#lora — Public Fediverse posts

Hey all, are there any #meshtastic or #meshcore neighbors from #Nashville within my FediVerse reach? Would you be interested in joining my local, experimental #LoRa #mesh network? I’ve just been using it for my party-line chat application on my #cyberdecks, but I think it’s functional enough now that I might like some company…

I'm delighted to see that more and more people are getting into LoRa mesh networks

https://www.jonaharagon.com/posts/im-getting-into-mesh-networks-meshtastic-meshcore-and-reticulum/

#Meshtastic #LoRa

I'm delighted to see that more and more people are getting into LoRa mesh networks

https://www.jonaharagon.com/posts/im-getting-into-mesh-networks-meshtastic-meshcore-and-reticulum/

#Meshtastic #LoRa

RE: https://mastodon.social/@spflddot/116653015979088341

#MeshCore #LoRa

I used #Bluetooth / #BLE as a short-range stand-in for #LoRa to test #Reticulum mesh behavior with #TBeamSupreme units.

The RSSI graph worked: carry two units away from a base pair, watch signal strength decay, disappear, then recover on return.

The GPS trace? Woeful. Useful lesson: RSSI test succeeded; urban T-Beam GPS precision did not.

https://salemdata.net/johnpress/?p=757

#MeshNetworking #ESP32 #FieldTesting #OpenSource

I used #Bluetooth / #BLE as a short-range stand-in for #LoRa to test #Reticulum mesh behavior with #TBeamSupreme units.

The RSSI graph worked: carry two units away from a base pair, watch signal strength decay, disappear, then recover on return.

The GPS trace? Woeful. Useful lesson: RSSI test succeeded; urban T-Beam GPS precision did not.

https://salemdata.net/johnpress/?p=757

#MeshNetworking #ESP32 #FieldTesting #OpenSource

I used #Bluetooth / #BLE as a short-range stand-in for #LoRa to test #Reticulum mesh behavior with #TBeamSupreme units.

The RSSI graph worked: carry two units away from a base pair, watch signal strength decay, disappear, then recover on return.

The GPS trace? Woeful. Useful lesson: RSSI test succeeded; urban T-Beam GPS precision did not.

https://salemdata.net/johnpress/?p=757

#MeshNetworking #ESP32 #FieldTesting #OpenSource

I used #Bluetooth / #BLE as a short-range stand-in for #LoRa to test #Reticulum mesh behavior with #TBeamSupreme units.

The RSSI graph worked: carry two units away from a base pair, watch signal strength decay, disappear, then recover on return.

The GPS trace? Woeful. Useful lesson: RSSI test succeeded; urban T-Beam GPS precision did not.

https://salemdata.net/johnpress/?p=757

#MeshNetworking #ESP32 #FieldTesting #OpenSource

Три попытки обогнать в бенче базовую Gemma 4 дообучением — и все три мимо

Две недели мы пытались обогнать собственную базу. Файнтюном. Потом ещё раз файнтюном на переделанном корпусе. Потом — RAG. Все три раунда база выиграла. Это статья про отрицательный результат. Я считаю, он полезнее победы — потому что воспроизводимый и объясняет, какой инструмент под какую задачу. Дальше — цифры, стек и три разбора «почему не взлетело».

https://habr.com/ru/articles/1040322/

#llm #gemma4 #dora #lora #sft #llmjudge

Три попытки обогнать в бенче базовую Gemma 4 дообучением — и все три мимо

Две недели мы пытались обогнать собственную базу. Файнтюном. Потом ещё раз файнтюном на переделанном корпусе. Потом — RAG. Все три раунда база выиграла. Это статья про отрицательный результат. Я считаю, он полезнее победы — потому что воспроизводимый и объясняет, какой инструмент под какую задачу. Дальше — цифры, стек и три разбора «почему не взлетело».

https://habr.com/ru/articles/1040322/

#llm #gemma4 #dora #lora #sft #llmjudge

Три попытки обогнать в бенче базовую Gemma 4 дообучением — и все три мимо

Две недели мы пытались обогнать собственную базу. Файнтюном. Потом ещё раз файнтюном на переделанном корпусе. Потом — RAG. Все три раунда база выиграла. Это статья про отрицательный результат. Я считаю, он полезнее победы — потому что воспроизводимый и объясняет, какой инструмент под какую задачу. Дальше — цифры, стек и три разбора «почему не взлетело».

https://habr.com/ru/articles/1040322/

#llm #gemma4 #dora #lora #sft #llmjudge

Три попытки обогнать в бенче базовую Gemma 4 дообучением — и все три мимо

Две недели мы пытались обогнать собственную базу. Файнтюном. Потом ещё раз файнтюном на переделанном корпусе. Потом — RAG. Все три раунда база выиграла. Это статья про отрицательный результат. Я считаю, он полезнее победы — потому что воспроизводимый и объясняет, какой инструмент под какую задачу. Дальше — цифры, стек и три разбора «почему не взлетело».

https://habr.com/ru/articles/1040322/

#llm #gemma4 #dora #lora #sft #llmjudge

Bald ist es wieder soweit!

