Archive for July 2016

Otto – build your own robot in two hours!

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Title: Otto – build your own robot in two hours!
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Otto – build your own robot in two hours!

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27 Jul 2016

Otto – build your own robot in two hours!

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Title: Otto – build your own robot in two hours!
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Otto – build your own robot in two hours!

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27 Jul 2016

Arduino universal IR remote

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Title: Arduino universal IR remote
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Arduino universal IR remote

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27 Jul 2016

Arduino universal IR remote

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Title: Arduino universal IR remote
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Arduino universal IR remote

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27 Jul 2016

DHT11 /DHT22 Temperature Sensor

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Title: DHT11 /DHT22 Temperature Sensor
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DHT11 /DHT22 Temperature Sensor

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25 Jul 2016

DHT11 /DHT22 Temperature Sensor

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Title: DHT11 /DHT22 Temperature Sensor
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DHT11 /DHT22 Temperature Sensor

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25 Jul 2016

Home Automation (with Raspberry Pi 2 and Windows 10 IoT)

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Title: Home Automation (with Raspberry Pi 2 and Windows 10 IoT)
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Home Automation (with Raspberry Pi 2 and Windows 10 IoT)

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25 Jul 2016

Home Automation (with Raspberry Pi 2 and Windows 10 IoT)

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Title: Home Automation (with Raspberry Pi 2 and Windows 10 IoT)
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Home Automation (with Raspberry Pi 2 and Windows 10 IoT)

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25 Jul 2016

Windows Remote Arduino

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Title: Windows Remote Arduino
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Windows Remote Arduino

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25 Jul 2016

Upload Sketch Arduino over Bluetooth using Android

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Title: Upload Sketch Arduino over Bluetooth using Android
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Upload Sketch Arduino over Bluetooth using Android

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25 Jul 2016

Windows Remote Arduino

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Title: Windows Remote Arduino
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Windows Remote Arduino

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25 Jul 2016

Upload Sketch Arduino over Bluetooth using Android

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Title: Upload Sketch Arduino over Bluetooth using Android
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Upload Sketch Arduino over Bluetooth using Android

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25 Jul 2016

Arduino car LCD display

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Title: Arduino car LCD display
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Here is a project I made a couple of years ago for my father’s car. The original dashboard’s info-panel which displayed current time, date a...

