Digital signage monitors: small-format screens for counters, shelves and kiosks
Quick answer: DigitalSignage.com defines a digital signage monitor as a 7 to 32 inch commercial LCD screen with no TV tuner, built for 16 or 24 hours a day, with a VESA mount and an HDMI, USB-C or built-in Android player, used at counters, shelf edges, menu stands, queue points, kiosks and elevators. A 10.1-inch panel shows an 8.8 x 5.0 inch picture read at arm's length, a 21.5-inch an 18.7 x 10.5 inch picture read from 3 to 6 feet, and a 32-inch a 27.9 x 15.7 inch picture from 3 to 8 feet. SignPlayer runs on Android models directly or on a $30 to $137 player; the first 3 screens are free forever.
Key facts
- A signage monitor differs from a TV in four ways: no tuner, a 16/7 or 24/7 duty rating, a VESA 75 or 100 mm mount pattern, and inputs such as HDMI, USB-C or a built-in Android player.
- Width is the diagonal x 0.8716 and height the diagonal x 0.4903 for a 16:9 screen, so a 15.6-inch monitor is 13.6 x 7.6 inches and a 24-inch is 20.9 x 11.8 inches.
- A 1920 x 1080 panel has 315 pixels per inch at 7 inches, 141 at 15.6 inches and 69 at 32 inches, so small screens look sharp at arm's length even at 1080p.
- A common planning figure for viewing distance is 1 to 3 feet for 7 to 10 inch screens, 2 to 4 feet for 13 to 16 inch, 3 to 6 feet for 18 to 24 inch and 3 to 8 feet for 27 to 32 inch.
- A 10-inch screen draws about 5 to 10 W, so ten of them at 12 hours a day use 219 to 438 kWh a year, $31 to $62 at 14.2 cents per kWh.
- Ten 10.1-inch Android shelf screens cost about $2,091 to $3,922 in the first year as a planning estimate, of which DigitalSignage.com software is $360.
Last updated November 4, 2026. Sources: our TV and display dimensions reference, the aspect ratios reference, the display technologies guide, the shelf-edge and elevator display guides, the Raspberry Pi and Android install guides, the power consumption reference and the typography and viewing distance guide. Small-screen prices are planning estimates as of November 2026 unless a page of ours is cited.
What is a digital signage monitor and how is it different from a TV?
A digital signage monitor is a small commercial LCD screen made to show content from a player all day, and it differs from a TV in what it leaves out and what it adds. It leaves out the tuner, the speakers in many cases and the smart TV software; it adds a duty rating, a standard mount pattern, a metal or kiosk-ready frame and often a built-in Android player with Ethernet.
| Feature | Small TV (24 to 32 in) | Digital signage monitor (7 to 32 in) | Why it matters |
|---|---|---|---|
| Tuner and remote | Yes | No tuner; buttons or a service menu | Nothing for a customer to change the channel with |
| Duty rating | A few hours a day | 16/7 or 24/7 on the specification page | Shelf and counter screens run every opening hour |
| Mount | VESA 75 or 100 on some; plastic feet | VESA 75 or 100 mm on all; many have threaded inserts for brackets and stands | Fits shelf rails, counter stands and kiosk enclosures |
| Inputs | HDMI | HDMI, DisplayPort or USB-C; or a built-in Android player with Ethernet and Wi-Fi | One cable, or no player at all |
| Power | Mains adapter | Mains adapter, USB, USB-C or Power over Ethernet by model | Shelves and counters rarely have a socket per screen |
| Bezel and frame | Consumer styling, glossy | Thin, flat, often open-frame or with a metal bezel | Flush fitting in rails, stands and enclosures |
| Touch | No | PCAP touch as an option on most sizes | Self-service and kiosks |
| Brightness | 200 to 300 nits | 250 to 700 nits by model, higher on outdoor variants | Retail lighting over a counter is bright |
| Panel type | Often VA or TN | IPS common, for viewing from the side | Shelf screens are seen from a walking angle |
Bottom line: below 32 inches a TV is the wrong tool because it has the wrong mount, the wrong power and a remote; a signage monitor is built to bolt into a rail, a stand or a kiosk and run all day.
