Digital signage for an assisted living facility with 3 to 5 screens

What do I need for 3 to 5 screens in one building?

One offline player per screen: three players today, five when the growth rooms open. Each screen reads its own memory card, so there is no monthly fee, no account, and no cloud server that a review board or your IT desk has to approve.

Three facts of your job push it that way. The building is one site, so every screen sits within a short walk of your desk. Your content, activity photos, a calendar and a menu, is exactly what a card handles well. And a recurring bill that repeats per screen is the one cost you want out of the budget.

The hardware list stays short: a screen with its player, one memory card per screen, and a master copy of each deck on your office PC. Nothing in the chain needs the internet.

For the boards themselves, the menu board range with no monthly fee covers dining lines and counters, and the lobby and waiting room screens cover reception and corridors. Where two screens hang side by side and must always show the same slides, a single player can drive both; the arrangement is described in one Android signage player driving multiple displays.

Which setups can run the boards?

Three setups cover it: an offline player per screen, a cloud subscription billed per screen per month, or a managed contract service. At 3 to 5 screens in one building with staff on site, the offline player wins recurring cost and privacy.

The subscription bill scales with screen count: three monthly fees today, five as you grow, and any price change lands on every screen at once. The offline layout is flat, purchase once and the recurring cost is zero. What no-subscription signage really costs works that arithmetic through in detail over a year.

Will daily menus and weekly events stay current without a timer?

Yes, by routine instead of by clock: the included player has no dayparting, so a board shows new content when you change its card. A daily menu deck and a weekly events deck fit that pattern, and each department owns its own deck.

Give each deck an owner: culinary edits the menu slides, the activities office owns the events deck, and nobody shares files. Give each deck two cards, one in the screen and one in the drawer labeled with its date, so the last good version stays on hand when a change goes wrong.

After a power cut, the player is designed to come back to its playlist on its own; set which playlist loads first as shown in offline playlist autostart setup. For the photo-frame feel, put activity photos on the card as plain images, or export the slides to video for slow, gentle transitions between frames. Build the decks in a browser with the free slide tool for card playback; a menu change is a text edit and a re-export.

When one screen would have to carry both the menu and the events, decide the split first; clinic waiting room signage: one screen or two jobs walks through that choice.

How do you update five screens without touching the resident network?

Two offline paths cover a five-screen walk: labeled memory cards carried room to room, or a short phone-hotspot session at each screen to copy the new slides over. Neither path touches the building's main network, and neither needs an app that IT has to approve.

The card route is a walk: power the screen off, swap its card, power it back on, and move to the next room. Five labeled cards cut from one master deck cover the building in one trip, and the labels tell you at a glance which room still runs last week's version.

When a deck changes at short notice, the phone hotspot update method copies new slides to a screen over a hotspot you carry, with no changes to the building's network.

Privacy is where this layout earns its keep in senior care. An offline player has no internet connection and no account, so nothing about residents crosses a cloud server and there is no app for your IT desk to approve. If you later add network updates as the building grows, put the players on their own network segment, the pattern many facilities use for signage, and keep resident systems off it.

Worked example: what menu type height does a 24 ft dining room need?

Capitals of 1.2 in: at the fast-reading planning figure of 20 ft of viewing distance per inch of capital height (FHWA), a diner seated 24 ft from the board needs 24 / 20 = 1.2 in capitals, and lines spaced 1.7 x 1.2 = 2.04 in apart.

The planning figures come from the FHWA legibility rule the signage industry borrows: 30 ft of viewing distance per inch of capital letter height, and 1.7 x capital height between lines. Menus in a dining line are read at walking pace, so use the safer 20 ft per inch for fast reading.

Carry the dining room through: the farthest resident sits 24 ft from the board. 24 ft / 20 ft per inch = 1.2 in capitals. Line pitch is 1.7 x 1.2 in = 2.04 in. Assume the portrait screen leaves about 26 in of usable menu height, which is typical for a larger panel-mount model once bezel and mount are subtracted; check the drawing of the model you buy. 26 in / 2.04 in per line = 12.7, so the board carries about 12 menu lines comfortably.

The screen size and viewing distance guide runs this same arithmetic backward, from room to recommended screen diagonal.

When is a subscription platform the better choice?

Only when someone must change a screen from outside the building: notices pushed in overnight, menus synced with planning software, or screens no resident-area staff ever pass. At 3 to 5 screens in one building with staff on site, none apply, so stay offline.

A subscription dashboard earns its fee when content must move without a person: notices pushed in overnight from a corporate office, menus synced automatically with kitchen planning software, or screens in a wing no clerical staff passes. Permissions come with it, a login per department. The offline layout splits the same job with one card per department, which also removes shared passwords from the building.

A managed service makes sense when the facility wants a vendor to own the whole chain and is willing to trade contract cost for staff minutes. At 3 to 5 screens, the minutes are small: one walk per deck change.

Recommendation: run 3 to 5 screens in one assisted living building on offline players with no monthly fee: one player per screen, a daily menu deck owned by culinary, a weekly events deck owned by the office, and a labeled spare card behind each deck. Move to a subscription platform when a screen appears that no staff member can reach, or when the kitchen's planning software must feed the menus automatically.

What should you ask for before you buy?

A per-screen list: the farthest reader in each room, portrait or landscape, power at the mount, and written confirmation of software, ports, orientation, rating, lead time and warranty for every model quoted.

• Distances. Measure from each board to its farthest regular reader, seated or standing, and run the worked example's arithmetic per room.
• Screens. The current panel-mount series runs 10.1 to 23.8 inches and suits corridor, lobby and dining-line boards; a big common-room wall takes the larger wall models through 75 inches, quoted per project. For any current-range model, have software, ports, power, orientation, rating, lead time and warranty confirmed in the quote, because the older series' published facts do not transfer to it.
• Mounting height. Center the screen about 1.2 m (47 in) off the floor where the audience sits, about 1.5 m (59 in) where it stands; both come from average eye heights.
• Content. One master deck per room, a labeled spare card per deck, and culinary's editable file format settled before the first card is cut.
• Hours. Note how many hours a day each screen is on, meal service in the dining room, waking hours in the common room; it tells you which rooms justify the brighter panel and which can take the standard one.

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