How to Stream Your PC Gameplay to Twitch With NVIDIA GeForce Experience. How to stream on twitch with nvidia

The NVIDIA streaming feature may not have all the advanced features found in Open Broadcaster Software (OBS), but it’s much easier to get started with and also supports webcams, microphones, status information, and custom overlays.

How to Stream Your PC Gameplay to Twitch With NVIDIA GeForce Experience

NVIDIA GeForce Experience software has a built-in game streaming feature. You don’t need any additional software to stream to Twitch, Facebook Live, or YouTube Live if you have NVIDIA graphics hardware.

The NVIDIA streaming feature may not have all the advanced features found in Open Broadcaster (OBS). Still, it’s much easier to get started with webcams, microphones, status information, and custom overlays.

Enable Broadcasting

You need to have NVIDIA GeForce Experience installed to get started, which doesn’t necessarily accompany the daily driver installation. So plow forward and download it, install then check in.

1. Then, just press Alt + Z to open the GeForce Experience overlay. You can do it anywhere – in the game, or maybe on the Windows desktop.
2. If the overlay doesn’t appear, open the GeForce Experience app and go to Settings> General> In-Game Overlay. Enable the overlay if it is disabled and make note of the keyboard shortcut that opens it. Also click “Settings” to customize the keyboard shortcut.
3. Click the gear-shaped “Settings” icon and then click the “Broadcast Live” button, make sure the “Enable Broadcast” option at the top of the screen is set to “Yes.”

This is also where you adjust the streaming quality settings for Facebook, Twitch, and YouTube. At the bottom of this screen, you’ll also find custom overlay options so you can overlay any custom image over the stream. You’ll come back here to adjust these settings in the future.

Want to join the legions of gamers streaming and commenting on video games for live viewers? Here’s all the hardware you’ll need to start streaming games from your computer, plus lots of helpful tips on how to set it all up.

Step 1: Choosing Your Streaming Software

There are a lot of different streaming apps available today, but we recommend one of the following. All of these streaming options are completely free.

• OBS Studio – Advanced high-quality streaming software
• Streamlabs OBS – OBS with a nicer interface and more integrations
• Nvidia Shadowplay – NVIDIA exclusive GPU streaming with no overlay customization

If you want the most customization and don’t mind fiddling with the settings menu, head over to OBS Studio. If you want easier management of overlays, on-screen alerts, and plug-ins, choose Streamlabs OBS.

If you just want to stream your game footage quickly and nothing else, use NVIDIA Shadowplay in GeForce Experience. (For owners of NVIDIA graphics processors only).

Step 2: Optimizing Your Settings

When optimizing your streaming settings, you change the settings to meet two requirements – good FPS and resolution based on hardware performance, and a steady stream based on bitrate.

If you have a good PC, you can potentially stream 1080P video games at 60fps. However, most users will be satisfied with 720p 30fps streaming. Lower than this, and the quality can look terrible.

Your bitrate can be adapted to your network. The bit rate is basically the amount of data sent per second. The higher the bitrate, the more refined the image quality. The lower the bit rate, the more compressed the movie will be.

In order for the higher resolutions to look as good as they should be, you need a higher bitrate. For this reason, you need good network speed and a good computer to stream with higher quality and frame rates. There is also a maximum bitrate that you should use because if you go higher, the average user won’t be able to download the stream fast enough, resulting in buffering and lag.

To test the best resolution and frame rate, use the record button in NVIDIA Shadowplay, OBS Studio, or OBS Streamlabs.

• First, open the settings and then click the Video tab.
• Look for options for FPS and Basic / Scaled Resolution.
• For starters, set them to 60 fps and 1920 × 1080.

Then open the game you want to record. Then you need to select the source of the game. In Shadowplay, this is done automatically. In OBS Streamlabs and OBS Studio, you need to add a source.

The image above explains the process. Record the full game after adding the source. Then watch the video playback when finished. Did it stutter at all? If so, try lower settings. Keep trying until you find the perfect spot.

How about your bitrate? Well, this can be determined by testing your network connection. Go to speedtest.net and run the test. Record the upload speed. A good rule of thumb is that the bit rate should be 75% of the transfer rate. This gives you enough upload bandwidth to browse the internet, transfer files, and play online games.

As an example, my test restored an upload speed of 6.20Mbps, so I could potentially set my bitrate to 4650, which translates to 4650kbps. However, as mentioned above, you should use the maximum bit rate. Twitch suggests it will be 3,500 kbps.

Follow the steps below to set the baud rate.

On OBS Studio and Streamlabs:

• Click on Settings
• Click on Exit
• In the bitrate setting, enter the number you have worked out from the above information.

On NVIDIA Shadowplay:

Whether you want to broadcast your gameplay to your friends only or try your hand at building your own community, this guide has everything you need to get started and hopefully succeed. (We can’t make you a better shooter or more witty, though. That’s your business.)

