Using Microcode Studio /with PB3 pro and a U2 Pic Programmer

This is a Data over Power Project. 
currenly using it on my Addressable yard lights

This System works on AC and DC power. ook power is adjustable up to 8 volts pp


This Project has Different Modes like pre set color and color patterns, or smooth cycling through colors.

LM2596 Buck Device 
This is the chip i ended up using to power my Addressable yard lights 

I Started with the ZUKEO Brand from China.
The internal Power Supply was week and short lived at best.
So I used LM2596 chip to give me 6 VDC at 1 Amp as it worked very well.


Transmitter:
Using a Pic micro controller Pic16F88 @8 Mhz

using a Rotory Encoder For Selecting Address, Mode, R, G, B 
I also built an Android App for Blue Tooth to do what the Rotory Encoder does.
 (one day ill try to use a RTC to use a calendar for scheduling events.)
I set one of the pins to output a clock Freq of about 2 MHZ
then used a Transistor Modulate Serial Data at the 2 Mhz Freq. to make my ook signal.
It seems to work very well.


Reciever:
I used a Pic16F1503 micro controller that has 4 PWM ports
The Reciever Boards use 3 of the PWM ports to drive the RGB LED's
Data is sent using ook, Led's for color and Brightness. Sending (Address, Mode, R, G, B)
Currently I can address 100 devices.

Demod:
The ook signal is strong enough to saturate a Transistor through a small Capacitor and a couple 1N34 diodes on the Base.  this gave me the Demodulated Data For the Pic to read (Address, Mode, R, G, B)
I used a 33uh inductor to filter out the ook from the Power Source.