Use this file if Intel VMD is disabled in your BIOS, or if your motherboard configuration routes the NVMe/SATA controller through standard AHCI or non-VMD RAID modes. This is common in custom-built desktop PCs or older hardware.
The F6flpy-x64 driver packages—both the Non-VMD and VMD variants—represent a classic example of how hardware innovation can temporarily outpace operating system support. While these drivers add a layer of complexity to the Windows installation process, they are also a testament to the power of modern storage technology. Once you understand the relationship between Intel RST, VMD, and the F6 loading mechanism, what initially seems like an impenetrable error becomes a straightforward fix that can be resolved in minutes.
The standard Windows installation media does not include the Intel RST driver that includes VMD support. Therefore, when you boot a Windows 10 or 11 installer on a system with VMD enabled (which is the default setting on many modern OEM laptops from Dell, HP, and Lenovo), the installer cannot "see" your NVMe SSD. This is precisely why you get the dreaded "We couldn't find any drives" error message. F6flpy-x64-non-vmd.zip And F6flpy-x64-vmd.zip
Once you have the correct driver folder (e.g., VMD from the extraction) on a USB drive, follow these steps:
The confusion arises because both files often contain similar-sounding file names (like iaStorAC.sys ), but their INF configuration files point to different hardware IDs. Use this file if Intel VMD is disabled
: This version is designed for systems where Intel VMD is enabled in the BIOS. This is common on most modern mobile/laptop platforms (like 11th–14th Gen Intel CPUs) to manage NVMe SSDs and support RAID configurations.
Since the official ZIP files are no longer available directly, here are the most reliable methods to obtain the required driver files: While these drivers add a layer of complexity
Historically, your storage drives (NVMe SSDs) communicated directly with the CPU through PCIe lanes. The operating system saw them as individual, raw physical devices. However, as storage technology advanced, Intel introduced VMD as a hardware controller integrated into the CPU die. It acts as a traffic cop, aggregating PCIe storage devices and presenting them to the operating system through a single, manageable interface.
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For users of major brands like Dell, HP, and Lenovo, the simplest solution is to use the OEM's own recovery media or OS image tool. For example:
If you've ever tried to install a fresh copy of Windows on a modern Intel-based computer and been greeted by a message that no drives can be found, you've likely encountered the need for Intel's specialized F6 drivers. Two filenames in particular are closely tied to this issue: and F6flpy-x64-VMD.zip . This guide will explain what these drivers are, the technology behind them, their crucial difference, and how to work with them today.