Du, ich und 10-30 weitere Leute kommen in #Braunschweig zusammen um über das Mesh und alles drum rum zu quasseln.

Los geht es am 09.06.2026 ab 19.00 Uhr im #stratum0, Hamburger Strasse 273A.

Der Plan: Wir reden über Hard- und Software, klären offene Fragen und bringen den Mesh-Ausbau voran.

Mehr Infos unter https://www.BSmesh.de

#lora #meshcore #meshtastic

PolyCast5 – An ESP32-C5 multi-tool remote with dual-band WiFi 6, BLE, ESP-NOW, LoRa, and Infrared Tx/Rx (Crowdfunding)

https://fed.brid.gy/r/https://www.cnx-software.com/2026/05/26/polycast5-an-esp32-c5-multi-tool-remote-with-dual-band-wifi-6-ble-esp-now-lora-and-infrared-tx-rx/

RAKwireless WisMesh Pi HAT RAK6421 turns your Raspberry Pi 4/5 into a modular Meshtastic gateway

https://fed.brid.gy/r/https://www.cnx-software.com/2026/05/26/rakwireless-wismesh-pi-hat-rak6421-turns-your-raspberry-pi-4-5-into-a-modular-meshtastic-gateway/

Распределённая система мониторинга и аналитики присутствия людей в инфраструктурных объектах без использования камер

Обзор будущего продукта. Distributed Occupancy Intelligence Platform - это распределённая система мониторинга и аналитики присутствия людей в зданиях и инфраструктурных объектах без использования камер и сбора персональных данных.

https://habr.com/ru/articles/1039402/

#lora #iot #iot_платформа #meshсеть #embedded #embedded_systems #c++ #iot_разработка #iot_distributedsystems #embedded_software_development

Распределённая система мониторинга и аналитики присутствия людей в инфраструктурных объектах без использования камер

Обзор будущего продукта. Distributed Occupancy Intelligence Platform - это распределённая система мониторинга и аналитики присутствия людей в зданиях и инфраструктурных объектах без использования камер и сбора персональных данных.

https://habr.com/ru/articles/1039402/

#lora #iot #iot_платформа #meshсеть #embedded #embedded_systems #c++ #iot_разработка #iot_distributedsystems #embedded_software_development

Распределённая система мониторинга и аналитики присутствия людей в инфраструктурных объектах без использования камер

Обзор будущего продукта. Distributed Occupancy Intelligence Platform - это распределённая система мониторинга и аналитики присутствия людей в зданиях и инфраструктурных объектах без использования камер и сбора персональных данных.

https://habr.com/ru/articles/1039402/

#lora #iot #iot_платформа #meshсеть #embedded #embedded_systems #c++ #iot_разработка #iot_distributedsystems #embedded_software_development

Распределённая система мониторинга и аналитики присутствия людей в инфраструктурных объектах без использования камер

Обзор будущего продукта. Distributed Occupancy Intelligence Platform - это распределённая система мониторинга и аналитики присутствия людей в зданиях и инфраструктурных объектах без использования камер и сбора персональных данных.

https://habr.com/ru/articles/1039402/

#lora #iot #iot_платформа #meshсеть #embedded #embedded_systems #c++ #iot_разработка #iot_distributedsystems #embedded_software_development

https://www.europesays.com/ie/502556/ Mobile communication without network coverage or fees: How Meshtastic works #benchmarks #DIY #Éire #funk #GraphicsCard #IE #Ireland #laptop #lora #meshtastic #Mobile #netbook #notebook #processor #reports #Review #Reviews #Technology #test #tests #ThinknodeM1

https://www.europesays.com/uk/984782/ Mobile communication without network coverage or fees: How Meshtastic works #Benchmarks #DIY #funk #GraphicsCard #laptop #lora #meshtastic #Mobile #netbook #notebook #processor #reports #Review #Reviews #Technology #test #tests #ThinknodeM1 #UK #UnitedKingdom

