#rnodes — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #rnodes, aggregated by home.social.
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A #reticulum #nomadnet web / #mesh #browser #rbrowser for #surfing the #reticulum #network using #rns as an alternative to #ip #internet . #ipfreeinternet #networking #resilientcommunication #Notfallkommunikation #rnodes
#decentralised (compare #yggdrasil #i2p #cjdns #dtn #packetradio #loramesh #meshcore #meshtastic like systems) RNS reticulum cryptographic, transport-agnostic, delay-tolerant comms https://github.com/fr33n0w/rBrowser
in brief:
https://youtube.com/shorts/S6JKM00D0gk?si=NyAm1Hj6ccgcYFKK
full info:
https://youtu.be/Vd3P6kMXWgY -
A #reticulum #nomadnet web / #mesh #browser #rbrowser for #surfing the #reticulum #network using #rns as an alternative to #ip #internet . #ipfreeinternet #networking #resilientcommunication #Notfallkommunikation #rnodes
#decentralised (compare #yggdrasil #i2p #cjdns #dtn #packetradio #loramesh #meshcore #meshtastic like systems) RNS reticulum cryptographic, transport-agnostic, delay-tolerant comms https://github.com/fr33n0w/rBrowser
in brief:
https://youtube.com/shorts/S6JKM00D0gk?si=NyAm1Hj6ccgcYFKK
full info:
https://youtu.be/Vd3P6kMXWgY -
A #reticulum #nomadnet web / #mesh #browser #rbrowser for #surfing the #reticulum #network using #rns as an alternative to #ip #internet . #ipfreeinternet #networking #resilientcommunication #Notfallkommunikation #rnodes
#decentralised (compare #yggdrasil #i2p #cjdns #dtn #packetradio #loramesh #meshcore #meshtastic like systems) RNS reticulum cryptographic, transport-agnostic, delay-tolerant comms https://github.com/fr33n0w/rBrowser
in brief:
https://youtube.com/shorts/S6JKM00D0gk?si=NyAm1Hj6ccgcYFKK
full info:
https://youtu.be/Vd3P6kMXWgY -
A #reticulum #nomadnet web / #mesh #browser #rbrowser for #surfing the #reticulum #network using #rns as an alternative to #ip #internet . #ipfreeinternet #networking #resilientcommunication #Notfallkommunikation #rnodes
#decentralised (compare #yggdrasil #i2p #cjdns #dtn #packetradio #loramesh #meshcore #meshtastic like systems) RNS reticulum cryptographic, transport-agnostic, delay-tolerant comms https://github.com/fr33n0w/rBrowser
in brief:
https://youtube.com/shorts/S6JKM00D0gk?si=NyAm1Hj6ccgcYFKK
full info:
https://youtu.be/Vd3P6kMXWgY -
A #reticulum #nomadnet web / #mesh #browser #rbrowser for #surfing the #reticulum #network using #rns as an alternative to #ip #internet . #ipfreeinternet #networking #resilientcommunication #Notfallkommunikation #rnodes
#decentralised (compare #yggdrasil #i2p #cjdns #dtn #packetradio #loramesh #meshcore #meshtastic like systems) RNS reticulum cryptographic, transport-agnostic, delay-tolerant comms https://github.com/fr33n0w/rBrowser
in brief:
https://youtube.com/shorts/S6JKM00D0gk?si=NyAm1Hj6ccgcYFKK
full info:
https://youtu.be/Vd3P6kMXWgY -
#reticulum #rnode #firmware now has support for #heltecv4 which has high #power #28dbm version !! https://github.com/markqvist/RNode_Firmware/releases/tag/1.84 #rnodes #lora https://heltec.org/project/wifi-lora-32-v4/ #rns
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#reticulum #rnode #firmware now has support for #heltecv4 which has high #power #28dbm version !! https://github.com/markqvist/RNode_Firmware/releases/tag/1.84 #rnodes #lora https://heltec.org/project/wifi-lora-32-v4/ #rns
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#reticulum #rnode #firmware now has support for #heltecv4 which has high #power #28dbm version !! https://github.com/markqvist/RNode_Firmware/releases/tag/1.84 #rnodes #lora https://heltec.org/project/wifi-lora-32-v4/ #rns
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#reticulum #rnode #firmware now has support for #heltecv4 which has high #power #28dbm version !! https://github.com/markqvist/RNode_Firmware/releases/tag/1.84 #rnodes #lora https://heltec.org/project/wifi-lora-32-v4/ #rns
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#reticulum #rnode #firmware now has support for #heltecv4 which has high #power #28dbm version !! https://github.com/markqvist/RNode_Firmware/releases/tag/1.84 #rnodes #lora https://heltec.org/project/wifi-lora-32-v4/ #rns
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#meshchat #reticulum #LoRa
It seems that it is important for all #rnodes in a given #meshchat based #loramesh #mesh to update to the latest #meshchat version to ensure all rnodes can function as intended.
