One of the most frequent things we hear from clients working with architects on high-design homes is: "I want great sound everywhere, but I don't want to see anything." That used to be a harder problem to solve. Sonance's invisible speaker line has changed it significantly.
How Invisible Speakers Work
Sonance invisible speakers are installed completely behind drywall. The speaker assembly is flush-mounted in the wall cavity, the drywall covers it completely, and then the surface gets painted or finished like any other wall. There's nothing to see — no grille, no frame, nothing.
The speaker uses an exciter-based technology to vibrate the surface of the drywall, which acts as the radiating element. It's a fundamentally different approach from a conventional speaker with a cone driver, and the acoustic result is different — not better or worse, but different, and very appropriate for distributed audio and whole-home background listening applications.
What It Sounds Like
Let me be honest about this because the marketing tends toward hyperbole. Invisible speakers are excellent for whole-home audio distributed listening — the kind of music-everywhere-in-the-house application where you want good sound at moderate levels throughout the day. For a dedicated music listening room or home theater, you want conventional architectural speakers with proper drivers.
Where invisible speakers genuinely excel is in spaces where design is the priority and background audio quality is the requirement: primary living areas, dining rooms, kitchens, bathrooms, hallways. We've done master bedrooms with Sonance invisible speakers where the clients were genuinely delighted — the sound is present, warm, and completely non-intrusive in the space.
Installation Requirements
Invisible speakers require planning and coordination with the GC. They mount inside the wall cavity during framing, so the rough-in happens at the same phase as in-wall speaker rough-in. The drywall installer needs to know where the speakers are so they don't cut into them. The painter handles the final finish across the surface.
The speaker wire runs are the same as any in-wall speaker. Power needs to come from a low-impedance amp designed to drive them; Sonance makes amplifiers specifically matched to their invisible line.
When Conventional In-Wall Speakers Are Better
For any application requiring better high-frequency extension, higher SPL capability, or more directional coverage — front channels in a theater, high-output zones, dedicated listening rooms — conventional in-wall or in-ceiling speakers from Sonance, Origin Acoustics, or JBL Synthesis are the right choice.
We use both on most large projects: invisible speakers in the spaces where they fit the design intent, and architectural in-wall or in-ceiling speakers where performance requirements are higher. The two approaches complement each other well.
If you're working on a design-forward project and want to talk through which approach fits each room, that's a conversation we enjoy having.
