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WALT r0.7
by
kamrik.
2
layer board of
1.61x2.01
inches
(40.82x50.95
mm).
Shared on
September 19th, 2016 16:20.
WALT Latency Timer http://github.com/google/walt
Arduino ICT Probe 8080 V1.00
by
PaulS.
2
layer board of
1.26x2.21
inches
(31.90x56.03
mm).
Shared on
September 19th, 2016 15:41.
Arduino ICT probe head specifically for the 8080 CPU.
fil pilote
by
teonitro.
2
layer board of
2.13x1.26
inches
(54.13x32.13
mm).
Shared on
September 19th, 2016 11:19.
fil pilote
RN52 Breakout Board2
by
shubhamgandhi.
2
layer board of
0.90x1.45
inches
(22.89x36.83
mm).
Shared on
September 18th, 2016 22:23.
With regulator
ESP8266 Clock Board
by
SmittyHalibut.
2
layer board of
1.26x2.43
inches
(31.90x61.75
mm).
Shared on
September 18th, 2016 20:41.
A controller board for a clock based on the ESP8266 uC. It will control a 60x WS2812 LED ring and turn it into a clock. There are also three analog outputs to make an Analog Panel Meter clock (the software isn’t written for this yet.)
This is an implementation of Jon Fuge’s wonderful Wol Clock project on Instructables: http://www.instructables.com/id/Wol-Clock-ESP8266-12E-60-LED-WS2812B-Analogue-Digi/?ALLSTEPS All software credit is his. I’ve modified it to use the -01 version of the ESP8266, and added the analog bits.
It uses the venerable (and cheap!) ESP8266-01 boards, about $2 from eBay: http://www.ebay.com/itm/171907296150
An example of the 60 WS2812 rings: www.ebay.com/itm/131594455055 There are several options available, they’ll all work.
All other parts are non-critical.
See https://www.youtube.com/watch?v=3o8EZLghdRY for the layout of this board.