What size digital signage monitor do you need for each job?
Choose the size from the viewing distance and the job, then confirm the picture dimensions fit the shelf, counter or enclosure. Every dimension below is computed with the 16:9 formula from our TV and display dimensions reference: width = diagonal x 0.8716 and height = diagonal x 0.4903. The pixel density column uses a 1920 x 1080 panel, whose diagonal is 2,203 pixels, divided by the diagonal in inches.
Width (in) = diagonal x 0.8716
Height (in) = diagonal x 0.4903
PPI at 1080p = 2,203 / diagonal (in)
Example, 15.6 in: 15.6 x 0.8716 = 13.6 in wide, 15.6 x 0.4903 = 7.6 in tall, 2,203 / 15.6 = 141 PPI
| Diagonal | Width x height (in) | Width x height (cm) | PPI at 1080p | Typical job | Viewing distance, a common planning figure | Body text on a 1080p canvas |
|---|---|---|---|---|---|---|
| 7 in | 6.1 x 3.4 | 15.5 x 8.7 | 315 | Shelf-edge promo, price and spec card, reception name plate | 1 to 2 ft | 17 pt at 2 ft |
| 10.1 in | 8.8 x 5.0 | 22.4 x 12.6 | 218 | Shelf edge, table-top menu, meeting room door sign, counter card | 1 to 3 ft | 20 pt at 3 ft |
| 13.3 in | 11.6 x 6.5 | 29.4 x 16.6 | 166 | Counter promotion, end-cap, small kiosk | 2 to 4 ft | 22 pt at 4 ft |
| 15.6 in | 13.6 x 7.6 | 34.5 x 19.4 | 141 | Counter stand, menu stand, check-in kiosk | 2 to 4 ft | 22 pt at 4 ft |
| 18.5 in | 16.1 x 9.1 | 41.0 x 23.0 | 119 | Elevator cab, ticket counter, pharmacy counter | 3 to 5 ft | 24 pt at 5 ft |
| 21.5 in | 18.7 x 10.5 | 47.6 x 26.8 | 102 | Ordering kiosk, queue counter screen, customer-facing POS screen | 3 to 6 ft | 27 pt at 6 ft |
| 24 in | 20.9 x 11.8 | 53.1 x 29.9 | 92 | Queue display, elevator, small lobby, pack station | 3 to 6 ft | 27 pt at 6 ft |
| 27 in | 23.5 x 13.2 | 59.8 x 33.6 | 82 | Reception, small menu board, waiting area | 3 to 8 ft | 32 pt at 8 ft |
| 32 in | 27.9 x 15.7 | 70.8 x 39.8 | 69 | Smallest TV size, counter menu, queue board, salon price list | 3 to 8 ft | 32 pt at 8 ft |
Bottom line: 7 to 10 inches is for one person at arm's length, 13 to 16 inches for a counter or a kiosk, 18 to 24 inches for queue and elevator screens read from a few steps away, and 27 to 32 inches is where the small format meets the smallest TV size.
The body text column applies the formula from our typography and viewing distance guide: minimum body text in points is 12 plus 2.4 times the distance in feet, so 2 feet needs 17 pt, 4 feet 22 pt, 6 feet 27 pt and 8 feet 32 pt on a 1080p canvas. Many 7 to 10 inch panels ship at 1024 x 600 or 1280 x 800 rather than 1080p; design the scene at the panel's native resolution and the point sizes scale with it.
Pixel density explains why small screens look so sharp. A 10.1-inch 1080p panel at 218 PPI has more than five times the density of a 55-inch 1080p display at 40 PPI, so photos, small type and QR codes that would look coarse on a wall screen are crisp at arm's length. The size that stops looking sharp up close is 27 to 32 inches, where 1080p falls to 69 to 82 PPI and 4K is worth considering for a counter kiosk.
What portrait and stretched bar formats exist for small screens?
