1. Low Cost New 609-0318 Internal Left Right Speaker For Macbook Pro
2. Low Cost New 609-0318 Internal Left Right Speaker For Mac Pro

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Introduction This article describes how to extend your audio system with a Raspberry Pi micro-computer to play any local music or audio stream from the internet (including Spotify Premium etc.). The best thing is, that you don't need to have any keyboard, mouse, monitor or TV attached to this box: hide it somewhere behind your audio system and remotely control it with your mobile phone (Android, iOS or anything else!) or PC (via any web browser). Yes, there are out-of-the-box solutions available i.e. From Sonos and Bose, but they start at around US$200. This solution will do the same and even some more for around US$70.

You only need very basic hardware skills and some basic software skills. Just follow these steps to get your next-level-audio-system. Background Have you ever heard of Raspberry Pi? It's a low-cost micro-computer that is able to run Linux and has endless extension possibilities. This little micro-computer originally was developed to teach children at school, but it has now become very popular for all kind of DIY-projects. It costs only about US$35 and opens up endless possibilities of what you can build with it. The official website can be found at Hardware components There is only a handful of hardware components you need to build this versatile amazing little audio box: Raspberry Pi To build this audio box, you can either use a Raspberry Pi B or the newer version Raspberry B+.

This article will focus on using the new model B+. It comes with 700MHz Broadcom CPU, 512 MB Ram, 4 USB ports and a 100MBit ethernet port. Cost: about US$40. (Readers from Germany see the notes at the end of the article). Case for the Raspberry Pi The Raspberry Pi computer comes pretty 'naked', so you want to give it a case to protect it and make it look good. Depending on where you will put your audio box later, you can use a cheap and ugly or a nice expensive case.

Please remember that you don't need any visual contact to your audio box, everything is remotely controlled via your mobile phone or web browser. We prefer using the cheapest cases for about US$9 like: MicroSD card The Raspberry Pi needs an SD card to store the OS and data on it as it has no internal storage built in. The size of the SD card depends on if you want to store some music on the SD card as well to play local audio files from it or if you have stored all your music files somewhere on a network attached storage. If the audio box has access to your music files on a Windows shared folder, you can use a small SD card with with 2 or 4 GB.

We currently prefer 8 GB class 10 cards, as these are pretty cheap right now. These currently cost around US$7. You can order them from. If you are using a Raspberry Pi model B+, be sure to order a microSD card as the B+ model only has a microSD card slot. If you are building this audio box with a model B, you can also use the bigger SD card.

Power supply Be sure to use a power supply that gives enough power. When using a Raspberry B+, you should look out for a 2A power supply like. Cost: around US$9. Wifi adapter Depending on where you put your audio box later, there may be no ethernet cable there. But no problem: just plug in a wifi USB adapter and you should be fine.

We made some very good experience with these edimax USB adapters that cost around US$9 and can be ordered. That's it: for around US$70 to US$100 we have all the hardware we need. Audio output The Raspberry Pi never had a good reputation in audio output through the 3.5mm analog audio jack.

But there are three things that you can easily do to improve this:. use the new Pi model B+: it now has a dedicated low-noise power supply which results in a better audio quality than the previous versions of the Raspberry Pi. use a USB sound card: to improve the audio output, you can just plug a USB sound card like to your Raspberry: This will result in a slightly better audio output, but don't expect any wonders from the cheap ones. Cost: about US$6. If you are an audiophile person and want excellent audio quality output, even in digital quality, use the third option:. add a or: these are small add-on boards that have an excellent audio quality and just cost about US$40.

Put the hardware together When you have all the hardware components, start assembling the box: There you are, all assembled: Prepare the SD card Now that we have all the hardware assembled, let's get the software part of this box installed. Download Pi MusicBox We recommend using.

It's a great piece of free software developed by Wouter van Wijk. The current version is 0.5, which can be downloaded directly. Connect SD card to your computer To be able to write the necessary files to the SD card, you need to plug the SD card to your computer. You can do this by either using a microSD-to-SD card adapter (that usually comes with the microSD card) or by using a microSD-USB-adapter. These cost only about US$6. Write the SD card After the download of Pi MusicBox has finished (be aware: it's pretty large.

230MB), unzip the included.img file. To write this disk image file to your SD card, you will need a software that is able to do this. When you're sitting in front of a Windows system, just download and install the free. After installation, run it and select the correct drive letter setting 'Device' ( REALLY check this to avoid erasing another drive by error!) and select the unzipped.img file: Click 'Write' to write the image file to the SD card.

