I'm planning a new PC mainly for gaming, especially demanding games such as inZOI, Planet Zoo, and Frostpunk, with high graphics settings. I may also need to use it for professional rendering in V-Ray and 3ds Max if I change jobs and no longer have access to a company computer. My budget is €3,000–€3,500, excluding peripherals, and I'd like the system to remain capable for several years. I'm based in Italy. An AI-generated parts list suggested an RTX 5080 or possibly an RTX 5090, Ryzen 9 9950X or 9950X3D, 64 GB of DDR5, a 2 TB NVMe SSD, an X870/X870E motherboard, a 360 mm liquid cooler, a 1,000–1,200 W power supply, and a high-airflow case. Does that make sense for my budget and workload, or would you balance the components differently?
4 Answers
The suggested build doesn’t appear to account for current European pricing. A 5090 can consume most or all of the budget by itself, and high-capacity DDR5 and SSDs are also unusually expensive right now. AI tools can compare specifications, but they often produce parts lists without checking realistic local prices. Since you’re in Italy and don’t need peripherals, the next step would be to price a complete build from Italian retailers and decide whether rendering is mainly CPU-based or V-Ray GPU rendering.
You don’t necessarily need 64 GB immediately for gaming, but 32 GB may become restrictive for larger scenes and professional work. I’d treat 64 GB as the sensible starting point, preferably a matched DDR5 kit, with room to move to 96 or 128 GB later if your render projects require it. A 2 TB NVMe SSD is also a better baseline than splitting the budget across a small SSD and a hard drive. A quality 1,000 W power supply should be enough for a high-end GPU, unless the final graphics card’s specifications call for more.
For this mix of gaming and rendering, I’d choose the regular Ryzen 9 9950X rather than the 9950X3D. The extra cache on the X3D model mainly benefits gaming and generally doesn’t help V-Ray rendering, while the standard 9950X is cheaper and well suited to heavily threaded work. Put the savings toward the strongest NVIDIA GPU that fits, since V-Ray GPU rendering benefits substantially from CUDA performance and VRAM. A 5090 would be attractive for that workload, but only if it can be fitted into the budget without compromising the rest of the system.
The lower-end alternative suggested in the discussion is poorly balanced for a €3,000–€3,500 system. An RTX 5060-class card would be reasonable for a much cheaper gaming build, but it leaves a lot of performance on the table for high-refresh or high-resolution gaming and GPU rendering. I’d prioritize the GPU after confirming the exact V-Ray workflow, then use a strong multi-core CPU, 64 GB of RAM, fast storage, and a case with good airflow rather than spending heavily on an unnecessary 360 mm liquid cooler or an oversized motherboard.
An Intel Core Ultra 9 option could also be compared against the 9950X, but the better choice depends on current Italian pricing, application benchmarks, and power or cooling preferences.