<p>Here is a project I made a couple of years ago for my father’s car. The original dashboard’s info-panel which displayed current time, date and temperature was working only partly – and that only after a good cleaning and connector fastening. In other words – it wasn’t really usable, so I made an <a href="http://bit.ly/26nCm2w" target="_bank" itemprop="url" title="Arduino"><strong>Arduino</strong></a> replacement.</p>
<p>The new panel features:</p>
<ul>
<li><em>Big 8-character <a href="http://bit.ly/1pxf1db" target="_bank" itemprop="url" title="LCD"><strong>LCD</strong></a> display with auto-on adjustable white backlight</em></li>
<li><em>2 x <a target="_blank" class="ext-link" href="http://bit.ly/2ajFsib" rel="attachment wp-att-357 external nofollow">DS18B20</a> I²C temperature sensors</em></li>
<li><em>Two control buttons from the old panel</em> (duplicated for accessibility) and a potentiometer (for manual LCD backlight adjustment)</li>
<li>Automatic fading LCD backlight on/off depending on the headlight state</li>
<li><em>Software: Current date/time, voltage and in/out temperature with ability to adjust the date/time through menu. Displays one (selectable) item at a time or cycles them with various time intervals.</em></li>
</ul>
<p><a target="_blank" class="local-link" href="http://bit.ly/2a4FsWr"><img alt="Arduino car LCD display" class="aligncenter size-full wp-image-17462" height="197" src="http://bit.ly/2a4FsWr" width="300" /></a></p>
<p>A menu for manually setting the date and time using the buttons</p>
<ul>
<li>Ability to synchronize the time and date from a computer by sending a Time command to the serial port</li>
</ul>
<p>One of the main requirements was to use a display with good, readable characters. The <a target="_blank" class="ext-link" href="http://bit.ly/2ajFrL0" rel="attachment wp-att-349 external nofollow">JHD704-801_8 character LCD_display</a> seemed to be the best choice according to physical and character size. I removed the old display and saw off most of the old circuit board leaving only the part with buttons because I wanted to reuse them. As the new display was shorter I had to tape the side windows – I used plastic from an ice-cream lid, cut it to size and taped with a black-matt adhesive paper.</p>
<p>I reused an old FDD ribbon cable from for the display and traced the traces for the buttons and soldered 3 wires – one for common ground and one for each button. The display itself is held in place with hot glue. The loose black and red wires in the pictures above are for the LCD backlight.</p>
<p>Once the new display was in place I could upload some sample Arduino sketch and test how does it look. To connect the display to the Arduino I made some custom header pins. The power lines were soldered on a separate board and so did the temperature sensor sockets for easier – modular access and connectivity.</p>
<p>Next is a power input board with a voltage divider using two resistors to measure the battery’s voltage.</p>
<p>I doubled the buttons near the LCD display to a separate switch for easier access.</p>
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<p>After a while I moved to <a target="_blank" class="ext-link" href="http://bit.ly/2a4Fv4b" rel="external nofollow">Arduino Nano</a> which has basically the same functionality but only in smaller size factor.</p>
<p>You can download the source code the whole project files <a target="_blank" class="ext-link" href="http://bit.ly/2ajFp5D" rel="attachment wp-att-401 external nofollow">Car_LCD_Display</a> or just the <a target="_blank" class="ext-link" href="http://bit.ly/2a4Fptp" rel="external nofollow">Arduino sketch (V0.23)</a>. The latest software version with libraries and schematics can be obtained from my Bitbucket repository:</p>
<p><a target="_blank" class="ext-link" href="http://bit.ly/2ajFsOU" rel="external nofollow">http://bit.ly/2ajFsOU</a></p>
<p>Here is the circuit diagram as a ‘breadboard view’:</p>
<p>The diode D1 is needed to get the optimal contrast if the system is powered by car’s 12 volts. If the power supply is <=5V then the contrast pin can be connected directly to ground to get the best contrast. The buttons S1 and S2 are connected in parallel with a centred ON-OFF-ON switch (in the photos above) for ‘remote’ control as the display is rather far in the dash. The temperature sensors T1 and T2 are connected in parallel because they both utilize I2C port and there is a connector in-between the system (not shown in the diagrams). The connector J2 is shown directly connected to the outgoing wires, but actually there is a separate jack for wires VIN (+12V), GND, remote <a href="http://bit.ly/1VNpzU4" target="_bank" itemprop="url" title="light"><strong>light</strong></a> pin D7 and voltage monitor pin A1. The connector J1 has the input pins to the remote lights pin (+12V), battery (+12V) and a ground accordingly from left to right in the circuit diagram. It is reverse in the breadboard view.</p>
<p>Parts list:</p>
<ul>
<li>Arduino Duemilanove/<a target="_blank" class="ext-link" href="http://bit.ly/2ajFkyX" rel="external nofollow">Uno</a>/<a target="_blank" class="ext-link" href="http://bit.ly/2a4Fv4b" rel="external nofollow">Nano</a></li>
<li><a target="_blank" class="ext-link" href="http://bit.ly/2ajFrL0" rel="external nofollow">1-line/8-character LCD display</a>. Can be used with standard 2 or even 4-line displays as the pin-out is the same, but the code is optimized for the 8-character one.</li>
<li>2x <a target="_blank" class="ext-link" href="http://bit.ly/2a4FrBF" rel="external nofollow"><strong>DS18B20</strong></a> temperature sensors. Can be used with up to 127(!) I2C sensors. They basically have ±0.5°C precision, but the code is tweaked to use the best 0.1 (0.0625)°C resolution.</li>
<li>25k linear rotary shaft potentiometer for LCD backlight maximum brightness adjustment. Anything from 10k to 50k should do fine.</li>
<li>2x <strong>100k</strong> 1/4W resistors (R1 and R2) for the voltage divider</li>
<li>2x <strong>47k</strong> 1/4W resistors (R3, R4) for the voltage divider</li>
<li>2x <strong>10k</strong> resistors (R5, R6) for the push-buttons (S1 and S2)</li>
<li>1x 4.7k pull-up resistor (R7) for the I²C bus</li>
<li>3-pin screw terminal for the power supply and remote headlight signal (J1), as well as some other terminals and connectors, 7-13AWG – and some jumper-wires. Push-buttons were reused from the old panel.</li>
<li>Some single-sided prototyping perfboard, heat-shrinks and insulation tape are recommended in addition to basic soldering equipment. The resistors may be 1/8W-rated or even less, because the current draw is rather small through them.</li>
</ul>
<h2 id="Car-LCD-display-with-RTC">Car LCD display with RTC</h2>
<p>The system above works pretty great at displaying temperatures, but if you don’t keep your car in a heated garage then the temperature changes make the already inaccurate built-in clock even worse and you will see a reasonable offset in time even in even less than a couple of hours. Also, if you don’t have a direct connection to your car’s battery, then you’ll lose the current time settings every time you take out the keys of the ignition. So what can be done to resolve these issues?</p>
<p>Well, you could add an external real time clock (RTC) like <a target="_blank" class="ext-link" href="http://bit.ly/2ajEHWh" rel="external nofollow">Dallas DS1307</a> which is rather cheap and simple solution for adding external time-keeper to your Arduino-based system. But still it won’t solve the problem with the precision, that’s why you’ll need a temperature-compensated real time clock like the more expensive <a target="_blank" class="ext-link" href="http://bit.ly/2a4FWf2" rel="external nofollow">DS3234</a> (I got one from E-bay for less than a half the price at about 6£ or ~$10).</p>
<p><a target="_blank" class="local-link" href="http://bit.ly/2ajFmXz"><img alt="Arduino car LCD display Schematic" class="aligncenter size-full wp-image-17741" height="493" sizes="(max-width: 600px) 100vw, 600px" src="http://bit.ly/2ajFmXz" srcset="http://bit.ly/2a4F4ah 300w, http://bit.ly/2ajEZwe 600w" width="600" /></a>The implementation was rather easy once I got the new <a target="_blank" class="ext-link" href="http://bit.ly/2a4Fs8w" rel="external nofollow">DS3234RTC library</a> working. I took the liberty of creating a new library by assembling it from various sources, as the existing ones I found were either overly complicated, could not use the <a target="_blank" class="ext-link" href="http://bit.ly/2ajFbM0" rel="external nofollow">Time library</a>, not working as expected or were embedded directly in the main sketch making it much more complicated. My main goal was to make the new library as similar to the DS1307RTC library as possible which is bundled with the <a target="_blank" class="ext-link" href="http://bit.ly/2ajFbM0" rel="external nofollow">Time library</a> from Arduino website because I like the simplicity of it. The only bigger difference is that the new library needs the “RTC.begin(8);” line in the setup section of the code defining a “chip-select” (SS) pin to use.</p>
<p>The DS3234 RTC uses SPI connection so I had to move some of the pins:</p>
<ul>
<li>Digital pins 12 and 11 to 10 and 9 correspondingly</li>
<li>Button pins 10 and 9 to the analog 2 and 3 (in the code as 16 and 17)</li>
<li>The “headlight-on” sensing D7 pin to A0</li>
<li>And the I²C data wire from D8 to D7</li>
</ul>
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View more at: <a href="http://bit.ly/1XReQFr">http://bit.ly/1XReQFr</a>