How to Set a Realistic Goal for Your Streaming

I can think of many reasons why you might want to stream yourself while playing video games. Basically, it’s fun to play, and the attractiveness of an audience watching you play the games is enough to motivate a lot of people to give it a try. You can do this purely for fun and for yourself – and if you get regular viewers, great! If that’s you, you’re probably leaning towards the more casual suggestions in this guide.

Others want to create a community, even a small one, of devoted viewers. And still others hope to monetize streaming via advertising, partnerships, or viewer donations (or a combination of them). In an ideal world, streaming can even be a full-time job.

However, this is a difficult dream, and it is important to set realistic expectations. There are a lot of streamers out there and it’s hard to distinguish yourself from the rest. Don’t quit your day job or school without months of proven financial stability through streaming (or a trust fund you can lean on).

When everyone is fighting for viewers, it’s worth having a “catch” or a special talent. You may be able to make him a regular streamer playing your favorite games, but your chances of standing out aren’t high. The key to success is some form of marketing.

Sometimes it depends on the genre of the game. If you are particularly gifted in first person shooters for example, this is the beginning; people tend to look for elite-level gameplay for this kind of game. Or maybe you are a really fun “Hey, let’s play!” kind of streamer or good at community building and chatting with followers. Or maybe you are very funny. It’s best if you’re a combination of them, but the point is that not everyone who is successful streamer has exceptional gaming abilities (But it helps.)

Regardless of the angle, consistency is key. Viewers need to be able to see you often and come back to you on a regular basis if you like them. You can’t immediately get put off by low viewership as the odds are against you. However, with some determination and the tools below, you can carve a niche for yourself and beyond who knows?

How to Choose the Right Game-Streaming PC

The biggest obstacle to efficient streaming is having the right hardware, so we’ll start with that. Streaming services and software have come a long way in terms of ease of use, often at no cost, but there’s no way around the fact that you’ll likely need to purchase a few physical items to get your streams to life. The greatest single obstacle and subject is a computer that is powerful enough. There are a lot of things about the computer that make it suitable for streaming, so it needs the most in-depth explanation.

This system is likely to double as a gaming and streaming machine (more on that later), so it has to be fast. If you plan on streaming gameplay to PC, it should be obvious that your PC will have to tackle the task of playing modern games as a minimum. This is the most expensive item you’ll need for streaming, and there are many factors influencing your decision.

Overall, your ideal streaming PC can run games at high, if not maximum settings, at your chosen screen resolution. You want your broadcasts to look as good as possible, and if you want to show off the latest AAA releases, eye-catching graphics keep viewers entertained. However, you don’t have to break the bank if you can’t afford it. Moderate gaming platforms will perform moderately well for games, and if that’s your budget that’s fine.

Most streamers play Full HD (1920 by 1080 or 1080p resolution), and I highly recommend that you follow in their footsteps. Playing 1080p is much less straining on your computer, which is essential as it can also bear the burden of processing and streaming games. In addition, you’ll get a much higher frame rate in the game than in 1440p or 4K which means a smoother look.

Note that the resolution of on-screen games may differ from the resolution set in the stream. Streaming in Full HD or higher is very demanding on both the computer and the internet connection, so you’ll find many streamers choose 720p or 900p; even some of the biggest names do. Most popular streamers can afford to invest in a computer and internet connection that can deliver a very sharp stream, but don’t feel like you’re the only one who might be forced to compromise.

If you enjoy streaming competitive multiplayer games (such as Apex Legends, Counter-Strike: Global Offensive, Fortnite, or League of Legends), visual fidelity is a bit less important, but performance and high FPS are key. You need to be able to play smoothly as this will give you an edge, which is especially important if you advertise as a skill based streamer. Playing in 1080p and using a higher frame rate is even more important for this type of gamer.

If that’s you, pairing your setup with a high refresh rate gaming monitor is a smart move. In fact, many competing streamers (even those with powerful PCs) play at low graphics settings to improve framerate because it gives them an edge over the competition. Still, even if you’re playing at low settings, you’ll need a high-end PC to take advantage of the high refresh rate screen. The key is the graphics card in the computer.

The Best Graphics Card for Game Streaming: GeForce RTX and More

To achieve the above, you need the right basic parts. Coding and broadcasting your gameplay on Twitch or another site is a tedious task for every CPU (also referred to as CPU here) and graphics card (GPU), especially since your computer is already using resources to power the game itself. Instead of walking you through every component option here to build your own desktop PC or buy a pre-built PC, I’m going to point you to our comprehensive gaming desktops guide, which already has all of this information. There is a lot to consider and it would take a long time to get it all covered here. You’ll find advice on buying each component in the guide, as well as our list of the best pre-made machines right now, so read on if you’re not up to date with PC parts.

