You can turn on YouTube’s playlist Loop control in a browser on a Jetson Nano, but that only establishes the documented playlist-repeat setting. YouTube does not document that a live broadcast will advance to the next playlist item or loop seamlessly, and NVIDIA does not certify a particular Nano browser and YouTube playback combination.
Use the Nano browser to test the actual playlist, software image and network you intend to leave running. If an uninterrupted channel matters, treat the test as a check of that specific setup, not as a general guarantee about YouTube Live or the hardware.
What YouTube playlist looping does
YouTube’s documented computer procedure is to start a video from the playlist, expand the playlist panel beside it, and select Loop. On TV or console interfaces, YouTube describes choosing Repeat until the control indicates playlist repetition. Labels and placement can change, so use the controls shown by the interface you actually have.
Playlist repeat applies to the selected playlist. It is not the same as repeating a single video, and it is not the same as Autoplay. YouTube describes Autoplay as playing another related video after the current video ends; it does not mean “continue through this playlist and repeat it”. For the official distinction and current interface guidance, see YouTube Help on looping videos or playlists and YouTube Help on Autoplay.
A simple example helps. Suppose a playlist contains three finished bhajan recordings. With playlist Loop selected, the intended ordinary-video behaviour is for playback to continue through the selected list and repeat it. With Autoplay, YouTube may instead choose a related video when one ends. That is a different rule, and it can produce a different sequence from the one you arranged.
The repeat control is a setting in the YouTube player, not a property of the Nano’s video hardware. Finding and enabling it answers one question: whether the browser shows playlist repeat as selected. It does not establish what will happen at the end of a live item, or whether the player will remain available unattended.
Open the playlist in the Nano browser
Start with the Nano in the desktop environment and open a browser that is available for the software image installed on your board. NVIDIA’s Nano setup guidance describes desktop use with a display and input devices; it is also reasonable to connect to a desktop session remotely if your installation supports that. The exact browser and operating-system image matter, so do not assume that instructions for a newer Jetson product apply unchanged to an older Nano kit.
Open the playlist itself, then choose one of its entries. If the playlist link opens a video without exposing the full list, use the player’s playlist panel or return to the playlist page and start the item there. A signed-in account may make your own playlists easier to find, but signing in does not change what YouTube documents about repeat behaviour.
Before adjusting settings, check that the playlist is the one you mean to run. Confirm its title and entries, and note whether the first item is a finished recording, a scheduled live event, or a stream currently in progress. This distinction will affect the test later. If your use case is a prepared video loop rather than a list of live events, the production issues are different; our guide to creating a seamless loop video for YouTube Live covers the file side of that question.
On an installed Nano browser, screen dimensions and interface details can make the playlist panel less obvious than on a large desktop display. Maximise the browser window if useful, and look around the video player rather than searching only in the main YouTube navigation. If the interface does not expose the loop control, try the current desktop site in the browser already installed, but do not assume that switching user-agent settings or forcing a different mode will make an unsupported combination reliable.
NVIDIA’s setup material recommends particular basic kit components, including a microSD card capacity for its getting-started path. That is a setup recommendation, not a requirement for toggling YouTube’s Loop control if your Nano already boots and plays video. Check the exact board and power requirements before buying accessories; do not infer that any similarly named card or power supply is appropriate.
Turn on Loop or Repeat
Once a playlist video is playing, expose the playlist panel. On YouTube’s computer interface, select the Loop control in that panel. Check that its appearance changes to indicate it is active; if the control is not clearly labelled in your current interface, consult YouTube’s help page rather than guessing from the Autoplay switch.
For a TV or console interface, the documented action is to use Repeat until it indicates that the playlist is repeating. That instruction may not map exactly to a Nano browser’s desktop interface. Use the control presented by the browser rather than applying TV instructions mechanically.
A practical check is to select a short playlist of ordinary, ended videos for which you can observe the whole sequence. Confirm the starting item, enable Loop, and watch what the player does when it reaches the end of the list. You are checking whether the visible control and playback behave as you expect on this particular setup. Do not conclude from one successful sequence that live entries have the same behaviour.
