#bthome — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #bthome, aggregated by home.social.
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Here we go. Today's Daily Notes:
• static status pages with #cState
• easy cases for your KiCad projects with #TurboCase
• Microchip MAC-SA5X miniature atomic clock
• #IronCalc for in-browser and TUI spreadsheets
• the #BTHome Bluetooth sensor standard
• Steam Machine delayed due to AI
• Fediverse hashtags -
Here we go. Today's Daily Notes:
• static status pages with #cState
• easy cases for your KiCad projects with #TurboCase
• Microchip MAC-SA5X miniature atomic clock
• #IronCalc for in-browser and TUI spreadsheets
• the #BTHome Bluetooth sensor standard
• Steam Machine delayed due to AI
• Fediverse hashtags -
Here we go. Today's Daily Notes:
• static status pages with #cState
• easy cases for your KiCad projects with #TurboCase
• Microchip MAC-SA5X miniature atomic clock
• #IronCalc for in-browser and TUI spreadsheets
• the #BTHome Bluetooth sensor standard
• Steam Machine delayed due to AI
• Fediverse hashtags -
Here we go. Today's Daily Notes:
• static status pages with #cState
• easy cases for your KiCad projects with #TurboCase
• Microchip MAC-SA5X miniature atomic clock
• #IronCalc for in-browser and TUI spreadsheets
• the #BTHome Bluetooth sensor standard
• Steam Machine delayed due to AI
• Fediverse hashtags -
Here we go. Today's Daily Notes:
• static status pages with #cState
• easy cases for your KiCad projects with #TurboCase
• Microchip MAC-SA5X miniature atomic clock
• #IronCalc for in-browser and TUI spreadsheets
• the #BTHome Bluetooth sensor standard
• Steam Machine delayed due to AI
• Fediverse hashtags -
@HeyRay Kenne nur den von #Athom, der das kann. Der basiert auf #BTHome, da weiß ich nicht genau, wie der Apple Support aussieht. Ist aber das gleiche Protokoll wie manche Shelly Sensoren benutzen.
https://de.athom.tech/blank-1/bthome-door-contact-with-tempreture-and-humidiy-sensor
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@HeyRay Kenne nur den von #Athom, der das kann. Der basiert auf #BTHome, da weiß ich nicht genau, wie der Apple Support aussieht. Ist aber das gleiche Protokoll wie manche Shelly Sensoren benutzen.
https://de.athom.tech/blank-1/bthome-door-contact-with-tempreture-and-humidiy-sensor
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@HeyRay Kenne nur den von #Athom, der das kann. Der basiert auf #BTHome, da weiß ich nicht genau, wie der Apple Support aussieht. Ist aber das gleiche Protokoll wie manche Shelly Sensoren benutzen.
https://de.athom.tech/blank-1/bthome-door-contact-with-tempreture-and-humidiy-sensor
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Implementing a #BTHome sender for #MicroPython for the third time.
(This time as a real library. The goal is to replace my two other implementations with it.)
(I know there already is one. I don't like its design.)
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Implementing a #BTHome sender for #MicroPython for the third time.
(This time as a real library. The goal is to replace my two other implementations with it.)
(I know there already is one. I don't like its design.)
-
Implementing a #BTHome sender for #MicroPython for the third time.
(This time as a real library. The goal is to replace my two other implementations with it.)
(I know there already is one. I don't like its design.)
-
Implementing a #BTHome sender for #MicroPython for the third time.
(This time as a real library. The goal is to replace my two other implementations with it.)
(I know there already is one. I don't like its design.)
-
Implementing a #BTHome sender for #MicroPython for the third time.
(This time as a real library. The goal is to replace my two other implementations with it.)
(I know there already is one. I don't like its design.)
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@oliof Ich habe diese Thermometer (ebenfalls mit der genannten #BTHome Firmware) bei uns in allen Wohnräumen platziert, sowie an mehreren anderen, interessanten Räumen wie z.B. dem Vorratsraum. Eines auch als Außenthermometer.
Integration in #homeassistant dank BTHome trivial.