Small signage monitors come in three shapes: the 16:9 landscape panel, the same panel mounted in portrait as 9:16, and stretched bar displays with ratios such as 16:3, 16:4 and 32:9 cut from larger panels for shelf rails and headers. Our aspect ratios reference lists 32:9 at 1920 x 540 or 3840 x 1080, and the shelf-edge displays guide covers LCD shelf rails from about 23 to 86 inches wide.
The dimensions of a bar use the general formula for any ratio r: width = diagonal x r / sqrt(r squared + 1) and height = diagonal / sqrt(r squared + 1). A 37-inch 32:9 bar (r = 3.556) is 37 x 3.556 / 3.693 = 35.6 inches wide and 37 / 3.693 = 10.0 inches tall. A 28-inch 16:3 shelf bar (r = 5.333) is 28 x 5.333 / 5.426 = 27.5 inches wide and 28 / 5.426 = 5.2 inches tall, the height of a shelf lip.
| Format | Ratio | Common resolutions | Where it fits | Design note |
|---|---|---|---|---|
| Landscape | 16:9 | 1920 x 1080, 1280 x 800, 1024 x 600 | Counters, kiosks, elevators, queue boards | The HD preset of 1920 x 1080 in SignStudio |
| Portrait | 9:16 | 1080 x 1920, 800 x 1280 | Menu stands, door signs, table-top cards, narrow kiosks | The Portrait HD preset of 1080 x 1920, with the player's output rotated |
| Stretched bar | 32:9 | 1920 x 540, 3840 x 1080 | Shelf headers, transit and ticket counters, above-door strips | A custom scene size at the bar's native pixels |
| Shelf rail bar | 16:3 to 16:4 | 1920 x 360, 1920 x 480 | Shelf edges in grocery, pharmacy and electronics aisles | One product per zone, large price, no video that needs height |
| Square | 1:1 | 1080 x 1080 | Table-top and counter cubes, LED tiles | A custom scene size |
Bottom line: design every bar and square at its native pixel size as a custom scene, and use the Portrait HD preset for portrait panels, so nothing is stretched or letterboxed on a screen that is only 5 inches tall.
A 16:9 scene on a 32:9 bar either shows in the middle with blank thirds on each side or is stretched to twice its width, and both look wrong at arm's length. Build bar content as bands: a product zone, a price zone and a promotion zone side by side, each a complete message, as the shelf-edge guide suggests.
Can a small signage screen be touch-enabled, and what does touch need?
Yes; projected capacitive (PCAP) touch is an option on most signage monitors from 7 to 32 inches, and it is the right layer for counters and kiosks because it works through glass, supports multi-touch and survives cleaning. Our touch screen technologies guide compares PCAP, infrared and resistive layers in detail.
In DigitalSignage.com, touch components are on mediaCLOUD Plus+ and are not on the free plan, and a locked-down full kiosk presentation is Enterprise. SignPlayer runs touch kiosks on any Android tablet or touch display, which includes the Android all-in-one signage monitors in this size range. Touch targets should be at least 24 x 24 CSS pixels under WCAG 2.2 success criterion 2.5.8, and a common planning figure for a finger target on a counter screen is 44 pixels or about 10 mm.
A 21.5-inch counter screen at 102 PPI puts a 10 mm target at about 40 pixels, so the 44-pixel planning figure holds. On a 10.1-inch 1080p panel at 218 PPI, 44 pixels is only 5 mm wide, so the target in pixels must roughly double to stay 10 mm on the glass; design in physical size, not pixels, for small touch screens.
How are small signage screens powered, by USB or PoE?
