YouTube is the easiest free way to share a live camera with the world. It hosts the video, scales to any number of viewers and gives you an embeddable player for your own website. Thousands of beach, harbor, wildlife and city cameras run there around the clock.
But YouTube does not connect to cameras. It waits for a stream to be pushed to it. Most security cameras only offer their video to whoever asks on the local network (RTSP). Something has to take that RTSP stream and push it to YouTube (RTMP or RTMPS). Choosing a camera for YouTube 24/7 is really choosing that pair: a camera that offers a clean, steady stream, and an encoder you can trust for months.
What YouTube asks for
Before the camera, check that YouTube will let you stream. YouTube’s help pages say a channel needs to be verified and must have had no live streaming restrictions in the past 90 days. Its requirements page sets no subscriber minimum for streaming through an encoder; mobile streaming has its own rules. YouTube also limits a channel to 10 active streams, and 3 per stream key.
YouTube’s encoder guide sets out the technical side:
| Resolution (30 fps) | H.264 bitrate range | H.265 / AV1 range | Upload to plan for |
|---|---|---|---|
| 720p | 3 to 8 Mbps | 2 to 6 Mbps | 5 to 12 Mbps |
| 1080p | 5 to 14 Mbps | 4 to 10 Mbps | 8 to 20 Mbps |
| 1440p | 7 to 21 Mbps | 5 to 15 Mbps | 11 to 30 Mbps |
| 2160p (4K) | 11 to 42 Mbps | 8 to 30 Mbps | 17 to 60 Mbps |
The bitrate ranges are YouTube’s (checked 2026-10-07). The upload column is our planning rule of 1.5 times the bitrate, so short dips do not break the stream. YouTube recommends a keyframe every 2 seconds and never more than 4, and 128 kbps stereo audio. Many camera owners stream a calm scene below YouTube’s minimum and it still works, but YouTube may warn about it and quality will suffer in busy moments.
What makes a camera good for 24/7 YouTube
- Wired PoE power. Months of uptime start with a cable. Wi-Fi and battery cameras drop out. See Wi-Fi vs wired.
- Clean RTSP with H.264. H.264 is the safest choice for YouTube ingest. H.265 saves bandwidth, and YouTube accepts HEVC, but check that your encoder handles it end to end.
- Settable keyframe interval (GOP). You want to set it to 2 seconds, which at 30 fps is a GOP of 60 frames. Some consumer cameras hide this setting.
- Constant or capped bitrate. YouTube prefers a steady stream. Variable bitrate with a sensible cap works well too.
- Good daylight color and wide dynamic range. A scenic stream is watched mostly by day, with the sky in frame.
- Weather and heat ratings that fit the site, and a camera body that does not overheat in summer sun.
- Stable firmware and remote access through a secure method, so you can fix things without driving out. Never by opening ports with default passwords. See camera security.
Three ways to push to YouTube
| Encoder route | Extra hardware | Running cost | Reliability | Best for |
|---|---|---|---|---|
| A. App or RTMP output inside the camera | None | App licence on some brands | Very good, few parts | One camera, a clean install |
| B. Small always-on computer on site (OBS, FFmpeg) | Mini PC or single-board computer | Electricity only | Good if you add auto-restart and a UPS | Overlays, several cameras, tinkerers |
| C. Cloud restream service | None | Monthly fee per camera | Very good; depends on your uplink | Owners who want it to just work |
Route A, in the camera. Some professional cameras can run small apps. On Axis cameras, for example, the CamStreamer app (listed on Axis’s partner pages) can stream to YouTube and other platforms from the camera itself. Some budget brands list RTMP in their protocols, but check the manual for whether the camera can push to a YouTube address with a stream key, which is what you need.
Route B, a small computer. A low-power PC runs FFmpeg or OBS, pulls the camera’s RTSP stream and pushes RTMPS to YouTube. With FFmpeg the video can be copied without re-encoding, so even a modest machine can do it. Add a script that restarts the stream if it drops, and put the PC and camera on a UPS. Step by step: stream an IP camera to YouTube 24/7.
Route C, a cloud service. Restream services pull the camera stream over the internet (through an outbound connection or a secured link) and push it to YouTube for you. They cost a monthly fee per camera, which you should compare on their pricing pages. See RTMP explained for how the pieces fit.
Cameras that suit 24/7 YouTube
Specs below are the makers’ own figures. Prices were checked 2026-10-07 on the maker’s store.
AXIS M1135-E Mk II Box Camera
- 1080p at 30 fps, H.264 and H.265
- IP66, IK10, NEMA 4X; -20 to 50 °C
- PoE Class 3, 4.4 W average
Reolink RLC-811A
- 4K 8MP at 25 fps, 5x optical zoom
- RTSP, RTMP; H.264 and H.265
- PoE 802.3af, IP67; $97.99 at Reolink, checked 2026-10-07
Reolink TrackMix PoE
- 4K 8MP dual lens, 6x hybrid zoom
- RTSP, RTMP listed by the maker
- PoE 802.3af, IP65; $139.99 at Reolink, checked 2026-10-07
Note the frame rate on the RLC-811A: 25 fps at 4K. That is fine for YouTube; just set the keyframe interval to 50 frames to keep it at 2 seconds.
