![]() If you find such device drivers, use them. I know, for example, that both Samsung and Toshiba/OCZ offer their own device drivers for working with their NVMe SSDs. While it doesn't have any bearing on the situation with the NUC6CAY NUCs (since it doesn't support this capability), for completeness I will provide some additional information: In other NUC models - especially those that support M.2 NVMe SSDs - it is possible that there is a vendor-specific device driver that you need to optimally support this SSD. ![]() If your SSD has additional features, look to the SSD vendor for their management. Bottom line, getting a device driver from Intel will not add any additional capabilities nor will it improve performance. If the driver is already installed on your system, updating (overwrite-installing) may fix various issues, add new functions, or just upgrade to the available version. If the SSD device has vendor-specific features that go beyond the "standard" SATA/AHCI capabilities, you would use the vendor-supplied configuration tool and/or a vendor-supplied device driver to manage these features. The package provides the installation files for Intel Desktop/Workstation/Server Express Chipset SATA AHCI Controller Driver version 11. Provided you have the Intel Chipset Software package installed, any SSD device(s) that you have connected to Intel's SATA controllers will be optimally supported by the Microsoft-supplied device driver. ![]() Instead, what it is doing is installing information (.INF) files that will configure the Microsoft-supplied device driver to work optimally with the Intel SATA controllers. When you install the Chipset Device software package (as Leonardo has suggested), it does not actually install any device drivers. Intel does not provide a separate device driver for SATA/AHCI devices you use the standard SATA/AHCI device driver that is supplied by Microsoft.
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