Arduino car LCD display

Here is a project I made a couple of years ago for my father’s car. The original dashboard’s info-panel which displayed current time, date and temperature was working only partly – and that only after…

24 Jul 2016

Car No. 06 Programmed Automatic Driving Car using arduino

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Title: Car No. 06 Programmed Automatic Driving Car using arduino
Author: Wall's Corners
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Hi! Kaeru no Ojisan is back with Car No.06. Car No.06 is a Programmed Automatic Driving Car with following procedure; – Simulate the Car T...

<p>Hi! Kaeru no Ojisan is back with Car No.06.</p>
<p>Car No.06 is a Programmed Automatic Driving Car with following procedure;</p>
<p>– Simulate the Car Trajectory based on the Target Passing Points.</p>
<p>– Drive <a href="http://bit.ly/24wihsv" target="_bank" itemprop="url" title="automatically"><strong>automatically</strong></a> as simulated using Reflective Photosensor and Gyro Sensor .</p>
<p>– Adjust Car Position to the starting point using Web Camera, after coming back adjacent to the starting point.</p>
<p><a target="_blank" class="local-link" href="http://bit.ly/2a4FIEP"><img alt="Programmed Automatic Driving Car" class="aligncenter size-full wp-image-13304" height="338" sizes="(max-width: 600px) 100vw, 600px" src="http://bit.ly/2a4FIEP" srcset="http://bit.ly/2ajF0A7 300w, http://bit.ly/2a4FUUe 600w" width="600" /></a></p>
<p>Car No.06 is composed of 4-Wheel-Steering chassis, R/C Car body and Car Top PC with 4 Arduinos and Web Camera.</p>
<p>R/C Car</p>
<p>– Car Body Tamiya 8085282 Mini Cooper</p>
<p>– Chassis Tamiya M-03R chassis x 2</p>
<p>– Motor 380 motor x 2</p>
<p>– Attaching Jig Kawada B57 x 2</p>
<p>– Servo Futaba S3003 x 2</p>
<p>– Motor Driver SyRen 10A</p>
<p>– NI-Cd Battery for R/C Car 1500mAh 7.2V</p>
<p>– Lubic</p>
<p>– Plarepair</p>
<p>Car Top PC</p>
<p>– Motherboard Intel D510MO</p>
<p>– Memory DDR2 2GB</p>
<p>– SSD SUPER TALENT FTM16GL25V</p>
<p>– Wireless LAN Planex GW-USHyper300</p>
<p>– Battery JTT Energizer XP8000 + 12V/3A conversion cable type B</p>
<p>Arduinos</p>
<p>– Arduino Duemilanove x 2</p>
<p>– Arduino UNO x 2</p>
<p>– Arduino ProtoShield Kit DEV-07914 x 4</p>
<p>Tachometers</p>
<p>– Reflective Photosensor Rohm RPR-359F x 2</p>
<p>– Resistance 510 ohm x 2, 47k ohm x 2</p>
<p>Gyro</p>
<p>– 3-axis <a href="http://bit.ly/2ajF5UF" target="_bank" itemprop="url" title="gyro"><strong>gyro</strong></a> ITG-3200</p>
<p>Web Camera</p>
<p>– Logicool HD Pro Webcam C910</p>
<h2>Step 2: 4-Wheel-Steering Chassis Assemble</h2>
<p>2 sets of Tamiya M-03R chassis front unit shall be cut at the center of battery hold and glued together with plarepair.</p>
<p>(See above sequence pictures.)</p>
<h2>Step 3: Relationship table between steval(steering servo value) and TR(turning radius)</h2>
<p>Simulate the relationship between steval(steering servo value ) and TR(turning radius) in Excel.<br />
(See attached Excel file.)</p>
<p>Measure TR for each steval using the attached Arduino and Processing codes.</p>
<p>Wiring note<br />
Servo1(front) – D9<br />
Servo2(rear) – D10<br />
Motor Driver – D11</p>
<p>Arduino code<br />
SVMD_A.pde</p>
<p>Processing code<br />
TurningRadius_P.pde<br />
Make a relationship table between steval and TR.<br />
(See above table.)</p>
<p><a target="_blank" class="local-link" href="http://bit.ly/2a4FPQx"><img alt="Programmed Automatic Driving Car" class="aligncenter size-full wp-image-13305" height="357" sizes="(max-width: 600px) 100vw, 600px" src="http://bit.ly/2a4FPQx" srcset="http://bit.ly/2ajF6I2 300w, http://bit.ly/2a4FnC2 600w" width="600" /></a></p>
<h2>Step 4: Simulation Program</h2>
<p>Utilize the relationship table in Step 3 and make a simulation program in Excel, to which car starting point, car starting direction and target passing points are input, then from which steval and car direction angles are provided as automatic driving data.<br />
(See attached Excel file “SimulationProgram1_CN06.xls”.)</p>
<p>For confirmation, check by Excel Simulation Program2.<br />
(See attached Excel file “SimulationProgram2_CN06.xls”.)<br />
Draw the car trajectory with AutoCAD.<br />
(See above figure.)</p>
<p>Obtain the Automatic Driving Data (steval and car direction angles for each steps).<br />
(See above table.)</p>
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Car No. 06 Programmed Automatic Driving Car using arduino

