MiBoxer SPI Panel Remote (2.4GHz) B9

Precision Lighting Control with MiBoxer B9

Transform your LED lighting setup with the MiBoxer B9 SPI Panel Remote (2.4GHz), a sophisticated and user-friendly controller designed for seamless lighting management. Featuring 2.4G RF wireless transmission technology, this remote delivers a 30-metre control range with fast, stable signals and superior anti-interference, making it ideal for homes, commercial spaces, or event venues. Compatible with MiBoxer SPI controllers like SPIR3 and SPIR3-M, the B9 ensures precise control over your SPI LED strips.

Versatile and Dynamic Functionality

The B9 SPI Panel Remote offers effortless control over dynamic modes, colours, and brightness, supporting SPI-compatible LED strips such as WS2811, WS2812B, SK6812, and more. Adjust the number of pixel points, edit dynamic lighting modes, and fine-tune lighting speed to create vibrant, customised effects. With the ability to control multiple devices at once, the B9 supports synchronised lighting across large installations, perfect for professional lighting designs or ambiance creation.

Robust and Energy-Efficient Design

Powered by 3V (2 x AAA batteries), the B9 features low standby power consumption (15μA), ensuring energy efficiency and extended battery life. Built to operate in temperatures from -10~40°C, it complies with EMC (ETSI EN 301 489-1 V2.2.3) and LVD (EN 61347-2-11) standards for safety and reliability. Its sleek, wall-mountable panel design with a high-precision capacitive touch interface offers intuitive operation, making it a stylish addition to any smart lighting system.

Elevate Your Lighting Experience

Whether you’re enhancing a retail display, event space, or home interior, the MiBoxer B9 SPI Panel Remote delivers advanced wireless control with unmatched versatility. Save custom scenes, edit dynamic modes, and create stunning lighting effects with ease. Shop now at MiBoxer to revolutionise your lighting with this powerful, energy-efficient remote, designed for both residential and commercial applications.