For a 24/7 YouTube stream, AWS Lightsail has a published monthly instance charge, while a mini PC’s electricity cost depends on its measured power draw and your local tariff. Neither figure alone is the full cost: include transfer, hardware, power and the time you expect to keep the setup.
AWS lists Linux public-IPv4 plans from $5 per month, but that price does not establish that the smallest plan suits your encoding workload or transfer needs. A mini PC may use less electricity than a cloud instance costs, but it also has an upfront purchase cost and depends on your local power and broadband staying available.
What this comparison includes
A useful comparison holds the operating period constant. Here, “a month” means a 30-day month of continuous operation, or 720 hours. The same calculation can be extended to a year or another ownership period, but it should use the same assumptions on both sides.
For Lightsail, count the listed instance charge and consider whether your stream’s outbound traffic could exceed the transfer allowance for the region and plan. For a mini PC, count its purchase price, the electricity used while the stream runs, and any additional costs that apply to your setup, such as a power meter, backup power or maintenance. Internet service is not automatically an incremental cost if you already pay for a connection, but any upgrade needed for streaming belongs in the comparison.
The comparison also has a capability question before it has a cost answer: can the selected machine or instance produce the stream at your intended resolution, frame rate, codec and bitrate? A low monthly price is not a saving if the setup cannot carry the workload you need. The published Lightsail prices are plan charges, not performance guarantees for every stream.
This article uses AWS’s listed plan figures and YouTube’s encoder guidance, with the research dated 3 October 2026. Check the current official pages before purchasing: prices, plan details and technical recommendations can change. The AWS Lightsail bundle documentation is the source for the listed bundles; YouTube’s encoder settings guidance informs the workload discussion below.
What Lightsail lists, and what the plans include
AWS lists Linux/Unix public-IPv4 bundles at $5, $7, $12 and $24 per month. As listed on AWS’s site in October 2026, the corresponding plans include 0.5 GB, 1 GB, 2 GB and 4 GB of memory, each with 2 vCPUs. Their SSD storage is 20 GB, 40 GB, 60 GB and 80 GB respectively, and their stated data transfer allowances are 1 TB, 2 TB, 3 TB and 4 TB.
| Listed monthly charge | Memory | vCPUs | SSD storage | Stated transfer allowance |
|---|---|---|---|---|
| $5 | 0.5 GB | 2 | 20 GB | 1 TB |
| $7 | 1 GB | 2 | 40 GB | 2 TB |
| $12 | 2 GB | 2 | 60 GB | 3 TB |
| $24 | 4 GB | 2 | 80 GB | 4 TB |
These are published bundle specifications, not a test of a particular encoder or media file. Memory and processor specifications alone do not tell you whether a workload will encode smoothly. If your file can be sent without re-encoding, the computing demand may differ from a workflow that decodes, composites and encodes video in real time. For the distinction, see this explanation of copy-mode streaming and re-encoding.
AWS bills instance use hourly up to the plan’s monthly maximum, according to its billing guidance. A 24/7 stream uses a full month of operating time, so it is not sensible to compare a cloud instance’s full-month charge with a mini PC’s electricity over only the hours you happen to watch it. Also note the stopping rule: AWS says a stopped instance continues accruing charges until it is deleted. If you are testing a plan and want instance billing to end, understand the difference between stopping and deleting before you leave it unused. AWS describes this in its Lightsail billing FAQ.
Estimate a full month on Lightsail
Start with the plan charge. For a continuously running instance on the $5 plan, use $5 as the listed monthly instance figure; use $7, $12 or $24 for the larger listed sizes. The monthly cap is the relevant comparison point for a full month, rather than multiplying a short test’s hourly charge and assuming the instance will run only part-time.
Then check the transfer side of the bill. The stream feed leaves the instance for YouTube, so estimate the encoded bitrate and operating hours to understand the outbound volume. A rough conversion is: bitrate in megabits per second × seconds ÷ 8 gives megabytes, before accounting for decimal-versus-binary unit conventions and protocol overhead. For planning, use the bitrate you actually intend to send and the full operating period, then compare the resulting volume with the allowance AWS states for your region and plan.
