If you are asking, “Is Gyre cheaper than running OBS on a PC for a 24/7 YouTube channel?”, there is no universal winner: OBS software is free, while a PC running it continuously uses electricity and may bring other costs. Gyre has a recurring subscription, so the fair comparison is its current price against the measured incremental cost of keeping your particular PC and connection active, plus the features you need.
For a one-stream channel, you may not need a higher-capacity plan just because the broadcast runs around the clock. Start with one stream at the resolution you intend to use, measure the PC under that workload, and check current plan details before making the decision.
Two ways to keep a YouTube channel live
With OBS Studio, your computer encodes and sends the live stream to YouTube. OBS describes its software as free and open source; that removes a software subscription from the calculation, but it does not make a continuously running computer cost-free. The PC draws power, and the broadcast depends on the local setup staying in service: the computer, network connection and OBS session.
Gyre is a cloud service for streaming prerecorded video as live. According to Gyre’s guide to streaming prerecorded video, the broadcast can continue without your own computer staying on to send it. That changes which equipment and connections need to remain active at your location; it does not by itself settle which option costs less overall.
The difference is particularly relevant if you stream bhajans, lofi, ambience, a news loop or another prepared programme. With a local OBS setup, you retain control at your computer, but the machine must stay on for the broadcast. With a cloud service, your computer can be off, but you pay a recurring fee and rely on the service’s workflow and plan limits. Neither arrangement removes the need to check the channel in YouTube Studio.
Gyre subscription versus free OBS software
OBS itself has no licence fee, according to the OBS Project. For the OBS option, the running cost depends on what it takes to keep the local stream working: incremental electricity, any hardware bought or replaced for the job, and any dedicated internet service you would not otherwise pay for. These are personal costs, not a single standard “OBS price”.
Gyre’s listed plan price is a recurring cost rather than an estimate based on your PC’s wattage. In the pricing information reviewed for this article, Gyre listed a one-stream Start tier at $49 per month. The meaningful comparison is not that figure against “free” in isolation. It is that figure against your local setup’s actual additional cost, and against the value you place on not needing your own computer and connection to deliver the broadcast.
For a simple cost test, compare the monthly Gyre price for the tier you would actually use with the PC electricity cost calculated below. If the measured electricity cost is lower, OBS has the lower direct cost on those two line items. If it is higher, Gyre may be less expensive on those line items. Add only costs that genuinely apply to you; for example, do not charge OBS for a new PC if you already own a suitable one and would keep it on anyway.
If you are evaluating a local setup rather than a hosted service, it can help to understand the alternative of streaming to YouTube from a free cloud VPS. A VPS is not the same as OBS on your PC or Gyre, but it is another way to think about where the encoder runs and which costs follow it.
Check the stream capacity you actually need
A 24/7 duration describes how long the channel broadcasts, not how many streams run at once. If you operate one YouTube channel with one live output, check the capacity for one simultaneous stream at the resolution you intend to send. Do not assume a higher tier is required simply because you want the stream to stay live all day.
Gyre’s pricing page, accessed on October 3, 2026, listed Start for one simultaneous HD stream, Start+ for four HD streams or one 4K stream, and PRO+ for eight HD streams or two 4K streams. It also listed different storage allowances and workflow features by tier. A single-channel operator should first ask whether the one-stream capacity and resolution on Start fit the intended broadcast, rather than treating every 24/7 use as a multi-stream job.
YouTube’s encoder guidance covers supported protocols and recommends RTMPS for encrypted delivery. Its live encoder settings and bitrate guidance can help you confirm the output settings needed for your intended resolution. Those settings do not tell you how much power your specific computer will draw, nor do they establish that a particular plan is suitable for your channel. Capacity, image quality and monthly cost are separate checks.
If your channel uses several simultaneous destinations or requires 4K, then a higher stream capacity may matter. If it is one HD loop, paying for additional capacity you do not use may not make sense. Plan names and bundles can change, so confirm the current limits and the definition of simultaneous streams on Gyre’s live page before paying.
Measure PC power for the intended OBS workload
A guessed wattage can distort the comparison. PCs vary with their components, settings, video processing and what else they are doing. Measure the complete computer at the wall while OBS is performing the actual planned streaming task. An optional plug-in electricity monitor can help, but the useful result is your own reading, not a specification sheet for one component.
Let the PC run the intended OBS scene and output settings during a representative period. Include the normal workload: for example, whether the loop is a simple static image with music or a more demanding video scene. Record average power draw, rather than relying on a brief peak or the idle figure. The U.S. Energy Information Administration’s explanation of measuring electricity distinguishes watts, a measure of power, from kilowatt-hours, a measure of energy consumed over time.
For this decision, focus on incremental power. If the PC would otherwise be shut down, the relevant draw is approximately the measured power during streaming. If you use the same PC for work or other tasks that would keep it on regardless, compare the extra draw attributable to the streaming workload, not the full PC draw. Be clear about that assumption when you do the arithmetic; it can change the result substantially.
Measure the whole machine at the wall rather than adding the nominal ratings of the processor, graphics card and other parts. Those ratings are not a reading of the energy used by the assembled computer in your scene. Keep the same resolution, frame rate and encoding choices you expect to use continuously. If you change them later, remeasure rather than treating an old result as exact.
For related configuration choices, see the practical OBS settings for a 24/7 Indian music stream and the bitrate guide for a 24/7 YouTube stream. Settings that reduce an unnecessary encoding load may affect power use, but do not assume a bitrate change will produce a particular electricity saving without measuring the machine again.
Calculate monthly electricity and other costs
Use this formula:
Monthly PC electricity cost = average incremental PC watts ÷ 1,000 × streaming hours in the billing month × electricity price per kWh.