Camera settings for a 24/7 YouTube stream
Once the camera is up, these settings in its web page or app make the biggest difference. Change one at a time and watch the stream for a day before the next change.
| Setting | Good starting point | Why |
|---|---|---|
| Stream used for YouTube | Main stream, not the sub-stream | The sub-stream is low resolution, meant for phone apps |
| Resolution | 1080p (1920 × 1080) | Looks sharp on phones and TVs; 4K only on fiber |
| Frame rate | 25 or 30 fps; 15 fps for calm landscapes on slow links | Lower frame rates free up bitrate for detail |
| Keyframe interval (GOP) | 2 seconds: 60 at 30 fps, 50 at 25 fps | YouTube’s recommendation; longer gaps cause buffering |
| Bitrate mode | Constant, or variable with a cap | Keeps the upload steady for the encoder |
| Bitrate | 4 to 6 Mbps at 1080p (H.264) | Room for waves and snow without blocky video |
| Codec | H.264 unless every link handles H.265 | Fewest surprises at ingest |
| Audio | Off, or a silent track added by the encoder | Privacy, and no wind roar |
| Overlays | Place name and local time, small, in a corner | Viewers trust a visible clock |
| Infrared | Off for distant scenic views | Infrared only reaches nearby objects and lights up rain and insects |
A typical setup, start to finish
Here is what a simple, reliable YouTube webcam usually looks like at a hotel or beach bar. A PoE camera sits on the roof in its own mount and junction box. One outdoor-rated Ethernet cable runs inside to a small PoE switch in the network cabinet. The switch, the internet router and a fanless mini PC are plugged into a small UPS. The mini PC pulls the camera’s RTSP stream and pushes it to YouTube with a persistent stream key, restarting automatically if anything drops. The camera and mini PC sit on their own network segment, separate from guest Wi-Fi, and nothing is opened to the internet from outside. The stream link goes on the hotel website, on social media and on LiveLocation.
Total parts: one camera, one mount, one cable, one switch, one mini PC, one UPS. That is the whole system, and it can run for years with a cleaning visit now and then.
Uptime: what breaks a 24/7 stream
A YouTube stream fails for boring reasons far more often than for camera faults:
- Power cuts. A small UPS for the switch, router and encoder rides through short outages and lets equipment shut down cleanly on long ones.
- Internet hiccups. The encoder must reconnect by itself. Test that by pulling the internet cable for a minute and watching what happens.
- Router or modem reboots. Some providers reboot equipment at night. Schedule your own maintenance restarts at a quiet hour instead.
- Heat. Enclosures in full sun can get very hot. Keep the encoder indoors and shade the camera.
- Spiders and condensation. Webs across the lens wave in the infrared light at night. A bird-control spike or regular cleaning helps.
In YouTube Studio, turn off any auto-stop setting for your stream so a short drop does not end it, and keep one persistent stream key for the camera.
Bandwidth and data, honestly
A 24/7 stream at 4 Mbps sends about 1.3 TB a month. On fiber or cable with no data cap, that is nothing. On a cellular plan it can be very expensive, and some plans forbid continuous streaming. If cellular is all you have, read internet for remote cameras and consider 720p at a lower bitrate. Use the bitrate and data calculator to see your monthly figure.
Privacy and the YouTube rules
A 24/7 camera is a broadcast. Frame it wide, keep audio off (wind noise rarely adds much, and recording conversations can break wiretap laws), and keep private property out of view. YouTube also has its own community guidelines, and a stream that shows people in ways they did not expect can be reported. See is it legal to livestream a public place? and privacy by design.
Do these next
- Set up the stream step by step.
- Embed it on your website with the YouTube player.
- Submit it to LiveLocation so people find it on the map.
Questions people ask
Can an IP camera stream directly to YouTube?
Only if it can push RTMP or RTMPS to YouTube with a stream key, either built in or through an app on the camera. Most cameras only offer RTSP, so they need an encoder or cloud restream service in between.
What upload speed do I need for a 24/7 YouTube stream?
About 1.5 times your video bitrate. For 1080p at 4 to 6 Mbps, plan 6 to 9 Mbps of steady upload.
Does YouTube save a 24/7 live stream?
YouTube says streams longer than 12 hours may not be archived. Keep a local recording if you need one.
What keyframe interval does YouTube want?
YouTube recommends a keyframe every 2 seconds and no more than 4 seconds. At 30 fps that is a GOP of 60 frames; at 25 fps, 50 frames.
Do I need subscribers to live stream with an encoder?
YouTube asks for a verified channel with no live streaming restrictions in the past 90 days. Its encoder streaming rules do not set a subscriber minimum; mobile streaming has separate requirements.
Sources
- YouTube Help: Choose live encoder settings, bitrates and resolutions (checked 2026-10-07)
- YouTube Help: Get started with live streaming (checked 2026-10-07)
- YouTube Help: Archive live streams (checked 2026-10-07)
- Axis Communications: CamStreamer live streaming solutions (checked 2026-10-07)
- AXIS M1135-E Mk II Box Camera specifications (checked 2026-10-07)
- Reolink RLC-811A specifications (checked 2026-10-07)
- Reolink TrackMix PoE specifications (checked 2026-10-07)
Last reviewed October 7, 2026 by the LiveLocation team. General information, not legal or electrical advice.