The player is the small computer behind the screen, and it is the part of a digital signage installation people most often under-specify. Four routes make sense in 2026: a purpose-built Android player such as our 499€ box, a commercial display with LG webOS Signage or Samsung Tizen built into it, a Windows mini-PC on a currently supported release, or a Linux machine like a Raspberry Pi.
This article compares them on the things that decide whether a screen is still playing in year three, rather than on processor model numbers.
Good to know This page was originally an announcement for our Intel-based PRO player running Windows 10. That product is history, and Windows 10 itself left support in October 2025. We have rewritten the page rather than deleted it, and there is an honest note about the old player further down.
What a signage player actually has to do
A signage player is not a media box that happens to be left switched on. Five demands separate the two, and a device that fails any one of them will cost you a site visit.
It runs 16 or 24 hours a day, every day. A domestic device is designed around a few hours of evening use and long idle periods. Signage inverts that. Components that are fine for three hours a night behave differently after 5,000 hours of continuous decode.
It survives heat. Players usually end up bolted behind the panel, inside a bracket cavity, in still air, warmed by the display itself. Ambient temperature there is well above room temperature. A fan is a moving part in a dusty enclosure you cannot easily reach, which is why serious signage hardware is passively cooled and uses its chassis as the heatsink.
It recovers from a power cut on its own. This is the single most useful property and the one least often checked. When the mains comes back at 04:00, the device has to power itself on without anyone pressing a button, boot, and relaunch the player application automatically. Devices that come back to a home screen, a “resume?” prompt or a setup wizard turn a two-second brownout into a dark screen until someone notices.
It decodes video reliably. Video is where cheap hardware fails first, usually as stutter on high-bitrate files or a slow drift out of sync between audio and picture. Hardware decoding for the codecs you actually use matters more than raw processor speed. If you are chasing playback faults now, our notes on video playback problems list the usual causes.
It can be managed without going there. The CMS shows the last check-in time and connectivity for every display and can take an on-demand screenshot, so you can see what a screen is showing from your desk. You can also send remote shell commands to a player, which is how a scheduled reboot gets done on an estate you never visit. See display monitoring.
One thing you do not need to worry about: players cache their content locally and play from that copy, so a network outage does not stop the screen. That is covered in detail in digital signage without internet.
Why a streaming stick or a domestic TV is a false economy
Every few months someone asks whether a 40€ streaming stick will do. It will, for about four months.
The problems are rarely about performance. They are about behaviour. Consumer devices sleep on a timer, show screensavers you cannot fully disable, update their own apps overnight without asking, and often have no wired ethernet port at all. They are powered from the TV’s USB socket, which means the boot order after a power cut is a lottery. They also sit inside the same hot cavity as everything else, with no thermal design for it.
Domestic televisions have the same shape of problem. A consumer panel is not rated for a 16-hour duty cycle, is not rated for portrait mounting, and will usually switch itself off after a few hours with no remote input because a regulator required an idle timer.
Watch out A consumer LG television is not an LG webOS Signage model. They share a brand and a family name and nothing else that matters here. The webOS Signage player does not install on a domestic set, and this catches out more buyers than any other single point on this page.
None of this means you must spend 2,000€ on a screen. It means the panel and the player are the two components where saving 200€ buys you an unpredictable estate. Spend there and save on the mount.
The four routes
1. A purpose-built Android player
The default answer for most installations. A small, fanless, mains-powered box designed to do one job, with a wired ethernet port, a mounting plate and firmware set up to power on and relaunch after an interruption.
Our own Android player is 499€, arrives pre-configured, and the commercial Android player licence that the platform requires is supplied by us. Android is also the only platform where synchronised video walls, and local video or RTSP streams, are available, so if you are driving a multi-panel wall from one source this route is not optional. Setup is covered in Android player setup.
The trade-off is honest enough: 499€ is more than a generic Android box off a marketplace, and a generic box will play a looping image playlist perfectly well. What you are paying for is the boring part, hardware that behaves the same on screen forty as it did on screen one, and support from people who have the same device on a bench.
2. A system-on-chip display running webOS or Tizen
An LG webOS Signage or Samsung Tizen commercial display runs the player inside the panel. No external box, no second power supply, no HDMI cable, nothing to steal or unplug. For clean installations, glass-fronted retail, or anywhere the back of the screen is inaccessible after fit-out, this is the tidiest route there is.
Two caveats. The saving is smaller than it looks, because you are buying a commercial signage panel rather than a cheap one, and the player capability is bundled into that higher price rather than being free. And the platform is fixed for the life of the display: if the panel’s software support ends, you cannot swap the player without swapping the screen. There is a fuller comparison in Tizen vs webOS vs Android, and setup notes in LG webOS player setup and easyCMS support for LG webOS.
3. A Windows mini-PC
Still the right answer in specific cases: when the screen has to display an internal line-of-business web application, when corporate IT will only manage devices that join their domain and their patching regime, or when you need a peripheral with Windows-only drivers.
The Windows player is free software, so the cost is the hardware and the Windows licence. The price is complexity. A Windows machine has an update cycle, an antivirus agent, a user session that can be logged out, and a dozen other things that can put a dialogue box over your content at 09:00. If you go this way, treat it as a managed endpoint from day one. Windows player setup covers the configuration.
4. A Raspberry Pi or other small Linux machine
Cheap, low-power, quiet, and popular with people who enjoy this sort of thing. The Linux player is free software, and a Pi with a case, a decent power supply and a good SD card comes in at 90€ to 150€.