https://newreleases.io/project/github/liamcottle/reticulum-meshchat/release/v2.1.0 -
#meshchat #reticulum #LoRa
It seems that it is important for all #rnodes in a given #meshchat based #loramesh #mesh to update to the latest #meshchat version to ensure all rnodes can function as intended.
https://newreleases.io/project/github/liamcottle/reticulum-meshchat/release/v2.1.0 -
#meshchat #reticulum #LoRa
It seems that it is important for all #rnodes in a given #meshchat based #loramesh #mesh to update to the latest #meshchat version to ensure all rnodes can function as intended.
https://newreleases.io/project/github/liamcottle/reticulum-meshchat/release/v2.1.0 -
#meshchat #reticulum #LoRa
It seems that it is important for all #rnodes in a given #meshchat based #loramesh #mesh to update to the latest #meshchat version to ensure all rnodes can function as intended.
https://newreleases.io/project/github/liamcottle/reticulum-meshchat/release/v2.1.0 -
#meshchat #reticulum #LoRa
It seems that it is important for all #rnodes in a given #meshchat based #loramesh #mesh to update to the latest #meshchat version to ensure all rnodes can function as intended.
https://newreleases.io/project/github/liamcottle/reticulum-meshchat/release/v2.1.0 -
Has anyone managed to make a message #bridge between different #spreadingfactor #sf #lora #rnodes using #reticulum #rns : either using the same single computer and two different #rnode radios (on the same frequency), or using two rnode radios on 2 different computers connected by #wifi? I seem to get this not working "out of the box" because of #collisions of lora packets of the two rnodes. Has anyone managed to bridge lora rnodes by putting in a transmission delay in #reticulum e.g. #meshchat ?
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Has anyone managed to make a message #bridge between different #spreadingfactor #sf #lora #rnodes using #reticulum #rns : either using the same single computer and two different #rnode radios (on the same frequency), or using two rnode radios on 2 different computers connected by #wifi? I seem to get this not working "out of the box" because of #collisions of lora packets of the two rnodes. Has anyone managed to bridge lora rnodes by putting in a transmission delay in #reticulum e.g. #meshchat ?
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Has anyone managed to make a message #bridge between different #spreadingfactor #sf #lora #rnodes using #reticulum #rns : either using the same single computer and two different #rnode radios (on the same frequency), or using two rnode radios on 2 different computers connected by #wifi? I seem to get this not working "out of the box" because of #collisions of lora packets of the two rnodes. Has anyone managed to bridge lora rnodes by putting in a transmission delay in #reticulum e.g. #meshchat ?
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Has anyone managed to make a message #bridge between different #spreadingfactor #sf #lora #rnodes using #reticulum #rns : either using the same single computer and two different #rnode radios (on the same frequency), or using two rnode radios on 2 different computers connected by #wifi? I seem to get this not working "out of the box" because of #collisions of lora packets of the two rnodes. Has anyone managed to bridge lora rnodes by putting in a transmission delay in #reticulum e.g. #meshchat ?
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Has anyone managed to make a message #bridge between different #spreadingfactor #sf #lora #rnodes using #reticulum #rns : either using the same single computer and two different #rnode radios (on the same frequency), or using two rnode radios on 2 different computers connected by #wifi? I seem to get this not working "out of the box" because of #collisions of lora packets of the two rnodes. Has anyone managed to bridge lora rnodes by putting in a transmission delay in #reticulum e.g. #meshchat ?
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If a #reticulum #meshchat instance with a #lxmf address on one computing device has 4 identical #lora #rnodes #rnode interfaces, each with same settings of frequency #spreadingfactor #sf, each rnode having a #directional #yagi #antenna in close vicinity, will transmission to a sender of a #deliveryconfirmation (#downlink) from 1 antenna to the sender's direction, be messed up due to local #collision at rnode 1 of different attempted #acknowledgement signals of the other 3 near rnodes?
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If a #reticulum #meshchat instance with a #lxmf address on one computing device has 4 identical #lora #rnodes #rnode interfaces, each with same settings of frequency #spreadingfactor #sf, each rnode having a #directional #yagi #antenna in close vicinity, will transmission to a sender of a #deliveryconfirmation (#downlink) from 1 antenna to the sender's direction, be messed up due to local #collision at rnode 1 of different attempted #acknowledgement signals of the other 3 near rnodes?
