There is no universal monthly price for a 4K 60fps YouTube Live loop. Google Cloud’s published us-central1 rate card gives one useful benchmark: one H.264 UHD input plus one H.264 UHD output costs $2.35 per active hour, or $1,692 for 720 active hours before excluded costs.
That figure prices specified cloud encoding resources, not a complete playlist-to-YouTube service or a guaranteed monthly bill. Your actual cost depends on what the workflow must do: accept and encode the source, make additional viewer renditions, keep a channel active, and, in some architectures, distribute video to viewers outside YouTube.
Why there is no universal cloud transcoding price
“Cloud transcoding” can mean one narrowly defined operation or an entire streaming workflow. A cloud encoder that takes one UHD feed and creates one UHD output is not equivalent to a service that stores a playlist, schedules files, creates several renditions, sends them to YouTube, and monitors a continuous broadcast. The word “4K” alone does not specify the billable work.
Start by drawing the path from your file to the viewer. If the file is already encoded and a local computer can send it to YouTube, you may not need a cloud transcoder at all. If you need a cloud process to accept a feed and encode it, input and output resources may be billed by active time. If you need a managed loop, playlist handling and broadcast operations may instead be bundled into a subscription. If you serve viewers independently through your own streaming destination, delivery and bandwidth become another cost category.
The output design matters too. YouTube says it automatically transcodes live streams for viewers, so a channel that sends one finished 4K feed to YouTube is different from one that generates a ladder of outputs and serves those renditions to an external audience. More outputs, different codecs, redundancy, captions, and distribution resources can each change a cloud bill. They should be included only when your design actually uses them.
That distinction also helps avoid a common budgeting error: multiplying a cloud provider’s hourly encoding line by a month and treating it as the price of an always-on channel. It is a useful calculation for that line item, but it does not account for a file library, playlist controls, YouTube ingest, monitoring, or any other part of the service unless the quote explicitly includes those things.
Google Cloud’s UHD hourly benchmark
Google Cloud’s pricing page lists us-central1 hourly rates of $0.85 for one H.264 (AVC) UHD input and $1.50 for one H.264 UHD output. Added together, those listed resource rates give $2.35 per active hour for the single-input, single-output example. This is the benchmark arithmetic for the configuration described, not a quote for your account or a typical market price. See Google Cloud Live Stream API pricing for the current rate card and terms.
The same page lists H.265 (HEVC) UHD input at $0.42 per hour and UHD output at $3.00 per hour. For the one-input, one-output pair, that is $3.42 per hour. The fact that one codec has a lower input rate does not make its full pair cheaper: its listed output rate is higher. Compare the whole configuration rather than selecting the cheaper-looking component.
Google also shows an illustrative multi-output configuration at $8.89 per hour. It uses two UHD H.264 inputs and seven mixed H.264 and HEVC outputs, including different output sizes. That is a vendor example of a particular channel design, not a proxy for a simple 4K60 YouTube loop. It illustrates why each extra input, rendition, or codec must be counted from the applicable rate rather than silently folded into the single-output figure.
Resolution and frame rate are not interchangeable labels. The specific Google figures above are UHD resource rates; before using them for a production estimate, check that the selected input and output tiers and your chosen settings match the service’s current definitions. Also confirm region: the figures quoted here are for us-central1 and should not be assumed to apply unchanged in another location.
Calculating continuous use
The continuous-use estimate is straightforward once the configuration and number of active hours are clear. Add the input and output hourly rates, then multiply by the hours for which those resources are active. For the stated H.264 pair, the calculation is:
| Item | Calculation | Amount |
|---|---|---|
| H.264 UHD input | $0.85 × 1 hour | $0.85/hour |
| H.264 UHD output | $1.50 × 1 hour | $1.50/hour |
| Combined pair | $0.85 + $1.50 | $2.35/hour |
| 720 active hours | $2.35 × 720 | $1,692 |
| H.265 UHD pair | ($0.42 + $3.00) × 720 | $2,462.40 |
The 720-hour illustration is arithmetic using the published rates and a chosen duration. It is not a claim that every calendar month has 720 hours, nor does it establish a universal monthly cost. A different month length, planned downtime, inactive resources, or a different output configuration changes the multiplication. The listed amounts also precede taxes and any other charges that apply to the workflow.
Use the estimate as a line-item budget, not as a decision on its own. A local loop may avoid cloud encoding if you are willing to keep a machine and connection available. A managed cloud loop may price file playback and broadcast together. A self-managed encoder may be more appropriate where you need detailed control over outputs. In each case, compare what is included and what you must operate yourself.
If you are weighing cloud against a machine you already own, the old-laptop 24/7 streaming cost example can help frame the local-power side of the decision. It is a separate cost category from Google’s encoding rate, and local operation still means accounting for the computer, internet, interruptions, and the time required to keep the loop running.
Active resources and minimum billing duration
The hourly rate applies to active channel resources, not just to minutes in which viewers see a picture. Google’s billing terms say active channels may be billed even if there is no input stream. The pricing page also specifies a ten-minute minimum and minute-level rounding after that minimum. These conditions matter if you start a channel to test it, or if you assume that losing the source feed automatically stops all charges.
For a continuous channel, the practical question is when the channel resource becomes active and when it is stopped. If a source file ends or a connection drops but the channel remains active, do not assume the meter pauses. Check the provider’s operational guidance and billing detail for the resource you create, then include any active time during setup, testing, recovery, or idle periods in your estimate.
The ten-minute minimum is particularly relevant to short tests, not a reason to apply ten minutes to each minute of a month-long channel. After the minimum, billing is rounded up to the nearest minute, according to the published terms. For an always-on loop, the larger planning variable is usually the full active duration and the number of active resources, but the minimum and rounding still affect test and restart patterns.