Hi! Kaeru no Ojisan is back with Car No.06. Car No.06 is a Programmed Automatic Driving Car with following procedure; – Simulate the Car Trajectory based on the Target Passing Points. – Drive automati…

24 Jul 2016

Arduino car LCD display

Wall's Corners

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Title: Arduino car LCD display
Author: Wall's Corners
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Here is a project I made a couple of years ago for my father’s car. The original dashboard’s info-panel which displayed current time, date a...

Arduino car LCD display

24 Jul 2016

VOICE CONTROL CAR USING ARDUINO AND ANDROID

Wall's Corners

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Title: VOICE CONTROL CAR USING ARDUINO AND ANDROID
Author: Wall's Corners
Rating 5 of 5 Des:

Hello friends,Welcome to ElectroPLUS . This is a post to show how to make voice control car using arduino and android. COMPONENTS REQUIRED...

<p>Hello friends,Welcome to ElectroPLUS . This is a post to show how to make voice control car using <a href="http://bit.ly/1rVsIo6" target="_bank" itemprop="url" title="Using Arduino with Parts and Sensors – Solar Powered Arduino (Part 1)"><strong>arduino</strong></a> and android.</p>
<p>COMPONENTS REQUIRED:<br />
1.Arduino uno or Induino R3 board.</p>
<p><a target="_blank" class="local-link" href="http://bit.ly/2ajGlXE"><img alt="VOICE CONTROL CAR USING ARDUINO AND ANDROID" class="aligncenter size-full wp-image-14627" height="398" sizes="(max-width: 600px) 100vw, 600px" src="http://bit.ly/2ajGlXE" srcset="http://bit.ly/2a4FGNa 300w, http://bit.ly/2ajF6rw 600w" width="600" /></a></p>
<p>Hello friends,Welcome to ElectroPLUS . This is a post to show how to make voice control car using <a href="http://bit.ly/1OAQGd1" target="_bank" itemprop="url" title="Arduino Wars: Genuino vs the Phantom Arduino and the Clones"><strong>arduino</strong></a> and android.</p>
<p>COMPONENTS REQUIRED:<br />
1.Arduino uno or Induino R3 board.</p>
<p>2.Connect HC-05 with induino R3 board.Connect the pin 11 and pin 13 of micro controller to L293D and then to motor. The complete circuit diagram look like this:</p>
<p>3.Upload the program in the ATMEGA328 micro controller.The procedure is:<br />
Open the arduino software.</p>
<p>Go to open,then firm data, then standard firmdata.</p>
<p>Open the standard firmdata, press ctrl+F ,replace 57600 with 9600.This is the baud rate, at this speed mobile and atmega328 will be exchanging  data.</p>
<p>Upload the program in the micro controller.While uploading the program remove the RX and TX from the micro controller.</p>
<p>4.Open the arduino commander in the cell phone.The cell-phone must be connected with Internet.</p>
<p>connect with HC-05. The code of HC-05 is 1234.</p>
<p>the device will look like after connected with HC-05.</p>
<p>open the voice command and speak  11 high,11 low,13 high,13 low.</p>
<p>sometime the arduino commander wont recognize what is said ,then a message will be flash on the screen.To have better accuracy, speak clear and slow.</p>
<p><a target="_blank" class="local-link" href="http://bit.ly/2ajEH8J"><img alt="VOICE CONTROL CAR USING ARDUINO AND ANDROID" class="aligncenter size-full wp-image-14628" height="330" sizes="(max-width: 600px) 100vw, 600px" src="http://bit.ly/2ajEH8J" srcset="http://bit.ly/2a4FsFU 300w, http://bit.ly/2ajECBM 600w" width="600" /></a>5. Use command ’11 HIGH ‘ the car will move forward. For ’11 LOW’ the car will stop. For ’13 HIGH’ the car will move backward and for ’13 LOW’ the car will stop.</p>
<p>6. After completing everything ,the car look like this</p>
<p>The working model of voice control car using arduino and android</p>
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VOICE CONTROL CAR USING ARDUINO AND ANDROID

