Any Source. Any Screen.

Costs depend on the number of displays, source count, and technology choice. A basic HDMI matrix system for 4–6 displays typically runs $8,000–$15,000 installed. Mid-range AV-over-IP systems for 8–12 displays generally fall in the $18,000–$35,000 range. Large-scale systems with 15+ displays, 4K60 IP distribution, and full Control4 integration start at $35,000 and scale from there. We provide detailed proposals after assessing your specific needs.

HDMI matrix switches are dedicated hardware that routes HDMI signals directly — they offer zero latency and maximum reliability but are limited by fixed port counts (typically 8×8 or 16×16). Video over IP encodes video into network packets and distributes them over Ethernet switches — offering unlimited scalability, longer cable runs, and advanced features like video walls, but with minimal encoding latency (typically 1–2 frames). For most homes under 12 displays, either works well. For larger homes or future expandability, IP is the better choice.

We design systems with future bandwidth requirements in mind. Our installations use HDMI 2.1 certified cabling and, where appropriate, fiber-optic interconnects that support 48Gbps — more than enough for 8K60 content. The switching hardware may need firmware updates or eventual replacement as 8K standards mature, but the physical infrastructure we install today is 8K-ready. We also spec equipment from manufacturers with strong upgrade paths.

Yes — this is one of the primary advantages of centralized video distribution. With an HDMI matrix, you can add displays up to the port limit (and we typically spec matrices with spare ports for expansion). With AV-over-IP, adding a display is as simple as adding an encoder/decoder pair to an existing network switch — true plug-and-play scalability. We always pull extra cable runs during initial installation to make future expansion simple and non-invasive.

With HDMI matrix switching, there is effectively zero added latency — the signal passes through the matrix as if it were a direct cable connection. With AV-over-IP systems, latency is typically 1–2 frames (16–33ms at 60fps), which is imperceptible for casual gaming and streaming. For competitive gaming where every millisecond matters, we can configure a dedicated direct HDMI path to your primary gaming display while still distributing the signal to other rooms via the matrix.

Absolutely. Outdoor displays connect to the same centralized matrix or IP network as indoor displays. We use weatherproof cable enclosures and conduit-protected cable runs to the outdoor locations. The outdoor displays themselves are rated for full-sun, rain, and temperature extremes (we use SunBrite, Séura, and similar outdoor-rated brands). From a control perspective, an outdoor TV behaves identically to an indoor one — same sources, same Control4 interface, same one-tap scenes.

Instead of a cable box at every TV, you place one cable box (or DVR) in the central equipment rack and distribute its signal to any TV in the house. When someone in the bedroom wants to watch cable, the system routes the cable box signal to the bedroom display. Same for streaming devices, gaming consoles, and every other source. You eliminate 5–10 cable box rental fees ($10–$15/month each), remove clutter from every room, and simplify control down to one interface. Most clients save $1,200–$2,400+ per year in cable box rentals alone.

For new construction with pre-wired structured cabling , equipment installation, programming, and calibration typically takes 2–4 days. Retrofit installations in existing homes require additional time for cable routing — typically 1–2 weeks total depending on the number of displays and complexity of cable paths. We coordinate with your builder or contractor to minimize disruption and provide detailed timelines during the proposal phase.