“IRL Pro vs OBS on a low-cost PC for a 24/7 YouTube stream in India” is not quite an app-versus-app choice: first decide whether you mean a live camera feed or a loop of prerecorded video. IRL Pro is an Android route for sending a mobile feed; OBS is a desktop production and encoding workflow, and the available evidence does not establish what PC can run it continuously at low cost.
If you mean prerecorded music, devotional visuals or ambience, that is a third workflow, not an IRL camera stream. The right answer depends on the source, connection, hardware and archive you need, so do not choose by the phrase “24/7” alone.
First decide what “24/7” means
A live camera stream shows what a camera is capturing now. It might follow a person on a street, show a temple or shop, or keep a fixed camera on a place. The phone or computer must capture and encode that changing feed, and the network must carry it to YouTube. If power, connection or capture stops, the live picture stops too.
A prerecorded loop plays material prepared in advance: perhaps a set of bhajans, a study playlist or a repeating local information reel. A computer can play and encode the files, but the source is not a live camera. Alternatively, YouTube Help lists a cloud-based service for continuous prerecorded video that does not require a dedicated PC. That is a separate option; it does not show that a cloud loop can capture an IRL camera feed. Check YouTube’s current encoder setup guidance for the platform’s description of its options.
There is also a useful distinction between intending a channel to be always on and keeping one unbroken broadcast open. A channel can be designed around a recurring schedule or successive sessions without making an uninterrupted, day-long session the only plan. The latter has practical consequences for capture, network, monitoring and preservation of the recording.
For an Android camera moving through the day, compare IRL Pro’s mobile workflow with the phone-radio approach described in this guide to broadcasting from Android. If the aim is a local-file playlist rather than live capture, the Bengali lo-fi laptop loop guide is a more relevant comparison. Neither example establishes that your own device or connection will last continuously without testing.
What IRL Pro does on Android
IRL Pro is documented as an Android mobile encoder that sends video to a stream key using RTMP or SRT. Its guide says it sends over one connection and does not bond multiple connections. In practical terms, it can be considered when the phone camera is the source and you want to send that feed to YouTube without building a desktop scene in OBS.
That simplicity does not make the phone independent of its surroundings. For a moving stream, the phone still needs power, a suitable data connection, a stable camera position and a YouTube stream key. Coverage and available upload can vary along a route and at different times. A plan’s stated bitrate cap is not the same thing as the upload capacity your mobile connection can sustain in a particular place.
The IRL Pro guide prefers SRT over RTMP for single-SIM street-level use and advises beginning at half the plan cap, walking the usual route, then raising the rate only if the stream remains stable. Treat that as the vendor’s suggested test method, not as an independent measurement of Indian networks or a guarantee for a given carrier. If your stream stays in one location, a route test may not apply, but testing at the location and time you actually expect to broadcast still matters.
IRL Pro’s guide also lists caps for its own stream-key plans. Those figures describe that service’s plan limits and are not YouTube requirements or a promise about mobile upload. No India-wide carrier capacity, data cost or phone endurance result is established here, so use your own connection and power conditions rather than extrapolating from a cap.
The trade-off is source fit. A phone is direct for live mobile capture, but it is not a substitute for arranging several desktop sources, overlays or playback scenes in OBS. Conversely, if you need only a phone camera and stream key, configuring a PC merely to add complexity may not help. The Android workflow is most relevant to an actual live feed, not automatically to a prerecorded 24/7 playlist.
What OBS does on a PC
OBS is a desktop application for composing and encoding a broadcast from PC sources. Depending on your setup, those sources might include a camera, audio, graphics or files. YouTube’s encoder workflow uses a server URL and stream key; you copy those values into the encoder. OBS may suit you when the broadcast needs a desktop scene, but that says nothing by itself about whether an unspecified low-cost PC can maintain it all night.
The crucial unknown is the exact computer and job. “Low-cost PC” does not name a processor, graphics encoder, available memory, operating system, camera input, number of active sources or output settings. Without those facts and a test under load, there is no sound basis to name a minimum specification or promise continuous operation. Even two computers with similar purchase prices can be asked to do very different encoding work.
A prerecorded loop in OBS can be one local-file workflow, but it still relies on the PC staying on and encoding. A desktop scene with a camera and multiple visual sources is another workload. For a loop where avoiding a continuously powered local machine is the main aim, first compare that with the cloud option YouTube describes rather than assuming OBS is the only path.
If you are considering a small, low-power computer, the Raspberry Pi setup discussion can help frame the questions, but it is not evidence that your PC can run OBS. A useful comparison starts with what the stream contains and tests the specific machine, not with a general claim that a computer is “good enough”.
Low-cost PC limits: what to check
Before choosing OBS, write down the parts that determine the workload: exact CPU and graphics hardware or encoder, memory, operating system, input sources, target resolution and frame rate, and whether the source is a live camera or prerecorded files. If you do not know the processor or graphics model, check the system information supplied by the operating system or ask the person who built the PC. Do not buy memory, a capture card or a replacement PC simply because a general article lists it as necessary; the current evidence does not identify a bottleneck for your machine.
Then reproduce the real job. Add the sources and audio you intend to use, set the target output, and leave the stream private or otherwise test it before relying on it publicly. Observe whether the computer stays responsive and whether the encoder or YouTube reports dropped frames or stream-health problems. Include a sustained local upload test at the intended output rate and at the time of day you plan to broadcast. A short successful preview does not establish overnight stability, but a representative test is more useful than a guess based on the purchase price.
