Intel enters in the LED blinking business!


Arduino with its over 1 million sold development boards is acting as magneto for marketing managers in all semi companies.

We already review the incredible engineering done by NXP on this subject to make Adruino compatible low cost 8-bit processor without ADC and enough GPIOs, and while we though nobody can come up with something so incredible non-sense.

Now it seems Intel is on the way to eclipse them, they put Arduino connectors on their Galileo processor

Galileo datasheet is very skinny but seems this is 400Mhz Pentium 32bit processor with 256MB of RAM.

Looking at the tiny datasheet there is block diagram:


seems familiar? yes, same crap like in NXP design, processor with no GPIO, no ADC, etc which connects to external ICs to make something which is available in simple 8-bit AVR processor 🙂

At least one thing Intel do it better than NXP here – they paid to Arduino team to build them Arduino Like IDE and some basic library

Arduino Breadboarding with AVR-T32U4


AVR-T32U4 is the easiest way to do breadboard projects with Arduino. With retail price of EUR 12.95 this is also the Arduino board with best price/performance ratio.

As you see from the picture above AVR-T32U4 snap perfectly to Breadboard-1 and it powers the two power buses with 3.3V and GND and you have access to all Arduino pins A0-A5 and D0-D13 on the breadboard area, so you can easily connect to LEDs, Servo Motors,  Sensors etc.

Here is step by step instructions what you have to do to get started.

1. Download Arduino IDE from; Unpack the downloaded zip file in main drive C:\arduino-1.0.4

2. Plug AVR-T32U4 to your PC and it will ask for drivers, point it to C:\arduino-1.0.4\drivers

3. After the drivers are installed run C:\arduino-1.0.4\arduino.exe

4. Select the board to be Arduino-Leonardo as per attached picture


5. Right mouse click on “My computer” then select Properties-> Hardware-> Device Manager and check which virtual COM port is created when you plug AVR-T32U4.


as you see on the picture in this case COM33 is created by Arduino-Leonardo

6. From Arduino menu select the com port as per attached picture:


6. Open Blink LED project:


7. Upload the sketch by click on -> button

Connect LED with longer led to D13 and shorter leg via 220 ohm to GND.

You should see the LED blinking as on this video:

Congratulations you just complete your first Arduino project!

We also highly recommend you when you do prototype work to put USB-ISO between your Arduino and PC in this case even if you do some stupid like to make short on your Arduino board or put wrong voltage somewhere your PC will be always protected, so even if your Arduino board burn your computer will be safe.