This – when combined with the above – makes the i5-12400F the ideal chip for entry-level to mid-range gaming, but when combined with NVIDIA’s NVENC technology, creates a formidable streaming rig. The 12400F features the newer PCI Express version 5.0 and has 2 MB larger 元 cache size, with Intel’s excellent pedigree in video transcoding performance. The reason the Intel Core i5-12400F is so much better for gaming and streaming, is primarily affordability and value for money. Using NVENC as your streaming choice, the 6 performance cores of the i5-12400F can match the framerate of the RTX 3050, ensuring there are no bottlenecks or even a hint of lag. You will find this processor in the Chillblast Fusion RTX 3050 Gaming PC, along with an NVIDIA GeForce RTX 3050 graphics card, 8GB DDR4 3200MHz and high-speed 500GB M.2 Gen 3 SSD as your storage solution. The Core i5-12400F represents amazing value for money, with next-gen technology that has been specifically designed for multi-tasking and gaming prowess. Intel Core i5-12400Fįor those that demand affordable excellence, Intel’s Core i5 Alder Lake CPUs have currently got the market in a stranglehold, dominating benchmarks for gamers and streamers alike, but remaining a firm favourite for lower cost PC gaming. You’ll find it in systems like the Chillblast Fusion Insight Family PC which is a great little gaming machine. The 10400F has six cores and 12 threads, and benefits from 12MB Cache and Intel’s 14 nm architecture, to make use of base clock speed of 2.9 GHz and the turbo boost clock speed of 4.3 GHz. There are a few Intel CPUs that can compete with the Ryzen 5 chips on gaming performance, with the Core i5-10400F perhaps the best example of that. By customising your build and adding a NVIDIA GeForce GTX 1650 4GB Graphics Card, you can expect excellent performance in 1080p gaming, and admirable HD streaming quality. As a package, this ensures that nothing stands in the way of your gaming and streaming performance. You’ll find this processor in PCs like the Chillblast Fusion Recoil, using AMD’s outstanding integrated graphics (APU), 16GB of 3200MHz RAM, and a combo of 500GB SSD & 1TB HDD storage for optimal performance. This CPU has 8 Cores and 16 Threads, with a clock speed of 3.8GHz, and Boost speed of 4.6GHz, making the 5700G a fantastic gaming chip capable of pumping out high frame rates in Esports and even AAA games (if you pair it with the right graphics card). AMD Ryzen 7 5700Gįor a PC that can play games and stream without breaking the bank, the AMD Ryzen 7 5700G is comfortably in the top spot as an all-rounder. But it’s not impossible.Ĭhillblast has been making high-performance gaming PCs for almost two decades and that experience lets us wring every ounce of performance from even affordable PCs with high demands. It might seem difficult to imagine making a budget PC that can both game and stream at the same time, and it is. That ensures that you don’t diminish your gaming performance by making demands of cores that are needed to help render the game, but also don’t diminish your viewers’ stream quality, by restricting yourself to transcoding at low resolutions or frame rates.īest CPU for streaming and gaming on a budget It needs to have a high per-core performance to handle the games themselves and ensure high frame rates, but it also needs plentiful cores for transcoding. That’s what makes the best CPU for streaming and gaming a unique piece of equipment. While you still need a handful of cores to handle the most demanding of modern games, once you go beyond six cores, there are seriously diminishing returns. That’s quite different from gaming, where single-threaded performance can make a much bigger difference to how well it can perform. The one upside of transcoding, even in the context of doing it while gaming, is that it tends to scale very well with additional cores and the workload can be split well between them. This means you need additional processor power if you’re planning to stream and game at the same time. Where the GPU and CPU work together to render a game’s visuals, it’s the CPU that has to do the encoding. Unlike gaming alone, where a powerful graphics card can shoulder the real load of your demand, streaming and gaming at the same time needs the CPU to really push itself too. And that’s what game streaming is: your PC is both gaming and transcoding video in real-time while you play. The only way you can push it further is by diving into professional tasks like video editing, or doing both at the same time. Stressing the graphics card and CPU in equal measure as you mandate high frame rates, high resolutions, and high detail settings. Gaming is one of the most intense demands you can place on a PC. This article was updated 11th October 2022. NEW: Read our latest Streaming and Gaming CPU guide.
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