Mac OS: If you're sitting in front of a Mac, use to write the.img file to the SD card. Linux: And if you're sitting in front of a Linux desktop machine, use to get the.img file onto the SD card. Connect to your network If you have the chance that your new Pi MusicBox has direct LAN network connection, you're already set. Put the SD card into your Raspberry Pi now and plug the LAN cable. The Pi should have access to your network. But when you're using Wifi network, you first need to enter your Wifi settings in the config file of Pi MusicBox:.

Open the file settings.ini from the 'config' folder of the SD card in a text editor on your PC:. Enter your Wifi network name (SSID) and Wifi passwort in the settings.ini in the next to 'wifinetwork' and 'wifipassword'. Don't forget to save the settings.ini file afterwards.

Please be aware that Pi MusicBox only supports WPA Wifi, no WEP! Remove the SD card from your PC and plug it into your Pi. We're now done with these setups steps and can now start to configure Pi MusicBox in the next step. Configure MusicBox After you've plugged the power supply to the Pi, give it some time to boot up. Then open your webbrowser and open the url.

You should see the Pi MusicBox home screen: Let's do some customization to the default settings of your Pi MusicBox. Click on 'Settings' in the left menu or the home screen button. These are the settings explained: Network Wifi Network Name and Wifi Password: The SSID and password of your Wifi network (see explanation on how to connect your Pi to Wifi above in 'Connect to your network'. Workgroup: Enter your workgroup name of your Windows network. Enable SSH: If you want to directly connect to the Pi MusicBox via SSH, enable SSH access with this setting. This is only necessary for very advanced changes to the Pi system.

Normally, you don't need SSH access in normal operation. MusicBox Device name: This is the name of Pi in your network. This will also set on how you will access the web control page of your Pi MusicBox. If you enter 'livingroom' here, you need to access the Pi via then. Autoplay Url: Enter any url that the Pi MusicBox will start to play after boot. Wait time: Before playing the 'Autoplay Url' after boot, it will wait for this amount of time in seconds.

Root password: By default, the root access to the underlying linux system is username 'root' and password 'musicbox'. But as that's not very secure, you should change the password to some very secure one here. Be sure to use numbers and special characters in the password to make it hard to guess. AirPlay Streaming: Do you want to stream directly from your iOS device to the MusicBox? Just enable this setting and it should show up in your AirPlay devices list on your iPhone, iPad, etc.

When these are in the same network as the MusicBox. DLNA/uPnP/OpenHome Streaming: If you want to stream audio directly over these protocols, just enable this setting. Audio Initial volume: This is the initial volume of the MusicBox after boot. In our setups, it was always best to set this setting to '100' and instead set the volume at the connected amplifier to the volume you want. Nye frisurer 2014 montar clara jakke. That resulted in slightly better audio output quality in analog audio setups.

Audio output: Depending on how you connect your audio amplifier to the Pi, you can manually set the audio output here. Normally, leaving it to 'Automatic' should work for most setups.

Downsample USB: On the older Raspberry Pi model B, the DAC was not that good, so enabling this downsampling here could result in slightly better audio output if you're using analog audio output. With the newer Raspberry Pi B+ or if you have an audio card attached, you should disable this setting. Music files Scan Music Files: If you want MusicBox to scan for music files on reboot, enable this setting. But be aware: this will scan all attached SD cards, USB drives and also all network drives (see below). This could take some time, depending on the amount of subfolders and music files in all folders. Network Drive: Enter the path to a samba shared folder in your network where you have stored all your music files (i.e.

Server1 music ). Be sure to enter the correct username and password below so that MusicBox can access the shared folder. Note that the music files in this folder will not automatically update. You'll need to enable 'Scan Music Files' above so that MusicBox will scan this folder for new files on the next boot.

Resize filesystem: It might be that you're using a larger SD card than the.img file was that you've written to the card. If you enable this setting, the file system will be expanded on next boot to use the whole SD card. You can then store more music on the SD card locally. This is a beta feature, use with care! Services These are a handful of services where MusicBox can get the audio files from.

Each of them have separate settings that are explained individually there. This list changes from MusicBox version to version.

Local music You have multiple possibilities to add local music to the Pi MusicBox so that you can then play these via the 'local audio' function in the web frontend:. Network shared folder: See instructions above on how to let Pi MusicBox scan a shared samba folder in your network for audio files. Attached USB drive: Just load all your music to a USB drive and attach it to the Pi. When you enable the 'Scan Music Files' setting and reboot the Pi, all these audio files are available for playback.

