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Field Manual

Whole House Audio Standards

The complete Restrepo standard for distributed audio infrastructure. Covers speaker placement geometry by room type, in-ceiling and in-wall rough-in requirements, amplifier location and wiring topology, and the integration protocol for home automation and streaming platforms.

What This Standard Covers

  • Speaker placement geometry by room type: living space, kitchen, bedroom, and bathroom
  • In-ceiling and in-wall rough-in requirements: box size, blocking, and conduit routing
  • Speaker wire sizing by run length and amplifier output class
  • Amplifier rack location, ventilation, and power feed requirements
  • Distributed audio system topology from source to zone amplifiers to speakers
  • Home automation integration for zone control, scene-based playback, and voice trigger

Who It Is For

  • AV integrators designing and installing distributed audio on Restrepo-spec residential projects
  • General contractors coordinating audio rough-in with framing and drywall trades
  • Architects specifying distributed audio infrastructure in construction documents
  • Interior designers coordinating speaker placement with ceiling and wall finish selections

When To Use It

  • Before framing to establish amplifier location and conduit routing plan
  • During rough-in to place all speaker boxes and run wiring before drywall
  • At pre-drywall walk to verify all speaker locations, blocking, and wire runs
  • At commissioning to configure zones, scenes, streaming inputs, and automation integration

Read or Download the PDF

The full standard, including specifications, diagrams, and field references, is in the embedded PDF below. Read it inline or download it for your jobsite folder.

Your browser does not display embedded PDFs. Download Whole House Audio Standards (PDF).

Field Notes

Speaker placement in a luxury residence is an architectural decision, not an AV decision. The position relative to seating, the listening axis, the boundary reflection from adjacent walls, all of those affect the result. This standard defines the placement geometry so the rough-in supports the final acoustic outcome.

The wiring topology for a distributed audio system determines what can be added or changed later. A home run topology from each speaker back to the rack gives maximum flexibility. Daisy-chaining zones saves wire at rough-in and limits options for years. This standard specifies the right approach for the scope of each project.

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