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If a #reticulum #meshchat instance with a #lxmf address on one computing device has 4 identical #lora #rnodes #rnode interfaces, each with same settings of frequency #spreadingfactor #sf, each rnode having a #directional #yagi #antenna in close vicinity, will transmission to a sender of a #deliveryconfirmation (#downlink) from 1 antenna to the sender's direction, be messed up due to local #collision at rnode 1 of different attempted #acknowledgement signals of the other 3 near rnodes?
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If a #reticulum #meshchat instance with a #lxmf address on one computing device has 4 identical #lora #rnodes #rnode interfaces, each with same settings of frequency #spreadingfactor #sf, each rnode having a #directional #yagi #antenna in close vicinity, will transmission to a sender of a #deliveryconfirmation (#downlink) from 1 antenna to the sender's direction, be messed up due to local #collision at rnode 1 of different attempted #acknowledgement signals of the other 3 near rnodes?
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If a #reticulum #meshchat instance with a #lxmf address on one computing device has 4 identical #lora #rnodes #rnode interfaces, each with same settings of frequency #spreadingfactor #sf, each rnode having a #directional #yagi #antenna in close vicinity, will transmission to a sender of a #deliveryconfirmation (#downlink) from 1 antenna to the sender's direction, be messed up due to local #collision at rnode 1 of different attempted #acknowledgement signals of the other 3 near rnodes?
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Does a #rns #reticulum #mesh continue trying all alternative routes so long as a delivery is not confirmed, even for #radio #rnodes operating under #lora ( #ismband #869decimal525mhz ) ?
#reticulumnetwork -
Does a #rns #reticulum #mesh continue trying all alternative routes so long as a delivery is not confirmed, even for #radio #rnodes operating under #lora ( #ismband #869decimal525mhz ) ?
#reticulumnetwork -
Does a #rns #reticulum #mesh continue trying all alternative routes so long as a delivery is not confirmed, even for #radio #rnodes operating under #lora ( #ismband #869decimal525mhz ) ?
#reticulumnetwork -
Does a #rns #reticulum #mesh continue trying all alternative routes so long as a delivery is not confirmed, even for #radio #rnodes operating under #lora ( #ismband #869decimal525mhz ) ?
#reticulumnetwork -
Does a #rns #reticulum #mesh continue trying all alternative routes so long as a delivery is not confirmed, even for #radio #rnodes operating under #lora ( #ismband #869decimal525mhz ) ?
#reticulumnetwork -
Is there a #simulation of a #lora #reticulum #radio #mesh used with different numbers of #rnode #radio #nodes #rnodes for given #spreadingfactor ( #sf ) & given payload size? Am interested to know what happens to the routing, & likelyhood of #deliveryconfirmation for small LoRa packets (max 2 blocks), for longest transmission times i.e. spreading factor 12 #SF12 . Would like to know if my impressions, that SF 12 is very tricky under #RNS LoRa as compared with #SF10, have a clear explanation.
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Is there a #simulation of a #lora #reticulum #radio #mesh used with different numbers of #rnode #radio #nodes #rnodes for given #spreadingfactor ( #sf ) & given payload size? Am interested to know what happens to the routing, & likelyhood of #deliveryconfirmation for small LoRa packets (max 2 blocks), for longest transmission times i.e. spreading factor 12 #SF12 . Would like to know if my impressions, that SF 12 is very tricky under #RNS LoRa as compared with #SF10, have a clear explanation.
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Is there a #simulation of a #lora #reticulum #radio #mesh used with different numbers of #rnode #radio #nodes #rnodes for given #spreadingfactor ( #sf ) & given payload size? Am interested to know what happens to the routing, & likelyhood of #deliveryconfirmation for small LoRa packets (max 2 blocks), for longest transmission times i.e. spreading factor 12 #SF12 . Would like to know if my impressions, that SF 12 is very tricky under #RNS LoRa as compared with #SF10, have a clear explanation.
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Is there a #simulation of a #lora #reticulum #radio #mesh used with different numbers of #rnode #radio #nodes #rnodes for given #spreadingfactor ( #sf ) & given payload size? Am interested to know what happens to the routing, & likelyhood of #deliveryconfirmation for small LoRa packets (max 2 blocks), for longest transmission times i.e. spreading factor 12 #SF12 . Would like to know if my impressions, that SF 12 is very tricky under #RNS LoRa as compared with #SF10, have a clear explanation.