Small screens draw little power, which opens three options a TV never has: USB power for 7 to 10 inch panels, USB-C power delivery for 13 to 16 inch monitors, and Power over Ethernet for Android signage screens that support it. Each removes the mains adapter that a cleaner unplugs or a shelf reset dislodges.
| Power method | Delivers | Typical screens | Notes |
|---|---|---|---|
| USB-A, 5 V | 10 to 15 W at 2 to 3 A | 7 to 10 inch panels and tablets | Needs a powered hub or a quality adapter; cable runs under about 2 m |
| USB-C power delivery | 15 to 65 W by charger | 13 to 16 inch portable monitors, some 21.5 inch | One cable for power and video from a player with USB-C video output |
| Power over Ethernet, IEEE 802.3af | 15.4 W at the switch port, about 13 W at the device | 7 to 15 inch Android signage screens with PoE | Needs a PoE switch or injector; power-cycle a hung screen from the switch |
| PoE+, IEEE 802.3at | 30 W at the switch port, about 25.5 W at the device | Up to about 21.5 inch Android signage screens with PoE+ | Same single cable; check the screen's PoE class on the specification page |
| Mains adapter, 12 V or 19 V | Any | Every size, and all 24 to 32 inch monitors | Secure the barrel plug and the adapter; label the socket |
Bottom line: below 15 inches, PoE or USB power is usually available and worth specifying, because one Ethernet cable gives power, data and a remote reboot from the switch; above 21.5 inches, plan a mains socket per screen.
A Raspberry Pi takes a PoE HAT too, the Pi 5 needing one made for the Pi 5, as our Raspberry Pi platform guide notes. Whether a specific PoE-powered Android screen runs SignPlayer depends on its Android version and whether it allows app installs; ask support (support@digitalsignage.com, live chat at https://chat.digitalsignage.com/) before ordering in quantity.
Which players drive small digital signage screens?
Three players fit small screens: the Android system inside an all-in-one signage monitor, a Raspberry Pi behind an HDMI monitor, and an Android TV stick or box behind an HDMI monitor. All three run the free DigitalSignage.com SignPlayer and pair with the registration code typed into SignStudio under Register SignPlayer.
| Player | Price from our hardware pages, as of November 2026 | Fits | Notes |
|---|---|---|---|
| Android all-in-one signage monitor | $0 extra; the player is inside | 7 to 32 inch Android screens that allow app installs | Install the SignPlayer and Watchdog APKs as on any Android device; nothing behind the screen |
| Raspberry Pi 5 kit | $81 to $137 (board $50 to $120) | Any HDMI monitor | Powers on by itself when mains returns; fits a PoE HAT; 4K60 on the Pi 5 |
| Raspberry Pi 4 | $35 to $75 for the board | Any HDMI monitor at 1080p | The value pick; the Pi 5 is recommended |
| Android TV or Google TV stick | $30 to $60 | Any HDMI monitor with a USB port for power | Hides behind a 15.6 to 32 inch screen; Watchdog restarts SignPlayer |
| Android tablet | Owned or $0 | Counters, small kiosks, sales demos | Our Android guide lists tablets and phones for countertop displays; a battery swells with heat in a sealed stand |
Bottom line: an Android all-in-one screen is the simplest shelf or counter unit because there is no second device, and a Raspberry Pi 5 or a stick turns any HDMI monitor into a managed screen for $30 to $137.
Ten shelf screens on sticks or Pis means ten HDMI cables and ten places to hide a box, so the all-in-one Android screen wins on shelves, and the HDMI monitor plus a swappable player wins at counters and in elevators. The media players guide covers the full range.
What is an LCD display?
An LCD display is a panel of liquid crystal cells that act as shutters in front of a white LED backlight; each pixel's three sub-pixels open or close to let red, green and blue light through, and the picture is the sum of millions of those shutters. The crystal does not emit light, which is why LCD needs a backlight and why brightness and black level depend on it; an OLED panel, by contrast, emits light per pixel.
The three LCD cell types matter on small screens because of viewing angle. From our display technologies guide: TN panels are the cheapest, with 160 to 170 degree viewing angles and the lowest colour accuracy; VA panels reach 178 degrees with the best LCD contrast, 3,000:1 to 5,000:1; IPS panels reach 178 degrees with the best colour and 1,000:1 to 1,500:1 contrast. A shelf screen is seen from the side by someone walking past, so IPS is the usual specification.
