- How much RAM do I need for streaming?
- Should I buy Ryzen or Intel?
- Does more RAM help with streaming?
- What is the best CPU for gaming and streaming?
- Do you really need a streaming PC?
- Is Intel or AMD better for streaming?
- Can you stream with 1 monitor?
- What kind of CPU do you need for streaming?
- Do I need 2 pcs to stream?
- Is 4 cores enough for streaming?
- Are Ryzen processors better than Intel?
- What streaming software uses the least CPU?
- Does CPU affect streaming?
- How can I reduce CPU usage while streaming?
- What is a good CPU percentage for streaming?
- Is it better to stream with GPU or CPU?
- Do I need 32gb RAM for streaming?
- Can you stream with 1 PC?
How much RAM do I need for streaming?
To stream games at HD 720p or 1080p, 16GB RAM is enough for you.
This applies to both single and dedicated streaming PCs.
16GB RAM is adequate to run more graphic intensive PC games too, along with HD live streaming.
Streaming games at 4K requires more power, and 32 Gigabytes of RAM should be more than enough..
Should I buy Ryzen or Intel?
So, why Ryzen? Sure, they aren’t better at everything but while high-end Intel CPUs are mostly a better choice for enthusiasts and some professionals due to their overclocking abilities and superb single-core performance, Ryzen offers so much more for less money if we’re talking about gaming.
Does more RAM help with streaming?
RAM affects the storage available for buffering; however, RAM is secondary in importance to the Internet connection speed. … High definition video playback is more contingent on video RAM than system RAM. Adobe recommends having at least 1GB of RAM for streams up to 720p and 2GB of RAM for streams at 1080p.
What is the best CPU for gaming and streaming?
Best CPU for streaming and gaming on a budgetIntel Core i5-10600K. … Intel Core i7-9700K. … AMD Ryzen 7 3700X. … AMD Ryzen 7 3800XT. … Intel Core i7-10700K. … Intel Core i9-10900K Vs. … AMD Ryzen 9 3950X. … AMD Threadripper.More items…•
Do you really need a streaming PC?
But do you really need a dedicated streaming PC to do it? Well… It depends. If your stream features a gamer personality, where you play video games and react to things with an audience, then the platform you game on matters.
Is Intel or AMD better for streaming?
If you are looking to make a PC that is dedicated for just the stream, then the latest Intel chip will be your best choice. For the time being, Intel does well with CPU encoding, but this requires the best Intel CPU, and a completely dedicated setup for just the stream.
Can you stream with 1 monitor?
Running a live stream with one monitor is possible. However, it limits your capability to view chat and recent events and can interrupt the action on the screen.
What kind of CPU do you need for streaming?
Hardware encoding is much faster and more efficient. If you want to stream a game at 30 FPS with 1080p resolution at a decent level of quality, you would need to dedicate an entire core of an Intel CPU running at 3 GHz or higher. If you’re using a dual core CPU, that’s 50 percent of your CPU.
Do I need 2 pcs to stream?
As long as your PC has the power, then you do not need 2 PCS to stream video games. However, if you want to both play your game in high quality and stream it in the same quality, then i recommend purchasing a separate pc for streaming.
Is 4 cores enough for streaming?
For gaming, you will need a minimum quad-core which is 4 CPU cores and eight or more for the games which are coded for higher threads. For streaming get the CPU processor with logical core and which supports GPU performance to get the best gaming experience and gaming PC configuration.
Are Ryzen processors better than Intel?
The extra processor cores offered by Ryzen mean that certain capabilities will run much faster than the Intel chip. In reality, an expensive eight-core Intel Core i7 6900 CPU performs at a similar speed as the AMD Ryzen 1800X CPU, but the Ryzen costs less than half as much.
What streaming software uses the least CPU?
OBS Studio➕ Low CPU usage Another great advantage of OBS Studio is the lower CPU usage. This is especially vital during streaming. In order to have the smoothest stream ever, you have two options.
Does CPU affect streaming?
CPU. The CPU of your streaming PC is extremely important, as this will shoulder the burden of playing a game and processing video and audio. … A powerful processor will allow you to record or stream gameplay using high-quality software encoding while maintaining resolution and framerate.
How can I reduce CPU usage while streaming?
Here are some ways you can reduce resource utilization and, hopefully, make both OBS and your programs run faster while encoding:Downscale your output resolution. … Lower your frame rate. … Change your x264 preset. … Try Quicksync, AMF, or NVENC. … Check your sources. … Upgrade your hardware.
What is a good CPU percentage for streaming?
Your CPU should be quite alright even at 100%, as long as you have adequate cooling. You should concern yourself more with your CPU temperatures rather than load, if you’re worried about hardware damage. Though at 100% utilization, you’d probably get poor stream/game performance…but that’s beside the point.
Is it better to stream with GPU or CPU?
If you have a powerful GPU, GPU encoding is better. If you have a powerful CPU, CPU encoding is better. The recommended number of cores for streaming is 6 so if you have 6 cores you can easily stream your game play. If you have the new Nvidia Turing cards I will suggest you use GPU encoding.
Do I need 32gb RAM for streaming?
You definitely need 32GB Ram at 3200MHz, by bare minimum if you wanna stream 4k. 16GB is enough if you arent trying to live stream a AAA game; however the cpu and encoding hardware/software are more important than the amount of RAM.
Can you stream with 1 PC?
Fortunately, thanks to to recent strides made by Nvidia, creating a high-quality stream from a single PC is becoming more feasible. If you own a gaming desktop or laptop with one of Nvidia’s new RTX graphics cards, you’ll be able to take advantage of Nvidia’s dedicated hardware encoder that’s built into each card.