<p>It depends on a lot of details you haven't covered here. You need about 3 Mbps to have sufficient overhead to maintain a well compressed 720p stream (the quality that Hulu Plus uses), but you would need specialized hardware to keep a good quality 720p stream encoding on the fly.  Most likely, you are going to be looking at significantly more than that if you are trying to software or CUDA encode on the fly since it won't be able to get as high of quality with as little data.</p>

<p>Note that this is only talking about sending the feed to a single system as well.  The most common case for distributing to multiple viewers is to encode and upload to either a CDN (content distribution network) or your own live streaming server that is in a data center somewhere.  With that kind of a setup, your one connection can be replicated out over a 100Mbps or 1000Mbps connection to many more viewers.</p>

<p>You can use overly compressed settings to reduce the bandwidth needs further, but it will start showing as a really noticeable reduction in meaningful resolution.  There might still be an HD number of pixels, but they won't have the kind of detail you'd normally expect from HD since it would be over-compressed.</p>

<p>There can be a lot of variation on that too though.  If you are live-streaming something that isn't real life, compression tricks can be used to make it much more highly compressed for example, so this still isn't a one size fits all answer, but it covers the general live video streaming case for professional level quality.</p>

CC BY-SA 3.0
2013-12-26T13:34:42.927Z
First of all, thank you for answer and sorry for late responding.
I will stream my screen to Twitch.tv (Games Streaming Platform), so basicaly I will connect to their server and they will send to third-party users my screen, so I guess I don't need 100-1000Mbps connection speed for that.
I am going to get 4Mpbs upload speed in next couple of days from my ISP and I hope that will be enough for, at least, streaming 720p videos?  
Btw, my hardware is I5 Intel procesor, integrated Video card and 8gb DDR3
Nidzaaaa
CC BY-SA 3.0
2013-12-26T14:00:25.043Z
@Nidzaaaa - I expect you will not be able to encode fast enough for an on-the-fly stream at HD resolution with that setup, particularly when playing a game.  An integrated video card generally barely has the strength to play the game by itself and 8gb of ram isn't much for trying to run a game and encode at the same time, nor is an i5 a particularly beefy processor.  You can certainly try it and see how it goes since video games should take a little bit less work to compress, but don't be surprised if you run in to issues.
AJ Henderson
CC BY-SA 3.0
2013-12-26T15:19:50.040Z
so your opinion is that my upload speed could be enough for 720p streaming, but my hardware isn't that good, right?
Nidzaaaa
CC BY-SA 3.0
2013-12-26T15:58:13.407Z
@Nidzaaaa - yes. That's pretty much it.
AJ Henderson
CC BY-SA 3.0
2013-12-26T04:33:25.203Z
2013-12-26T04:33:25.203Z
AJ Henderson
<p>What is the required upload speed I need to stream HD video on web?
Curently I am in process of talking to various ISPs so I can find the best solution, but seems like they can't help me since a lot of them are offering low upload speed connections.</p>

<streaming>
Video Streaming connection speed
Nidzaaaa
# Video Streaming connection speed

(Asked by: username_0 on 2013-12-25)

What is the required upload speed I need to stream HD video on web?
Curently I am in process of talking to various ISPs so I can find the best solution, but seems like they can't help me since a lot of them are offering low upload speed connections.

**Tags:** streaming


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## 1 answers

### Answer by username_1 on 2013-12-26. Score: 0 | Accepted answer

It depends on a lot of details you haven't covered here. You need about 3 Mbps to have sufficient overhead to maintain a well compressed 720p stream (the quality that Hulu Plus uses), but you would need specialized hardware to keep a good quality 720p stream encoding on the fly. Most likely, you are going to be looking at significantly more than that if you are trying to software or CUDA encode on the fly since it won't be able to get as high of quality with as little data.

Note that this is only talking about sending the feed to a single system as well. The most common case for distributing to multiple viewers is to encode and upload to either a CDN (content distribution network) or your own live streaming server that is in a data center somewhere. With that kind of a setup, your one connection can be replicated out over a 100Mbps or 1000Mbps connection to many more viewers.

You can use overly compressed settings to reduce the bandwidth needs further, but it will start showing as a really noticeable reduction in meaningful resolution. There might still be an HD number of pixels, but they won't have the kind of detail you'd normally expect from HD since it would be over-compressed.

There can be a lot of variation on that too though. If you are live-streaming something that isn't real life, compression tricks can be used to make it much more highly compressed for example, so this still isn't a one size fits all answer, but it covers the general live video streaming case for professional level quality.

> **Comments:**
> **username_0**: First of all, thank you for answer and sorry for late responding. I will stream my screen to Twitch.tv (Games Streaming Platform), so basicaly I will connect to their server and they will send to third-party users my screen, so I guess I don't need 100-1000Mbps connection speed for that. I am going to get 4Mpbs upload speed in next couple of days from my ISP and I hope that will be enough for, at least, streaming 720p videos?   Btw, my hardware is I5 Intel procesor, integrated Video card and 8gb DDR3  
> **username_1**: @username_0 - I expect you will not be able to encode fast enough for an on-the-fly stream at HD resolution with that setup, particularly when playing a game.  An integrated video card generally barely has the strength to play the game by itself and 8gb of ram isn't much for trying to run a game and encode at the same time, nor is an i5 a particularly beefy processor.  You can certainly try it and see how it goes since video games should take a little bit less work to compress, but don't be surprised if you run in to issues.  
> **username_0**: so your opinion is that my upload speed could be enough for 720p streaming, but my hardware isn't that good, right?  
> **username_1**: @username_0 - yes. That's pretty much it.  

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