Your bitrate can be adapted to your network. The bit rate is basically the amount of data sent per second. The higher the bitrate, the more refined the image quality. The lower the bit rate, the more compressed the movie will be.

Configure Your Webcam and Microphone

To configure the microphone behavior, open the overlay and click the microphone icon. Select a mode – Always on, Push to talk, or Off. By default, the Push-To-Talk key is the Grave (`) key just above the Tab key on your keyboard. You can change it to a different key by going to Settings> Keyboard shortcuts.

To configure the size and shape of the webcam, go to Settings> HUD Layout, and then select the position and size of the webcam image on the screen. Select “Off” here if you do not want your webcam video to appear in the stream.

At any time while streaming, you can press Alt + Z to open the overlay and click the microphone and video icons to enable or disable the microphone and webcam.

Start Broadcasting

To start streaming with GeForce Experience, first launch the game you want to stream. Then press Alt + Z to open the overlay and then click the “Broadcast LIVE” button. Click “Start” to start broadcasting your gameplay.

You will be prompted to select the service you want to stream to. If you have not yet logged in to the service you want to use, you can do so here. You can also provide a title, location, and privacy settings for the stream. The exact options available here depend on the service you’re streaming to.

Click “Go LIVE” when you are ready to start broadcasting.

The “Broadcast LIVE” button in the overlay turns green while streaming. To stop broadcasting, press Alt + Z to open the overlay, click the “Broadcast LIVE” button, and then click “Stop.

If the stream seems slow, chances are good that your internet connection is not providing the required upload bandwidth. Try going to Settings> LIVE and lowering the resolution, bitrate, or frames per second to speed up performance. You must stop and restart your broadcast for the changes to take effect.

If you’re uploading something – for example, if you have a BitTorrent client running – you should also pause it. This will give your stream more upload bandwidth.

Acer has paired the laptop with an NVIDIA RTX 2060 which, while not the fastest graphics card, is still a beast. In other words: you can play almost any high-end game at 1080p.

Streaming/Broadcasting

Now you know how to record video with Nvidia Shadowplay, but what about live streaming?

First, you’ll need to configure the broadcast settings for whatever streaming service you use. Go to “In-Game Overlay -> Settings Mode -> LIVE Streaming.”

Here you can choose to stream to Facebook, Twitch or YouTube, each with individual settings. Most importantly, with Twitch, you need to choose your Sourcing Server as local as possible.

This is also where you can add a custom overlay to your stream.

Next, open the game you want to live broadcast, then press Alt + F8 when you’re ready. This will open up the Broadcasting overlay where you can select the site you want to broadcast to (with settings configured in advance).

At this point, click “Login” to log into your account on the appropriate platform.

Once done, your broadcast account should appear in the “Publish As” field. Add a title to your video, choose whether you want to broadcast privately or publicly, and then click “Broadcast Live.”

If you are trying to broadcast to YouTube, you must first set up YouTube for live streaming with YouTube Studio in your account. (Click “Create” in the top right corner -> Go Live, then follow the instructions.)

Go back to Nvidia Share, pause recording with Alt + F7, or stop recording with Alt + F8 when done .

Nvidia Share does not support managing or editing the broadcast after it has been uploaded. To manage a broadcast after it’s uploaded by Nvidia Share, go to your account on the site you uploaded it to and manage it from there.

Want to play more with Nvidia’s settings? Check out our guide on how to use the Nvidia Control Panel to overclock your monitor. Once you’re up and running, check your Nvidia GPU benchmark before you start playing for real.

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If you’re uploading something – for example, if you have a BitTorrent client running – you should also pause it. This will give your stream more upload bandwidth.

Twitch System Requirements

Basic system requirements for Twitch streaming are listed below. However, please note that these are general requirements and are subject to change depending on your broadcast quality settings, the encoder you choose, and the game you are trying to broadcast.

Minimum system requirements	Recommended system requirements
Processor	4-core Intel or AMD processor	8 Intel or AMD threads
Aries	4+ GB (2 GB for free)	8 GB+
Storage	256 GB SSD	512 GB SSD
Display	14 ” FHD (1920 x 1080)	15.6 inch IPS FHD (1920 x 1080)
GPU	Compatible with DirectX 11	NVIDIA GTX 10 series
Battery	Up to 3 hours	Up to 5 hours

10 Best Laptops for Streaming Twitch

Now, let’s count down our top 10 Twitch broadcast suggestions! We’ll start our list with the best at the top and the entry-level models at the bottom of this page.

1. Razer Blade 15 — Best Overall

• Processor: Intel Core i7-10750H 2.6 GHz
• RAM: 16 GB
• Storage: 512 GB SSD
• Display: 15.6 inch FHD (1920 x 1080) touchscreen
• GPU: 6 GB NVIDIA GeForce RTX 3070
• Battery: up to 6 hours

The Razer Blade 15 gives a glimpse into the future of streaming laptops. If you are streaming a graphically demanding game on Twitch, you must have tons of horsepower, which is exactly what it offers.