Hello friends,Welcome to ElectroPLUS . This is a post to show how to make voice control car using arduino and android. COMPONENTS REQUIRED: 1.Arduino uno or Induino R3 board. Hello friends,Welcome to …

24 Jul 2016

Car No. 06 Programmed Automatic Driving Car using arduino

Wall's Corners

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Title: Car No. 06 Programmed Automatic Driving Car using arduino
Author: Wall's Corners
Rating 5 of 5 Des:

Hi! Kaeru no Ojisan is back with Car No.06. Car No.06 is a Programmed Automatic Driving Car with following procedure; – Simulate the Car T...

Car No. 06 Programmed Automatic Driving Car using arduino

24 Jul 2016

VOICE CONTROL CAR USING ARDUINO AND ANDROID

Wall's Corners

Link Author

Title: VOICE CONTROL CAR USING ARDUINO AND ANDROID
Author: Wall's Corners
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Hello friends,Welcome to ElectroPLUS . This is a post to show how to make voice control car using arduino and android. COMPONENTS REQUIRED...

VOICE CONTROL CAR USING ARDUINO AND ANDROID

24 Jul 2016

5 fun Raspberry Pi projects you can do with your kids

Wall's Corners

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Title: 5 fun Raspberry Pi projects you can do with your kids
Author: Wall's Corners
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5 fun Raspberry Pi projects you can do with your kids

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01 Jul 2016

Raspberry Pi 2: 18 of the best projects you can try with the microcomputer

Wall's Corners

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Title: Raspberry Pi 2: 18 of the best projects you can try with the microcomputer
Author: Wall's Corners
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Raspberry Pi 2: 18 of the best projects you can try with the microcomputer Microcomputers are great for education and fun projects – and th...