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Is there a #simulation of a #lora #reticulum #radio #mesh used with different numbers of #rnode #radio #nodes #rnodes for given #spreadingfactor ( #sf ) & given payload size? Am interested to know what happens to the routing, & likelyhood of #deliveryconfirmation for small LoRa packets (max 2 blocks), for longest transmission times i.e. spreading factor 12 #SF12 . Would like to know if my impressions, that SF 12 is very tricky under #RNS LoRa as compared with #SF10, have a clear explanation.
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With a #RaspberryPiZero2W & #usbhub https://www.waveshare.com/wiki/USB_HUB_HAT_(B) possible to use 4 #lora #radio #rnodes at same #reticulum #meshchat interface. Can use 4 different sets of radio parameters at one #LoRa #radio interface. Can use 1 radio with low #spreadingfactor #sf for short transmissions at high data rate for large payloads like images or accessing #nomadnet #pages and 1 with larger SF for longer range. No need to choose between #meshtasic presets https://meshtastic.org/docs/overview/radio-settings/ ! just use them all ! Magic
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With a #RaspberryPiZero2W & #usbhub https://www.waveshare.com/wiki/USB_HUB_HAT_(B) possible to use 4 #lora #radio #rnodes at same #reticulum #meshchat interface. Can use 4 different sets of radio parameters at one #LoRa #radio interface. Can use 1 radio with low #spreadingfactor #sf for short transmissions at high data rate for large payloads like images or accessing #nomadnet #pages and 1 with larger SF for longer range. No need to choose between #meshtasic presets https://meshtastic.org/docs/overview/radio-settings/ ! just use them all ! Magic
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With a #RaspberryPiZero2W & #usbhub https://www.waveshare.com/wiki/USB_HUB_HAT_(B) possible to use 4 #lora #radio #rnodes at same #reticulum #meshchat interface. Can use 4 different sets of radio parameters at one #LoRa #radio interface. Can use 1 radio with low #spreadingfactor #sf for short transmissions at high data rate for large payloads like images or accessing #nomadnet #pages and 1 with larger SF for longer range. No need to choose between #meshtasic presets https://meshtastic.org/docs/overview/radio-settings/ ! just use them all ! Magic
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With a #RaspberryPiZero2W & #usbhub https://www.waveshare.com/wiki/USB_HUB_HAT_(B) possible to use 4 #lora #radio #rnodes at same #reticulum #meshchat interface. Can use 4 different sets of radio parameters at one #LoRa #radio interface. Can use 1 radio with low #spreadingfactor #sf for short transmissions at high data rate for large payloads like images or accessing #nomadnet #pages and 1 with larger SF for longer range. No need to choose between #meshtasic presets https://meshtastic.org/docs/overview/radio-settings/ ! just use them all ! Magic
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With a #RaspberryPiZero2W & #usbhub https://www.waveshare.com/wiki/USB_HUB_HAT_(B) possible to use 4 #lora #radio #rnodes at same #reticulum #meshchat interface. Can use 4 different sets of radio parameters at one #LoRa #radio interface. Can use 1 radio with low #spreadingfactor #sf for short transmissions at high data rate for large payloads like images or accessing #nomadnet #pages and 1 with larger SF for longer range. No need to choose between #meshtasic presets https://meshtastic.org/docs/overview/radio-settings/ ! just use them all ! Magic
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Can one set the #lxmf #reticulum delivery limit in #reticulum #meshchat on a per #interface basis i.e. per connected #rnode interface? https://github.com/markqvist/LXMF/blob/c426c93cc5d63a3dae18ad2264b1299a7ad9e46c/LXMF/LXMRouter.py#L38
#deliverylimit #DELIVERY_LIMIT
This might help stop #lora #radio channel blocking in case one #rnode of a set of #rnodes at one end-point device use a high #spreadingfactor #sf #lorachannelblocking -
Can one set the #lxmf #reticulum delivery limit in #reticulum #meshchat on a per #interface basis i.e. per connected #rnode interface? https://github.com/markqvist/LXMF/blob/c426c93cc5d63a3dae18ad2264b1299a7ad9e46c/LXMF/LXMRouter.py#L38
#deliverylimit #DELIVERY_LIMIT
