Fiber optic star ceilings bring the beauty of the night sky right into your own bedroom. If you’re thinking about having one installed in your home, you may wonder about the process, materials, and other details. Here are some helpful FAQ and answers about this innovative smart home feature.

4 FAQ About Fiber Optic Star Ceilings for Smart Homes

What Exactly Are They?

Star ceilings are acoustic panels that use LED lighting and fiber optics to mimic the appearance of a starry night inside your home. They have a subtle, natural appearance that is never so bright as to cause discomfort. This smart home feature is low maintenance, uses minimal power, and lasts up to 17 years.

What Does Installation Entail?

First off, you’ll need a finished drywall surface. Although you can install star ceilings yourself, it’ll go much quicker if you let the professionals handle it. They will install the appropriate wiring to supply power to the LED lights and fiber optics. Next, they’ll attach a series of beveled panels to your ceiling for a seamless final result. 

How Big Are They?

Technically, your star ceiling can be as large as you desire. Panels come in a few different sizes, including 24, 30, and 48 square inches. For ceilings with round edges, customizable sizing is available. As far as the star count goes, 24-inch panels contain 16, 30-inch panels contain 32, and 48-inch panels contain 50. 

Why Are the Panels Acoustical? 

To function as a reflective surface, your ceiling needs to be treated. The acoustical panels provide this platform, enabling the surface to reflect light. These panels also absorb sound, making your bedroom or other area more quiet and peaceful for indoor stargazing. 

When you’re ready to install fiber optic star ceilings, allow Premiere Home Theater to bring the magic to your home. They provide home theater, surround sound, and smart home solutions to properties throughout Cornelius, NC. Call them at (704) 449-9448 to request an estimate from a representative and visit them online for more information.