Stadium, arena and large venue wayfinding screens
Quick answer: DigitalSignage.com runs stadium and arena wayfinding on commercial screens and the free DigitalSignage.com SignPlayer: directional screens at every concourse decision point, gate and queue screens at the entrances, concession menu boards that carry a wayfinding strip, and high-brightness outdoor screens at the plaza and parking. A 20,000-seat arena plans about 150 screens, about 70 wayfinding-only and 80 concession boards that double as wayfinding. The first 3 screens are free forever, then Plus+ from $3 per screen per month, every screen billed once an account has 4 or more, so 150 screens are $450 a month at the list rate; Enterprise is priced in the public calculator.
Key facts
- A fan walking a concourse looks at a screen for 3 to 10 seconds, a common planning figure, so directional screens hold one static frame or slides of 6 to 8 seconds.
- A 20,000-seat arena plans about 150 screens: 58 indoor directional screens, 12 outdoor screens and 80 concession boards with a wayfinding strip.
- Enclosed concourse screens need 350 to 500 nits, covered outdoor positions 3,000 to 5,000 nits and plaza or parking screens in direct sun 5,000 to 7,500 nits.
- A 55-inch indoor display draws 100 to 180 W, so 150 screens draw roughly 23 kW with the outdoor units included.
- Players need only outbound HTTPS on port 443 to *.signage.me, and cached content keeps playing when the venue network saturates on event day.
- Software for 50 screens is $150 a month ($1,800 a year) and for 200 screens $600 a month ($7,200 a year) at the Plus+ list rate; volume and Enterprise pricing are in the public calculator.
- A campaign at Emergency priority in SignStudio overrides every other campaign at once on every screen it targets.
Last updated November 4, 2026. Sources: our placement, dwell-time, brightness, IP rating, power and cost guides; ADA 2010 Standards; IEC 60529 and IEC 62262.
Where should wayfinding screens go in a stadium or arena?
At every point where a fan has to choose a direction: the plaza and parking approaches, the gates, each concourse junction, the stair and elevator cores, and the concession rows where people stop long enough to read. The screen count follows the number of decision points, not the number of seats, which is why two venues of the same capacity can need very different networks.
Section identification signs stay static. A printed section number is always on, draws no power, costs almost nothing and stays readable under emergency lighting. Digital screens earn their place where the message changes: which gate serves which sections tonight, which concession line is shortest, which exit leads to which parking lot, and what to do in an emergency.
| Zone | Screen type and orientation | Typical size | What it shows | Planning count per 20,000 seats |
|---|---|---|---|---|
| Plaza and parking approach | Outdoor high-brightness, landscape, IP65 | 55 to 75 in | Gate by ticket type, parking status, entry wait times | 4 to 12 |
| Gates and security lines | Ceiling or wall, landscape | 43 to 55 in | Queue status, bag rules, which gate serves which sections | 1 per gate, 8 to 12 |
| Lower concourse junctions | Wall or ceiling, landscape or portrait | 43 to 55 in | Section ranges with arrows, restrooms, first aid, nearest concessions | 2 per junction, 20 to 30 |
| Upper concourse junctions | Wall or ceiling, landscape | 43 to 49 in | Section ranges, restrooms, stairs down, exits | 2 per junction, 16 to 24 |
| Stair, escalator and elevator cores | Portrait | 43 to 55 in | Level map, sections on each level, accessible route | 1 per core, 6 to 8 |
| Concession stands | Landscape menu boards with a wayfinding strip | 43 to 55 in | Menu and prices, plus restrooms, section ranges and exit directions | 2 per stand, 60 to 100 |
| Clubs, lounges and suite corridors | Landscape | 55 to 65 in | Lounge schedule, directions to sections, sponsor content | Optional |
| Exits, final 30 minutes | Every screen above | Any | Exit routes by parking lot and transit stop | All screens, by schedule |
Bottom line: plan 2 screens per concourse junction, 1 per gate and vertical core, 2 per concession stand and 4 to 12 outdoor units, and let the exit message take over every one of them by schedule.
A common planning figure for concourse spacing is one directional screen every 40 to 60 metres, or wherever two routes diverge, whichever comes first. Closer spacing buys nothing on a straight run, because a fan who has read one arrow keeps walking; wider spacing leaves the junctions between screens unexplained, and that is where people stop and turn around.
