Yes, I have hacked another ESP8266-based device. This time it's the LOHAS WiFi Smart LED lightbulb.

I recently needed to connect an ESP8266 board up to an audio control and processing board I was working on. And as you can guess the noise was horrendous. Kind of like when you leave your mobile phone near a radio and someone calls you. Pop, pop, crackle, pop pop...

So, some filtering was in order. In the end I came up with this circuit:

The values can probably be refined somewhat, but I just used components I had lying around.

Watch the accompanying video

The SWA1 Smart WiFi sockets are great cheap WiFi controlled sockets that you can get on Amazon (see them on my kit page). Not only are they very convenient, but they are eminently hackable. Hackable to the extreme.

The ESP8266 is everywhere now. Whenever you buy some cheap Chinese (or even expensive non-Chinese) IoT device, like a WiFi power switch, a WiFi connected lightbulb, or whatever, you can pretty much guarantee that inside will be an ESP8266.

Xtensa have pretty much got it made.

But what is it that's so great about the ESP8266 that's got everyone using it?

Today's ESP8266 hack is another rather easy one. This time it's a very cheap LED RGB strip driver from Amazon.

Well, I say ESP8266. In fact this one uses the ESP8285, which is basically an ESP8266 with 1MB of flash built in, so no need for an external flash chip. That makes it even cheaper to manufacture, and hence for you and I to buy.