When it’s all done, you’ll need to reboot the Pi in order to see and use the drive you just formatted.Īfter rebooting, open up the file browser from the top menu bar (the Folder icon), then navigate to /media/pi/music (assuming you made that “music” label when you formatted the drive. I also recommend adding a label here for “music” which will make it obvious where to transfer your music in the next step. Partition type is msdos (selected by default). Then you’ll right-click on the partition and format it as Fat32. Next, you’ll create a new partition table for this drive by going to the Device menu and selecting Create Partition Table. To do that, click the drop down in the top right corner of the window and select the drive with 292 gigs of space (I know there’s a good reason why this 314gb drive only has 292gb of usable space, but it still makes me a little crazy). With the Node Zero, you have a 300 gig hard drive connected to your Pi, but you can’t do anything with it until it’s formatted. Gparted is a tool for formatting and partitioning any storage you have connected to the Pi. When you open it up, it will ask for your password again. Once the software is installed, hit okay, and then go to the Preferences submenu again to find and open Gparted. If you really want to sudo apt-get install gparted, you don’t need my permission. In fact, I deliberately went out of my way to make this entire guide Terminal-free. I figured this is the least intimidating way for most people to install software. Now if you’re a hotshot Linux user you’re probably shouting at your screen right now wondering why I didn’t have you do this over command line. It’ll ask for your password, which by default is the word “raspberry” in all lowercase letters. The quickest way to do that is to search for it, check the box next to its name, and hit apply. You’re going to install a new program called GParted. Then in the top left main dropdown menu (the one with the Raspberry) go to Preferences and then select Add/Remove software. Once you’re in the desktop you’ll need to configure Wi-Fi up here in the top right corner and connect to your network. I found this 4-port hub worked great ( ). You’ll need to use a USB hub to get everything connected. Pi Drive Node Zero LINK Pi Drive Node Zero enclosure LINK 5v, 3a power supply LINK Pyle PFA300 90-Watt Class T Hi-Fi Stereo Amplifier LINK UGREEN USB External Stereo Sound Adapter LINK Mediabridge 3.5mm Male to 2-Male RCA Adapter LINK AmazonBasics 16-Gauge Speaker Wire LINK SanDisk Ultra 16GB Ultra Micro SDHC LINK Anker Ultra Slim 4-Port USB 3.0 Data Hub LINK Wi-Fi USB adapter LINK Pi MusicBox Software LINK USB Mouse and Keyboard (let’s assume you have these)īoot up the Node Zero with the Raspbian card installed, along with a Wi-Fi adapter, keyboard, and a USB mouse connected. How about you roll your own home music server instead?Īround $100, depending on what you already have on hand. And who knows when those companies will pull the plug. Sure, most of it is probably stuff you could just as easily stream these days, but a lot of us have files that don’t have a streaming equivalent.Īnd yes, there are cloud services like iTune Match, Google Music and Amazon Music, that will store your collection for a price and stream it back down to you - but you shouldn’t have to pay rent on music you already bought. That said, I honestly believe the PiDrive Node Zero’s combo of Pi and drive is an unbeatable value.ĭid you buy or rip or otherwise come to posses a ton of MP3s in the pre-Spotify heyday of digital music? If so, you probably have it all backed up on hard drives or sitting on an old computer somewhere you never use. They're a cool company and I'm happy to have them as a sponsor.īut for those of you wondering if it’s possible to do this project with just a USB hard drive and any flavor of Raspberry Pi - yes you can. They provided me with the PiDrive Node Zero product used here, and compensated me for putting this whole thing together. This project was created with the help of WD Labs, a division of Western Digital that sells Raspberry Pi kits, products, and accessories. This same setup can weave together online music services like Spotify and Google Music, as well as internet radio, and also act as an Airplay or DLNA receiver for streaming music from other devices. In this project I’m going to show you how to turn a inexpensive Raspberry Pi computer into a home for your MP3 music collection that you can browse and control from your phone or computer.
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