Mount concourse screens with the centre at 2.0 to 2.4 metres so they clear the crowd, and keep the lower edge of any wall screen above 2,030 mm (80 inches) or within 100 mm (4 inches) of the wall, which is the ADA 2010 Standards protruding-object rule in section 307.2. Our placement guide and mounting height guide cover the sightline rules.
How do concession and queue screens double as wayfinding?
By reserving a strip of every menu board for directions, so the most-watched screens in the building also tell fans where the restrooms and the sections are. A fan waiting at a concession counter dwells 3 to 8 minutes, a common planning figure from our loop length and dwell time guide, which is 20 to 50 times longer than a glance at a corridor screen.
On a 1920 x 1080 landscape board, give the menu the top 850 pixels and the lower 230 pixels to a wayfinding strip: nearest restrooms with an arrow, the section range served by this concourse, the nearest exit, and a ticker for event notices. The menu stays still while people order; only the strip and a small promo zone rotate. Our queue management guide covers the shortest-line message.
Gate screens do the same job in reverse. Their main zone is the queue status and the entry rules, and a strip shows which sections are reached from that gate. Entry wait times typed into a shared Google Sheet by the operations team appear on every gate and plaza screen through the Google Sheets component, which updates when the sheet changes.
How long should the loop be on event days?
As short as the dwell time at that spot: a corridor screen gets 6 to 8 seconds per slide and a 60 to 120 second loop, a concession board holds its menu steady and rotates only a promo zone, and the exit message runs as a single frame. The loop also changes through the event, so a venue schedules by event clock rather than by wall clock.
| Event phase | Timing | What wayfinding screens show | Loop and slide timing | How it is triggered |
|---|---|---|---|---|
| Pre-gates | 2 hours to 1 hour before | Gate assignments, parking status, security rules | 3 slides of 8 s, 60 s loop | Campaign by date and time |
| Gates open | 90 minutes before to start | Section directions, queue status, concessions open | 60 to 90 s loop | Campaign by date and time |
| In play | Start to final 20 minutes | Static directional frames, menus, ticker with restrooms and first aid | Directional frame static; promo zone 30 to 60 s | Campaign by date and time |
| Intermission or halftime | 15 to 20 minutes | Shortest concession line, nearest restroom, time until restart | 30 to 60 s loop | Scheduled, with a High-priority campaign ready for a manual push |
| Exit | Final 20 minutes to 45 minutes after | Exit routes by parking lot and transit stop, traffic notes | Single frame, or 2 slides of 15 s | Campaign by date and time |
| Emergency | Any time | Full-screen instruction and the nearest exit for that zone | Continuous | Emergency-priority campaign |
Bottom line: build one campaign per event phase with a time rule, keep directional frames static during play, and hold an Emergency-priority campaign ready that nobody needs to design on the night.
Dayparting is the scheduling of different content at different times of day. In SignStudio a campaign combines a playlist with a date range, days of the week and times of day and targets individual screens, screen groups or all screens, so a template set of phase campaigns is copied to each event date. Our scheduling guide and holiday and special-event scheduling guide show the rules.
A venue with 60 event nights a year and three event types (basketball, hockey, concerts) keeps three sets of phase campaigns and changes only the dates and the gate assignments. The concert set starts its pre-gates phase earlier and drops the halftime phase. Regular fans see the same frames at every game, so the directional slides should change little while the promo zones change often.
How do exits and emergency messages take over wayfinding screens?
Through a campaign at Emergency priority, which our scheduling guide documents as overriding every other campaign immediately on every screen it targets. The priority ladder is Emergency, then High (80), Normal (50), Low (20) and Default (10); when several campaigns are valid the highest wins, then the most specific schedule, then the most recently changed.
Build the emergency scenes before the season: one per zone, each naming the nearest exit for that zone ("Exit through Gate C to Lot 3"), in large type with a 4.5:1 contrast ratio or better. Players download every scene assigned to them into a local cache and play from it, so the evacuation scene is on the device before it is needed and plays if the venue network fails during the incident.
Screens reinforce the public address system and the illuminated exit signs; they never replace them. Code-required egress signage and the fire alarm remain the primary systems, and the digital screens add the direction and the reason. Keep sponsor content, menus and social walls off every emergency scene, and test the takeover on a quiet day each quarter.
