As you probably where able to see in the previous video I decided to replace my 6 year old Sony Nex-5 with a Panasonic G7. I remember thinking 6 years ago that it was sad they where still bringing out PAL (25FPS) and NTSC (30FPS) models of the same camera without allowing you to change it. Guess what, this new Panasonic is locked too! Horrible!
Ever since I started tinkering with hardware I’ve been accumulating more and more “stuff”. Most often these are little things like connectors, sensors, mosfets, etc.. And more often then not I don’t buy 1 or 2 but buy them per 10 or even 20 at the same time.
After a while I was having trouble keeping it all sorted and easily accessible so I started to look around for a cost effective way of storing everything and I think I might have found it. Read on to see what I’m using.
Now that the LED dimmer is working and I have workable boards (Still working on better PCB designs) and I have a plan laid out for the house, the last task was to find the right lights to use them with. This turned out to be harder then I thought! Recently I finally found what I’ve been looking for, both a downlights and LED strip!
The whole reason for building my own LED dimmer was because I’m currently building a new house and was unsatisfied with commercially available dimmers. They either didn’t have the features I desired or where way too expensive and often, both!
This post will describe which parts of the house will be powered using my LED dimmer solution.
With the help of kind internet folks I was able to get a fritzing part for the new voltage converter I wanted to use to try and make a smaller board. A few weeks ago I sent my new ‘panalized’ design to dirtypcb’s and I got them back last week. They are awesome! Read on to order the boards yourself!Continue reading ESP8266 WiFi LED dimmer Part 8 of X: Version 2 of the PCB design→
Since I now have a cheap WiFi controllable LED dimmer I’m looking at various ways of lighting rooms, hallways, etc. Since different rooms require different type of lighting they require a different lamp. Some simple, some more fancy. After experimenting with LED strips in aluminium profiles this post will be about hacking Ikea lamps!
The last part of the ESP8266 WiFi LED dimmer project is getting it to work inside of my Domotica system of choice: Domoticz. We can do this using LUA scripts, in the end you will have an easy dimmer slider in Domoticz which you can use to control each channel of the ESP8266 WiFi LED dimmer.
To get started with the ESP8266 ESP-01 I recommend flashing and programming it before soldering it down. This way you know it’s working and that the program code is also functioning. Depending on how you mount it on your board it can be a bit hard to do so later on!
Connect the board to USB using an Arduino or Serial-to-USB adapter
This post will describe the hardware you need to build your own WiFi controllable LED dimmer! This post will list what you need, why and where I bought it from!
For a while now I’ve been working on building my own network controlled LED dimmer. I have sampeled some commercially available remotely controllable LED dimmers (DX.com models, AppLamp, Fibaro Z-wave, etc.) but all either lacked some fuctions or where WAY too expensive to rollout house wide. So, I decided to construct my own version! In the next few posts I will detail my efforts and explain in detail how to build the latest version! Read on!