creating-a-lorawan-packet-sniffer
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creating-a-lorawan-packet-sniffer [2026/09/05 05:13] sausage |
creating-a-lorawan-packet-sniffer [2026/09/06 23:25] (current) sausage |
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| ===== How will it work? ===== | ===== How will it work? ===== | ||
| - | In our case, we'll be working with the AU915 LoRaWAN downlink channels DR8–DR13 used by gateways to talk to end devices. This is the combination of Frequencies and Spreading Factors. We'll listen for a period of time on each channel before switching to the next. This way we increase the amount of packets that can be heard from any nearby gateway. The table of AU915 downlink channels (gateway to end device) are as follows: | + | In our case, we'll be working with the AU915 LoRaWAN downlink channels DR8–DR13 used by gateways to talk to end devices. The range chosen is the [[https://www.thethingsindustries.com/docs/concepts/features/lorawan/frequency-plans/#au_915_928_fsb_2|Australia 915-928 MHz, FSB 2 (used by TTN)]] This is the combination of Frequencies and Spreading Factors. We'll listen for a period of time on each channel before switching to the next. This way we increase the amount of packets that can be heard from any nearby gateway. The table of AU915 downlink channels (gateway to end device) are as follows: |
| ^ Channel index ^ Frequency (MHz) ^ Data Rate ^ SF ^ BW (kHz) ^ CR ^ Preamble (symbols) ^ | ^ Channel index ^ Frequency (MHz) ^ Data Rate ^ SF ^ BW (kHz) ^ CR ^ Preamble (symbols) ^ | ||
creating-a-lorawan-packet-sniffer.txt · Last modified: 2026/09/06 23:25 by sausage
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