Leider alles mit Knopfzellen, aber kann ich ansonsten auch sehr empfehlen.
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@oliof Ich habe diese Thermometer (ebenfalls mit der genannten #BTHome Firmware) bei uns in allen Wohnräumen platziert, sowie an mehreren anderen, interessanten Räumen wie z.B. dem Vorratsraum. Eines auch als Außenthermometer.
Integration in #homeassistant dank BTHome trivial.
Leider alles mit Knopfzellen, aber kann ich ansonsten auch sehr empfehlen.
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@oliof Ich habe diese Thermometer (ebenfalls mit der genannten #BTHome Firmware) bei uns in allen Wohnräumen platziert, sowie an mehreren anderen, interessanten Räumen wie z.B. dem Vorratsraum. Eines auch als Außenthermometer.
Integration in #homeassistant dank BTHome trivial.
Leider alles mit Knopfzellen, aber kann ich ansonsten auch sehr empfehlen.
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@oliof Ich habe diese Thermometer (ebenfalls mit der genannten #BTHome Firmware) bei uns in allen Wohnräumen platziert, sowie an mehreren anderen, interessanten Räumen wie z.B. dem Vorratsraum. Eines auch als Außenthermometer.
Integration in #homeassistant dank BTHome trivial.
Leider alles mit Knopfzellen, aber kann ich ansonsten auch sehr empfehlen.
-
@oliof Ich habe diese Thermometer (ebenfalls mit der genannten #BTHome Firmware) bei uns in allen Wohnräumen platziert, sowie an mehreren anderen, interessanten Räumen wie z.B. dem Vorratsraum. Eines auch als Außenthermometer.
Integration in #homeassistant dank BTHome trivial.
Leider alles mit Knopfzellen, aber kann ich ansonsten auch sehr empfehlen.
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Well I think I have the #picow broadcasting some #bthome #bluetooth #ble advertising packets but so far #homeassistant isn't seeing anything. I might have to enable the #android debug settings to see the data in my snooping app. Although I could also take advantage of the piece and quiet and watch an old TNG episode. Choices choices...
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Well I think I have the #picow broadcasting some #bthome #bluetooth #ble advertising packets but so far #homeassistant isn't seeing anything. I might have to enable the #android debug settings to see the data in my snooping app. Although I could also take advantage of the piece and quiet and watch an old TNG episode. Choices choices...
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Well I think I have the #picow broadcasting some #bthome #bluetooth #ble advertising packets but so far #homeassistant isn't seeing anything. I might have to enable the #android debug settings to see the data in my snooping app. Although I could also take advantage of the piece and quiet and watch an old TNG episode. Choices choices...
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Well I think I have the #picow broadcasting some #bthome #bluetooth #ble advertising packets but so far #homeassistant isn't seeing anything. I might have to enable the #android debug settings to see the data in my snooping app. Although I could also take advantage of the piece and quiet and watch an old TNG episode. Choices choices...
-
Well I think I have the #picow broadcasting some #bthome #bluetooth #ble advertising packets but so far #homeassistant isn't seeing anything. I might have to enable the #android debug settings to see the data in my snooping app. Although I could also take advantage of the piece and quiet and watch an old TNG episode. Choices choices...
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TIL: #BTHome is an open standard for sensors to broadcast their measurements using #BLE.
It's definitely worth a look if you are, like me, using ESP32 microcontrollers to measure all kinds of custom stuff and want to feed it to someplace else. For example, #HomeAssistant has built-in support and will auto-detect new BTHome devices.
You might want to consider it as an alternative to #MQTT. It has no delivery guarantees, but OTOH doesn't need LAN or credentials to work.
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TIL: #BTHome is an open standard for sensors to broadcast their measurements using #BLE.
It's definitely worth a look if you are, like me, using ESP32 microcontrollers to measure all kinds of custom stuff and want to feed it to someplace else. For example, #HomeAssistant has built-in support and will auto-detect new BTHome devices.
You might want to consider it as an alternative to #MQTT. It has no delivery guarantees, but OTOH doesn't need LAN or credentials to work.