The backlight is either edge-lit, with LEDs along one side and a light guide, or direct-lit, with LEDs behind the whole panel. Edge-lit panels are thinner, which suits shelf rails and bars; direct-lit panels are more uniform and brighter, which suits counters under retail lighting. Both age toward half brightness over 50,000 to 60,000 hours on commercial panels, as the display lifespan reference explains.
What is a multimedia screen?
A multimedia screen is a general term for a display that plays video, images, audio and web content from a player rather than a broadcast, and in signage it is simply a monitor or display driven by SignPlayer. The term appears on spec sheets for small Android screens and on tenders, and the questions to ask are the same: size, duty rating, mount, power and whether the built-in player allows app installs.
How much do 10 small signage screens cost?
Ten 10.1-inch Android shelf screens cost about $2,091 to $3,922 in the first year, ten 15.6-inch monitors with Raspberry Pi 5 kits about $2,463 to $4,354, and ten 21.5-inch commercial monitors with Android TV sticks about $3,047 to $5,240, all as planning estimates as of November 2026. DigitalSignage.com software is the same $360 in every row, because every screen is billed once an account has 4 or more screens.
| Item | 10 x 10.1-inch Android all-in-one | 10 x 15.6-inch HDMI monitor + Raspberry Pi 5 kit | 10 x 21.5-inch commercial monitor + Android TV stick |
|---|---|---|---|
| Screens, planning estimate | 10 x $150 to $300 = $1,500 to $3,000 | 10 x $100 to $200 = $1,000 to $2,000 | 10 x $200 to $350 = $2,000 to $3,500 |
| Players | $0 | 10 x $81 to $137 = $810 to $1,370 | 10 x $30 to $60 = $300 to $600 |
| Brackets, rails or stands, planning estimate | 10 x $20 to $50 = $200 to $500 | $200 to $500 | $200 to $500 |
| DigitalSignage.com software, year one | 10 x $3 x 12 = $360 | $360 | $360 |
| Electricity, year one at 12 hours a day and $0.142 per kWh | 5 to 10 W each: 219 to 438 kWh = $31 to $62 | 15 to 20 W each with the Pi: 657 to 876 kWh = $93 to $124 | 30 to 45 W each with the stick: 1,314 to 1,971 kWh = $187 to $280 |
| First-year total | $2,091 to $3,922 | $2,463 to $4,354 | $3,047 to $5,240 |
| Each later year | $391 to $422 | $453 to $484 | $547 to $640 |
Bottom line: the screens are half to three quarters of the first year in every column, the software is $360 a year for all ten, and the all-in-one Android screen is cheapest because it needs no player, no HDMI cable and no second power supply.
The electricity figures use the formula watts x 12 hours x 365 days / 1,000 = kWh, then x $0.142, the US average commercial rate in our power consumption reference; for example 10 W x 12 x 365 = 43.8 kWh per screen, so 438 kWh for ten, $62. The 24-inch row of that reference, 25 to 40 W, is the basis for the 21.5-inch column.
Worked example: a pharmacy counter with two counter screens and a queue board
A pharmacy wants two customer-facing screens at the counter, read from 3 to 6 feet while people wait, and one queue board above the counter read from about 10 feet. The pharmacy closes at night, so the screens run 12 hours a day, and three screens are free forever in DigitalSignage.com.