If you need a channel to play a defined sequence of media, the player must also be able to keep running and recover from interruptions. YouTube’s repeat control does not by itself promise either. For a creator building a playlist-based production in streaming software, the different job of keeping media sources moving is discussed in this piece on OBS settings for a Kannada bhajan playlist stream. It is relevant as a comparison of approaches, not as a replacement for testing YouTube’s browser player on the Nano.
A live playlist item is not an ordinary ended video
A live broadcast is real-time media. YouTube’s help material explains that after a stream ends, a channel may publish a replay or highlights; it does not say that every broadcast becomes a replay. Nor does the reviewed help guidance promise that a live item in a playlist will hand off to the next item, or that the playlist will then repeat seamlessly.
That is the central uncertainty in the phrase “loop a YouTube Live playlist”. The player can expose a playlist repeat control while the list contains a live item, but the documented control alone does not settle how that item behaves when its broadcast stops or ends. Do not present the control as proof that a Nano will move on automatically.
It helps to separate three cases. A finished video has an end point that the player can encounter. A live event that is still running has no ordinary completed-video handoff at that moment. An ended stream may or may not have a replay available, depending on what the channel publishes. The playlist may contain any of these, and the result should not be assumed to be identical across them. YouTube’s guidance about live streams is the right place to check current platform information.
For a devotional channel, for example, a playlist could contain yesterday’s uploaded bhajan replay alongside tonight’s scheduled broadcast. Those are not interchangeable playback items. If the live event is delayed, ends early or has no replay, a plan that relies on it behaving like a finished recording may leave a gap or stop where you did not expect. A playlist of completed recordings is easier to test as a repeat sequence, though the Nano browser still needs its own practical check.
If your real need is a continuous broadcast that repeats uploaded material rather than an event playlist, define the media and the broadcast method separately. Our article on how to loop videos in a YouTube stream addresses that adjacent workflow. It should not be read as evidence that YouTube’s browser playlist repeat documents live-to-live transitions.
Test the exact browser and playlist before relying on them
Use a staged test rather than making a change just before leaving the channel overnight. First test a short playlist of completed videos and confirm that the Loop control is available. Then test the actual playlist, including any live entries, at a time when someone can observe what happens if a broadcast ends or is stopped. Record what you observed, including whether the player stayed open, whether the list advanced, and whether it stopped or showed an error.
The test should use the Nano software image, browser, display setup and network that will be used in normal operation. A result on a different computer, browser version or connection does not prove the Nano combination behaves the same way. This is especially important for a setup intended to run for long periods: a desktop browser session can be affected by network interruptions, browser dialogs, account state, sleep settings or a player error, even when the playlist setting remains selected.
A useful test log can be plain notes rather than a technical report:
| Check | What to note | Why it matters |
|---|---|---|
| Playlist contents | Finished videos, scheduled events, currently live items | The item type affects what “end” means |
| Player control | Loop or Repeat visible and selected | Confirms the setting was actually enabled |
| Transition | What happened at the end of a completed video or live event | Separates observed behaviour from assumptions |
| Session | Whether the page remained open and playing | A repeat setting does not prove unattended operation |
| Recovery | What happens after a deliberate network interruption, if safe to test | Reveals whether someone must intervene |
Avoid testing a critical channel by interrupting the only active broadcast. Use a duplicate playlist or a low-risk period if you need to learn what a failure looks like. A short observation is not a guarantee of all-night behaviour, but it can expose basic problems such as a missing control, a playlist that is not the one you expected, or an event that does not advance.
If the player stops, make the next step diagnostic rather than immediately repeating the same click. Check whether the stream is still live, whether the channel has posted a replay, whether the page is still connected, and whether the browser has displayed a prompt or error. Then decide whether the desired result is to replay an existing file, continue to another prepared recording, or return to a live event. Those are different operating requirements.