This is one reason to separate “streaming is down” from “resources are stopped”. A loop can have a broken input while its channel remains billable. Check that distinction in your monitoring and shutdown procedure rather than relying on an assumption about whether content is currently reaching YouTube.
What the benchmark leaves out
The $2.35-per-hour figure includes only the named H.264 UHD input and output resources in the benchmark. It excludes additional output renditions, distribution resources, captions, storage, data transfer or egress, taxes, and other workflow services. Some of those categories may be irrelevant to a YouTube-only feed; others may be essential to a different architecture. Your estimate should show which ones you use rather than add every possible category by default.
Google lists a distribution endpoint fee of $0.75 per hour, and distribution streams are charged as additional outputs. Do not add that endpoint to a YouTube ingest workflow unless your architecture uses that feature. Conversely, if you do use it, do not mistake the one-output benchmark for a quote that includes it. Verify the current details on the Google Cloud pricing page.
Captions can be a substantial separate line. Google lists automatic captions and translations at $0.75 per minute for each unique generated text output language. Generating captions continuously is not included in the encoding pair; only include this charge if you enable that feature and verify the current rate and billing conditions. The existence of a rate is not a reason to assume it is needed for every loop.
Storage and transfer also depend on how your file and stream move through the workflow. Uploading a source file, retaining it, and sending an output onwards may be billed under services outside the two encoding rates. A YouTube-only destination should not be budgeted as though you are also distributing the stream through a public CDN. If you are serving an audience elsewhere, calculate that path separately using your destinations, audience, bitrate, cache behaviour, and geography.
The architecture distinction is visible in AWS’s example for a one-hour 1080p event with approximately 10,000 viewers: its deployment guide separates roughly $13.04 for encoding and packaging from $1,492.56 for distribution, totalling $1,505.60 in that scenario. This is an AWS illustration, not a 4K60 estimate or a YouTube-only cost. Its value here is to show how delivery can outweigh encoding when an operator serves viewers independently. Read the assumptions in AWS’s live streaming architecture guide before applying its example to a different setup.
Comparing a complete workflow quote
When you compare a self-managed cloud encoder with a managed loop service, ask for the actual configuration behind the quote. A useful comparison names the provider and region, input format and tier, codec, output resolution and frame rate, number of renditions, redundancy, active hours, and any added services. Without those details, two hourly figures may cover different work.
A managed cloud playout subscription may combine playlist playback and broadcasting under a subscription model rather than exposing separate input and output rates. For a prerecorded loop, that can be easier to budget, but verify whether the quoted tier really includes 4K60, the broadcast hours you need, storage, playlist capacity, destinations, restart and monitoring features, overages, and cancellation terms. Marketing language saying “up to 4K” does not establish which plan includes the frame rate and resolution you need.
A complete quote should also state whether it is for sending a stream to YouTube or for delivering to an independent public audience. YouTube’s recommended encoder settings list 35 Mbps for 2160p60 AV1/H.265 and 50 Mbps for 2160p60 H.264. Use YouTube’s current guidance for your ingest settings; a bitrate recommendation does not by itself determine the cloud provider’s bill. YouTube also transcodes live streams for viewers, so making multiple viewer renditions in your own stack may be unnecessary if YouTube is the only destination.
Ask the provider whether the quote keeps resources active during source loss, whether it includes restart or monitoring support, and whether taxes or transfer charges are additional. If your process relies on a local machine, include the operational burden and resilience you supply yourself. For a church or devotional channel running a scheduled playlist, the OBS and scheduled sermon playlist setup is useful context for what a local workflow asks you to manage.
For a self-managed setup, make the estimate in separate rows: encoding inputs, each output rendition, active hours, any distribution endpoints, captions if used, storage, transfer, and tax. For a managed subscription, request the same distinctions in plain language: what is included in the plan, what is metered separately, and what stops when you cancel or pause. This lets you compare the cash price with the work you retain, not just the lowest number on a page.
If file errors and recovery are part of your decision, compare them as operational responsibilities rather than hidden assumptions. The guide to making an FFmpeg YouTube loop recover after a file error covers one self-managed concern; a managed workflow may remove the need to keep your own computer running for the loop. StreamNeo turns an uploaded video into a YouTube live stream, which removes the need to keep a local computer running and recover its broadcast after a drop; it is YouTube-only, so it is not a viewer-delivery service for a separate public audience.
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 $1,692 the price of a 24/7 4K60 YouTube loop?
No. It is the arithmetic for 720 active hours at Google Cloud’s listed us-central1 rate for one H.264 UHD input and one H.264 UHD output. It is not a complete hosted playlist quote or a universal monthly cost, and it leaves out additional resources and services.
Does Google charge only when the stream has an input?
Google’s terms say active channel resources may be billable even when no input stream is present. The published minimum is ten minutes, with rounding to the nearest minute after that. Check when the channel becomes active and stop resources you no longer need.
Do I need to pay for viewer delivery if I send the stream to YouTube?
Do not apply public CDN delivery charges to a YouTube-only ingest path without a reason in your architecture. YouTube says it transcodes live streams for viewers. If you also serve viewers outside YouTube, estimate that separate delivery path using its audience, bitrate, geography, and cache behaviour.
What should I ask a managed loop provider about 4K60?
Ask whether the actual quoted tier includes 4K at 60fps and the full continuous hours you plan to run. Confirm playlist and storage limits, destinations, monitoring and recovery, separately metered costs, overages, and cancellation terms. A general “up to 4K” claim does not answer those plan-specific questions.