The back of the monitor faces several coworkers so i decided to put the ring and another s.
Neopixel wall clock.
And the tsop1838 is under this.
The arcs overlap and the colors mix.
Neopixel ntp clock using esp8266.
As i was using.
This wall clock shows the time on two concentric led rings of 60 24 neopixel leds.
Now use hot glue to attach all the electronics in place the usb breakout is attached using the 6mm screws.
I am sharing the instructions for others who may want to do the same similar and save some time.
Create your own colorful ring of time using a neopixel 60 ring an arduino or compatible and a real time clock module.
A couple of weeks ago i noticed the hole in my monitor stand at work is almost exactly the same diameter as a ring of 24 neopixels that i had lying around.
Minutes and seconds are each represented by a single green or blue led respectively.
This instructable will guide you through the process of connecting the following parts to create an interesting and accurate analogue digital clock which will automatically set the time from the internet parts needed esp8266 12e module can be bou.
A simple clock using the neopixel 60 ring.
Neopixel 1 4 60 ring 5050 rgb led w integrated drivers 9 95 in stock add to cart adafruit ds1307 real time clock assembled breakout board 7 50.
And the tsop1838 output pin is soldered to arduino pin 10.
Wol clock esp8266 12e 60 led ws2812b analogue digital clock.
The neopixel chan serial in si is soldered to arduino pin 6 with the 330 ohm resistor in series.
This project uses the ds1307 real time clock with an arduino to display the time as a series of colored arcs.
It is controlled by an esp32 which synchronizes the time online with an ntp server.
The sda and scl to a4 and a5 in the arduino.
With the new neopixel 60 ring we have a perfect display for presenting the time with rgb leds.
The inner ring shows the hours the outer ring shows minutes and seconds.
Hours are represented by red minutes by green seconds by blue.
Leave one pair of din and dout disconnected this will be where the neopixel strand begins and ends the microcontroller data pin will connect to the din here.