https://www.youtube.com/watch?v=dxYY097QNs0
#LoRa

https://www.youtube.com/watch?v=dxYY097QNs0
#LoRa

Not bad. First time I see a positive dB value!
#meshcore #lora #868 #yagi

Not bad. First time I see a positive dB value!
#meshcore #lora #868 #yagi

Not bad. First time I see a positive dB value!
#meshcore #lora #868 #yagi

Not bad. First time I see a positive dB value!
#meshcore #lora #868 #yagi

Not bad. First time I see a positive dB value!
#meshcore #lora #868 #yagi

#meshcore #lora #reticulum #hamradio

I live near 2 lora repeaters but have no direct line of sight. I can find good reflections on building, getting signal in -3dB range via a small yagi.

The aiming of the beam is rather difficult due to intermittent ping or trace path in the app. Probably the repeaters have reception of stronger signals at those moments of failure.

What would be a good easy practice to find optimal beam direction?

#meshcore #lora #reticulum #hamradio

I live near 2 lora repeaters but have no direct line of sight. I can find good reflections on building, getting signal in -3dB range via a small yagi.

The aiming of the beam is rather difficult due to intermittent ping or trace path in the app. Probably the repeaters have reception of stronger signals at those moments of failure.

What would be a good easy practice to find optimal beam direction?

#meshcore #lora #reticulum #hamradio

I live near 2 lora repeaters but have no direct line of sight. I can find good reflections on building, getting signal in -3dB range via a small yagi.

The aiming of the beam is rather difficult due to intermittent ping or trace path in the app. Probably the repeaters have reception of stronger signals at those moments of failure.

What would be a good easy practice to find optimal beam direction?

#meshcore #lora #reticulum #hamradio

I live near 2 lora repeaters but have no direct line of sight. I can find good reflections on building, getting signal in -3dB range via a small yagi.

The aiming of the beam is rather difficult due to intermittent ping or trace path in the app. Probably the repeaters have reception of stronger signals at those moments of failure.

What would be a good easy practice to find optimal beam direction?

#meshcore #lora #reticulum #hamradio

I live near 2 lora repeaters but have no direct line of sight. I can find good reflections on building, getting signal in -3dB range via a small yagi.

The aiming of the beam is rather difficult due to intermittent ping or trace path in the app. Probably the repeaters have reception of stronger signals at those moments of failure.

What would be a good easy practice to find optimal beam direction?

Il 27 dicembre 1975 Nisticò lasciava dopo 21 anni la direzione de «L'Ora» https://collasgarba.wordpress.com/2026/05/24/il-27-dicembre-1975-nistico-lasciava-dopo-21-anni-la-direzione-de-lora/ #1975, #Antimafia, #CiroDovizio, #CosaNostra, #Direttore, #Giornale, #LOra, #Mafia, #MichelePantaleone, #Palermo, #Sicilia, #VittorioNisticò

Oggi conto di percorrere il sentiero ad anello del Bogn, lago di Iseo (QTH locator: JN55AS).
Mi porto appresso il mio Heltec V3 e probabilmente mi vedrete in mappa, in tempo quasi-reale (UQFM - IZ2UQF mobile).
Dovrei salire fino a 500 MSL quindi, tra una foto e l'altra, cercherò di inviare qualche saluto digitale sulla mesh.
https://www.lacollinaoutdoor.it/alla-scoperta-del-bogn/ (faccio l'itinerario 1).
#LoRa #LoraItalia

Oggi conto di percorrere il sentiero ad anello del Bogn, lago di Iseo (QTH locator: JN55AS).
Mi porto appresso il mio Heltec V3 e probabilmente mi vedrete in mappa, in tempo quasi-reale (UQFM - IZ2UQF mobile).
Dovrei salire fino a 500 MSL quindi, tra una foto e l'altra, cercherò di inviare qualche saluto digitale sulla mesh.
https://www.lacollinaoutdoor.it/alla-scoperta-del-bogn/ (faccio l'itinerario 1).
#LoRa #LoraItalia

Oggi conto di percorrere il sentiero ad anello del Bogn, lago di Iseo (QTH locator: JN55AS).
Mi porto appresso il mio Heltec V3 e probabilmente mi vedrete in mappa, in tempo quasi-reale (UQFM - IZ2UQF mobile).
Dovrei salire fino a 500 MSL quindi, tra una foto e l'altra, cercherò di inviare qualche saluto digitale sulla mesh.
https://www.lacollinaoutdoor.it/alla-scoperta-del-bogn/ (faccio l'itinerario 1).
#LoRa #LoraItalia

