An Intel N100 mini PC can cost less than cloud gaming over time, but there is no universal monthly-cost winner. Your result depends on the PC’s purchase price, how many hours you play, your electricity tariff, the games you need and the cloud plan available in your region.
This comparison concerns cloud gaming: the game runs remotely and video is streamed to your device. It is not research about YouTube streaming, and it does not establish that an N100 is suitable as a YouTube encoder. Treat the figures below as inputs for your own calculation, not as a blanket verdict.
Decide what you are comparing
Start by describing a month of gaming that is realistic for you. Include the games you play, approximate hours, acceptable picture quality and any controller or other equipment you already own. A plan that costs less but gives you too few hours, or does not include the games you want, is not the same product as local play on a PC.
Cloud gaming sends your inputs over the internet and returns a video stream. The game is run elsewhere, so the local device need not perform the full game workload. With local play, the N100 mini PC runs the game itself. Its price and electricity use may be low, but its processor and graphics performance are limited; a low operating cost does not mean it can run every demanding title well.
This is also not a comparison between gaming and a 24/7 YouTube channel. A YouTube broadcast has different software, encoding and continuity requirements. If you are researching that separate job, the Raspberry Pi 4 YouTube streaming setup is a more relevant starting point than this gaming cost calculation.
Set a shared time window, such as the number of months you expect to keep the computer, and compare the same play hours across the options. Note which hardware you already have. If you already own a suitable display, controller and broadband connection, do not charge their entire cost to either choice unless buying them is actually part of the decision.
Count the PC and setup costs
The mini PC’s purchase price is usually the largest one-time amount in the local-play calculation. Add any setup items you need, such as a controller or additional storage. Use a price available to you now, including local taxes and delivery where relevant; current market prices were not verified for this article, so no single purchase figure would be reliable across countries or sellers.
If the computer will also be used for browsing, study or office work, decide how to allocate its price. Charging the full purchase price to gaming answers the question, “Would I buy this mainly to play games?” If you would buy it anyway as an everyday computer, you might instead count only the share you consider gaming-related. State which method you use, because it can shift the apparent break-even substantially.
The Beelink Mini S12 Pro is one N100 system; Beelink’s product page identifies its processor and maximum turbo frequency. That product information does not tell you the wall power of every N100 computer or predict how well every game will run. Compare the exact machine you can buy and look for evidence about its performance in the games you care about.
Do not assume a low-cost PC includes a useful controller, enough storage or a licence for the games you plan to play. Conversely, do not count equipment you already use for another purpose as a new cost. Write down only the extra spending this choice causes.
Estimate electricity and game spending
Processor power labels are not the same as electricity drawn by the complete computer at the wall. A measured whole-system figure is more useful, but it still depends on the configuration, workload, monitor and test method. Notebookcheck’s review of one Beelink Mini S12 Pro unit reports 9.02 W idle for a one-minute test with an external monitor, 21.5 W in a Witcher 3 Ultra test with a monitor, and 28.8 W in a combined CPU and GPU stress test. These are specific measurements from that review, not guaranteed N100 figures or a measurement of your gaming session. See the Notebookcheck test and review for context.
Estimate energy with this calculation:
Average watts ÷ 1,000 × hours used = kWh.
Then multiply kWh by your electricity price per kWh. As an illustration only, if your own measured average were 20 W and you played for 120 hours, that would be 2.4 kWh. At a hypothetical $0.20 per kWh, the resulting charge would be $0.48. Neither the assumed tariff nor the average is a quoted local price or a claim about a tested gaming workload.
A plug-in power meter can replace the estimate with a reading from your own setup. Measure the computer under the way you actually play, and decide whether to include the monitor and other accessories. If the PC stays on outside gaming, add the idle or standby time as well; multiplying a gaming-only estimate by all hours in a month would misstate the result.
Local play may also mean buying games. Count the cost of the titles you expect to purchase during the same comparison window, rather than assuming every game is free. For cloud gaming, count games outside a subscription separately if you need to buy them. Where you already own a game, check whether the service supports that title and account arrangement before treating ownership as equivalent access.
Identify the cloud plan and its hours
Cloud plans are not interchangeable. Compare the current price in your market, included monthly playtime, charges for extra hours, resolution tier and game access. Prices and terms can change, so check the provider’s live official page immediately before deciding. This article does not supply a current local plan price.
Xbox announced on 3 September 2026 that, beginning in November, Game Pass will include five monthly cloud hours on Essential, ten on Premium and fifteen on Ultimate. Xbox said additional cloud playtime would be purchasable, but its announcement had not yet set out the price or detailed purchase options. The allowances are therefore relevant to a decision made around October 2026, but you must verify what applies when you actually subscribe and play. The announcement also says Xbox expects the change to affect 4% of Game Pass subscribers; that is Xbox’s own published expectation, not an independent estimate. Read Xbox’s September 2026 announcement and check the current Xbox Cloud Gaming page.
Do not carry over older Xbox plan descriptions or prices as if they were today’s terms. An earlier guide is historical context, not a substitute for the current market page. If your expected play exceeds the plan’s allowance, include any available extra-hour cost; when that cost has not been published, leave it unknown rather than inventing a total. You may then compare a lower-use plan, wait for confirmed terms or use another way to play.
A second provider can make sense if its catalog or access model fits you better, but compare the actual tier and requirements rather than just a headline subscription fee. NVIDIA’s GeForce NOW system requirements specify 25 Mbps for 1080p60 and 40 Mbps for 4K60, recommend wired Ethernet or 5 GHz Wi-Fi, and call for less than 80 ms latency to an NVIDIA data centre. Those are provider requirements, not a guarantee that your connection will deliver a particular experience. Confirm the plan, limits, ownership requirements and availability for your region.