| Step | Calculation | Result |
|---|---|---|
| 1. Counter screen size for 3 to 6 ft | Planning band for 18 to 24 inch | 21.5-inch monitors, 18.7 x 10.5 in each |
| 2. Counter body text at 6 ft | 12 + 2.4 x 6 = 26.4 | 28 pt on a 1080p canvas |
| 3. Letter height on the 21.5-inch | 28 pt = 37 px; 37 / 102 PPI | About 0.37 in tall |
| 4. Queue board size for 10 ft | 27 to 32 inch band, read from further | 32-inch monitor, 27.9 x 15.7 in |
| 5. Queue body text at 10 ft | 12 + 2.4 x 10 = 36 | 36 pt minimum |
| 6. Letter height check | 36 pt = 48 px; 48 / 69 PPI = 0.70 in, under the 1 inch per 10 ft comfort figure | Raise to 48 pt: 64 px / 69 = 0.93 in |
| 7. Screens, planning estimate | 2 x $200 to $350 + 1 x $250 to $450 | $650 to $1,150 |
| 8. Players | 3 Raspberry Pi 5 kits at $81 to $137 | $243 to $411 |
| 9. Stands and bracket, planning estimate | 3 x $30 to $80 | $90 to $240 |
| 10. Software | 3 screens, free forever | $0 |
| 11. Electricity | 2 x 35 W + 50 W = 120 W x 12 h x 365 = 526 kWh x $0.142 | $75 a year |
| 12. First-year total | $650 to $1,150 + $243 to $411 + $90 to $240 + $0 + $75 | $1,058 to $1,876 |
Bottom line: three small screens cost the pharmacy about $1,058 to $1,876 in the first year with no software bill, and the one design decision that matters is step 6, raising the queue board's text to 48 pt so it is readable from the back of the line.
Step 3 uses the same conversion as our typography guide: points to pixels at 96 pixels per inch on the canvas (28 pt x 4 / 3 = 37 px), then pixels divided by the screen's PPI for the physical height. The counter screens pass comfortably because 102 PPI packs 37 pixels into just over a third of an inch, which is large type at 6 feet.
How to do this in DigitalSignage.com
Build each scene at the panel's native resolution: the HD preset of 1920 x 1080 for a 1080p monitor, the Portrait HD preset of 1080 x 1920 for a portrait stand with the player's output rotated to match, or a custom scene size such as 1920 x 540 for a 32:9 bar. Install SignPlayer on the Android screen or the player, type the registration code into SignStudio under Register SignPlayer, and assign the campaign.
- Check the panel's native resolution on its specification page and create the scene at that size.
- Size text with the formula above and check it at the real distance before rolling out.
- On an Android all-in-one screen, allow installs from unknown sources, install the SignPlayer and Watchdog APKs and pair; on a Raspberry Pi, follow the Raspberry Pi install guide.
- Disable screen blanking on the Pi and power saving on Android so the screen never sleeps during opening hours.
- Group the shelf screens in SignStudio so one publish updates all of them.
Whether SignStudio offers a built-in preset for 32:9 bars or for the 1280 x 800 and 1024 x 600 panels common at 7 to 10 inches is not documented; the documented route is a custom scene size. Touch components are on mediaCLOUD Plus+ and a locked-down kiosk presentation is Enterprise. For anything else, ask support (support@digitalsignage.com, live chat at https://chat.digitalsignage.com/).
Frequently asked questions
Digital signage monitors: small-format screens for counters, shelves and kiosks
A digital signage monitor is a 7 to 32 inch commercial LCD screen with no TV tuner, a 16/7 or 24/7 duty rating, a VESA mount and an HDMI, USB-C or built-in Android input, used at counters, shelf edges, menu stands, queue points, kiosks and elevators. Pick 7 to 10 inches for arm's length, 13 to 16 for counters and kiosks, 18 to 24 for queue and elevator screens and 27 to 32 for small menu and queue boards. DigitalSignage.com SignPlayer runs on Android models directly or on a $30 to $137 player behind any monitor; the first 3 screens are free forever, then $3 per screen per month.
What is the difference between a digital signage monitor and a TV?
A signage monitor has no tuner or remote, a 16/7 or 24/7 duty rating, a VESA 75 or 100 mm mount, HDMI, USB-C or a built-in Android player with Ethernet, power by USB or Power over Ethernet on small models, an optional PCAP touch layer and usually an IPS panel for side viewing. A small TV has a tuner, a remote that customers can use, a plastic foot, mains power only and a few hours a day of design duty. Below 32 inches the monitor is the right tool for shelves, counters and kiosks.
What is an LCD display?
