Is my computer capable of broadcasting and running games simultaneously?
Is my computer capable of broadcasting and running games simultaneously?
I'm questioning whether my computer can run current video games with maximum graphics settings simultaneously alongside live streaming. Last evening, I was broadcasting while playing Call of Duty: Modern Warfare and observed a delay in my stream's performance. However, I wasn’t experiencing any slowdowns; the streaming itself was struggling. Here are my system specifications:
GeForce GTX 1070
Intel Core i5 6600K
16 GB of RAM
250 GB Solid State Drive
512 GB Solid State Drive
1TB Hard Disk Drive
Upload Speeds of 10mb/s
Greetings,
A brief response might work, however it will likely yield unsatisfactory outcomes. Even a powerful processor like an Intel Core i7-7700k will encounter frame drops (your lag) when running at 1080p resolution.
To achieve truly optimal gaming and streaming quality, a minimum of a 6-core/12-thread processor – such as an Intel Core i7-8700K, a Ryzen 1600X, or a Ryzen 2600X/3600 – is recommended.
Many streamers aiming for exceptional gaming performance and high-resolution streaming typically utilize 8-core/16-thread processors.
However, for 1080p streaming, the aforementioned 6-core/12-thread processors are adequate and provide excellent gaming performance alongside high-quality streams with minimal frame drops. Adjusting settings and lowering output frames can be attempted, but this would negatively impact the viewing experience for those watching.
Greetings,
A brief response might work, however, it’s unlikely to be effective. Even a powerful processor like an Intel Core i7-7700k can experience frame drops (lag) at 1080p resolution.
To achieve a truly excellent gaming and streaming experience with high-quality output, it’s recommended to use at least a 6-core/12-thread CPU such as an Intel Core i7-8700/k, a Ryzen 1600x, or a Ryzen 2600x/3600.
While 8-core/16-thread CPUs are frequently selected by streamers aiming for optimal performance and superior streaming quality, 6-core/12-thread processors can effectively deliver smooth gameplay and high-quality streams with minimal frame loss. Adjusting settings and output frames can be attempted, but this may negatively impact the viewing experience for those watching.
Performance will vary based on the video and image settings you utilize for your broadcast. A 4C/4T i5-6600K processor alone will not perform exceptionally well when streaming, even with graphics card assistance.
Running 1080p at a smooth frame rate (60 frames per second or more) should work. Are you planning to stream at that resolution? That might be challenging with your existing equipment – consider switching to 720p at 30 frames per second.
Just noticed others were ahead of me with that idea – my mistake!
Alright, so essentially, I require a new central processing unit that has at least six cores and twelve threads.
Over many years, a limited number of central processing units (CPUs) have been prevalent. When purchasing one, consider not only the number of cores but also the underlying architecture of the chip. For example, if choosing AMD, avoid older processors like those from previous generations; specifically, opt for a Zen 2 processor – the third generation, often designated as the 3000 series. In essence, you should aim for a minimum of a Ryzen 5 3600, and ideally, the Ryzen 5 3600X.
Let me offer a suggestion before we proceed too deeply into this matter. Considering your current setup appears to function adequately without streaming, and given you might not want to invest heavily in a full system replacement, I urge you to consider this important question: Are there viewers interested in watching your gameplay? If not, upgrading could be a needless expense driven by ego. Based on your financial situation, an upgrade might be a simple task—just be straightforward about it.
You can make a potato into a perfect gaming/streaming system with GPU hardware acceleration,all you have to do is to find the thread that does the actual streaming and put it into at least high priority,real-time priority is the best and you can do it without issues since the CPU usage of a GPU hardware accelerated stream is going to be next to zero.