SD card: When you use a large enough SD card for this whole setup, you are able to put some music on the SD card as well. To load music to the SD card, just attach it to your PC (see above) or access the Pi while it's powered on via Windows Explorer (i.e. You can then copy music to the Pi's SD card. Mobile access Pi MusicBox was built to control your music output from mobile devices. So you can use any smartphone to control the audio playback.

Just open the webbrowser and navigate to the url of the Pi MusicBox (i.e. ) and you'll be able to control the audio playback: This also works from mobile phones of your friends at your home party!

Just give them access to you Wifi network and the url of the MusicBox and anybody can control the music. Security The Pi MusicBox was built to run in your local network. Do never put it outside your firewall so that anybody from outside has access to the Pi! It's your own task to secure any access to the Pi. Getting help If you encounter any problems while trying to build this audio streaming box, you have multiple possibilities to get help:.

Pi MusicBox FAQ: The maker of Pi MusicBox has published a very good FAQ online. Mopidy forums: There is a forum to discuss Mopidy/MusicBox issues.

Add comment below: Just enter your problem or question as a comment below. Please note: the better and more detailed you describe your problem, the more likely you'll receive a helpful answer Readers from Germany German: Hier die Links zu den Hardware-Komponenten, wie sie aus Deutschland bestellbar sind:.

Low Cost New 609-0318 Internal Left Right Speaker For Macbook Pro

Next steps This is just a start to give you an idea of the basics. There are endless possibilities on how to extend this system. What are you going to add?

History: Initial release of article. Member 12480745 23-Apr-16 18:53 23-Apr-16 18:53 I have installed the image multiple times using drag and drop, PiWriter, and CLI, from master site. I downloaded the latest PiMusicbox.img (version 0.6) on apr 23, 2016.

I have tried extracting it several ways as well, including 3 fresh downloads, and I get what seem like the correct files. When I flash them to my SD card, it gives a success message, then I eject it and insert the microSD in the RPi3, connect to power,. My poor R Pi 3 will start up, and then freeze at the 4 pixel boot. I have tried editing the config files in both Atom and TextEdit - none of the troubleshooting works so far. Should I attempt the boot delay = 1 line of code? My other Raspbian and XBMC/Kodi machines are working fine, so I know how to install from NOOBS and download these using the tools on my Mac, running OS X 10.10.5. For what it is worth, the media is a Sandisk 32gb MicroSD - seems to function ok in in Mac.

R Pi 3 is connected via ethernet to internet, and HDMI to monitor (setup used w Raspbian/XBMC to test), MCM 2A power adapter. Can anyone offer some help or assistance via email? I am willing to do all the work, I need some tips that go beyond the FAQs. The idea of a Spotify server seems very exciting to me, I want to get it up ASAP. Thanks, sorry to ask such an ignorant question, I am grateful for assistance!

Member 8899945 9-Feb-16 8:51 9-Feb-16 8:51 Love the concept of this project and bought the hardware to attempt to duplicate it, but am stuck trying to get the motion program properly installed and running on a Pi 2. Getting stuck at: sudo apt-get install -y libjpeg62 libjpeg62-dev libavformat53 libavformat-dev libavcodec53 libavcodec-dev libavutil51 libavutil-dev libc6-dev zlib1g-dev libmysqlclient18 libmysqlclient-dev libpq5 libpq-dev where several of the libraries ( libavformat53, libavcodec53, libavutil51 ) are unavailable. Tried substituting newer versions of these libraries as suggested by others, which overcomes the apt-get issues, but fails to satisfy the motion program when I attempt to run it as I get: motion: error while loading shared libraries: libavformat.so.53: cannot open shared object file: No such file or directory.

So is it possible to run this project on a Pi 2 and if so, what must I do differently? Thanks in advance for any help. Member 12313726 8-Feb-16 1:30 8-Feb-16 1:30 Hi there, Great walk through for how to set up the musicbox system. I'm running into trouble when I go to musicbox.local on my computer's browser (I'm using Chrome if that makes any difference). It was getting to the page shown some of the time (but for some reason the Pi still had a blank screen - is this usual?), but now every time it goes to ERRNAMENOTRESOLVED. Does anyone have an idea how to solve this issue? I'm using a Raspberry Pi 2, connected to the modem via cable.

Low Cost New 609-0318 Internal Left Right Speaker For Mac Pro

My desktop runs through the Wifi. Do I need to put in the Wifi info?

I don't see why I would given that it's not the Pi that is going through the Wifi. Thanks for any help in sorting this out, Mike.