Which PC is Best For You? TwitchTV and Hitbox allowing anyone to broadcast themselves playing video games live to the world. It has also become an incredibly simple how Much Money Does A Small Twitch Streamer Make to do, as long as you have the proper hardware and know-how. This guide is your one-stop-shop for building a computer to stream games online. We’ll explain what you need to do in order to stream online, what PC hardware you’ll want to use in your build, and how to get the best possible performance out of that hardware.
Clear, high framerate, low lag streams are one of the keys to being a popular streamer. This guide will show you the PC hardware you need to produce a high quality stream. In Section 1, we’ll review a number of Example Streaming PC Builds. In Section 2, we’ll go in-depth on how to properly set up your PC and Optimize for Streaming. In Section 3, we wrap things up with a discussion of crucial Peripherals. After you’ve built your machine and optimized everything, we also offer some help on Setting Up Your Stream. Also, you’ll need to make sure your internet upload speed is fast enough to stream.
If you’re not sure your internet is fast enough, go to our Upload Speed sub-section. Some of the Lingo Before we begin, there’s some important lingo to understand. All of this will be discussed in much greater detail in section 2. Streaming: Capturing, encoding, and uploading video and audio information in real time. Encoding: The process of turning raw video and audio information into a compressed file type that can be understood by software on the other end. Software encoding: Using software that uses the CPU to perform the encoding. Higher quality, but more demanding on hardware. Hardware encoding: Using software that uses specialized hardware to perform the encoding instead of the CPU.
Slightly lower quality, but more efficient for hardware. Also covered in-depth in later sections. Bitrate: The file size we’re creating every second when encoding. 1500 kilobits per second, or 188 kilobytes for every second of video.
The number of images your computer can produce every second while performing a task, such as gaming. For PC gaming, our target framerate is often 60 FPS. We also use frames-per-second when discussing encoding. Section 1: Example Streaming PC Builds This section presents three example PC builds to represent a range of budgets and needs. Following this section, we explain how to achieve optimal streaming performance with each of these builds. The Budget Streaming Build will use the GPU for hardware encoding, the highest quality option available in this price range. This PC will be powerful enough to stream indie games and less demanding modern games, or modern games at lower settings.
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The Pentium G4560 CPU is a great bargain, and would be a powerful enough CPU to handle a more powerful GPU, should you choose to upgrade in the future. It’s powerful enough to play most modern games smoothly. The graphics card is powerful enough to play most modern games smoothly with the graphics turned up at 1080p, or demanding games with lower graphics settings. The GPU will also let us use the highest quality hardware encoding for streaming, which is the best quality available without needing a more powerful, more expensive CPU. A nice upgrade for this build would be an SSD, such as a Crucial MX500 250 GB. For streaming most modern games at high settings at 1080p or 720p, using hardware or software encoding. At the core of this build we’ll find the Ryzen 5 2600X.
GHz, this CPU will handle the most demanding modern multithreaded games. Or for less demanding games, it will let you dedicate 2 cores to streaming with CPU encoding, and still have 4 cores for gaming. Gaming performance is similar to Intel’s i5s, and also to the more expensive Ryzen 7 CPUs. The GTX 1060 6GB will play any game smoothly maxed out at 1080p, and many at 1440p. It will also let you use NVIDIA’s hardware encoding, for streaming demanding games. This build will get you close to the highest quality 1080p stream, thanks to the 6-core, 12-thread Intel i7-8700 CPU and powerful NVIDIA GPU. For playing at 4K and streaming at 1080p or even 1440p at the highest quality possible.
The high-clock-speed, 8-core, 16-thread CPU has the highest combination of single- and multi-threaded performance currently available. That means maximum performance for games, while also having the ability to dedicate 4 cores to high quality h264 video encoding for your stream. The NVIDIA RTX 2080 will play games at 60 FPS at 4K. The large amount of RAM and fast PCIe SSD will keep general system responsiveness high. Water cooling will keep things cool and quiet, even if you want to overclock. This is your monster build, designed to stream all modern games at maximum quality.
The powerful 16-core, 32-thread CPU will allow you to use high-quality x264 software encoding for your stream. You could dedicate the equivalent of an entire i7 CPU to software encoding, and still have extra cores left over. This is the best streaming experience possible with one computer. This build could easily record gameplay in 4K while downsampling to 1080p for the live stream. Harness the full power of this monster build. Optional upgrades are listed next to the recommended parts, for those who simply want the best and don’t mind the price.
One of the highest quality power supplies available. Solid State Drive: Samsung 960 EVO M. Note: This sub-section is only for people considering streaming using a two-PC setup. You should feel free to skip this section if you plan to use only one PC. If you’re on a tight budget, it makes more sense to game and stream from one PC, and get a faster GPU and CPU. The vast majority of streamers are going to use one PC to stream, getting the best results possible on one PC by using the hardware encoding techniques described in this guide. Using one PC for streaming and gaming is perfectly acceptable.