Plug in this internet radio player and listen to your favorite stations on Pandora Radio. Six pushbuttons control the music, while an LCD gives feedback on the song, artist, and other useful information. All of this is housed in a custom acrylic case with access to the Raspberry Pi's ports.

Special thanks to LVL1 Hackerspace (www.lvl1.org) for use of their laser cutter!

Raspberry Pi is a trademark of the Raspberry Pi Foundation.

Step 1: Parts List

In order to build the system, you will need several things. The main piece is a Raspberry Pi Model B with a 5V, 1A power supply. This Instructable is based on a Revision 2 board, but will work on earlier boards with minimal changes. 

Next, you will need an SD card with a Raspbian Wheezy image. Instructions for this process found at: http://elinux.org/RPi_Easy_SD_Card_Setup

Electrical hardware needed:
1) Solderless breadboard (and wire)
2) Serial LCD module (3.3V module from Sparkfun was used: www.sparkfun.com/products/9067)
3) Ethernet Cable
4) USB Keyboard and mouse (necessary for setup, not the final product)
5) Pushbuttons (6) -  "Normally Open" type with threaded mounts
6) 3.3V Regulator (LM1117T-3.3 from Texas Instruments in the TO-220 package type used here)
7) Resistors: (7) ~10kOhm, (6) 1 kOhm
8) Capacitors: (2) 10 uF tantalum (as recommended by TI for 3.3V regulator
9) Pi T-Cobbler from Adafruit (not necessary, but makes GPIO access much easier)
10) Auxiliary audio cable

Other equipment needed:
1) Soldering Iron and solder (for the T-Cobbler breakout board)
2) 1-Minute Epoxy (for the acrylic case)
3) Acrylic (and a means of cutting it)
4) Nylon Standoffs and Screws
5) Velcro strips (with sticky sides)

The acrylic used in this project was 0.08" thick and can be found at Lowe's in 8"x10" sheets. This was great for cutting with a laser-cutter. Other thicknesses can probably be used - this will be left up to your discretion (and experience).

The standoffs used were a combination of (3/8"  - hex -  1.25" -  4-40 thread) and (3/8" - hex - 0.375" - 4-40 thread) nylon male/female standoffs. 4-40 fillister flat head nylon screws were used with these standoffs.

