Processing power for gaming and virtual environments
Processing power for gaming and virtual environments
I’m planning a refresh to maintain my existing build and preserve parts of it. My workload includes gaming virtualization and development tasks, so I’m using a virtual machine on my main Windows system to keep things organized. I run several VMs at once—like a development VM and two Windows servers. Right now I have an AMD Ryzen 9 5900X with 12 cores, 64 GB RAM (which can handle Windows Server and MSSQL well), plus an RTX 2080 graphics card and three NVMe drives for storage. Two SATA SSDs are used for bulk storage and virtual machines.
I’m considering upgrading to something like the Fractal Pop Mini Air RGB, aiming for a future upgrade path toward a RTX 4080 if needed. The current setup works fine, but newer Intel CPUs seem less suited for gaming workloads, especially with virtualization. While Intel offers better single-core performance, I’m not sure how it will handle my mixed tasks. I’ll save money on a new CPU now and wait for the latest Intel releases, since I don’t want to rush the transition. I prefer a mostly hands-off setup that requires minimal maintenance.
The 7800X3D is considered one of the fastest gaming CPUs available today. Its recent price increase has also been notable. While Zen 5 isn't a significant drop in performance compared to Zen 4, it offers only about a 5% boost for gaming tasks. Productivity features like AVX-512 remain a different matter. There are no Zen 5 XD3 models yet, though they should soon be available. The 9800X3D is unlikely to surpass the 7800X3D by more than a 5% improvement either. According to Intel’s press releases, their new architecture focuses on power efficiency rather than raw performance gains. Their aim with the 15th generation is to deliver better energy efficiency. In summary, they’re probably close to matching AMD in performance and might eventually close the efficiency gap. Personally, I wouldn’t recommend switching to Intel for another six months unless there’s solid evidence that the 15th gen won’t suffer from the same stability issues as previous generations. It would help to know more about your specific needs—whether you prioritize gaming or productivity—and if you’re looking to upgrade parts right now. Your performance goals matter, whether it’s for games or daily tasks. X3D excels in gaming but lags behind in productivity due to lower clock speeds. You can still use non-X3D options for gaming and X3D for work, though that’s less optimal.
Initially I appreciate the support. My goal isn't to upgrade quickly so I don't end up giving up a working system to someone with fewer resources. I aim to pass on a functional setup rather than a very outdated one. Fortunately, I can afford a new computer every four years without issues. I expect to get a used GPU for my current machine and eventually have a more powerful one to give away. My main concern is not needing a separate server; running everything locally saves resources and energy. If visualization tasks arise, the CPU should suffice. In practice, disk space and RAM tend to be the bigger challenges than CPU speed. I do use VMware Workstation Pro, so I believe storage and memory are more critical right now. However, I run a fairly capable development VM that runs on multiple screens and I’m considering 1-3 servers at a time. Higher clock speeds aren’t essential for those tasks, but adding more cores could help if needed. I’m leaning toward Intel chips for now, keeping an eye on AMD options, but I just want to avoid another six months of waiting.
Average cost around 11% based on the leaked MSI slides. Not too bad. https://www.techpowerup.com/327613/msi-o...-in-gaming
Yeah, I've read the same, but I'd rather wait for independent 3rd party reviews. AMD also claimed 16% uplift for Zen 5 before it was released. Those 11% appear to be based on a single game, rather than an average score.