Do not assume the smallest plan’s 1 TB allowance is sufficient simply because the video is a loop. A continuous stream sends data continuously even when the same source file repeats. If the bitrate is high enough, the feed can use a substantial amount of monthly transfer. AWS’s transfer FAQ explains the allowance and eligible outbound overage; rates depend on region, so check the current regional price rather than inserting a generic overage charge into a budget.
AWS states that inbound and outbound traffic count towards the allowance, while fees apply to eligible outbound transfer beyond it. The advertised allowance is reduced to half in Mumbai, Sydney, Jakarta, Malaysia, Hong Kong and São Paulo. This matters particularly for readers choosing an India region: do not simply carry over the standard listed allowance when checking Mumbai. The AWS transfer allowance FAQ sets out the regional qualifications. It also means an instance charge is not necessarily the entire cloud bill if transfer exceeds the applicable allowance.
For a practical monthly estimate, write down the exact region, plan charge, applicable allowance, intended bitrate and expected streamed hours. Price overage only after checking the current official regional rate. If you are using FFmpeg on a cloud machine, the Indian VPS setup walkthrough can help you think through the separate setup steps; its subject is a VPS workflow, not a claim that every Lightsail bundle is suitable.
Measure the mini PC at the wall
A mini PC’s advertised processor rating or idle power is not a substitute for measuring the complete setup while it streams. Connect the actual machine and any equipment you intend to leave on, start the intended video workflow, and measure its average wall draw over representative operation. A plug-in energy meter can provide a watt reading or accumulated energy reading; use the device’s instructions and do not infer a measurement from a product specification.
The monthly electricity calculation is:
average watts × operating hours ÷ 1,000 × local price per kWh
For an arithmetic illustration, if the meter reads 15 W continuously, then over a 30-day month the energy is 15 × 720 ÷ 1,000 = 10.8 kWh. Multiply 10.8 by your tariff per kWh to get the illustrative electricity charge. This example is only arithmetic; it is not a claim that mini PCs generally draw 15 W. Your measured reading may differ with the CPU, codec, hardware acceleration, cooling, connected display and workload.
If the meter reports accumulated kWh rather than average watts, use the recorded energy for the relevant interval and scale it to the same operating period. That is often simpler than trying to choose a representative watt figure when power varies. Include only equipment that will actually be running for the stream, but do not omit a router or other device if it is dedicated to the setup and would otherwise be switched off.
For readers in India, use the tariff that applies to the household or premises, including any slab or time-of-use structure relevant to the additional consumption. A single tariff figure can be misleading if the bill rate changes by consumption band. Where the bill does not make the marginal rate obvious, calculate a range using the plausible charge for the extra units rather than presenting a false precision.
Compare ownership cost over the same period
Electricity is the mini PC’s recurring cost, not its total cost. If you buy hardware for the stream, include its purchase price in the comparison and state the period over which you intend to use it. A computer used for several other purposes should not necessarily be charged in full to the stream, but be clear about how you allocate a shared purchase instead of quietly treating hardware as free.
For a stated period, the mini-PC total can be framed as purchase cost plus electricity over that period, plus any incremental broadband, backup-power, accessories, maintenance or replacement costs you expect. The cloud total is the instance charge over the same period plus any eligible transfer overage and other applicable charges. Do not count an existing home broadband bill as a new cost unless the stream causes you to buy a higher plan or separate connection.
| Cost item | Lightsail | Mini PC |
|---|---|---|
| Upfront hardware | No mini PC purchase for this option; count any separately required equipment | Include the device and relevant accessories, allocated transparently if shared |
| Ongoing compute or power | Listed instance charge for the chosen plan | Measured average draw × hours, converted to kWh and multiplied by local tariff |
| Data and connectivity | Check plan allowance, region and possible eligible outbound overage | Check whether existing upload service has enough capacity or needs an upgrade |
| Continuity and recovery | Consider managing the stream process and recovery behaviour | Consider local power, broadband, router and any backup-power arrangements |
Suppose you want to compare three years. Use the same 36-month period for the cloud instance charges and the mini PC’s electricity, and add the mini PC purchase price once. Add plausible maintenance or replacement costs only if you state the assumption. If hardware is expected to last longer, a different period may be more appropriate; the important point is to show it, since changing the period can change the result.