<h2 style="font-style: inherit;"><span style="font-style: inherit;">Raspberry Pi 2: 18 of the best projects you can try with the microcomputer</span></h2>
<p style="font-style: inherit;"><span style="font-style: inherit;">Microcomputers are great for education and fun projects – and the Raspberry Pi 2 represents one of the best of the bunch. Whether you’re a first-time coder or a tech veteran with time on your hands, the Raspberry Pi 2 is great to have because it’s so versatile. Since its release, the microcomputer has been used for pretty much everything, and is currently being used in space by Tim Peake. From creating your own bitcoin mine and setting up a pirate radio station to making a media centre for your TV, you can do it all with the Raspberry Pi. If you’ve recently picked up one of the microcomputers, here’s a list of 18 rewarding projects to sink your teeth into.</span></p>
<h4 style="font-style: inherit;"><strong style="font-style: inherit;">BUY NOW FROM AMAZON: </strong><a target="_blank" style="font-style: inherit; font-weight: inherit;" href="http://amzn.to/2983wkI">Raspberry Pi 2</a></h4>
<h2 style="font-style: inherit;">The 18 best Raspberry Pi projects and uses:</h2>
<h3 style="font-style: inherit;"><strong style="font-style: inherit;">1. Raspberry Pi projects: Make a Kodi streamer</strong><strong style="font-style: inherit;"><br /></strong></h3>
<p style="font-style: inherit;"><span style="font-style: inherit;"><a target="_blank" style="font-style: inherit;" href="http://bit.ly/29hxCpC">Kodi</a> is one of the best streaming platforms available, letting you experience local and internet-based content on anything from your smartphone to an <a target="_blank" style="font-style: inherit;" href="http://bit.ly/2983ucE">Amazon Fire TV Stick</a>. Oh, and it’s also available on the Raspberry Pi 2. If you want to experience the benefits of Kodi, the Raspberry Pi 2 is more than powerful enough, and <a target="_blank" style="font-style: inherit;" href="http://bit.ly/29hwy5q">installing the streaming software is pretty straightforward too</a>.</span></p>
<h3 style="font-style: inherit;"><strong style="font-style: inherit;">2. </strong>Raspberry Pi projects: Create a wireless extender</h3>
<p style="font-style: inherit;">Nothing highlights the versatility of a Raspberry Pi quite like this project (other than the Game Boy below). With a USB Wi-Fi dongle, a microSD card and the Raspberry Pi itself, you increase the reach of your wireless signal.</p>
<p style="font-style: inherit;">Guy Eastwood has created the excellent <a target="_blank" style="font-style: inherit;" href="http://bit.ly/2983kSC">Pi-Point website</a>, which takes you through everything you need to know about this project. Follow the link to find detailed documentation and free downloadable images to help you.</p>
<h3 style="font-style: inherit;"><strong style="font-style: inherit;">3. Raspberry Pi projects: Make a Game Boy</strong></h3>
<p style="font-style: inherit;">No, seriously. This is a legitimate and doable project for the more advanced user. In terms of the actual coding, it’s not the most challenging – you’re essentially installing an emulator on your Raspberry Pi. The hard work comes in the form of soldering the different pieces together.</p>
<p style="font-style: inherit;">Travis Brown over at <a target="_blank" style="font-style: inherit;" href="http://bit.ly/29hwRNk"><em>XodusTech</em> has produced a detailed log</a> of how he brought his Game Boy back to life using a Raspberry Pi. The best thing about creating a Pi-Pocket (as he calls it) is that you’re not limited to playing only Game Boy games ; the Pi-Pocket is also capable of playing NES, Sega Master System and Game Gear games, as well as popular Linux-based titles such as <em>Doom</em> and <em>Duke Nukem</em>.</p>
<h3 style="font-style: inherit;"><strong style="font-style: inherit;">4. Raspberry Pi projects: Home Arcade Box </strong></h3>
<p style="font-style: inherit;">While it’s not powerful enough to run many modern games, some enterprising tech heads have twigged that the Pi is just about perfect on which to play emulators. Emulators, for those of you not in the know, are programs that allow you to play titles from older, outdated consoles such as the SNES, the Sega Genesis and even the original PlayStation using freely available ROMs.</p>
<p style="font-style: inherit;">While you can run most of these emulators from the standard <a href="http://bit.ly/1r9FWNe" target="_bank" itemprop="url" title="Raspbian"><strong>Raspbian</strong></a> OS, the guys over at <a target="_blank" style="font-style: inherit;" href="http://bit.ly/29hwKBp">RetroPie</a> have dedicated a huge amount of time to building a custom disk image that will do almost all of the work for you, allowing you to select and start your chosen emulator with nothing more than a USB gamepad. The legal catch is that you need to own a physical copy of the games, or it’s piracy. So that means on no account should you use this as an opportunity to play all those SNES games that your mum wouldn’t buy you back in 1991.</p>
<h3 style="font-style: inherit;"><strong style="font-style: inherit;"><span style="font-style: inherit; font-weight: inherit;">5.</span><span style="font-style: inherit; font-weight: inherit;"> </span>Raspberry Pi projects: Media centre for your TV</strong></h3>
<p style="font-style: inherit;">Setting up a Raspberry Pi as your home media centre might be the perfect project. By hooking it up to your TV via HDMI, you can get all your media in your living room without having to fork out for Apple TV. Specific operating systems such as <a target="_blank" style="font-style: inherit;" href="http://bit.ly/2983sS4">RasPlex</a> and <a target="_blank" style="font-style: inherit;" href="http://bit.ly/29hwAu7">RaspbMC</a> (based on the Plex and XBMC frameworks respectively) have even been built in order to make it as easy as possible to get you started.</p>
<p style="font-style: inherit;">These systems can access remote media stored in other locations – provided you’re connected to Wi-Fi – and are controllable through remote apps on your smartphone; they can even directly access services such as Netflix and Hulu to stream content to you. It combines all the functionality of a bulky, expensive media setup in a tiny form factor at a ridiculously affordable price, and we can’t get enough of it. We’ve even written a tutorial on <a target="_blank" style="font-style: inherit;" href="http://bit.ly/2983jy2">how to turn your Raspberry Pi into a home media centre.</a></p>
<h3 style="font-style: inherit;"><strong style="font-style: inherit;">6. Raspberry Pi projects: Control your stereo wirelessly</strong></h3>