Although this Instructable includes directions for the custom case, this is probably the trickiest part of the design. Familiarity with a laser-cutter is necessary, since every laser cutter and design software package is different.
<p>This doesn't seem to have been updated in a long time... As it will hopefully help anyone else attempting this build, here is a link to the Adafruit Tutorial for their Raspberry Pi Pandora Radio build. The old Pianobar install instructions here, and elsewhere, don't work! Follow the Adafruit Tutorial's section on installing Pianobar and you'll be all set! Here is the link: https://learn.adafruit.com/pi-wifi-radio/raspberry-pi-setup-1-of-3</p>
<p>Thanks for the updated link - I have not touched this instructable in nearly 2 years, so it's bound to be pretty outdated. Unfortunately I have not spent much time with the RPI lately.</p><p>I've stickied your comment for visibility. Hope the project went well for you!</p>
<p>Thanks! It did go very well. I made a PCB version of your breadboard setup and had all the parts on order but they took so long to get here that I went with the Adafruit kit as a part of my project.(Hint: It's not JUST a radio.) I'll still have to make another using your setup since I basically have all the wiring done... My project will be up on Instructables in a week or two. It's a bit of a different approach but I think you'll enjoy it! I've linked back here in it and gave you a bunch of credit for the inspiration!</p>
Can someone explain to me the point of using 5v and a regulator to get to 3.3v when there is a 3.3v supply from the pi. I am fairly new to this stuff and am just trying to learn. Thanks.
That's a really good question. The answer has to do with the current limit on the Raspberry Pi's 3.3V line. According to the link below, the 3.3V line can output up to 50 milliamps current. Meanwhile, the 3.3V LCD module I used can draw up to 60 mA.<br> <br> While LCD may never draw that full 60 mA, it has the potential to cause issues. Since the 5V supply can supply over 300 mA (when using a 1A power supply), I chose to add the 3.3V regulator. &nbsp;<br> <br> RPi electrical specs:&nbsp;<a href="http://elinux.org/RPi_Low-level_peripherals" rel="nofollow">http://elinux.org/RPi_Low-level_peripherals</a><br>
Could i get an estimate of the cost? i really would like to do this project, and i am a beginner..
This depends on what equipment you already have. For example, I already had soldering equipment, drill and tap set, standoffs, SD card, and resistors. I'll give some prices for the bigger items: <br> <br>Raspberry Pi: $35 + shipping <br>Power Supply: $8 + shipping <br>T-Cobbler: $8 + shipping <br>Serial LCD Monitor: $25 + shipping <br>Buttons: $7 <br>Acrylic Sheets: $8 <br>Epoxy: $5 <br>Capacitors: $2 <br>Velcro: $5 <br> <br>The small things tended to add up quickly - like the bits I had to get from Radioshack and Lowes (buttons, capacitors, velcro, etc). I probably could have gotten some things much cheaper online, but I didn't have the patience to wait for the velcro to ship. All the parts were around $110 with shipping - but since I plan on reusing most of the stuff for future projects, the cost felt reasonable. <br> <br>Hope that helps.
thats very helpful thanks <br>
Note: On the box plans, the center piece has an issue with the spacing of the raspberry pi's holes. If you are making the same box, double check the holes (I don't have the original files to correct the images...)
<p>Thanks for the tutorial - this is absolutely amazing. I just had to use the following command for the fifo to work:</p><p>cd</p><p>exec 3&lt;&gt; ./config/pianobar/ctl</p><p>otherwise my terminal was hanging after the echo command</p>
<p>This is very close to what I have been looking to build however I want to integrate it into say a 2.1 amplified speaker system. My biggest curiosity is if it is possible to set it up to be able to stream say SiriusXM from my account via the web?</p>
<p>Its striking</p>
<p>I would buy this if for sale...</p>
So, I didn't get the controller but, how do I do the rxd? I have the power and ground but, not that. What pin is it on the lcd?
<p>Very nice and interesting work</p>
<p>Would anybody be interested in my version? I made it using Python only (no Bash) it works using only 3 buttons and 2 LEDs and a motion sensor (no screen). Total cost is around $45 US including the Raspberry, a pack of LEDs, a pack of resistors, female to female jumper wires and an empty Tea Box. </p>
<p>Hey Jay - I'd be really interested to see your software! Do you have it on a repo?</p>
<p>If anyone is interested I did a PCB layout for the buttons and attachment to the LCD screen. A lot more work than using a breadboard but it saves space and doesn't tie up your breadboard in the process. Send me a message if you want the file! </p><p>R1-R7 are 10K</p><p>R8-R13 are 1K</p><p>I'm going to try etching it with the toner transfer method. We'll see if it takes...</p>
<p>This looks really cool, but I don't have access to a place to get the housing. Could it be, say, 3D printed? Then a company like Shapeways (or a friend with a 3D printer) could make the model. What would be involved in making that into a model?</p>
<p>The apt-get version of pianobar is out of date I believe, which is the reason it doesn't work. You'll have to install from github</p>
<p>Pretty neat project. I added an Adafruit 20W stereo amp and a couple scavenged speakers from an old iHome iPod dock that died. Now I just need a case.</p><p>Thanks!</p>
<p>Question for a beginner :</p><p>Can someone tell me if this lcd module could work instead of the Sparkfun :</p><p><a href="http://www.amazon.fr/MODULE-AFFICHEUR-16X2-ECRAN-RETRO-ECLAIRE/dp/B00AT8KGF2/ref=sr_1_1?ie=UTF8&qid=1408520724&sr=8-1&keywords=module+lcd#productDetails" rel="nofollow">http://www.amazon.fr/MODULE-AFFICHEUR-16X2-ECRAN-R...</a></p>
<p>Its sweet</p>
<p>Its cooler</p>
<p>Extremely good</p>
<p>Its splendid :)</p>
<p><br>Very good<br></p>
<p><br>Its stunning :)<br></p>
<p>Could i get an estimate of the cost?</p>
<p><br>Thats trendy...<br></p>
<p>could you connect this to iheartradio or spotify?</p>
<p><br>Its cooler<br></p>
<p>So everything works but when the script runs to watch the GPIO pins it peaks the cpu to 100%. This wouldn't be a problem I guess but it causes a pause from then I push a button to getting the pi to respond. </p>
<p>Its magnificent :)</p>
<p>Hi guys. This is actually a great post. However, Pandora cannot be used outside US :(. Is there a way to do the same project but with another online radio provider, let's say TuneIn? Because this cannot be used outside US...</p>
<p><br><br>Its cooler :)<br></p>
<p>Looks like a great project! Not sure I understand where the audio connection to an external amp is made. Does it produce a stereo signal?</p><p>Thanks,</p><p>CK in IL</p>

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