BUNACET 40ft COB RGB LED Strip Lights – App Control, Music Sync, 2-Roll Kit

Elevate Your Space with Rich COB RGB LED Strip Lights

Transform rooms with vibrant color and seamless illumination. Bunacet 40ft COB RGB LED strip uses chip-on-board technology for a uniform wash of light along the entire length, reducing hotspots and delivering a clean, soft glow. The setup combines two 20ft rolls for a generous 40ft canvas that's ideal for mood lighting, wall accents, or under-cabinet glow.

With a palette of 16 million colors, 213 dynamic modes, music sync, and a timer, you can tailor the look to fit your moment—whether it’s a focused work session, a cinematic movie night, or a lively game evening. Control is flexible and convenient, thanks to three distinct methods that adapt to your routine.

Key benefits at a glance

• Extensive color palette: 16 million hues for precise mood setting
• Dynamic effects: 213 modes with options to fade, flash, or cycle colors
• Music sync: lights respond to audio for immersive gaming or entertainment
• Memory and timer: last-used state is remembered; auto-run schedules are possible
• Safe, bright, even illumination: 24V low voltage with a wide 180° lighting angle
• Reliable hardware: UL-listed power adapter and robust construction for everyday use

Versatile applications

• Living rooms and bedrooms for ambient or accent lighting
• Gaming rooms, home theaters, and TV backlighting for enhanced visuals
• Under-cabinet kitchen lighting, desks, stairs, display shelves, and more

What’s in the box and simple setup

• UL-listed power adapter
• Two 20ft COB RGB strips (total 40ft)
• RF remote and 3-key signal receiver
• Easy install with adhesive backing and 4-pin connectors

Installation is straightforward: peel the 3M backing, clean a dry surface, and press the strip firmly in place. When needed, the strips are cuttable and linkable with the included connectors for a clean, customized fit. The setup emphasizes safety and ease, so you can focus on crafting the right atmosphere rather than on wiring complexity.