The Gateway Server forwards traffic to upstream hosts based on the
gs.forward: Forward the DevAddr prefixes to the specified hosts. This parameter accepts a list of strings in the format
Enter your NetID to view recommended forwarding settings:
"cluster=00000000/0": Forward all traffic to the Network Server in the cluster (default)
"cluster=": Forward only traffic for your NetID to the Network Server
"cluster=00000000/6 cluster=": Forward only traffic for the experimental NetIDs
000001, and your NetID to the Network Server in the cluster
"cluster=00000000/6 cluster= packetbroker=00000000/0": Forward only traffic for the experimental NetIDs
000001, and your NetID to the Network Server in the cluster, and all traffic to Packet Broker (see configuration)
Location Update Options
The Gateway Server can be configured to update the location of gateway antennas from incoming status messages.
gs.update-gateway-location-debounce-time: Debounce time for gateway location updates from status messages.
gs.require-registered-gateways: Require the gateways to be registered in the Identity Server
gs.basic-station.allow-unauthenticated: Allow unauthenticated Basic Station connections. This is set to
falseby default. Set to disable auth check for testing.
Basic Station Options
The Gateway Server supports connection of gateways using the Basic Station protocol.
gs.basic-station.listen: Address for the Basic Station frontend to listen on
gs.basic-station.listen-tls: Address for the Basic Station frontend to listen on (with TLS)
gs.basic-station.use-traffic-tls-address: Use WSS for the traffic address regardless of the TLS setting
The frequency plan to use for unregistered gateways can be set using
gs.basic-station.fallback-frequency-plan-id. Note that
gs.require-registered-gateways must be set to false for this to take effect.
gs.basic-station.fallback-frequency-plan-id: Fallback frequency plan ID for non-registered gateways
The Gateway Server exposes an MQTT server for connecting gateways via MQTT.
gs.mqtt.listen: Address for the MQTT frontend to listen on
gs.mqtt.listen-tls: Address for the MQTTS frontend to listen on
gs.mqtt.public-address: Public address of the MQTT frontend
gs.mqtt.public-tls-address: Public address of the MQTTs frontend
MQTT V2 Options
The Gateway Server exposes an second MQTT server for connecting gateways that use the V2 MQTT format.
gs.mqtt-v2.listen: Address for the MQTT frontend to listen on
gs.mqtt-v2.listen-tls: Address for the MQTTS frontend to listen on
gs.mqtt-v2.public-address: Public address of the MQTT frontend
gs.mqtt-v2.public-tls-address: Public address of the MQTTs frontend
The Gateway Server supports the connection of gateways using the Semtech UDP protocol.
gs.udp.listeners: Listen addresses with (optional) fallback frequency plan ID for non-registered gateways. This parameter accepts as string in the format
gs.udp.schedule-late-time: Time in advance to send downlink to the gateway when scheduling late
Options are available to configure connection behavior of UDP gateways.
gs.udp.connection-expires: Time after which a connection of a gateway expires
gs.udp.downlink-path-expires: Time after which a downlink path to a gateway expires
gs.udp.addr-change-block: Time to block traffic when a gateway’s address changes
packet-handlers options, the throughput of UDP packets can be configured.
gs.udp.packet-buffer: Buffer size of unhandled packets
gs.udp.packet-handlers: Number of concurrent packet handlers
Specify options for gateway connection statistics:
gs.update-connection-stats-debounce-time: Time before repeated refresh of the gateway connection stats
UDP Rate Limiting Options
The Gateway Server supports rate limiting traffic for gateways that are using the Semtech UDP protocol.
gs.udp.rate-limiting.enable: Enable rate limiting for gateways
gs.udp.rate-limiting.messages: Number of past messages to check timestamp for
gs.udp.rate-limiting.threshold: Filter packet if timestamp is not newer than the older timestamps of the previous messages by this threshold