This machine comes with a 10th Gen Intel Core i7 processor and 16GB of expandable RAM – enough for all kinds of streaming (and multitasking while streaming).

It offers 512GB SSD storage which is capacious enough to meet your streaming needs. If you need more space, you can add high-capacity drives both externally and internally. While many people opt for additional storage, this comes in handy when your work involves editing graphics and video.

The powerful graphics processor, the NVIDIA RTX 3070, which supports ray tracing, powers the Razer Blade 15. This will dramatically improve shadows and reflections, as well as more significant scattering and transparency. Thanks to the attractive 15.6-inch display with FHD resolution, it can be said that this laptop is specially designed for streaming.

While it was an excellent choice overall, Razer could have improved its 6-hour battery life. But since you won’t be moving around much with your streaming systems, we think the battery won’t be that painful.

Moreover, you can enjoy an amazing GPU – the battery doesn’t seem to be too much to worry about!

• Fast graphics processor and processor
• Perfect display
• Specially designed for streaming
• Highly sensitive trackpad

2. Acer Predator Helios 300 — Best Runner

• Processor: Intel Core i7-10750H 2.6 GHz
• RAM: 16 GB
• Storage: 512 GB SSD
• Display: 15.6 inch FHD IPS (1920 x 1080)
• GPU: 6 GB NVIDIA GeForce RTX 2060
• Battery: up to 6 hours

The Acer Predator Helios 300 is not only the best Acer model, but also one of the best laptops for live streaming, with a powerful processor, expandable storage and a powerful cooling system .

Thanks to the 6-core Intel Core i7 10750H processor, the Predator Helios can turbo at 5 GHz and has 16 GB of RAM and 512 GB SSD to spice things up. All of these attributes come in handy when launching and streaming open world games on Twitch.

Acer has paired the laptop with an NVIDIA RTX 2060 which, while not the fastest graphics card, is still a beast. In other words: you can play almost any high-end game at 1080p.

Apart from the interior, we really liked the look of the laptop. The black metal with sharp edges has a clean streamer vibe. The 15.6-inch display along with the backlit IPS panel also has a huge impact on the quality of streaming.

Here you will find all the information you need about live streaming. Here you can select your stream title, game category, tags, view chat and check stream performance.

Turn any room into a home studio

While the graphics power of cars is what many will enjoy – along with new prices! – The new NVIDIA Broadcast AI application that enables users to transform any room into a home studio is a good option for those who need to work from home for various reasons. The live streaming world has grown rapidly: Twitch has seen an 89% increase in streamers while viewership has increased by 56%. Many professionals also need to work from home and broadcast from their home office, living room, or kitchen.

NVIDIA’s Gerardo Delgado writes in a blog post that “For the GeForce RTX 20 series, we’ve introduced an updated NVIDIA (NVENC) encoder that delivers best-in-class video quality while offloading the CPU to boost game frames per second. We’ve also worked closely with top streaming apps such as OBS, Discord, Streamlabs, Twitch Studio, and XSplit to improve streaming performance.”

Even so, he adds, “while these efforts have improved the video encoding quality, there is only one component to delivering high-quality broadcasts – sound quality, camera and room setup are also key to viewers’ enjoyment. However, not everyone has the luxury of a dedicated home studio or can afford expensive cameras, microphones and green screens to improve the quality of their production.”

Three AI-powered features

This is where the RTX 30 series makes a difference: With the introduction of the GeForce RTX 30 series GPUs, NVIDIA helps live streamers further boost their gaming performance with the new NVIDIA Broadcast app. It enhances any room for a home TV studio by transforming standard webcams and microphones into smart devices thanks to the power of artificial intelligence.

The Broadcast application offers three AI-driven features:

• Noise Canceling: Remove background noise from your microphone – be it a dog barking or a doorbell. The AI ​​network can even be used on incoming audio channels to mute that one friend who refuses to turn on push-to-talk.
• Virtual background: Remove the background from your webcam and replace it with game footage, a placeholder image, or even a subtle blur.
• Auto Frame: brings you closer and uses AI to track your head movements, keeping you in the center of the action even as you move from side to side. It’s like having your own cameraman.

NVIDIA Broadcast features can be used in everything from broadcasting games to video conferencing with Zoom, or any other situation where you need to connect audio and video to the world. NVIDIA Broadcast is a universal plug-in that works with the most popular live streaming, voice chat, and video conferencing applications. It is supported on any NVIDIA GeForce RTX, TITAN RTX, or Quadro RTX GPU, using dedicated Tensor Core AI processors to help application AI networks run in real time, alongside other software.

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