Account for games and internet access
Make a short list of the games you intend to play and check each against the service catalog and supported devices. A subscription library can make access convenient, but a title may be absent, removed, unavailable in your region or playable only under particular account or ownership conditions. A local PC may let you buy and keep a title, but that does not help if the N100 cannot run it at a quality you accept.
Internet is part of the cloud-gaming experience. Check the provider’s supported-region and device information, then consider your actual connection at the time you play, not only the package’s advertised speed. Shared household use, Wi-Fi coverage and latency can matter. If broadband is already paid for by your household, avoid charging the whole bill to cloud gaming; include only an added cost caused by this choice, if there is one.
Likewise, local play is not independent of every network need: downloads, updates and online games can still require a connection. The relevant comparison is not “internet bill versus no internet bill”, but whether the gaming choice changes what you pay or whether your existing service can support the experience you want.
If your real project is to run a continuous YouTube channel, the cost model changes again: the computer may need to remain on and encode or relay the broadcast. Read the practical advice on preventing a YouTube loop from ending or checking encoder overload on a 24/7 OBS stream for that separate use case. Do not infer from cloud-gaming results that the N100 has been assessed as a 24/7 YouTube encoder.
Compare on the same time window
Use a period that reflects how long you expect to keep the machine, and count the same number of gaming months for the cloud option. The table gives the components; fill in your own figures and keep unknown plan charges visible rather than silently treating them as zero.
| Cost component | N100 mini PC | Cloud gaming |
|---|---|---|
| Upfront hardware | Purchase price, plus setup items you need | Device you already own, or any device you must buy |
| Recurring access | None for the PC itself | Current plan fee for your market and chosen tier |
| Playtime | No subscription hour allowance, though performance may limit games | Included hours and any confirmed extra-hour charge |
| Electricity | Measured or estimated system draw, plus idle time if left on | Local device and display use; do not assume it is zero |
| Games | Games bought for local play | Included titles plus games or access not covered by the plan |
| Internet | Any incremental broadband cost, if applicable | Any incremental broadband cost, if applicable |
| Shared use | Decide how much of the PC price belongs to gaming | Avoid allocating an existing broadband bill twice |
For a simple estimate, spread one-time PC costs across the ownership months. Then add monthly electricity and the monthly average of games you plan to buy. For cloud gaming, add the actual monthly plan price, confirmed extra-hour charges and game spending outside the plan. If the two choices provide different hours or different access, write that difference beside the totals; a lower bill alone does not make them equivalent.
The PC may have resale value or provide other household uses, but those are assumptions rather than guaranteed savings. You can model a resale value only if you have a defensible estimate, and you should use the same method consistently. A computer used for study may be worthwhile even if its gaming-only costs do not beat a cloud subscription.
Calculate your break-even point
Let P be the PC purchase price plus one-time setup spending, M the months in your comparison window, E monthly electricity and other recurring PC costs, and G the monthly average of local game spending. The estimated monthly PC cost is:
(P ÷ M) + E + G
For cloud, let C be the current monthly plan fee, X confirmed extra-hour charges and H monthly game spending not covered by the plan. Its estimated monthly cost is:
C + X + H
These expressions work only if you have counted comparable use. If you play more hours than the cloud plan includes, an unknown extra-hour price means the cloud total is not yet known. If a game is only available on one option, the figures compare different access, not like-for-like play.
A useful break-even estimate is possible when the cloud monthly cost exceeds the PC’s recurring electricity and other monthly costs. Divide the one-time PC cost by that difference:
Months to break even = P ÷ (cloud monthly cost − PC monthly recurring costs).
For example, use your own P and recurring costs after checking current local prices. If the denominator is zero or negative, this calculation does not show the PC recovering its upfront cost through lower monthly spending. If it is positive, the result is a rough number of months, not a promise: it assumes the plan, game spending, hours and electricity stay as entered. Recalculate when a subscription changes its allowance or price.
Shared use changes the answer. If the PC serves as a study computer and you assign only a portion of its price to gaming, the gaming break-even arrives sooner on paper. That can be a reasonable household accounting choice, but label it clearly rather than presenting it as the full cost of buying hardware only for games. A wall-meter reading and a current plan page usually improve the estimate more than a generic claim about which option is cheaper.
If the main complication is leaving a computer running for a separate 24/7 YouTube broadcast, StreamNeo removes the need to keep your own computer switched on for that broadcast, rather than solving this cloud-gaming comparison. Keep the two decisions separate: gaming access and a YouTube live channel have different requirements and costs.
Before committing, compare the operating options on the pricing page. When the file and channel are ready, start free — 24-hour trial, no card.
FAQ
How much electricity does an N100 mini PC use while gaming?
There is no single figure for every N100 system and game. Notebookcheck measured 21.5 W in a Witcher 3 Ultra test on one Beelink Mini S12 Pro configuration with an external monitor; your setup and workload may differ. Measure at the wall if you need a figure for your own bill.
How many months until a mini PC pays for itself?
Divide its upfront cost by the difference between the cloud option’s monthly cost and the PC’s monthly running costs, when that difference is positive. Include games and confirmed extra-hour charges, and use the same hours and access assumptions. If the difference is zero or negative, the simple formula does not show the PC breaking even through monthly savings.
Is an N100 mini PC the cheaper choice for every gamer?
No. The answer changes with purchase price, local electricity rates, play hours, game ownership, cloud limits and whether the computer is shared with other uses. It can also be cheaper in cash while failing to run a game at the performance you want.
Does this comparison show that an N100 can run a 24/7 YouTube stream?
No. This research compares local gaming with cloud gaming, not continuous YouTube encoding. A YouTube channel has separate requirements for playback, encoding and keeping a broadcast running, so assess that workload on its own.