Interesting choice! A 16-core Ryzen 7000 Threadripper could offer strong performance for demanding tasks.
Interesting choice! A 16-core Ryzen 7000 Threadripper could offer strong performance for demanding tasks.
This decision was a smart one. It often goes unnoticed at first.
It focuses mainly on providing affordable options for DIY builders with many choices at a lower price. However, once you need a strong CPU, it quickly becomes very costly—you might be better off choosing Epyc or even a Threadripper 5000. These options still match modern Intel architectures while offering better performance and efficiency at a lower cost for higher-end parts.
It seems like you're having trouble locating something that was recently released but isn't fully available yet.
The boards are straightforward to obtain, and higher core counts in xeons are accessible. However, the entry-level options aren't available for sale directly and can be difficult to locate from major retailers like Dell or HP. Spoke too soon. HPE offers the 2425 model.
There are a few nearby stores offering items for 530€, though finding them is challenging.
I'm working with Linux KVM virtualization and Nvidia GPU passthrough for Windows or Linux VMs, focusing on calculations and gaming. Alternatively, I'm exploring Qubes OS to achieve strong security. The main limitation of my current setup is the PCIE Lanes that restrict full slot usage. Both X16 slots operate independently with their own IOMMU groups, while others share bandwidth and connect via PICE x1 or NVMe/TPO ports. What I can't do is route a USB controller card directly to a VM without risking GPU functionality. This is the kind of capability threadripper-level components or workstation platforms would provide. I'm uncertain yet—I might have funds later this year to build a new system and see how it turns out. Hopefully, AMD will offer a platform where regular users can enjoy performance without sacrificing security.