Need to become a well-liked game streamer? Today we will show you how to develop the best live streaming computer. There are many factors why you may need to get into game streaming business. For beginning, it is a great method to make friends and develop a huge online following. And if you are specifically expert at a game it also offers you the opportunity to show off—and who does not like that?
Most essentially, it is fun. After all, you are interacting with same-minded individuals and playing games! Audience-wise, there is a huge possibility to get to a huge number of people. In November there were 15 Million active consumers on Twitch every day, with the net amount of time invested by consumers on Twitch was 106 minutes.
That is just a sample of one streaming offering, but it offers you a good picture of just how well-liked seeing people stream their game play is.
Building The Best Streaming Computer
So, if you are looking to turn out to be a streaming celebrity, what type of hardware do you require? We have put together what we believe is the best streaming computer, having the potential of playing the newest games while at the same time streaming your game play over the web. It must also be capable of recording audio and video clips of you playing.
That is asking a lot more of your computer than normal, so there are particular peripherals and components that you will require to spend in. For our best streaming computer we are going for the best of the best elements, which means it can get a bit costly, so if your budget does not stretch to some of our choices, just don’t be sad since you get optional affordable components.
Selecting A Processor
The first thing you must mull over is the processor, as the decision you make here will speak a lot of your other elements, particularly the motherboard.
Since we require our computer to not only play games but to snap video (both from a webcam and in-game) and broadcast simultaneously, we require a CPU that can manage hefty multi-tasking. And for that, you preferably require a CPU with as many threads and cores as achievable.
For a long period, quad-core chips were the mainstream for normal computers, but both Intel and AMD have lately come out with chips sporting extra cores, beginning with AMD and its outstanding Ryzen range of chipsets.
This comprises the Ryzen 7 2700X, an affordable and brilliant 8-core chip with 16 threads. There is also the unbelievable Ryzen Threadripper 2950X, which ups the threads to 32 and features the core count to 16.
It is quite a bit more costly as compared to the Ryzen 7 2700X, but in comparison to enterprise chips, which sport high core counts, or high-core chips by Intel, the $899 original price label is not that crazy—particularly considering that the AMD Ryzen Threadripper 1950X, its precursor, rolled out at $999.
On Intel’s end, the firm has launched a steady series of powerful Core X-Series chips all over the years. To develop the ultimate streaming computer, we have gone for the outstanding Intel Core i9-9900K, which is the firm’s first octa-core mainstream chipset.
While you need a number of cores for heavy multi-tasking, such as broadcasting & recording your footage and playing a game, we think that 8 cores is presently the perfect amount, offering you lots of energy without spending much.
We also require keeping the chipset cool. Hence, we opted for the Corsair H100i v2. This is the all-rounder liquid cooler that does an outstanding job of keeping the chipset cool with the less sound. You do not need loud fans working while you are recording.
The cooler can also be equipped on the motherboard to a USB header, which offers you greater management of fan speeds and temperatures.
With the CPU selected, we can now make a decision on our motherboard. As we opted for the Intel Core i9-9900K, we require a motherboard having LGA1151. So, we selected the Asus ROG Maximus XI Hero Wi-Fi, which shows support for quad-channel DDR4 RAM, various graphics cards, and RGB lighting.
Now, RGB lighting is not normally top of our list for functions, particularly on a motherboard, but when you are streaming it is always good to have a striking bit of kit on show.
The Republic of Gamers (ROG) kit by Asus is also recognized for being strongly developed with some outstanding gamer-particular features.
Read Also – How Streaming Sticks Work
Speaking of striking kit, we employed 32 GB RGB DDR4 Corsair Vengeance 3200MHz RAM. Not only is this very swift, 32 GB must be sufficient to assist us with the strenuous live streaming and multi-tasking needs.
As the name recommends, these sticks of RAM also comprise RGB lighting, which can be configured using software for visually striking displays. It is not just for demonstration, either, as the heat-spreaders above the memory assist to keep the elements cool.
Power Supply Unit
A computer without power is just a costly paperweight, and getting the correct power supply unit (PSU) is required. We need with an 80 PLUS Gold-certified PSU, the Coolermaster V1000 that offers huge power (almost 1000W), while also operating quietly with a bigger-than-normal 135mm fan that rotates slower while keeping the air flowing. This assists reduce the general sound of the live streaming computer we are developing.
We made a decision to go for a PSU with huge wattage overhead, as this indicates the Coolermaster V1000 can effortlessly cope with the demanding elements we are employing while offering us room to update in the future. Having a huge amount of headroom also lets the PSU to operate more competently.
The Coolermaster V1000 also advantages from a modular design, which indicates that instead of having a pile of cables spilling from the box irrespective of what you require, you only connect the cables you require.
This makes management of cable much simpler, resulting in a smarter-looking PC and a simpler installation procedure, and also assists with the flow of air.
When playing and streaming online games, you will need a graphics card that can manage high resolutions, while also being capable of coping with the rendering of video while broadcasting.
When it comes to competitive multiplayer games and esports, you do not need all the graphics increased up to the max and to have high 4K resolutions. Rather, you will need a powerful, yet cheap, card that can manage 1080p video at increased frame rates.
That is why we have opted for the Nvidia RTX GeForce 2060 as the most excellent graphics card to equip in our streaming computer. With the RTX 2060, you will be capable of running pretty much anything at 1080p with enhanced settings, and it also sports RTX tech for ray tracing, which makes titles seem even more eye-catching. It is a great mid-to-high level graphics card meant streaming purposes.
For storage we employed the super-quick SSD 960 Pro NVMe M.2 1 TB by Samsung as our boot drive, divided into 2 x 500 GB sections. One to manage Windows 10 and the other to masses our titles. This will make easy loading Windows in a flash and 500 GB must be enough space for the essential updates and operating system.
The rest of the 500 GB is sufficient to store a few titles on, and the Samsung SSD 960 Pro NVMe is one of the quickest hard drives we have seen, which will assist with load speeds. You also require a huge amount of hard drive space to amass your video, hence the WD Red with a hefty 8 TB of space must be sufficient.
Just for extra precaution, we also placed in an Adata SX8000 XPG M.2 NVMe 512 GB SSD for software, in addition with a SanDisk Ultra II SSD 1 TB, which employs the earlier SATA III connections. So, yes—storage is not going to be a problem here.
Now we require a case that will grip all of our lovely elements. As we cited previously, computers for live streaming are normally visible on the streams, so we need something that seems great, and which also provides users a glance of the elements operating inside.
This makes the Corsair Crystal 570X a palpable option; its tempered glass sides and front allow you boast your kit, and it is sufficiently huge to hold most components and motherboards while giving sufficient space for flow of air through the case, keeping the hardware frosty.
Now that you know the essential components to build a PC for streaming your games, get going and start building a PC for yourself. If you feel that this article was helpful, do let us know by commenting below. In addition to this, you can also write to us some more tips that you are aware of. We would be happy to include them.