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Naturally, hardware encoders need to be connected to the network (via Ethernet, or Wi-Fi, or cellular) in order to stream.
Modern encoders are capable of taking in multiple video input formats, including HDMI™, SDI, VGA, and DVI, as well as XLR and 3.5 mm analog audio. Audio and video sources are connected directly to the hardware encoder, no capture cards required. Hardware encodersĪ hardware encoder (i.e., streaming hardware) is a dedicated device that handles all the encoding. We recommend having a machine no lower than an Intel Core i5 2.8 GHz with 8GB memory for a good live streaming experience. This means that if your computer is not powerful enough to handle it, your viewers may experience buffering and dropped frames while you experience a very laggy computer.
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It’s important to remember that streaming software always takes a toll on the computer’s CPU.
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OBS Studio is a good way to start learning about encoding because it’s free to download and install, all settings are easily accessible, and there are many online tutorials to help you along. You can learn all about the differences between them in our best streaming software article. There is a wide variety of free and paid streaming software available, including Wirecast, vMix, Streamlabs OBS, the ever-popular OBS Studio, and many more. As previously mentioned, a capture card is necessary to capture the video signal from your source to your computer.
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Let’s focus on the encoding tools that are able to handle more professional live streams, with the ability to add multiple cameras and layouts.Ī software encoder is an installed application that uses your computer’s resources (CPU) to neatly pack up the video and send it online. While a mobile phone may be an all-in-one video source and encoding device, the live production capabilities offered by a mobile device are extremely limited. Types of encodersĮssentially, today you have the choice of going live from three types of encoding devices: mobile phone/tablet, a computer with streaming software installed, or a dedicated hardware encoder. You need an encoder because most video sources don’t come ready for live streaming: video cameras are made for recording large and bulky video files, not intended for streaming in real time.
An encoder is a piece of software that compresses and converts the incoming audio-video signal into a digital, web-friendly format. Video encoder What is a video encoder and why do I need one?Īn encoder “translates” the video signal for the Internet. Learn more about choosing a camera for live streaming:Ģ. You may receive a copyright violation or even be banned from streaming. This is a very common way to capture audio.Īlways be mindful of the background music in your live stream because online video platforms can monitor and flag copyrighted content. If you run your microphone signal through your camera, the audio will come embedded in your video source, which means they will arrive together through one cable. The video source(s) for a live stream may come from a:įor live streaming, you do not need to have a storage card in your camera.Īudio sources may come from a lapel, handheld, or USB microphone, or from an audio file.
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Different combinations of video and audio sources are referred to as “scenes” or “layouts” (think full screen, picture-in-picture, or side-by-side layouts).
A simple stream might consist of just one video and audio source, while a more complex one may have two or more audio and video sources involved. Respectively, a stream of audio data is an audio source. Video and audio sourcesĪ stream of video data (from a camera, for example) for your live stream is called a video source. The basic setup and flow of a live stream 1.
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