Transceivers must center on a base frequency around 868 MHz or 915 MHz, whereas the 433 MHz LoRa ISM band requires a second transceiver. Some regions have failed to adopt all frequencies above 433 MHz, which invalidates the broad service plan.
Steps to reproduce
Review the worldwide regions
Search for ISM bands near 900 MHz
Compare with LoRa adoption
Expected result
Each world region adopts a LoRaWAN frequency around 900 MHz.
Actual result
Some regions (such as China) have regulated a 780 MHz ISM frequency but exclusively use 433 MHz for their LoRa transmissions.
Workaround
Reconfigure the transceiver to work at 433 MHz, although this will stress the 868 MHz optimised RF path and deliver poor performance.
Severity level
This is low priority because project requirements do not state regional preference or portability.
# Consider lack of frequency adoption
## Problem environment
Transceivers must center on a base frequency around 868 MHz or 915 MHz, whereas the 433 MHz LoRa ISM band requires a second transceiver. Some regions have failed to adopt all frequencies above 433 MHz, which invalidates the broad service plan.
## Steps to reproduce
1. Review the worldwide regions
1. Search for ISM bands near 900 MHz
1. Compare with LoRa adoption
## Expected result
Each world region adopts a LoRaWAN frequency around 900 MHz.
## Actual result
Some regions (such as China) have regulated a 780 MHz ISM frequency but exclusively use 433 MHz for their LoRa transmissions.
## Workaround
Reconfigure the transceiver to work at 433 MHz, although this will stress the 868 MHz optimised RF path and deliver poor performance.
## Severity level
This is **low priority** because project requirements do not state regional preference or portability.
Michael Schloh von Bennewitz
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This problem can be revisited on request, but assuming that users accept the approximately 900 MHz transceiving performance as satisfactory the ticket is closed.
This problem can be revisited on request, but assuming that users accept the approximately 900 MHz transceiving performance as satisfactory the ticket is closed.
Consider lack of frequency adoption
Problem environment
Transceivers must center on a base frequency around 868 MHz or 915 MHz, whereas the 433 MHz LoRa ISM band requires a second transceiver. Some regions have failed to adopt all frequencies above 433 MHz, which invalidates the broad service plan.
Steps to reproduce
Expected result
Each world region adopts a LoRaWAN frequency around 900 MHz.
Actual result
Some regions (such as China) have regulated a 780 MHz ISM frequency but exclusively use 433 MHz for their LoRa transmissions.
Workaround
Reconfigure the transceiver to work at 433 MHz, although this will stress the 868 MHz optimised RF path and deliver poor performance.
Severity level
This is low priority because project requirements do not state regional preference or portability.
This problem can be revisited on request, but assuming that users accept the approximately 900 MHz transceiving performance as satisfactory the ticket is closed.