<p style="font-style: inherit;">Advances in audio technology are making it increasingly easy to take your tunes with you everywhere you go. For aspiring audiophiles on a budget, the Raspberry Pi can help you realise your hi-fi dreams with a minimum of fuss, using it as a music server in a similar way to the media centres described above.</p>
<p style="font-style: inherit;">By using the <a target="_blank" style="font-style: inherit;" href="http://bit.ly/29hwNx7">RuneAudio</a> disk image, you can connect your Raspberry Pi to your home audio setup and use it to control all of your music, whether it’s stored locally, on one of your devices, or on a remote storage drive. You can search and organise your library and play tracks through your browser or smartphone, and the Pi will direct it all through your big shiny speakers. For truly superlative audio quality, you can even send the signal through a USB digital-to-analog converter for HD sound. If that tickles your fancy, have a go yourself with our guide on <a target="_blank" style="font-style: inherit;" href="http://bit.ly/2983yt1">how to use a Raspberry Pi to control your hi-fi</a>.</p>
<h3 style="font-style: inherit;"><strong style="font-style: inherit;">7. Raspberry Pi projects: Build a download hub </strong></h3>
<p style="font-style: inherit;">What with the internet being an almost limitless repository of digital content, it seems like we spend a frustrating amount of our lives waiting for downloads to complete. You can get around this by routing them all through a Raspberry Pi and into an external storage device.</p>
<p style="font-style: inherit;">Rather than clogging up your main computer with piles of files fighting with your everyday tasks for disk space and processor speed, use a Pi as a dedicated hub for all your torrents, streams and other downloads. This leaves you free to get on with your life while you’re waiting for the entire box set of<em> The Walking Dead</em> to finish downloading. An added bonus is that if any malware or viruses happen to hitch a ride with your content, you can safely scrub them clean without the risk of infecting your main computer.</p>
<ul style="font-style: inherit;">
<li style="font-style: inherit;">Head over to our sister site, <a target="_blank" style="font-style: inherit;" href="http://bit.ly/29hwzX7">IT Pro, for more Raspberry Pi projects.</a></li>
</ul>
<h3 style="font-style: inherit;"><strong style="font-style: inherit;">8. Raspberry Pi projects: Create a dedicated Minecraft machine</strong></h3>
<p style="font-style: inherit;">Minecraft is one of the biggest success stories of the indie games world, and was bought from the original creators by Microsoft in 2014. The sandbox construction SIM is essentially an infinite digital LEGO set, and is naturally hugely popular with kids. However, its simplistic, blocky graphics also mean it’s ridiculously easy to run, and the latest versions of the default <a href="http://bit.ly/24g3KRq" target="_bank" itemprop="url" title="Raspbian"><strong>Raspbian</strong></a> OS come with a custom-optimised copy of the game preinstalled.</p>
<p style="font-style: inherit;">If you have children who play Minecraft and you’re tired of them constantly monopolising your tablet or computer, a Raspberry Pi can be an inexpensive, durable machine that they can use for schoolwork, movies and all the digital digging they can handle. All you need is a cheap monitor, mouse and <a href="http://bit.ly/1TaIn8U" target="_bank" itemprop="url" title="keyboard"><strong>keyboard</strong></a>, and you can even easily confiscate it if they’re using it too much.</p>
<p style="font-style: inherit;"></p>
<h3><strong style="font-style: inherit;">9. Raspberry Pi projects: Build a case</strong></h3>
<p>One of the reasons the Raspberry Pi is so cheap is that it’s shipped with nothing but the bare essentials: no <a href="http://bit.ly/24aI4pV" target="_bank" itemprop="url" title="install virtual keyboard raspberry pi"><strong>keyboard</strong></a>, no cables, and no case. However, all that exposed circuitry can look worryingly fragile, and it’s a scary thought that your new machine could break at any time.</p>
<p>You can buy cases for your Raspberry Pi in a variety of shapes, sizes and colours. But a fun, simple starter project can be to build one yourself. The beauty of the Pi is that it’s small enough to fit into just about anything.</p>
<p>With some judicious modification, you could make a case out of an old tobacco tin, or a hollowed-out book. There’s numerous guides online for <a target="_blank" style="font-style: inherit;" href="http://bit.ly/29hxAOw">constructing your own Raspberry Pi case</a>.</p>
<h3><strong style="font-style: inherit;">10. </strong><strong style="font-style: inherit;">Raspberry Pi projects: Write your own game</strong></h3>
<p>Raspberry Pi is the perfect platform for novice programmers. The Raspbian OS even has preinstalled programs to make it as easy as possible to get started with coding.</p>
<p>One of the best projects for dipping your toes in the waters of programming is creating your own game – it’s quick, straightforward, and at the end of it you’ll have a functional result that you can show off to friends and family. For a complete guide, read our tutorial on <a target="_blank" style="font-style: inherit;" href="http://bit.ly/2983klI">how to write your own Raspberry Pi game</a>.</p>
<h3><strong style="font-style: inherit;">11. Raspberry Pi projects: Create your own cloud server</strong></h3>
<p>With an always-on internet connection and an external hard drive, you can create your own free cloud storage server.</p>
<p>If you want to unshackle yourself from the limitations of <a target="_blank" style="font-style: inherit;" href="http://bit.ly/29hwGlc">cloud storage services</a> such as Dropbox and Google Drive, then Raspberry Pi is a good low-cost option. A quick Google search will bring up plenty of tutorials on how this can be achieved. <em>Lifehacker</em> has one of the easier-to-follow tutorials on <a target="_blank" style="font-style: inherit;" href="http://bit.ly/2983mtK">how to set this up</a>.</p>
<h3><strong style="font-style: inherit;">12. Raspberry Pi projects: Make a phone</strong></h3>
<p><span style="font-style: inherit;">Smartphones are getting increasingly similar, so if you’re bored of the choice between Android, iPhone and Windows Phone, why not make a PiPhone? It isn’t a project for the faint of heart – but it should be cheap, with </span><a target="_blank" style="font-style: inherit;" href="http://bit.ly/29hwJ0j">one owner</a><span style="font-style: inherit;"> putting together his own PiPhone for around $160.</span></p>