This might help stop #lora #radio channel blocking in case one #rnode of a set of #rnodes at one end-point device use a high #spreadingfactor #sf #lorachannelblocking -
Can one set the #lxmf #reticulum delivery limit in #reticulum #meshchat on a per #interface basis i.e. per connected #rnode interface? https://github.com/markqvist/LXMF/blob/c426c93cc5d63a3dae18ad2264b1299a7ad9e46c/LXMF/LXMRouter.py#L38
#deliverylimit #DELIVERY_LIMIT
This might help stop #lora #radio channel blocking in case one #rnode of a set of #rnodes at one end-point device use a high #spreadingfactor #sf #lorachannelblocking -
Can one set the #lxmf #reticulum delivery limit in #reticulum #meshchat on a per #interface basis i.e. per connected #rnode interface? https://github.com/markqvist/LXMF/blob/c426c93cc5d63a3dae18ad2264b1299a7ad9e46c/LXMF/LXMRouter.py#L38
#deliverylimit #DELIVERY_LIMIT
This might help stop #lora #radio channel blocking in case one #rnode of a set of #rnodes at one end-point device use a high #spreadingfactor #sf #lorachannelblocking -
Can one set the #lxmf #reticulum delivery limit in #reticulum #meshchat on a per #interface basis i.e. per connected #rnode interface? https://github.com/markqvist/LXMF/blob/c426c93cc5d63a3dae18ad2264b1299a7ad9e46c/LXMF/LXMRouter.py#L38
#deliverylimit #DELIVERY_LIMIT
This might help stop #lora #radio channel blocking in case one #rnode of a set of #rnodes at one end-point device use a high #spreadingfactor #sf #lorachannelblocking -
Some interesting info about the effect of #spreadingfactor (#SF) in #lora #radio #mesh is in papers about SF https://pmc.ncbi.nlm.nih.gov/articles/PMC8512894 SF12 in #lora & lora https://pmc.ncbi.nlm.nih.gov/articles/PMC5038744
Can one influence the effectiveness of using multiple #rnode interfaces , in one single end-point location, with different SF by setting the #LXMF delivery limit #DELIVERY_LIMIT down https://github.com/markqvist/LXMF/blob/c426c93cc5d63a3dae18ad2264b1299a7ad9e46c/LXMF/LXMRouter.py#L38 from the default 1 MB for those #rnodes, of a set, with higher SF values? -
Some interesting info about the effect of #spreadingfactor (#SF) in #lora #radio #mesh is in papers about SF https://pmc.ncbi.nlm.nih.gov/articles/PMC8512894 SF12 in #lora & lora https://pmc.ncbi.nlm.nih.gov/articles/PMC5038744
Can one influence the effectiveness of using multiple #rnode interfaces , in one single end-point location, with different SF by setting the #LXMF delivery limit #DELIVERY_LIMIT down https://github.com/markqvist/LXMF/blob/c426c93cc5d63a3dae18ad2264b1299a7ad9e46c/LXMF/LXMRouter.py#L38 from the default 1 MB for those #rnodes, of a set, with higher SF values? -
Some interesting info about the effect of #spreadingfactor (#SF) in #lora #radio #mesh is in papers about SF https://pmc.ncbi.nlm.nih.gov/articles/PMC8512894 SF12 in #lora & lora https://pmc.ncbi.nlm.nih.gov/articles/PMC5038744
Can one influence the effectiveness of using multiple #rnode interfaces , in one single end-point location, with different SF by setting the #LXMF delivery limit #DELIVERY_LIMIT down https://github.com/markqvist/LXMF/blob/c426c93cc5d63a3dae18ad2264b1299a7ad9e46c/LXMF/LXMRouter.py#L38 from the default 1 MB for those #rnodes, of a set, with higher SF values? -
Some interesting info about the effect of #spreadingfactor (#SF) in #lora #radio #mesh is in papers about SF https://pmc.ncbi.nlm.nih.gov/articles/PMC8512894 SF12 in #lora & lora https://pmc.ncbi.nlm.nih.gov/articles/PMC5038744
Can one influence the effectiveness of using multiple #rnode interfaces , in one single end-point location, with different SF by setting the #LXMF delivery limit #DELIVERY_LIMIT down https://github.com/markqvist/LXMF/blob/c426c93cc5d63a3dae18ad2264b1299a7ad9e46c/LXMF/LXMRouter.py#L38 from the default 1 MB for those #rnodes, of a set, with higher SF values? -
Some interesting info about the effect of #spreadingfactor (#SF) in #lora #radio #mesh is in papers about SF https://pmc.ncbi.nlm.nih.gov/articles/PMC8512894 SF12 in #lora & lora https://pmc.ncbi.nlm.nih.gov/articles/PMC5038744
Can one influence the effectiveness of using multiple #rnode interfaces , in one single end-point location, with different SF by setting the #LXMF delivery limit #DELIVERY_LIMIT down https://github.com/markqvist/LXMF/blob/c426c93cc5d63a3dae18ad2264b1299a7ad9e46c/LXMF/LXMRouter.py#L38 from the default 1 MB for those #rnodes, of a set, with higher SF values?