Video walls and synchronized screen groups

What a video wall does for your space

A single TV is a display; a wall of synchronized TVs is a statement. Video walls are how quick-service restaurants build the long menu-board rows above the counter, how bars create an attention-grabbing feature wall, and how lobbies make an entrance memorable. The hard part has always been the software: keeping several screens perfectly in step, each showing the right slice of one large image. That's exactly what screen groups do.

Any grid you need

A screen group is defined by rows and columns, and you choose both:

• 4×1 — the classic horizontal menu-board row above a QSR counter
• 2×2 — a square video wall for lobbies, bars, and retail
• 3×1, 2×1, 1×2… — whatever your space calls for

Each TV in the group is assigned to a specific grid position. When wall content plays, every screen automatically crops to its own viewport — the top-left screen shows the top-left quarter, and so on — so one 1080p creative becomes one seamless giant image.

How synchronization works

Screens in a group hold a live connection to the platform. When wall mode triggers, the server broadcasts the start signal to every member at the same time, along with each device's grid position for viewport cropping. The result is synchronized playback across the whole wall without media servers, splitters, or video matrix hardware — just the same player app that runs single screens.

Wall mode on a schedule — or on demand

Each group has a dedicated wall playlist separate from what the individual screens normally play. You configure how often wall mode runs and how long it lasts; a background scheduler checks enabled groups and triggers synchronized playback automatically on that rhythm. Want it now? A manual trigger fires wall mode for a group on demand — useful for events, reveals, and testing.

Between wall sessions, every screen goes back to its own content: individual menus, promotions, or ads. One row of TVs can be four independent menu boards most of the time and a single synchronized promotion at the top of every hour.

Where video walls earn their keep

• QSR menu rows — run each screen as its own daypart board, then sync all four for a limited-time-offer takeover
• Bars & entertainment — feature walls for game nights, events, and sponsor promos
• Lobbies & retail — large-format brand moments without large-format display costs
• Ad networks — operators can sell premium synchronized takeovers across a venue's screens

Planning your installation

A good wall starts before any software is configured:

1. Match the grid to the job. Menu rows are wide and short (4×1, 3×1); attention walls are square-ish (2×2). Sketch the wall on paper and count rows × columns — that's your group configuration.
2. Use identical screens where possible. Same model, same size, same mounting depth keeps the image continuous across bezels.
3. Mount tight and level. Because each screen shows a crop of one image, alignment errors are visible in a way they never are on independent screens.
4. Give every screen its own player. Each TV in the group runs the standard player app and is assigned to its grid position in the dashboard.
5. Load the wall playlist and test. Use the manual trigger to fire wall mode on demand while you verify alignment — no waiting for the schedule.

Content that works on a wall

Wall content is one creative displayed large, so design for distance: bold imagery, short copy, high contrast. Full-motion video is the format walls were made for — movement across multiple screens is what stops people mid-stride. Because wall mode runs on its own playlist, you can keep a small rotation of wall-ready creatives separate from the everyday content each screen plays individually, and refresh it seasonally without touching the per-screen playlists.

The economics of a software-driven wall

Traditional video walls are priced around dedicated controller hardware, matrix switchers, and the integrator who wires it all together — and once installed, the wall is a wall, permanently. Running the wall in software changes both sides of that equation. The hardware is ordinary TVs and media players, which means any screen you already manage can join a group, and a failed component is a commodity swap rather than a service contract call. And because wall mode is scheduled rather than hard-wired, the same four TVs earn their keep as four independent menu boards all day and become a synchronized attention piece only when it's worth the takeover.