Our emergency alerts integration guide describes routing Common Alerting Protocol feeds and building fire panels through a mass notification platform, with a five-level priority scheme. How that platform triggers the Emergency campaign in your account depends on the setup, so ask support (support@digitalsignage.com, live chat at https://chat.digitalsignage.com/) before promising an automatic trigger.
Which screens need outdoor or high-brightness displays?
Every screen that daylight reaches: plaza and parking units, open-air concourses, gates with glass fronts and any concourse end that opens to the sky. An indoor commercial display of 350 to 700 nits washes out in daylight, and a consumer television rated 250 to 400 nits and 4 to 6 hours a day has no place on a concourse at all.
| Location | Ambient light | Brightness to specify | Ingress and impact rating | Notes |
|---|---|---|---|---|
| Enclosed concourse, core, club | 300 to 500 lux | 350 to 500 nits | None required | Commercial 16/7 or 24/7 panel |
| Concourse with a glass wall or open end | 1,000 to 5,000 lux | 700 to 1,500 nits | None, check heat clearance | Face the screen away from the glass |
| Covered gate, open-air concourse | 10,000 to 25,000 lux | 3,000 to 5,000 nits | IP54 to IP65, IK08 or more | Wind-driven rain reaches under a roof |
| Plaza, parking, direct sun | 30,000 to 100,000 lux | 5,000 to 7,500 nits | IP65 to IP66, IK10 | Outdoor LCD or direct-view LED |
| Parking structure interior | 100 to 500 lux, dust and fumes | 500 to 1,500 nits | IP54 or more, IK10 | Cold in winter, check the operating range |
Bottom line: specify 350 to 500 nits indoors, 3,000 to 5,000 nits under cover and 5,000 nits or more in direct sun, with IP65 and IK10 wherever the public can touch the screen unattended.
The figures come from our display brightness guide and IP ratings guide. IP codes are from IEC 60529: the first digit is dust, the second is water, and IP65 means dust-tight and protected against water jets. IK codes are from IEC 62262: IK08 withstands a 5 joule impact and IK10 a 20 joule impact, a 5 kg mass dropped from 400 mm. Outdoor-rated displays commonly specify an operating range of -30 to 50 degrees C.
How do you plan power and network for 50 to 200 screens?
With a site survey that puts a circuit and a wired network drop at every screen position before any mount goes up. The survey is cheap; moving a screen after the concourse is finished is not. Our site survey checklist covers structure, power, network and lighting position by position.
Power is set by screen size and brightness. A 43-inch indoor display draws 65 to 100 W, a 55-inch 100 to 180 W, and a 55-inch outdoor unit at 5,000 nits about 400 W or more, from our power consumption guide. Brightness is the multiplier: a window-facing or outdoor panel draws two to three times the power of the same size indoors.
A 20 A circuit at 120 V loaded to 80 percent, a common planning figure, carries 1,920 W, enough for about 12 to 14 indoor 55-inch screens and their players. The electrician confirms the count for your code and voltage, and outdoor units with heaters get circuits of their own.
Network traffic is small and bursty. The DigitalSignage.com SignPlayer needs only outbound HTTPS on port 443 to *.signage.me plus DNS and NTP, documented in our network requirements, and it downloads content ahead of time into a local cache. Put the players on wired Ethernet in their own VLAN; venue Wi-Fi with 20,000 phones on it is the wrong place for a screen.
When the network does saturate, the screens keep playing. Our guide on what happens when the internet goes down documents that cached scenes, images and videos keep playing and scheduled changes still happen on the player's clock; only live zones such as web pages and feeds pause until the connection returns, and the player reconnects and syncs on its own.
What does a stadium wayfinding network cost?
