If you require central data access but don’t want to spend big bucks on a pre-built NAS (Network-Attached Storage) and the operating system that comes with it, you’ve come to the right place. This article will guide you through the steps of repurposing an old PC into a NAS ready for any sort of workload. It doesn’t matter if you’re running Windows 10 or 11, we’ll show you how to make the most out of old hardware using the free Windows 11 capabilities that many NAS providers charge a hefty fee for.
Hopping aboard the Windows NAS is easy, especially if you have some old hardware lying around that’s looking for its second life. That alone saves you money, and it often goes along with the lifestyle that brought you to the whole technology recycling ethos in the first place. If you have an old desktop lying around, this might even work for you. If you’re really threading the needle, you might even use something like an old laptop for your NAS. The starting point in terms of your computer’s bones is something like a dual-core 64-bit processor and at least 4GB RAM (8GB is what I’d recommend). Boost your data integrity with NAS-specific drives like Seagate IronWolf or Western Digital Red, and avoid old-school Standard hard drives.
You’ll want as much storage space and as much speed in a NAS setup as you can get, so your main drive will be a small, snappy M.2 SSD for your operating system, and you’ll be connecting as many NAS-specific hard drives as you can. A NAS’s main selling point is the ease with which it’s expandable. You’ll have far more SATA ports than you would in a typical PC, and in most cases you can also expand with extra connections by slotting in a PCI card. You will need a case with enough mounting spaces for your hardware, which is where a case like the Fractal Design Node 804 (pictured above) or the Cooler Master N400 really shines.
You begin by installing Windows 11. You’ll need a bootable USB drive to do so. Then you need to configure the system, get it running, and updated. Then you need to configure network settings, such as making your Windows NAS have a static IP, so it will always be available. Then, of course, you’ll need to ensure your Windows NAS is discoverable on the LAN so that other computing clients will be able to access its centralised repository of stored data.
Effectively combining your drives into a single storage pool is what endows a NAS with its power. Windows makes it easy for you to create and manage such pools, making sure your data is neatly arranged and stored in the most appropriate way. You will have to choose the right level of pool redundancy depending on your need for data duplication, and the number of drives you have available.
Anyone who’s ever installed Windows will know they often like to load up your computer with stuff you don’t want. Using, for example, BloatnosyAI can bring this to a level that allows for a lean, mean, and fast NAS machine where you won’t have any unnecessary ‘blinky lights’ in the background slowing things down.
Docker turns an off-the-shelf Windows NAS into something that’s not just a storage unit but a ‘computer’ that can run many different apps in sandbox-like Docker containers. Your NAS could run a media server, smart home controls, or almost anything else, becoming a core part of your technology instead of a mere archive of photos and old documents.
Making a NAS that can run Windows is a journey towards cradle-to-cradle recycling, plus it’s a means to tap the latent potential of your older machines. With Windows 11 and a little DIY knowhow, you can turn a dusty desktop into the centre of your storage and media – not to mention server – universe, all while keeping your data safe and accessible across your network.
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