adam/loradar_tool
1
0
Fork 0
mirror of https://github.com/loradar/loradar_tool.git synced 2026-08-07 00:53:02 +02:00
Code Issues Packages Projects Releases Wiki Activity

Update README.md

Browse Source
This commit is contained in:
loradar
2020-06-02 17:11:43 +10:00
committed by GitHub
parent 7d942270e9
commit d17ed6ada9
1 changed files with 20 additions and 20 deletions
Download Patch File Download Diff File Expand all files Collapse all files
Configuration/README.md
+20 -20
View File
@@ -4,27 +4,27 @@ As LoRadar is a variation of an offline gateway, it does not forward any packets
## Specifing channels ## Specifing channels
Eight channels can be configured to receive LoRa packets using 125 kHz bandwith. These channels are configured in the **chan_multiSF_x** settings. Each channel has an enable boolean, a selected radio and an intermediate frequency. The channel frequency will freq setting of the radio plus the 'if' setting of the channel. Eight channels can be configured to receive LoRa packets using 125 kHz bandwith. These channels are configured in the **chan_multiSF_x** settings. Each channel has an enable boolean, a selected radio and an intermediate frequency. The channel frequency will freq setting of the radio plus the 'if' setting of the channel.
* enable: true if this channel is enabled for use * `enable:` true if this channel is enabled for use
* radio: selected radio to listen for packets * `radio:` selected radio to listen for packets
* if: intermediate frequency offset applied to the selected radio “freq” setting * `if:` intermediate frequency offset applied to the selected radio “freq” setting
Two additional channels can be configured with the chan_Lora_std and chan_FSK settings Two additional channels can be configured with the chan_Lora_std and chan_FSK settings
* enable: true if this channel is enabled for use * `enable:` true if this channel is enabled for use
* radio: selected radio to listen for packets * `radio:` selected radio to listen for packets
* if: intermediate frequency offset applied to the selected radio “freq” setting * `if:` intermediate frequency offset applied to the selected radio “freq” setting
* bandwidth: channel bandwidth * `bandwidth:` channel bandwidth
* spread_factor (LoRa): channel spreading factor (7-12) * `spread_factor (LoRa):` channel spreading factor (7-12)
* datarate (FSK): channel datarate in bps * `datarate (FSK):` channel datarate in bps
## Other configurations ## Other configurations
* gateway_ID: gateway identifier sent in each message to the network server * `gateway_ID:` gateway identifier sent in each message to the network server
* server_address: address of the network server * `server_address:` address of the network server
* serv_port_up: port for sending uplink packets to the network server * `serv_port_up:` port for sending uplink packets to the network server
* serv_port_down: port to ping network server and receive downlink packets * `serv_port_down:` port to ping network server and receive downlink packets
* keepalive_interval: interval to ping the network server * `keepalive_interval:` interval to ping the network server
* stat_interval: interval to send stat messages to the network server * `stat_interval:` interval to send stat messages to the network server
* push_timeout_ms: socket timeout when publishing messages to the network server * `push_timeout_ms:` socket timeout when publishing messages to the network server
* autoquit_threshold: number of keepalive messages without response to wait before quitting Multi-Tech Systems, Inc. * `autoquit_threshold:` number of keepalive messages without response to wait before quitting Multi-Tech Systems, Inc.
* forward_crc_valid: enable to forward valid packets to the network server, default: true * `forward_crc_valid:` enable to forward valid packets to the network server, default: true
* forward_crc_error: enable to forward CRC failed packets to the network server, default: true. The network server will reject packets with failed CRC, it may not be necessary to forward the packets except for a statistic of local RF quality or to monitor the gateway performance over time. Some random CRC failed packets are expected to be received from random noise. * `forward_crc_error:` enable to forward CRC failed packets to the network server, default: true. The network server will reject packets with failed CRC, it may not be necessary to forward the packets except for a statistic of local RF quality or to monitor the gateway performance over time. Some random CRC failed packets are expected to be received from random noise.
* forward_crc_disabled: enable to forward packets without CRC enabled to the network server, default: false. LoRaWAN protocol expects uplink packets to have CRC enabled. * `forward_crc_disabled:` enable to forward packets without CRC enabled to the network server, default: false. LoRaWAN protocol expects uplink packets to have CRC enabled.