![]() ![]() Specialized operating systems are a recommended alternative to classic Linux for NAS tasks. The developers also provide a version of OpenMediaVault for classic x86 machines.įigure 1: OpenMediaVault is a specialty Linux distro preconfigured for NAS scenarios. However, you do not have to give up on OpenMediaVault if you need more performance than a Rasp Pi can offer. ![]() ![]() In practice, this means managing large amounts of image or multimedia data with the Rasp Pi is not much fun. At a data rate of about 9MB/s (write) and 11MB/s (read) via Ethernet, you only need close to two minutes to transfer a 1GB file. Your Rasp-Pi-based OpenMediaVault server is suitable for minor datasets such as text files or spreadsheets. OpenMediaVault ( Figure 1) is a NAS-focused Linux distribution that maintains a version for the Rasp Pi. But if you don't have big demands for performance, a simple and unobtrusive Raspberry Pi 3 (RPi3) will work well as a NAS. In particular, the relatively slow Fast Ethernet interface and the mass storage, which can only be connected via USB 2.0, take a toll on performance. One of the issues with using the Pi as a NAS is the bottlenecks caused by its system architecture. ![]() If you don't need a big bulky dedicated NAS system, you can achieve much of the same result on a small scale by rolling your own NAS solution with a Raspberry Pi (Rasp Pi).ĭon't expect your Rasp Pi NAS to shoulder enterprise-level workloads. However, an oversized NAS solution of the conventional sort generally is not needed on a smaller network that doesn't have a large video collection or database.ĭedicated NAS devices, already costly to purchase, also hit your wallet with relatively high energy consumption. Network-Attached Storage (NAS) systems are often ungainly contraptions that take up lots of floor space and come with many slots for hard drives or SSDs. ![]()
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