Consider the Ivy Bridge CPU that best fits your needs, such as performance requirements or budget constraints.
Consider the Ivy Bridge CPU that best fits your needs, such as performance requirements or budget constraints.
Here are the available Intel Core i5 and i7 options matching your criteria:
- i5-3570K – unlocked multiplier, no VT-d
- i5-3570 – locked multiplier, no VT-d
- i7-3770 – locked multiplier, Hyper-Threading
- i7-3770K – unlocked multiplier, no VT-d
- i7-4820K – unlocked multiplier, VT-d, Hyper-Threading
- i7 Extreme-4960X – unlocked multiplier, VT-d, 6 cores, Hyper-Threading
You want both VT-d and an unlocked multiplier. Intel requires you to opt for the more expensive LGA 2011 platform to get those features. Decide whether you’re willing to give up VT-d or the higher performance unlocked option.
Hyper-Threading availability depends on your first choice—consider it once you narrow down.
The top-end i7 in your list is likely the quickest option. However, at this stage it could make more sense to opt for a refurbished AM4 board. More advanced older chips remain costly, but you might easily locate a solid used Ryzen processor and board for that budget.
For those who claim these CPUs are outdated, Haswell and newer models often struggle with Windows Vista. I might consider using the AM4 path and attempt to run Vista on a Zen 2 or Zen 3 board, though it could be excessive if successful. The CPUs I referenced are currently the top choices for Vista compatibility. Additionally, these processors satisfy the needs for any Persona/Devil Summoner titles. VT-d enables transferring graphics from an ATI Radeon HD 4870 to a Windows 2000 system. My primary goal is to test Vista on a VM with IOMMU support. This machine will support Windows Vista, Windows 7, and even Windows 8.
Do you have a specific need for running Vista? Are you interested in playing old games? Do you require certain programs that aren't compatible with newer Windows versions? Providing these details helps us determine the most suitable choice.
The primary goal in constructing a PC for Windows Vista, as well as Windows 7 and 8, stems from significant performance issues with VMware. Additionally, most GPU passthrough documentation failed to function properly for my setup. Previous guides assumed full EFI compliance, which Windows before version 8 didn't meet. Applying X-VGA command-line arguments manually in the virtual machine manager didn't resolve the problem, as changes to the VM XML file were lost upon saving. I require a system fully equipped to handle Windows Vista simply because the hypervisor software proved unreliable.