DC to a separate rf led controller, you feed AC line voltage directly into the driver terminals. The unit outputs PWM-regulated 12V or 24V directly to your LED strip lights, handling dimming and color adjustment via 2.4GHz RF, WiFi, or Bluetooth without separate interconnect cables.

A dimmable driver for led strip lights in this category receives constant, unchopped AC mains voltage and executes dimming on the secondary DC side using internal PWM. In contrast, an ac triac dimming system requires a phase-cut wall dimmer to chop the AC wave before the driver converts it. Because our wireless dimmable drivers receive line-voltage AC continuously, they maintain internal logic power for WiFi and RF antennas 24/7, providing smooth dimming down to 1% without the phase-flicker or transformer buzzing common to older line-voltage dimmers.

A 5-in-1 dimmable led controller driver features five low-voltage DC output channels that adapt to single color, tunable white, RGB, RGBW, or RGB+CCT tape via an onboard toggle button or app selection. In single-color mode, all terminal channels synchronize to deliver maximum current to one zone; in RGB+CCT mode, the driver splits current across five distinct lines (V+, R, G, B, W, C). 

Yes, every dimmable led driver with remote in this series pairs directly to any MiBoxer 2.4GHz handheld remote or wall panel without needing a router or internet gateway. Direct RF communication operates reliably up to 30 m through drywall and timber framing. If you install these dimmable drivers for led lights in a remote cabin, commercial display, or jobsite without network access, handheld remotes and battery wall transmitters command dimming, dynamic light scenes, and color temperature right out of the box.

A wifi led driver dimmable with dual WiFi and Bluetooth automatically shifts to short-range Bluetooth control when your local router drops offline or loses internet connection. Open the Tuya Smart or Smart Life app near the fixture, and your phone sends commands directly over local Bluetooth BLE. Concurrently, the built-in 2.4GHz radio remains completely independent of home WiFi, meaning physical handheld remotes and battery-operated wall panels will never miss a beat even if your home network is completely down.

Calculate your total tape wattage and apply a 20% safety headroom so your dimmable led driver never runs at 100% continuous load. If you install 8 m of 24V LED tape rated at 14.4 W/m, total power draw is 115.2 W. A 120W unit would run at 96% thermal capacity, shortening internal capacitor life. Instead, choose a 150W dimmable driver for led strip lights, which keeps operating load at a comfortable 76.8% and prevents the driver's over-temperature protection circuit from throttling output in enclosed ceiling coves.

Yes, you can power a dimmable led driver from a regular mechanical on/off light switch, and its non-volatile onboard memory will preserve your previous brightness and color setting. When you flip the wall switch back on, the driver restores your dimming level within 0.5 seconds without resetting to full brightness. Do not wire this driver downstream of an existing wall-mounted electronic dimmer switch; fed with chopped voltage, the driver's internal switching supply will overheat and fail.