Hardware and installation are more than 95 percent of year one, and software is 1 to 2 percent, so the specification of screens and cabling decides the budget. The planning estimates below are as of November 2026 and come from our digital signage cost guide, commercial displays guide, outdoor displays guide and media players guide, with 90 percent of screens indoors and 10 percent outdoors.
| Item | Planning figure per screen | 50 screens (45 indoor, 5 outdoor) | 200 screens (180 indoor, 20 outdoor) |
|---|---|---|---|
| 55-inch indoor commercial display | $995 to $1,450, $1,200 used | $54,000 | $216,000 |
| 55-inch outdoor enclosed display | $7,200 to $13,000, $10,000 used | $50,000 | $200,000 |
| Android player per screen | $150 to $250, $200 used | $10,000 | $40,000 |
| Mount, power and data run by an installer | $200 to $800, $500 used | $25,000 | $100,000 |
| Hardware and installation subtotal | $139,000 | $556,000 | |
| Software, mediaCLOUD Plus+ list rate | $3 per screen per month, every screen billed from 4 | $1,800 a year | $7,200 a year |
| Electricity, indoor screens at 12 hours a day | About $75 a year | $3,375 (45 screens) | $13,500 (180 screens) |
| Year-one total, outdoor electricity excluded | $144,175 | $576,700 |
Bottom line: budget about $2,900 per screen in year one at 50 screens and about $2,880 at 200, of which $36 is software; the outdoor units cost as much as ten indoor ones each, so count them carefully.
Touch directories at the cores add a touch display and an enclosure, and the touch components are part of mediaCLOUD Plus+, not the free plan; a locked-down full kiosk presentation is an Enterprise feature. Proof of play, the log of which file played on which screen and when that sponsors ask for, is also Enterprise, priced per screen in the public calculator.
Worked example: how many screens does a 20,000-seat arena need?
The arena has 8 gates, 4 plaza approaches, 2 parking garages, a lower concourse that measures 480 metres on the plan, an upper concourse with 10 junctions, 6 vertical cores and 40 concession stands. Spacing is 40 metres on the lower concourse, every junction gets a screen facing each direction of travel, and every stand gets 2 menu boards.
| Step | Calculation | Screens |
|---|---|---|
| 1. Gates | 8 gates x 1 screen | 8 |
| 2. Plaza approaches, outdoor | 4 approaches x 1 screen | 4 |
| 3. Parking, outdoor | 2 garages x (2 entries + 2 exits) | 8 |
| 4. Lower concourse junctions | 480 m / 40 m = 12 decision points x 2 directions | 24 |
| 5. Upper concourse junctions | 10 junctions x 2 directions | 20 |
| 6. Vertical cores, portrait | 6 cores x 1 screen | 6 |
| 7. Concession boards with a wayfinding strip | 40 stands x 2 boards | 80 |
| 8. Total | 8 + 4 + 8 + 24 + 20 + 6 + 80 | 150 |
| 9. Wayfinding-only screens | 8 + 4 + 8 + 24 + 20 + 6, of which 12 outdoor | 70 |
| 10. Software at the Plus+ list rate | 150 x $3 = $450 a month x 12 | $5,400 a year |
| 11. Power at the wall | 138 indoor x 130 W + 12 outdoor x 400 W = 17,940 + 4,800 | 22.7 kW |
| 12. Concourse loop | 3 to 10 s glance, 8 s slides, 60 to 90 s loop | 8 to 11 slides |
Bottom line: the arena plans 150 screens, 70 of them wayfinding-only and 80 menu boards that carry directions, for $5,400 a year in software at the list rate and about 23 kW of power when everything is on.
Step 4 is where venues go wrong in both directions. Fewer screens than decision points leaves fans standing at a junction with no instruction; more screens than decision points doubles the hardware budget without shortening anyone's walk. Walk the concourse with the plan, mark every point where a route splits, and count those.
How to do this in DigitalSignage.com
Put each zone in its own screen group (gates, plaza and parking, lower concourse, upper concourse, cores, concessions), because campaigns in SignStudio target individual screens, screen groups or all screens. Build the phase campaigns once per event type with time-of-day rules and copy them to each event date; set the evacuation campaign to Emergency priority and leave it unscheduled until it is needed.
- Install the free DigitalSignage.com SignPlayer on each player and pair it with the registration code shown on screen, typed into SignStudio under Register SignPlayer.
- Create the screen groups and assign every screen to one.
- Build the directional frames, the menu boards with their wayfinding strip and the exit frames as scenes.
- Create the phase campaigns with date ranges and times, targeting the right groups.
- Put the entry wait times in a shared Google Sheet shown by the Google Sheets component, and the transit agency's public departure board in the Web Page component, which shows any public URL and reloads it at the refresh interval set in SignStudio.