For a broader comparison of a local always-on computer and other ways of keeping a channel going, see how to use a spare PC for an always-on YouTube gaming stream. The useful question is not which device is universally best, but which failure modes you can observe and recover from in your own environment.
What NVIDIA specifications do and do not confirm
NVIDIA’s published original Jetson Nano specifications list a quad-core ARM Cortex-A57 CPU, 4 GB of memory, display connectivity including HDMI 2.0 and eDP, and video decode capabilities including HEVC. Those are useful hardware facts when checking whether the board is the Nano model you have or planning a display setup. NVIDIA’s product information does not certify a particular browser, YouTube player, codec selection, software image or smoothness of playback for a specific playlist.
The listed decode figures describe hardware capability under NVIDIA’s specifications, not a promise that a web browser will use that decode path for YouTube. Browser support, software versions, the selected video format and the network all participate in actual playback. Avoid converting a capability line into “the Nano can definitely play this YouTube stream continuously”.
NVIDIA identifies Nano as a previous Developer Kit in its support and software documentation. Use Nano-specific setup and versioned guidance rather than copying instructions written for current Jetson products without checking compatibility. The Jetson Nano product specifications, Nano Developer Kit getting-started guide, and Jetson software documentation index provide primary references for the board and software context.
This matters for practical troubleshooting. If a video stutters, the cause might be the network, browser, player path or software configuration, not necessarily a lack of nominal decode capability. Conversely, the existence of a capable decoder does not show that a browser will select a suitable stream. Change one factor at a time and repeat the same playback test so that you know what actually improved or worsened it.
For a channel that cannot tolerate an unexplained stop, decide in advance who will check the screen and what they should do. A local Nano is useful when you want playback on hardware you already own and can supervise. It is less suitable when your requirement is truly unattended operation but there is no one to observe browser state or restart a stalled session. An uploaded-file broadcast approach can remove the need to leave that specific Nano browser playing; StreamNeo removes that local playback burden when an uploaded video needs to keep broadcasting with your computer switched off, but it does not change YouTube’s undocumented live-playlist behaviour.
Choose the method around the content you need to repeat
The decision is easier if you start with the thing that must repeat, not with a device label. A playlist of finished videos can be tested against YouTube’s documented Loop control. A live event is a real-time programme whose end behaviour needs direct verification. A prepared video intended to run continuously is a media-production and broadcast workflow, not merely a playlist button.
| Need | What to try | What remains uncertain |
|---|---|---|
| Repeat a list of ended videos in YouTube | Enable playlist Loop in the computer player and observe the sequence | Long-session browser stability on the Nano still needs testing |
| Move from one live broadcast to another | Test the actual live entries and observe an ending or stop | YouTube Help does not document that advancement or seamless looping |
| Keep a prepared video on air without leaving a local browser running | Evaluate an upload-based broadcast workflow | Confirm the file, channel and operating method fit your needs |
If you choose the Nano, keep the workflow simple: use the browser already supported by your image, confirm the playlist control, test the actual entries, and keep a person responsible for checking it if a stoppage would matter. If the setup is for a shop display or study ambience that can tolerate a brief interruption, the balance may be different from a local news loop where missing the next item has a clear cost.
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FAQ
Can a YouTube Live playlist keep moving through live broadcasts automatically?
YouTube’s documented playlist-repeat instructions do not explain how a currently live item hands off when the broadcast ends or stops. Test the particular playlist and browser, and do not promise automatic progression based only on the Loop control.
Is Autoplay the same as Loop?
No. YouTube describes Autoplay as selecting another related video after an item ends, while Loop repeats the selected playlist. If you need the ordered list to repeat, use the playlist control and verify that it is active.
Does NVIDIA certify YouTube playback on the Jetson Nano browser?
NVIDIA publishes Nano hardware and setup specifications, but those do not certify a specific browser, YouTube playback path or codec combination. The exact software image and browser need practical testing.
Should I leave a Nano running overnight after one successful test?
One successful test shows only that the particular session worked for the observed period. For overnight use, test the actual playlist and setup, plan how someone will notice a stop, and decide how to recover if the browser or network needs attention.