I wanted to try this for years, but no one would let me - Network Booting Windows

The video explores a home lab experiment where Linus Tech Tips, with Jake at the helm, attempts to boot Windows over a centralized network storage server using iSCSI and a high performance SSD NAS setup provided by KIOXIA. The opening segment frames the motivation: a failed local boot drive prompts a rethink of how a single central server could host the boot and game data for multiple machines. The host introduces the core concept of network booting as a potential solution for centralized storage, redundancy, and simplified backups, while acknowledging the practical challenges that come with taking a concept from data centers into a home environment. Early on, the team discusses hardware choices, including a powerful server with dual CPUs, high speed NICs, and KIOXIA CD8 SSDs, emphasizing the need for sustained throughput to prevent bottlenecks when many clients boot simultaneously. They also preview the software stack, explaining how StarWind VSAN and Proxmox will handle storage provisioning, with ZFS used as a backend to enable deduplication, compression, and RAM caching for performance gains. The video then details the boot architecture, including the role of a DHCP router, a NIC with PCIe lane considerations, and a Windows PE environment used to install Windows over the network, highlighting the steps to customize the boot image with missing drivers and the necessary network configuration files. As the build progresses, the team demonstrates creating a ZFS pool with redundant drives, configuring an iSCSI target for a virtual disk, and setting up SMB shares for game data, all while iterating on performance and reliability considerations. The latter portion focuses on actual software installation, driver injection, and the steps needed to boot Windows from the network, including BIOS adjustments, boot script modifications, and driver prompts, ultimately showing Windows loading from the NAS and mounting the network share to access the installer. The process reveals both the promise and the pitfalls of this approach, with long boot times, driver compatibility quirks, and SMB permissions issues impacting user experience. In closing, the hosts reflect on the practical trade-offs and emphasize that while the experiment is informative and educational, a home deployment of this scale is not generally recommended, pointing viewers toward enterprise-grade drives like the KIOXIA CD8 series and offering avenues for further exploration in NAS-based gaming and storage consolidation. Viewers are encouraged to explore the provided resources and community discussions for deeper technical details and alternative configurations.

Topics · technology · networking · storage · hardware · gaming · home-lab