-
TIL: #BTHome is an open standard for sensors to broadcast their measurements using #BLE.
It's definitely worth a look if you are, like me, using ESP32 microcontrollers to measure all kinds of custom stuff and want to feed it to someplace else. For example, #HomeAssistant has built-in support and will auto-detect new BTHome devices.
You might want to consider it as an alternative to #MQTT. It has no delivery guarantees, but OTOH doesn't need LAN or credentials to work.
-
TIL: #BTHome is an open standard for sensors to broadcast their measurements using #BLE.
It's definitely worth a look if you are, like me, using ESP32 microcontrollers to measure all kinds of custom stuff and want to feed it to someplace else. For example, #HomeAssistant has built-in support and will auto-detect new BTHome devices.
You might want to consider it as an alternative to #MQTT. It has no delivery guarantees, but OTOH doesn't need LAN or credentials to work.
-
TIL: #BTHome is an open standard for sensors to broadcast their measurements using #BLE.
It's definitely worth a look if you are, like me, using ESP32 microcontrollers to measure all kinds of custom stuff and want to feed it to someplace else. For example, #HomeAssistant has built-in support and will auto-detect new BTHome devices.
You might want to consider it as an alternative to #MQTT. It has no delivery guarantees, but OTOH doesn't need LAN or credentials to work.
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Warum einfach, wenn es auch kompliziert geht?
Wie liest man den Batteriestatus einer LiPo Battery (zu Testzwecken) am #Xiao BLE aus?
1. #CircuitPython auf den #Xiao
2. BLE Advertising sendet Batteriespannung per #BTHome Advertising Packete
3. Raspberry sammelt die Packete per crontab + Pythonskript ein und sendet sie zum Webserver (um Schreibzugriffe auf SD-Karte zu vermeiden)
4. PHP-Skript @ Webserver hängt Daten dann an eine CSV Datei an -
Warum einfach, wenn es auch kompliziert geht?
Wie liest man den Batteriestatus einer LiPo Battery (zu Testzwecken) am #Xiao BLE aus?
1. #CircuitPython auf den #Xiao
2. BLE Advertising sendet Batteriespannung per #BTHome Advertising Packete
3. Raspberry sammelt die Packete per crontab + Pythonskript ein und sendet sie zum Webserver (um Schreibzugriffe auf SD-Karte zu vermeiden)
4. PHP-Skript @ Webserver hängt Daten dann an eine CSV Datei an -
Warum einfach, wenn es auch kompliziert geht?
Wie liest man den Batteriestatus einer LiPo Battery (zu Testzwecken) am #Xiao BLE aus?
1. #CircuitPython auf den #Xiao
2. BLE Advertising sendet Batteriespannung per #BTHome Advertising Packete
3. Raspberry sammelt die Packete per crontab + Pythonskript ein und sendet sie zum Webserver (um Schreibzugriffe auf SD-Karte zu vermeiden)
4. PHP-Skript @ Webserver hängt Daten dann an eine CSV Datei an -
Warum einfach, wenn es auch kompliziert geht?
Wie liest man den Batteriestatus einer LiPo Battery (zu Testzwecken) am #Xiao BLE aus?
1. #CircuitPython auf den #Xiao
2. BLE Advertising sendet Batteriespannung per #BTHome Advertising Packete
3. Raspberry sammelt die Packete per crontab + Pythonskript ein und sendet sie zum Webserver (um Schreibzugriffe auf SD-Karte zu vermeiden)
4. PHP-Skript @ Webserver hängt Daten dann an eine CSV Datei an -
CW: Internet Of Shit
@crazifyngers Currently I have 5 Xiaomis. Good to know what to do when things start to go slow. Never heard before of #BTHome, thanks!
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CW: Internet Of Shit
@crazifyngers Currently I have 5 Xiaomis. Good to know what to do when things start to go slow. Never heard before of #BTHome, thanks!
-
CW: Internet Of Shit
@crazifyngers Currently I have 5 Xiaomis. Good to know what to do when things start to go slow. Never heard before of #BTHome, thanks!