Oggi conto di percorrere il sentiero ad anello del Bogn, lago di Iseo (QTH locator: JN55AS).
Mi porto appresso il mio Heltec V3 e probabilmente mi vedrete in mappa, in tempo quasi-reale (UQFM - IZ2UQF mobile).
Dovrei salire fino a 500 MSL quindi, tra una foto e l'altra, cercherò di inviare qualche saluto digitale sulla mesh.
https://www.lacollinaoutdoor.it/alla-scoperta-del-bogn/ (faccio l'itinerario 1).
#LoRa #LoraItalia

Oggi conto di percorrere il sentiero ad anello del Bogn, lago di Iseo (QTH locator: JN55AS).
Mi porto appresso il mio Heltec V3 e probabilmente mi vedrete in mappa, in tempo quasi-reale (UQFM - IZ2UQF mobile).
Dovrei salire fino a 500 MSL quindi, tra una foto e l'altra, cercherò di inviare qualche saluto digitale sulla mesh.
https://www.lacollinaoutdoor.it/alla-scoperta-del-bogn/ (faccio l'itinerario 1).
#LoRa #LoraItalia

LILYGO T-Deck MAX is an upgraded mobile dev kit with an E Ink screen, QWERTY keyboard and 4G LTE

The LILYGO T-Deck MAX is a mobile communications device with an ESP32-S3 microprocessor, a 3.1 inch E Ink display, a QWERTY keyboard, and support for WiFi, Bluetooth, 4G LTE, and LoRa. In other words, it’s a lot like the T-Deck Pro that launched more than a year ago.

But while 4G LTE is optional on the Pro, it’s standard in the new Max model. And LILYGO has added several additional hardware […]

LILYGO T-Deck MAX is an upgraded mobile dev kit with an E Ink screen, QWERTY keyboard and 4G LTE

The LILYGO T-Deck MAX is a mobile communications device with an ESP32-S3 microprocessor, a 3.1 inch E Ink display, a QWERTY keyboard, and support for WiFi, Bluetooth, 4G LTE, and LoRa. In other words, it’s a lot like the T-Deck Pro that launched more than a year ago.

But while 4G LTE is optional on the Pro, it’s standard in the new Max model. And LILYGO has added several additional hardware […]

LILYGO T-Deck MAX is an upgraded mobile dev kit with an E Ink screen, QWERTY keyboard and 4G LTE

The LILYGO T-Deck MAX is a mobile communications device with an ESP32-S3 microprocessor, a 3.1 inch E Ink display, a QWERTY keyboard, and support for WiFi, Bluetooth, 4G LTE, and LoRa. In other words, it’s a lot like the T-Deck Pro that launched more than a year ago.

But while 4G LTE is optional on the Pro, it’s standard in the new Max model. And LILYGO has added several additional hardware […]

LILYGO T-Deck MAX is an upgraded mobile dev kit with an E Ink screen, QWERTY keyboard and 4G LTE

The LILYGO T-Deck MAX is a mobile communications device with an ESP32-S3 microprocessor, a 3.1 inch E Ink display, a QWERTY keyboard, and support for WiFi, Bluetooth, 4G LTE, and LoRa. In other words, it’s a lot like the T-Deck Pro that launched more than a year ago.

But while 4G LTE is optional on the Pro, it’s standard in the new Max model. And LILYGO has added several additional hardware […]

Tiny speck in the sky 📟🪁
Ran out of hemp twine on this test.
DIY Kite Node, reused/repurposed plastic+bamboo

#lora #permacomputing #solarpunk

Tiny speck in the sky 📟🪁
Ran out of hemp twine on this test.
DIY Kite Node, reused/repurposed plastic+bamboo

#lora #permacomputing #solarpunk

Tiny speck in the sky 📟🪁
Ran out of hemp twine on this test.
DIY Kite Node, reused/repurposed plastic+bamboo

#lora #permacomputing #solarpunk

Tiny speck in the sky 📟🪁
Ran out of hemp twine on this test.
DIY Kite Node, reused/repurposed plastic+bamboo

#lora #permacomputing #solarpunk

Tiny speck in the sky 📟🪁
Ran out of hemp twine on this test.
DIY Kite Node, reused/repurposed plastic+bamboo

#lora #permacomputing #solarpunk

Einerseits finde ich #lora #meshtastic #meshcore aber auch #amateurfunk einigermaßen interessant und kann mir vorstellen mich da reinzufuchsen, andeferseits brauche ich in meinem leben eher soziale hobbies als technische. Entscheidungen, entscheidungen