That is why no universal break-even point is supported here. A numerical crossover would require, at minimum, the cloud region and plan, transfer use, workload settings, measured mini-PC watts, local electricity tariff, hardware price and ownership period. Change any one of these and the total can move. A spreadsheet with those inputs is more useful than a blanket claim that one option is always cheaper.
Check transfer and workload assumptions
A monthly cost estimate is only useful if the workload is viable. YouTube’s live encoder page lists RTMP/RTMPS ingestion, H.264, H.265/HEVC and AV1, and guidance for frame rates up to 60 fps. For H.264, its recommendations include 10 Mbps at 1080p/30 and 17 Mbps at 1080p/60; it also recommends constant bitrate encoding and a two-second keyframe frequency, not exceeding four seconds. These are YouTube recommendations, not proof that any particular Lightsail plan or mini PC can produce those settings reliably.
The source file and process matter. A loop that can be sent in copy mode may avoid the load of re-encoding, while overlays, resizing, frame-rate conversion or live audio processing can add work. If you are still deciding how to prepare a playlist, the guide to creating an FFmpeg playlist file covers a related part of the workflow. Test with the actual files and settings you will use, rather than treating an example bitrate as your guaranteed operating value.
For a mini PC, verify whether the intended codec and resolution can be handled with hardware acceleration, and test sustained operation rather than a short preview. Watch for dropped frames, overheating, audio drift and whether the machine can recover after a restart. No specific mini PC has been tested for this comparison, so a model name or processor tier cannot be presented as a known fit.
For either option, YouTube advises that upload bandwidth should exceed the stream bitrate and recommends leaving 20% headroom. A reliable connection matters because disruption can affect the broadcast. Its streaming tips recommend testing with similar movement and audio and monitoring stream health. A home-hosted mini PC therefore depends on the local broadband path, router and power; cloud hosting moves the compute elsewhere but does not remove the need to manage the streaming process and its recovery behaviour.
Choose for the setup you actually have
Lightsail is easier to budget when you know the appropriate plan and your traffic stays within its applicable allowance: there is a listed recurring charge, and the machine does not require your home computer to remain on. It may be a poor fit if the chosen instance cannot sustain the workload, if regional transfer limits are too low for the intended bitrate, or if you do not want to administer and monitor a cloud process. The listed prices alone cannot settle those questions.
A mini PC can make sense if you already own capable hardware, can measure its power use, and have dependable local power and upload connectivity. If you are buying a machine solely for the channel, put that cost into the ownership-period total. You will also need to decide what happens when the device or connection fails overnight. A UPS may address a brief power interruption, for example, but it does not make a broadband outage disappear.
If your real requirement is to run an uploaded video as a continuous YouTube broadcast without leaving your own computer on or maintaining the streaming process yourself, StreamNeo addresses that specific operating burden: you upload the file and provide your YouTube stream key, and the broadcast runs with monitoring and automatic restarts. It is YouTube-only; it does not change the need to check that your content and channel are ready for a live stream.
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
Is a mini PC cheaper than AWS Lightsail for a 24/7 stream?
It depends on the hardware price, measured power draw, local tariff, Lightsail plan and region, transfer use, and how long you will keep the setup. Compare totals for the same ownership period; electricity alone does not establish that a mini PC is cheaper.
What is the lowest listed Lightsail monthly charge in this comparison?
AWS lists a Linux/Unix public-IPv4 bundle at $5 per month, with 0.5 GB memory, 2 vCPUs, 20 GB SSD and 1 TB stated transfer, as listed on AWS’s site in October 2026. That is a published plan specification, not a recommendation or claim that it can handle every streaming workload.
How do I work out the mini PC’s electricity cost?
Measure the machine’s average wall draw while it runs the intended stream, then multiply watts by operating hours, divide by 1,000 and multiply by your tariff per kWh. For a 30-day continuous month, use 720 operating hours; use your own measurement and bill rate rather than a generic mini-PC estimate.
Does stopping a Lightsail instance stop its charges?
AWS says a stopped instance continues to accrue charges until it is deleted. Check AWS’s current billing guidance before leaving an instance unused, and distinguish a stop from deletion when planning a test or closing down.