- Check every screen in player management before doors open: it shows each player online or offline with its last check-in and takes a remote screenshot.
User management gives operations staff an Operator role and marketing a Content Manager role, with scopes that limit a user to specific screens or groups, as documented in our user management guide. Our documentation does not describe an event-clock trigger, automatic queue sensing or Common Alerting Protocol ingestion inside SignStudio; for those, ask support (support@digitalsignage.com, live chat at https://chat.digitalsignage.com/).
Frequently asked questions
Stadium, arena and large venue wayfinding screens
Stadium wayfinding screens go at every decision point: plaza and parking approaches, gates, concourse junctions, stair and elevator cores and concession stands, where menu boards carry a wayfinding strip. A 20,000-seat arena plans about 150 screens, 70 wayfinding-only and 80 concession boards. Indoor screens need 350 to 500 nits and outdoor screens 5,000 nits or more with IP65 and IK10. On DigitalSignage.com the first 3 screens are free forever, then $3 per screen per month, every screen billed from 4.
Where are the best locations for digital directories and wayfinding screens in a stadium?
Wherever a fan must choose a direction: outside at the plaza and parking approaches, above each gate, at every concourse junction with one screen facing each direction of travel, in portrait at each stair and elevator core, and at concession stands where the menu board carries directions. Section numbers stay as static signs. A common planning figure is one concourse screen every 40 to 60 metres.
How many wayfinding screens does an arena need?
Count decision points, not seats. A 20,000-seat arena with 8 gates, 12 lower-concourse junctions, 10 upper-concourse junctions, 6 cores, 40 concession stands and 12 outdoor positions plans about 150 screens: 70 wayfinding-only and 80 menu boards with a wayfinding strip. Software for 150 screens is $450 a month at the Plus+ list rate.
Do stadium wayfinding screens need outdoor displays?
Only where daylight reaches: plaza, parking, open-air concourses and glass-fronted gates. Those positions need 3,000 to 5,000 nits under cover and 5,000 nits or more in direct sun, with an IP65 rating from IEC 60529 and IK10 impact glass from IEC 62262. Enclosed concourses use standard commercial displays of 350 to 500 nits. An enclosed 55-inch outdoor display is $7,200 to $13,000 against $995 to $1,450 for an indoor one.
How long should the loop be on stadium screens during an event?
Match the dwell time. Concourse screens get a 3 to 10 second glance, so they show a static directional frame or slides of 6 to 8 seconds in a 60 to 90 second loop. Concession boards hold the menu still and rotate only a promo zone every 30 to 60 seconds, because fans wait there 3 to 8 minutes. The exit message runs as a single frame in the final 20 minutes.
How do emergency messages take over stadium screens?
Through a campaign at Emergency priority, which SignStudio's scheduling documents as overriding every other campaign immediately on every screen it targets. Build one evacuation scene per zone naming its nearest exit, assign them in advance so each player caches them locally, and keep sponsor content off them. The screens reinforce the public address system and the code-required exit signs; they never replace them.
What does a stadium wayfinding network cost?
As planning estimates as of November 2026, about $2,900 per screen in year one: a 55-inch indoor commercial display at $995 to $1,450, an Android player at $150 to $250, an installer's mount and cabling at $200 to $800, with outdoor units at $7,200 to $13,000 each. Software on DigitalSignage.com is $1,800 a year for 50 screens and $7,200 for 200 at the $3 per screen per month list rate; Enterprise features such as proof of play are priced in the public calculator.
Which digital signage software scales to hundreds of screens in a venue?
Software that organises screens into groups, schedules by date and time, supports priority overrides and runs on inexpensive players. DigitalSignage.com targets campaigns at screens, screen groups or all screens, ranks them Emergency, High, Normal, Low and Default, caches content on each player and runs on Windows, Mac, Android and Android TV, Chrome OS, Raspberry Pi and any browser. The first 3 screens are free forever, then $3 per screen per month.
Related guides
- Digital signage for entertainment venues, stadiums and arenas
- Case study: a sports arena's screen network
- Digital signage for events, conferences and trade shows
- Emergency alerts on digital signage
- How long should a digital signage playlist loop be?
- Digital signage site survey checklist
- Digital wayfinding systems implementation guide
- Display brightness in nits by location
- Wayfinding signage: types, placement rules and digital options
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.