<p><span style="font-style: inherit;">Thanks to its versatility and host of connections, turning the Raspberry Pi into your next phone doesn’t require too much tinkering. All you need to buy is a compatible touchscreen, battery pack and GSM device, and you’ll have all the hardware you need. Creating software for the new phone to run on isn’t easy, but there are already several tutorials around to help.</span></p>
<p><span style="font-style: inherit;">A great project to learn about electronics and coding, or to make you appreciate your current smartphone more, making a PiPhone is one of the most sophisticated, rewarding uses for your Raspberry Pi.</span></p>
<h3><strong style="font-style: inherit;">13. Raspberry Pi projects: Make your own PiRate radio station</strong></h3>
<p><span style="font-style: inherit;">If you fancy yourself as the next Zane Lowe, or just want to learn about the mechanics of broadcasting, why not use your Raspberry Pi?  A relatively simple hack will allow you to make your own pirate radio station, and take over the FM airwaves. </span></p>
<p><span style="font-style: inherit;">Unlike other hacks, you won’t even need any additional bits of hardware to make your own PiRate radio station: the Pi already has a </span><span style="font-style: inherit;">GPIO 4 connector capable of transmitting FM radio. It only has a range of 10cm, but using a plain wire extends it to something closer to 50m – more than enough for tuning in indoors, or in the car.</span></p>
<h3><strong style="font-style: inherit;">14. Raspberry Pi projects: Build a smart beer fridge</strong></h3>
<p>Nothing says party like your own personal beer fridge, but it’s always hard to tell just how long you need to leave your beverages before they’re ice-cold and ready to drink. Fear not, this Beer/Wine Fridge of Awesomeness from <a target="_blank" style="font-style: inherit;" href="http://bit.ly/2983IAB">Jamie Bailey</a> has everything you need to ensure your party goes off without a hitch.</p>
<p>Building your own Fridge of Awesomeness requires an odd set of tools alongside your Raspberry Pi 2, including a Wii balance board to detect the number of bottles in the fridge, a door sensor to detect if the fridge is open or closed, a temperature sensor to let you know when bottles are ready to drink, and a dashboard utility to handle all the information. Oh and, of course, a beer fridge of your own…</p>
<h3><strong style="font-style: inherit;">15. Raspberry Pi projects: Make a PiCam</strong><strong style="font-style: inherit;"><br /></strong></h3>
<p>Connected IP cameras such as the <a target="_blank" style="font-style: inherit;" href="http://bit.ly/29hwrqg">Netatmo Welcome</a>, <a target="_blank" style="font-style: inherit;" href="http://bit.ly/2983cmh">Netgear Arlo</a> and <a target="_blank" style="font-style: inherit;" href="http://bit.ly/29hwLW1">Google Nest Cam</a> make it easy to monitor your home over the internet, but they’re rather pricey. If you want to experience all the benefits of the Internet of Things for a fraction of the price, why not use a Raspberry Pi 2 to make your own IP camera system?</p>
<p><span style="font-style: inherit;">All you’ll need is £50, along some free time to configure <a target="_blank" style="font-style: inherit;" href="http://bit.ly/2983fym">Raspbian</a> – the microcomputer’s open-source OS – and you’ll be remotely checking your home in no time. <a href="http://bit.ly/29hwBxX" target="_bank" itemprop="url" title="Sound"><strong>Sound</strong></a> good? This <a target="_blank" style="font-style: inherit;" href="http://bit.ly/2983x8r"><span style="font-style: inherit;">tutorial from the Expert Reviews</span></a> team will show you how it’s done.</span></p>
<h3><strong style="font-style: inherit;">16. Raspberry Pi projects: <span style="font-style: inherit; font-weight: inherit;"><span style="font-style: inherit; font-weight: inherit;">Make a talking toy</span></span></strong></h3>
<p><span style="font-style: inherit;">The original Fisher-Price Chatter Telephone is an iconic – if vaguely sinister – children’s toy (what exactly does it have to smile about?). When a new version of the toy was brought out to coincide with the release of <em>Toy Story 3</em>, one tech-savvy individual made it his weekend project to grant new powers to the grinning phone.</span></p>
<p>Using a Wi-Fi-enabled Raspberry Pi B+, UK-based web developer Grant Gibson made a “Talking Chatter Smartphone” able to give current weather information and play radio. A tutorial is available <a target="_blank" style="font-style: inherit;" href="http://bit.ly/29hwu5y">on his website</a>, including details about the electronics used, as well as the full Python script.</p>
<p><span style="font-style: inherit;">If turning a toy from the 1960s into Frankenstein’s monster doesn’t appeal, there are plenty of other toys that would make excellent hosts for a Raspberry Pi. Imagine a Furby that’s able to read you the day’s headlines. (Shudder.)</span></p>
<h3><span style="font-style: inherit; font-weight: inherit;">17. Raspberry Pi projects: Make a bitcoin mining machine</span></h3>
<p><span style="font-style: inherit;">If you’re reading this now, you’ve probably missed your chance to make millions in the <a href="http://bit.ly/2983dGS" target="_bank" itemprop="url" title="Bitcoin"><strong>Bitcoin</strong></a> boom, but that shouldn’t stop you trying with your Raspberry Pi. For less than £70, you can <a target="_blank" style="font-style: inherit;" href="http://bit.ly/29hwzWV">turn your Pi into a bitcoin miner</a>, complete with a dashboard showing the current exchange rate and much more. The Raspberry Pi is great for learning about technology, and combining it with the revolutionary Bitcoin currency will make sure you’re at the forefront of tech. What’s more, there’s always a chance the project could pay for itself – and then some. </span></p>
<h3><span style="font-style: inherit; font-weight: inherit;"><span style="font-style: inherit; font-weight: inherit;">18. Raspberry Pi projects: A teeny-tiny arcade cabinet</span></span></h3>
<p>If you’ve ever wanted to build a rodent-sized arcade cabinet running MAME, you’ve come to the right place. As explained on <a target="_blank" style="font-style: inherit;" href="http://bit.ly/2983qtF">SpritesMods</a>, this little baby comes packed with a 2.4in display and a somewhat impractically sized thumbstick… still, might be good for a dolls’ house?</p>
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Raspberry Pi 2: 18 of the best projects you can try with the microcomputer

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