Top 5 Hardware Video Encoders for Live Streaming
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You may already be an expert in hardware video encoders for live streaming if you’re reading this but let’s make sure everyone is up to speed on the basics first before we dive into the technical stuff.
What is a hardware video encoder?
A live streaming hardware video encoder is a device that will convert live video data into a stable data stream suitable for live streaming. It’s the main hub that all input devices used in a live stream transmit to before it compresses and processes the data into a format suitable for platforms such as YouTube, Facebook Live or Twitch.
Hardware encoders allow for videos to be compressed and streamed over the internet faster, saving time and bandwidth. This saves money and time spent by companies that rely on streaming video services. Having a specialized machine designed for the task means that companies can stream HD video without sacrificing quality while using less bandwidth than if the video was streamed using software installed on a standard computer.
What are the pros?
The main advantage of a hardware video encoder for live streaming is quality. You will be able to get live streaming video that looks just like your regular video feed with little to no delay.
Hardware video encoders provide live streaming with less latency which means you can stream faster without losing viewers. They’re also better quality than software-based live streams so your audience doesn’t experience choppy playback or any lag when watching.
This is because the encoding is taking place within the device, rather than relying on your computer to do all of the work. This allows for a smoother live stream with less chance of dropped frames or laggy playback.
Another benefit of using a hardware-based live streaming encoder is uninterrupted playback even under high network load.
It’s much faster than converting the file by hand. Most people don’t have time to do this manually so having a machine doing it will save you time when creating videos. It also means less storage space as there isn’t any need to keep track of what type of media you’re working with anymore.
What are the cons?
Also, you’ll lose some quality if you’re not careful. If you’re converting from one format to another, you may be losing bits of information.
For example, if you were converting a .MP3 file into an MP4 file, those extra few seconds of silence might become more noticeable than they would in a regular movie. This means that you’ll have to be very careful when setting everything up. You might also run into some issues if you’re using a very large file, which can make it difficult to work with some machines due to limited storage space.
They’re more expensive than software encoders. The cheapest ones tend to be around $200, and the more professional ones can go all the way up to $2000. They can take some time to set up as well.
- A lot of them don’t come with their own software, meaning you’ll have to use a third-party streaming program to make it work.
- They can be hard to set up, and you may need to contact the manufacturer’s support in order to get it running properly.
- Most of them only work with certain streaming programs, so you’ll have to do more research before you purchase one.
Despite all these caveats, they tend to provide a much higher quality stream than any software encoder could ever provide. Most people won’t notice any difference between a software and hardware encoder if the internet connection is strong enough, but for those with weaker connections, the difference can be huge.
If you’re really serious about streaming and want to get the absolute best quality, then it might be worth looking into getting one of these.
What video formats do they support?
Most hardware encoders will allow you to choose from several different types of video formats, here are some of the more common ones:
- MPEG-2: A widely-used standard for storing digital video.
- MPEG-4: This is another popular option for live streaming, especially when sending to Apple products due to its support for the QuickTime format. It’s also known for its ability to reduce file sizes while still delivering a quality viewing experience.
- MJPEG: An older video codec that supports continuous encoding.
- H.264: A standard for video compression. H.264 is part of MPEG-4 Visual and part of MPEG-4 AVC which is commonly called “MPEG-4 Part 10” or “MPEG-4 AVC”. This type of video is actually very common for live streaming as it’s supported by all major platforms and devices making compatibility a non-issue. It also happens to be one of the most efficient types of video meaning it will use the least amount of bandwidth while still providing a high-quality image.
- H.265: As the name implies, this type of video container uses High-Efficiency Video Coding (HEVC) which provides higher quality video at much lower bitrates than H.264. It’s quickly becoming more popular so it may be worth considering for your live streaming needs.
What are the top 5 best options?
Perhaps the easiest to use and the most versatile of the options, VidiU offers native integration with the most mainstream streaming platforms like YouTube, Facebook and Periscope and requires very little expertise to get it running out of the box in minutes.
3. Open a web browser on any other device you want to stream from and enter the Wi-Fi network name in the address bar. You will be prompted to enter a login – use the same username and password you use to log into your Wi-Fi router.
It can take HDMI input and encode it into H.264 MPEG-4 video format for streaming purposes, which is great if you want to save on bandwidth. It can even auto-detect the frame rate of your source (whether that be NTSC or PAL) and adjust the encoding settings accordingly, saving you, even more, time and guesswork. It also features an automatic equalizer that optimizes the output for a variety of viewing situations. If you need an encoder, this is the one for you.
You can also use URayCoder to connect your laptop or desktop to your TV for streaming media playback. It’s especially handy if your desktop doesn’t have an HDMI port! UrayCoder provides the same quality of sound and video that you’d get from other HDMI connected devices on the market.
Don’t pay hundreds of dollars for other over-priced video encoders. The URayCoder does everything you need at a fraction of the price.
- HDMI 1080P HD video input into H.264 encoding for streaming or playback on TV
- Auto frame rate detection and encoding optimization
- Automatic equalization and enhancement adjustment
- Video decoding hardware acceleration
- High-quality MPEG-4 video encoding
- LIVE video preview
- Supports most video formats such as .wmv, .asf, .mpg, .mpeg, .dat, .axv, .mp4, m4v, .3gp, .vob, .mkv, etc.
- Supports most audio formats such as .wma, .mp3, .m4a, .aac, .flac, etc.
- Easy to use with a clear graphical interface
- Free customer support
- H.265 HEVC and H.264 codecs enabled for live streaming and recording
- HDMI and HDCP compliant for monitoring through monitors/TVs
- High-quality video resolution of 1080p at 60 fps
- Automatic frame rate switching to support different devices
- Background noise cancellation
- No lag in audio and video
- USB powered device
- Compatible with most of the audio and video players
- Supports memory cards up to 32 GB
LiveU is hands down the best choice for portability, though the tradeoff is the steep price tag.
The encoder is powered by a standard USB port, so if you’re using it in an RV or something similar, you’ll need to supply its own power source. It’s also fairly light (about 2 pounds), which means you won’t have to worry about carrying around a bulky unit when travelling with it. The unit ships with two cables: one for connecting directly to the encoder and another for attaching to your computer. You can buy additional cables separately.
Weighing in at just over two pounds and small enough to fit into most camera bags, the LiveU Solo is extremely easy to transport. It has a built-in rechargeable battery that can provide up to three hours of streaming on a single charge, which is extended to ten hours when using the included car charger accessory.
J-Tech Digital H.264 IP
- H.264 video compression for HD quality
- Supports up to 16 simultaneous video streams
- High-quality audio with built-in AAC codec and multiple audio outputs
- Multiple onvif compliant network camera support
- Super lightweight and portable design
- Atom Dual Core 2.13Ghz CPU processor provides high performance for H.264 encoding
- Supports 2 SATA HDDs for local recording
- USB web camera supported
- Easily integrates with add-on network cards Gigabit Ethernet, 802.