A version with the heart rate sensor or oximeter would be great, as it would be one of very few such devices that don't require google fit and run open source software.
I wonder if you could use it to aid in home automation like detecting which room you are in based on the signal level of the device or controlling equipment with it (turning on, off, etc)
How did you manage to turn it on? I can't figure out if mine is DOA or if I just don't understand how to turn it on. There are no buttons and no indication of how to power it on.
Sorry if I asking a dumb question, but I have it and I can not find a way to adjust the time! Even connected to my WiFi router that has perfect Internet connection, I git only date correct never the time... Any idea? Thanks.
one minute into the video, and it feels like i'm, somehow, still the only person that gets consistantly water, and sometimes airtight, 3d prints... and I tested that.
@@voltlog That is true. no two printers, nor settings, are the same. sometimes bad luck plays a factor too. sometimes... sometimes its just me that screwed up, lol... ok, no actually, Im the biggest reason my prints fail... but it's fun :)
I'm guessing it could achieve lower power usage by having the TTP223 wake up the ESP32 from sleep when touch detection happens? Haven't checked the actual numbers but that would be my bet.
So have you preordered the T-Watch-2020 yet? :p Info here: www.cnx-software.com/2020/05/17/lilygo-ttgo-t-watch-2020-is-a-nicer-looking-arduino-programmable-esp32-watch/ Banggood link here: www.banggood.com/LILYGO-TTGO-T-Watch-2020-ESP32-Main-Chip-1_54-Inch-Touch-Display-Programmable-Wearable-Environmental-Interaction-p-1671427.html?cur_warehouse=CN
I think it is already available on Aliexpress, I was looking at some listings a while ago. I personally would prefer the wristband so I don't think I'll be ordering one.
