Wall Panel Controller

5 products

MiBoixer Mi-Light hardwired wall-mount LED strip control panels operate on 12V–24V DC and connect directly to compatible LED strip lighting for convenient, wired control. Featuring an elegant glass touch panel and a high-precision capacitive touch IC, they deliver responsive, reliable touch operation with a sleek, modern appearance. The built-in memory function retains the previous lighting settings, allowing the lights to return to their last-used state when switched off and on again.

Depending on the model, these touch or rotary LED panels support single-color, CCT tunable white, RGB, RGBW, or RGB+CCT LED strip lights. Choose a panel that matches your LED strip type and wiring configuration to ensure proper operation.

Hardwired vs. Wireless LED Wall Control Panels

Choose between direct-wired control and wireless convenience to suit your LED strip lighting installation.

Mi-Light hardwired wall panels connect directly to compatible low-voltage LED strip lights, providing straightforward lighting control through an elegant glass touch interface.

For renovation projects or installations where adding control wiring is inconvenient, MiBoxer (Mi-Light) wireless RF wall panels offer a more flexible alternative by communicating with compatible LED controllers or receiver-equipped lighting fixtures.

Both options provide convenient everyday lighting control, but wiring requirements, supported lighting modes, and compatibility vary by model.

 

Product spec sheets & downloads

PDFMiboxer Product Catalogue18.6 MB

FAQ About Wall Panel Controller

Direct answers to the most common wiring, load calculation, back-box fit, and setup questions on hardwired MiBoxer low-voltage wall panel controllers.

The maximum rating is 5A per output channel with a hard ceiling of 15A total across all channels on 86×86 mm models like P1, P2, and P3. That translates to 180W maximum at 12V DC, or 360W maximum at 24V DC. For a 5-channel RGB+CCT run on 24V, you can pull up to 5A on an individual channel, provided the combined draw across Red, Green, Blue, Warm White, and Cool White does not exceed 15A. If your tape requires more than 15A, do not overload the terminal blocks.

Select your panel based purely on the number of colour channels your LED strip lights use. The P1 handles single-colour strips across four linked output terminals; P2 manages dual-white CCT tape with separate warm and cool channels; and the P3 operates 3-channel RGB, 4-channel RGBW, and 5-channel RGB+CCT tape. Every model shares the same 86×86 mm glass faceplate footprint, 12V-24V DC operating voltage, and common anode wiring architecture.

Flickering in low-voltage led panel lighting almost always points to an undersized or non-PFC power supply dropping voltage under PWM switching, or undersized field wire runs causing capacitive ringing. Because the wall panel switches current at high PWM frequencies, long wire runs between the panel and the lights create inductance that destabilizes cheap power adapters. Ensure your DC wire run between the panel and your LED strip is under 10 meters using 16 AWG to 18 AWG copper, and confirm your power supply maintains steady DC voltage under dynamic load.

Yes, models like the P0 rotary CCT dimmer can link to up to 12 wireless 2.4GHz remotes within a 30-meter open-air range, giving you both physical wall knob control and handheld adjustment. The hardwired panel acts as the master receiver and local switch simultaneously. 

A capacitive glass panel controller calibrates its baseline touch sensitivity during the first two seconds after receiving DC power. If your fingers are pressing against the glass faceplate while you flip the breaker, the microcontroller registers that capacitance as the zero baseline, making the panel completely unresponsive afterward. Cut the DC breaker, step back from the panel, restore power, wait five seconds, and test the touch keys again.