YouTube’s published encoder settings include H.264 suggestions of 3 Mbps minimum and 8 Mbps recommended for 720p30, and 5 Mbps minimum and 14 Mbps recommended for 1080p30. For AV1 or H.265, the table gives 2 Mbps minimum and 6 Mbps recommended at 720p30, and 4 Mbps minimum and 10 Mbps recommended at 1080p30. These are YouTube’s ingest recommendations, not measurements of Indian broadband or mobile performance, and not a guarantee that your PC can encode at the chosen quality. See YouTube’s encoder settings and bitrate table before settling on settings.
The same guidance specifies constant bitrate (CBR), up to 60 frames per second, and a recommended two-second keyframe interval that should not exceed four seconds. It supports AAC or MP3 audio and recommends RTMPS for secure ingest. These are settings to interpret alongside your encoder and connection, not a checklist that proves a particular configuration will work. YouTube also advises testing with audio and movement similar to the intended programme, then checking stream health.
For a mobile stream, do not treat the desktop bitrate table as a claim about what a phone can upload while moving. For a PC stream, do not assume the computer’s encoding load is the only limit: the sustained upload path and the actual sources matter as well. Lower resolution or a simpler scene may reduce demands, but choose only after testing the result you need; no universal low-cost-PC minimum is established here.
Set up YouTube before the first broadcast
You need a YouTube live stream configured to provide a stream URL and key to your encoder. Keep the key private: it is the credential that lets the encoder send to the intended broadcast. In the encoder, enter the URL and key as YouTube instructs, then confirm the title, visibility and stream destination before starting. If you use an Android encoder, follow its current documentation for where those values belong; if you use OBS, use its stream settings.
First-time live activation can take up to 24 hours, according to YouTube Help. Allow for that before announcing a start time or buying equipment for a date-sensitive event. Do a test with representative audio and movement, and check the platform’s stream-health feedback rather than relying solely on the encoder’s “live” indication. YouTube’s live encoder setup page is the authority for current account and stream steps; the platform can change its workflow, so consult it directly.
For a PC, test the exact scene and encoding settings you expect to use, and note whether the upload stays stable during the test. For a phone, test the same location or route, network and power arrangement you expect to rely on. Make one change at a time if the test fails: simplify the scene or reduce the output setting, then repeat. That gives you evidence about the actual bottleneck rather than a collection of unrelated settings.
Do not interpret a successful test as proof that a broadcast will never drop. It establishes only that the configuration worked under those test conditions. For a channel people may depend on overnight, arrange a way to notice if the stream stops and a clear recovery process. A practical troubleshooting checklist for missed material appears in this guide to a YouTube stream that skips episodes, though a skipped playlist item and an encoder failure are not the same fault.
One broadcast or continuous operation
“Keep my channel live all day” can refer to a schedule, a long broadcast session or a prerecorded loop. Decide which one you mean before planning how to retain the video. YouTube Help says streams shorter than 12 hours are automatically archived. It does not support assuming that one 24-hour broadcast will automatically be archived, so if you need a copy, check the current official guidance and plan preservation separately before you begin.
A sequence of sessions may be more manageable than keeping one broadcast open, but it changes how viewers encounter the channel and how you schedule the content. It is not a guarantee of archive behaviour or uninterrupted viewing. For a live camera, each session still depends on the phone or PC, power, connection and operator’s ability to restart or manage the feed. For a file loop, you also need to know what happens at the end of the playlist and whether it restarts as intended.
There is a useful difference between recovery and prevention. Automatic restart or a monitoring arrangement can help restore a stream after a drop, but it cannot turn an unreliable source, weak upload or untested configuration into a guaranteed feed. Decide who will notice an interruption, how they will verify the stream has returned, and whether the current YouTube session should be continued or replaced under the platform’s guidance.
If the source is a phone travelling on one connection, the network and power plan are central; if it is OBS on a fixed PC, the local encoding workload and sustained upload also need attention. For a prerecorded loop, a cloud-based route may avoid leaving a dedicated PC running, while offering a different workflow from live capture. Match the method to the source instead of treating every use of “24/7” as the same technical problem.
StreamNeo is relevant when the pain is keeping a prepared video broadcast running while your own computer is off: it takes an uploaded file and YouTube stream key, and monitors and restarts the broadcast if it drops. That addresses a prerecorded-file workflow, not a live mobile camera feed, and it is YouTube-only. It does not settle content rights, platform requirements or whether a single long stream will be archived; check YouTube’s current guidance for those decisions.
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 IRL Pro a replacement for OBS?
Not for every job. IRL Pro is documented as an Android mobile encoder for sending a phone feed over RTMP or SRT, while OBS is the desktop production and encoding workflow. Choose according to whether the source is a mobile camera or a composed PC scene.
Can a low-cost PC run OBS continuously?
There is no established minimum PC specification or benchmark here, so it would be misleading to say that an unspecified low-cost PC can do so. Check its CPU and graphics encoder, memory, operating system, source plan and target settings, then test the actual workload and sustained upload.
Does YouTube automatically archive a 24-hour stream?
Do not assume so. YouTube Help says streams shorter than 12 hours are automatically archived; check the current official guidance and arrange separately to preserve a longer broadcast if you need a copy.
Which should I use for a prerecorded 24/7 loop?
That is different from streaming a live camera. OBS is a possible local-file encoder workflow, but YouTube Help also lists a cloud-based option for 24/7 prerecorded video that does not need a dedicated PC. Compare the current workflows and choose based on how you want to manage the files and operation.