Be clear about what you are taking on. The four player platforms we support are Windows, Android, LG webOS Signage and Samsung Tizen. A Raspberry Pi is not on that list, we do not stock one, and we cannot promise our support team will get you out of a Linux problem on unfamiliar hardware. SD cards also wear out under continuous writes, so budget for replacements and boot from something better if you can. If you are considering this route, read other players first and then ask us before you buy twenty of anything.
Windows 10 is out of support, so check the release
Windows 10 reached end of support in October 2025. A signage player on it stops receiving security updates while sitting permanently on your network with a public-facing screen attached. If you are running Windows players, the action is simple: move them to a currently supported Windows release, or move them to Android.
The honest history: this page originally announced our Intel Celeron N3350 PRO player, a fanless industrial box with dual HDMI, dual ethernet and an optional 4G modem, shipped on Windows 10 Enterprise LTSC because that build kept feature updates out of the way. It was a good machine for 2019 and some are still running. We no longer sell it, and the current player hardware we stock is the Android player. If you own one, it does not stop working, but its operating system is the thing to plan around now. The players we support page lists what is current.
What to look for on the spec sheet
Ignore benchmark numbers. Look for these.
| Specification | What to look for | Why it matters |
|---|---|---|
| RAM | 2GB minimum, 4GB if you use web pages or dashboards | Embedded browser content is the memory hog, not video |
| Lagerung | 16GB or more, and eMMC or SSD rather than an SD card | Media is cached locally, and SD cards wear out under constant writes |
| Network | A wired ethernet port, not Wi-Fi only | Removes an entire class of intermittent fault. See network requirements |
| Cooling | Passive, chassis as heatsink, no fan | Fans clog with dust in enclosures nobody opens |
| Duty cycle | A stated continuous-operation rating and an operating temperature range | If the datasheet does not state it, assume it was not designed for it |
| Power behaviour | Automatic power-on after mains is restored | Decides whether a brownout costs you a site visit |
| Auto-restart | The player application relaunches on boot, plus a watchdog or scheduled reboot | Recovers from the rare crash without anyone attending |
| Mounting | VESA plate or integrated brackets | A player cable-tied to a bracket is a player that falls off |
| Video output | Enough for the panel you are driving, Full HD or 4K on compatible hardware | Match the output to the screen, not to the brochure |
Two further points that are not on any datasheet. Buy a model the manufacturer will still sell in three years, because a mixed estate multiplies your support burden far more than the hardware saving is worth. And standardise: one player model across the whole estate is worth more than picking the theoretically optimal device for each site.
Which route, by scenario
| Scenario | Best route | Why |
|---|---|---|
| One screen in a café or a reception | easyCMS Android player | Pre-configured, nothing to build, no ongoing fee |
| A menu board with video | Android-Player | Reliable hardware decode and remote management |
| A retail fit-out where the back of the screen is sealed | webOS or Tizen display | No external box, no extra power feed, nothing to unplug |
| A multi-panel video wall from one source | Android only | Synchronised video walls are an Android feature |
| A screen showing an internal web application | Windows-Mini-PC | Corporate authentication and browser policy |
| An estate managed by corporate IT | Windows mini-PC on a supported release | Fits existing patching and asset management |
| A pilot on a desk, run by someone technical | Raspberry Pi | Cheapest way to try, but not a supported platform |
| Outdoors, or an unheated space | Purpose-built player with a stated temperature range | Consumer devices have no rating for it |
Five-year cost per screen
Hardware figures below are typical street prices for budgeting, not quotes. The software column is our extra display licence at 99€, which is the same whichever route you take. Your first display licence is already included in the 49€ account, so subtract 99€ from the first screen.
| Route | Hardware | Expected life | Hardware over 5 years | Licence | 5-Jahres-Gesamt |
|---|---|---|---|---|---|
| easyCMS Android player | 499€ | 5 years or more | 499€ | 99€ | 598€ |
| Generic Android box | 150€ to 250€ | 2 to 3 years, so budget two | 300€ to 500€ | 99€ | 399€ to 599€ |
| webOS or Tizen display | Bundled into the panel price | With the display | 0€ extra | 99€ | 99€ plus the panel premium |
| Windows-Mini-PC | 300€ to 600€ | 4 to 5 years | 300€ to 600€ | 99€ | 399€ to 699€ |
| Raspberry Pi build | 90€ to 150€ | 2 to 3 years | 180€ to 300€ | 99€ | 279€ to 399€, unsupported |
Three things fall out of this. The gap between the cheapest and the most expensive route is a few hundred euros across five years, which is less than one unplanned site visit. A generic Android box is not much cheaper than a purpose-built one once you have replaced it. And Android, webOS and Tizen all need a commercial per-display player licence, which we supply, so ask for it to be included when we quote rather than discovering it later.
The licence is portable. If a player dies, you move the display licence to the replacement rather than buying it again, as described in display licences and authorisation. For the full picture including the panel, the mount and installation, see our cost per screen breakdown.
Die Kurzfassung
Buy for the boring properties: passive cooling, wired ethernet, automatic power-on after a power cut, and an application that relaunches itself. Those four decide your support load for the next five years. Processor model numbers do not.
For most people the answer is a purpose-built Android player, or a webOS or Tizen display where the installation has to be clean. Choose Windows when a specific application or IT policy requires it, and put it on a supported release. Treat a Raspberry Pi as an experiment rather than an estate. And do not put a streaming stick behind a screen you care about.
If you are still narrowing the shortlist, our player buying guide goes deeper on the selection process, and an expert hour is €25 if you would rather talk it through.
Related reading: The players we support · Tizen vs webOS vs Android · Digital signage player buying guide