Use the rate on your own electricity bill, ideally the all-in rate that reflects what you pay per unit. If your bill uses a different billing unit or includes multiple charges, convert carefully and make the assumptions visible. The EIA’s electricity explainer is a useful reminder that the calculation is energy over time, not just the PC’s instantaneous wattage.
For illustration of the method, suppose your measured incremental draw is W watts and your local tariff is R per kWh. For a month with H streaming hours, the energy portion of the bill is (W ÷ 1,000) × H × R. Substitute your measurement, actual billing period and own rate. There is no representative PC wattage or universal household tariff that can honestly be inserted for every reader.
The EIA’s May 2026 Short-Term Energy Outlook forecast an average U.S. residential summer electricity price of 18.27 cents per kWh. That is a U.S. national forecast, not a household rate and not a useful substitute for the tariff on a bill in India or elsewhere. If you want broader context, consult the EIA outlook table, but use your own rate for a purchase decision.
Once you have the result, compare it with the relevant Gyre monthly price. Keep the comparison on a like-for-like basis: one month of streaming and the plan you need, rather than a discounted prepaid total on one side and a monthly electricity estimate on the other. If Gyre displays lower totals for longer billing commitments, decide whether you would genuinely prepay for that period and verify the terms before treating the displayed discount as your cost.
Electricity is not the only possible cost. A dedicated internet connection, replacement hardware, a UPS or a second computer might be relevant in a particular home, but include them only if you would incur the expense for this stream. Conversely, if the computer already runs all day and the internet bill is unchanged, do not assign the entire household bill to OBS. The useful result is a personal estimate with the assumptions stated, not a universal claim that one option always wins.
Compare convenience and required features
Cost is only one part of the decision. With OBS, you retain local control over scenes and encoding, and the software may suit you if you already have a capable computer and are comfortable maintaining a long-running setup. The trade-off is that the broadcast depends on your local machine and connection being available. You may need to handle updates, restarts or a dropped connection yourself, depending on your configuration.
A cloud workflow can be useful if the pain point is having to leave a home PC and connection active overnight. StreamNeo removes that particular burden for a prerecorded channel: after you upload the file and provide the YouTube stream key, it runs the broadcast from the cloud, so your computer can be off. That is a convenience difference, not a claim that every creator will spend less or that a stream can never be interrupted.
Look at the features against the way your channel is run. Gyre’s pricing information reviewed October 3, 2026 listed Start with 35 GB storage and no watermark; Start+ with 75 GB plus playlists and scheduling; and PRO+ with 150 GB and those workflow features. Its trial listing showed one Full HD 30fps stream, 20 GB storage for up to 15 files, and a watermark. These are volatile vendor details, so check the live page and checkout terms before relying on them.
If your channel simply loops one prepared file, storage and playlist scheduling may not justify a tier upgrade. If you rotate programmes at particular times, a scheduler or playlist feature could matter more than extra simultaneous capacity. For local control over restarting an OBS service, the systemd restart guide for a 24/7 YouTube music stream illustrates one maintenance approach, though it assumes a more technical Linux setup.
Also separate video delivery from channel policy and monetisation. A service or encoder does not determine whether your channel qualifies for monetisation, what ads appear, or what viewers contribute. Gyre’s own guidance about YouTube API automation notes that monetisation settings in YouTube Studio matter for third-party-created streams; check current official YouTube guidance and your Studio settings rather than treating automation as an eligibility guarantee.
Verify current Gyre pricing and terms
Gyre’s official pricing page, accessed October 3, 2026, listed Start at $49 per month, Start+ at $99 per month and PRO+ at $169 per month. The same page displayed lower totals for multi-month commitments and discounts. These are the listed one-month prices at the time checked, not a promise that the figures, billing options or feature bundles remain unchanged. Check the Gyre pricing page directly before publishing or buying, and confirm the exact charge and renewal terms at checkout.
For a one-stream HD channel, start by checking whether the listed Start capacity is enough. Move up only if a concrete requirement—such as simultaneous outputs, 4K, additional storage, playlists or scheduling—calls for it. Do not buy a higher tier on the vague assumption that a 24/7 broadcast needs one; run time and concurrent-stream capacity are different things.
A trial can help you confirm that the file, workflow and YouTube channel behave as expected, but trial terms can change too. The page reviewed listed a seven-day trial with one Full HD 30fps stream, 20 GB storage for up to 15 files and a Gyre watermark. Confirm the current trial limits, any conversion to a paid plan and cancellation terms before entering payment details. Do not treat a trial test as a guarantee of long-term results.
Then make a small decision sheet: the actual Gyre tier and billing period; your measured OBS incremental watts; your own electricity rate; the hours in the billing period; and any additional costs you truly expect to incur. Add a note for the non-financial trade-off you care about most, such as local control or being able to switch off the home PC. If the numbers are close, convenience and required features may reasonably decide the choice.
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 Gyre cheaper than OBS for one 24/7 stream?
It depends on your measured PC electricity cost, any other real costs, and the Gyre tier you need. OBS has no software subscription fee, but a computer that would otherwise be off adds electricity cost; compare that result with the current one-stream plan price.
How much does it cost to leave a PC running 24/7?
There is no reliable single figure without the computer’s incremental wall-power reading and your electricity rate. Divide measured watts by 1,000, multiply by the streaming hours in your billing month and then by your price per kWh.
Do I need a higher Gyre tier because my channel runs all day?
Not necessarily. Streaming for longer does not mean you need more simultaneous-stream capacity; check the current plan’s resolution and stream limit against the one output you actually need.
Should I include the full internet bill in the OBS cost?
Only if the stream causes you to pay for a connection you would not otherwise have. If the connection is already in use and the bill does not change, it may be useful to note that dependency, but charging the whole bill to the stream would overstate its incremental cost.