more development of the ideas

Konrad Roeder 2022-08-28 14:56:45 +00:00
parent f082275b26
commit 1ba6032afc

@ -1,16 +1,18 @@
![image](https://user-images.githubusercontent.com/3480859/184912848-8d4d0a3b-2a65-46e1-8509-cf68bb9df181.png) ![image](https://user-images.githubusercontent.com/3480859/184912848-8d4d0a3b-2a65-46e1-8509-cf68bb9df181.png)
# Why APRS using LoRa? # Why APRS using LoRa?
## Because we can In short, because we can. Experimentation is the primary justification of Amateur Radio. As radio amateurs, within the confines of our international, national and sometimes local regulations, we can improve technology. APRS works well. But it can be drastically improved.
Amateur radio is also an almost ideal solution to the problem of back up emergency communications. Depending on the type of equipment you choose, Amateur Radio radio can be portable, it can provide both short range and long range communication, and it can continue to work even when local infrastructure goes down. LoRa APRS can provide location, weather information and texting over a longer distance than conventional APRS.
## Low-cost, consumer off the shelf (COTS) hardware ## Low-cost, consumer off the shelf (COTS) hardware
The LoRa Trackers and iGates can be built from readily available consumer off the shelf hardware.
## Range ## Range
Benefits of LoRa, processing gain LoRa is a chirp spread spectrum technology. As a result of this novel modulation having [process gain](https://en.wikipedia.org/wiki/Process_gain) LoRa can receive signals far below the noise floor. Conventional APRS is limited by having to signals above the noise floor.
## Battery power ## Battery power
LoRa APRS trackers require little power and can run for hours on a Li-ion battery
# LoRa trackers, digipeaters and iGates # LoRa trackers, digipeaters and iGates