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In this guide, we demonstrate how to play livestreams in your application.
We do not recommend using “CORS-enabled” API keys - they will be deprecated in an upcoming release. We recommend making requests from your backend to the Livepeer Studio API.

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Using the UI Kit Player

The example below show to use the UI Kit Player to play a livestream.

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Play Video

This guide assumes you have configured a Livepeer JS SDK client with an API key. We use the Player with a playbackId, which we created previously when creating a livestream.
DemoPlayer.tsx
import * as Player from "@livepeer/react/player";
import { getSrc } from "@livepeer/react/external";

const playbackId = "f5eese9wwl88k4g8";

// fetch the playback info on the server, using React Server Components
// or regular API routes
export const getPlaybackSource = () => {
  const playbackInfo = await livepeer.playback.get(playbackId);

  const src = getSrc(playbackInfo.playbackInfo);

  return src;
};

export const DemoPlayer = ({ src }: { src: Src[] | null }) => {
  return (
    <Player.Root src={src}>
      <Player.Container>
        <Player.Video title="Live stream" />

        <Player.Controls className="flex items-center justify-center">
          <Player.PlayPauseTrigger className="w-10 h-10">
            <Player.PlayingIndicator asChild matcher={false}>
              <PlayIcon />
            </Player.PlayingIndicator>
            <Player.PlayingIndicator asChild>
              <PauseIcon />
            </Player.PlayingIndicator>
          </Player.PlayPauseTrigger>
        </Player.Controls>
      </Player.Container>
    </Player.Root>
  );
};
Check out the Player docs for more details on the video primitives you can use to build custom viewing experiences.

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Using your own player

Using Livepeer React is the recommended way to play back a livestream - it handles WebRTC WHEP playback, fallback to HLS on errors (which may occur with WebRTC due to network firewalls, etc), errors from the API, and is composable to allow advanced video apps without writing a custom integration. However, if you want to use an alternative, you can do so by following the instructions below.

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Fetch the playback URL

To play back a livestream in other players, you’ll need to fetch the playback URL(s). By default, all content has an HLS endpoint. HLS is a protocol that allows you to stream video and audio content over HTTP. Much of the video you watch on the web is delivered using HLS. Livepeer uses HLS to deliver video and audio content. We also support WebRTC WHEP low latency playback - however, ecosystem player support is limited, as it is a new spec that is rapidly gaining traction. Below, we show how to fetch playback info in Typescript using the playback info API endpoint, but we have a similar interface across all SDKs.
DemoPlayer.tsx
import { Player } from "@livepeer/react";
import Livepeer from "livepeer";

const livepeer = new Livepeer({
  apiKey: process.env.YOUR_PRIVATE_API_KEY,
});

const playbackId = "f5eese9wwl88k4g8";

// fetch the playback info on the server
const playbackInfo = await livepeer.playback.get(playbackId);

// use the playbackInfo with your player
Please note that to play back livestreams inside your application you’ll need to use a video player component that supports HLS or WebRTC WHEP.

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Handling various playback sources

The playback info endpoint can return multiple sources in the response, as outlined above. WebRTC URLs for low latency livestream playback must be played back with our ICE servers, which are used to route traffic in restricted networking environments. The WebRTC WHEP negotiation will send back these STUN/TURN servers in the SDP response headers, which can be used in a player. If there is WebRTC playback available, the API will return a JSON payload similar to: 
{
  "type": "live",
  "meta": {
    "live": 0,
    "source": [
      {
        "hrn": "HLS (TS)",
        "type": "html5/application/vnd.apple.mpegurl",
        "url": "https://livepeercdn.studio/hls/{PLAYBACK_ID}/index.m3u8"
      },
      {
        "hrn": "WebRTC (H264)",
        "type": "html5/video/h264",
        "url": "https://livepeercdn.studio/webrtc/{PLAYBACK_ID}"
      },
      {
        "hrn": "Thumbnail (PNG)",
        "type": "image/png",
        "url": "https://storage.lp-playback.studio/{ID}/catalyst-recordings-com/hls/{PLAYBACK_ID}/{ID}/source/latest.png"
      }
    ]
  }
}
There are multiple sources you can choose from, and it is up to you to decide how you want to prioritize each source for your custom player. See the Player docs for more information on how Livepeer UI Kit Player handles this.

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Use the playback URL in a player

You can use the playback URL with any video player that supports HLS. Here is a list of popular players that support HLS: Here is an example of how to use the playback URL in video.js player. 
<head>
  <link href="https://vjs.zencdn.net/7.20.3/video-js.css" rel="stylesheet" />

  <!-- If you'd like to support IE8 (for Video.js versions prior to v7) -->
  <!-- <script src="https://vjs.zencdn.net/ie8/1.1.2/videojs-ie8.min.js"></script> -->
</head>

<body>
  <video
    id="my-video"
    class="video-js"
    controls
    preload="auto"
    width="640"
    height="264"
    poster="MY_VIDEO_POSTER.jpg"
  >
    <source
      src="https://lp-playback.com/hls/{PLAYBACK_ID}/index.m3u8"
      type="application/x-mpegURL"
    />
  </video>

  <script src="https://vjs.zencdn.net/7.20.3/video.min.js"></script>
</body>

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Embeddable Player

Livepeer Studio maintains an embeddable version of the Livepeer Player that is suitable for iframing.
If you are using React, consider using Livepeer UI Kit instead.
This is one of the easiest ways to play back a livestream on your website. You can embed the player by using the below code snippet. You can replace the PLAYBACK_ID with your video’s playback id. 
<iframe
  src="https://lvpr.tv?v={PLAYBACK_ID}"
  allowfullscreen
  allow="autoplay; encrypted-media; fullscreen; picture-in-picture"
  frameborder="0"
>
</iframe>

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Low Latency

In the embeddable player, livestreams will, by default, play back with low-latency WebRTC. If this does not succeed in playing back (rarely, usually due to a slow network or connectivity issues), the embeddable player will automatically fall back to HLS playback. Also, if the stream contains B-frames (or bidirectional frames, which are common for users streaming with OBS or other streaming apps), the Player will automatically fall back to HLS, so that out-of-order frames are not displayed. This only applies to users who are playing livestreams. If you do not want to use WebRTC, you can pass &lowLatency=false in the query string, or if you want only low latency, you can pass &lowLatency=force.
OBS users should be instructed to use the Livepeer Studio stream profile, or to manually turn off B-frames in their stream. See our Stream from OBS docs for more information.

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Clipping

To enable clipping, &clipLength={seconds} can be passed, which will allow viewers to clip livestreams. The length in seconds must be less than 120 seconds.

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Constant Playback

The embed supports “constant” playback with constant=true, which means that audio will not be distorted if the playhead falls behind the livestream. This is usually used for music applications, where audio quality/consistency is more important than latency.

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Other Configs

You can also override the default muted and autoplay behavior with &muted=false and/or &autoplay=false. These are set to true by default. Looping can also be set with &loop=true.