An LCD display is a panel of liquid crystal cells that act as shutters in front of a white LED backlight; each pixel's red, green and blue sub-pixels open or close to form the picture. TN panels are cheapest with 160 to 170 degree viewing angles, VA panels reach 178 degrees with 3,000:1 to 5,000:1 contrast, and IPS panels reach 178 degrees with the best colour, which is why shelf and counter screens seen from the side are usually IPS. Commercial panels are rated for 50,000 to 60,000 hours to half brightness.
What size digital signage monitor do I need for a counter?
For a customer standing 3 to 6 feet from a counter, an 18.5 to 24 inch monitor; a 21.5-inch panel shows an 18.7 x 10.5 inch picture at 102 pixels per inch. Body text should be 12 plus 2.4 times the distance in feet, so 27 to 28 pt at 6 feet on a 1080p canvas, which is about 0.37 inches tall on that screen. A queue board read from 10 feet moves up to 32 inches and 36 to 48 pt text.
Can a small signage screen run on USB or PoE power?
Yes. 7 to 10 inch panels and tablets run on 5 V USB at 10 to 15 W, 13 to 16 inch portable monitors on USB-C power delivery, and Android signage screens with Power over Ethernet on IEEE 802.3af (15.4 W at the switch port) up to about 15 inches or PoE+ 802.3at (30 W) up to about 21.5 inches. PoE gives one cable for power and data and lets you power-cycle a hung screen from the switch. A Raspberry Pi takes a PoE HAT too. Check whether a PoE Android screen allows app installs before ordering, and ask support if unsure.
What player drives a small digital signage screen?
An Android all-in-one signage monitor runs DigitalSignage.com SignPlayer on its own Android system with nothing behind the screen; install the SignPlayer and Watchdog APKs and pair with the registration code. Any HDMI monitor takes a Raspberry Pi 5 kit at $81 to $137, which powers on by itself after an outage, or an Android TV stick at $30 to $60 hidden behind a 15.6 to 32 inch screen. Android tablets also work for countertop displays and small kiosks.
What is a multimedia screen?
A multimedia screen is a general term for a display that plays video, images, audio and web content from a player rather than a broadcast. In digital signage it is the same hardware as a signage monitor or display driven by SignPlayer, and the questions to ask are the same: size, duty rating, mount pattern, power method and whether a built-in Android player allows app installs.
How much do 10 shelf-edge screens cost?
As planning estimates as of November 2026, ten 10.1-inch Android all-in-one shelf screens cost about $2,091 to $3,922 in the first year: screens $1,500 to $3,000, brackets $200 to $500, DigitalSignage.com software $360 (10 screens x $3 x 12 months, every screen billed once an account has 4 or more), and electricity $31 to $62. Ten 15.6-inch monitors with Raspberry Pi 5 kits are about $2,463 to $4,354 and ten 21.5-inch commercial monitors with Android TV sticks about $3,047 to $5,240.
Related guides
- Shelf-edge digital displays
- Elevator and lift digital displays
- Media players for digital signage
- Aspect ratios for digital signage, including stretched bars
- Display technologies: LCD, LED and OLED
- Touch screen technologies for kiosks
- Raspberry Pi digital signage
- TV and display dimensions by screen size
- Typography and viewing distance
Try it on your own screens, free
DigitalSignage.com, which publishes this guide, runs a permanent free plan: the first 3 screens are free forever (no credit card, no ads, no watermark, no time limit), then from $3 per screen per month on Plus+. Once an account has 4 or more screens, every screen is billed, so 10 screens cost $360 a year; Enterprise is priced per screen in the public price calculator. The free DigitalSignage.com SignPlayer runs on Windows, Mac, Android and Android TV, Chrome OS, Raspberry Pi, iPad or any modern web browser, so the hardware you already own usually works. Start free · pricing · How 11 vendors compare on price
Maintained by MediaSignage Inc., operator of DigitalSignage.com since 2006. Product behavior on this page comes from our own SignStudio and SignPlayer documentation; where we do not document a step, this page says so instead of guessing. Last reviewed November 4, 2026.