The 'Internet of Things' Ambilight speakers is a set of speakers designed to be controlled over the internet (hence the term IOT). They can light up any color you want and can be controlled from any device able to run a program called " Blynk" Which is available for IOS and Android.

It is made from (but this can really be changed to anything) an ENC28j60 module for ethernet, an Arduino Nano for the MCU and a strip of 9 WS2811 LED's. The speaker was a single Philips centre speaker module I picked up at a second-hand store for $5.

This is an advanced project - so if you are new to Arduino or programming in general - I would strongly recommend staying far away from this project.

WHY BLYNK?

What really caught my attention with Blynk and why I chose to use it over a bluetooth setup, was the sheer hardware support that Blynk offers - from ESP8266 to Arduino over USB to (what I used), an ENC28j60 ethernet module. I bought these modules a long time ago to make a system make test an almost exact replica of what Blynk does. And finally - it has IOS SUPPORT! Almost every project on Instructables that does this kind of thing needs an android phone.

TL;DR - Blynk is AWESOME!

Step 1: Materials

For this instructable you will need:

Arduino Nano
a WS2811 LED strip
Some kind of internet connected module. I used an ENC28j60 module however the official Arduino WIFI and Ethernet shields work fine but will just need slightly different code (which is supplied anyway).
Wire (of course)
Speakers
USB cable for the Arduino
Hot Glue + Gun

Step 2: Disassemble the Speaker

This is a self explanatory step. The aim is to find somewhere to house the Arduino and whatever internet module you are using. When I unscrewed my speakers and took the front grill off it showed that there was lots of space inside on the left and the right side of the speakers. This would soon become the place where the Arduino and the ENC28j60 module is placed.

Step 3: Putting Modules in Their Spots

The cables need somewhere to go... right? So Because I don't have the awesomeness that is a Dremel, I had to manually drill lots of holes with my cordless drill to make holes big enough for the Ethernet cable and the Mini B USB cable.

After that, you may need to clear some of the plastic supports to make room for the modules you are using.

You also need to get a good position for the LED strip on top of the speaker and at the end closest to your Arduino's spot you should drill a hole big enough to fit 3 wires through. This will be where the LED strip wires connect to the Arduino.

Step 4: Wiring

Just to reiterate - this is an advanced project. If you are not comfortable with complex wiring then you should try and make something else.

These are the connections that need to be made:

(note, this wiring is for an ENC28j60. If you are using a separate module, download the blynk library and view the example for your module. It will show the different connections that need to be made.)

Ethernet Module (enc28j60) - > Arduino

VCC -> +5v

GND -> GND

CS -> D10

SI -> D11

SO -> D12

SCK -> D13

INT -> D2

Neopixel Strip (WS2811) -> Arduino

+5V -> VIN

GND -> GND

Data IN -> D3

Step 5: Finishing Touches

To finish it all off, grab some hot glue and pot the outside of the connectors - in my case: leaving the ethernet port and the mini b USB port open. You should also add some hot glue inside the speaker to hold the modules in place.