LoRaWAN® relies on BSI-compliant encryption. Data packets are encrypted using AES with key lengths of 128 bits. End-to-end encryption is used for the content, from the sensor to the LoRa network server. In addition, communication with the LNS is secured by a further 128-bit AES key. The use of this combination of AES cipher and […]
Kategorien: ZENNER IoT Outdoor Gateway 16
The gateway receives data from IoT devices and forwards it to the network server via Ethernet connection or GSM.
Yes, the B.One Gateway outdoor 16 and the B.One Gateway indoor 8 can be integrated into private networks by connecting it to a local network server.
LoRa is the physical transmission technology, while LoRaWAN® is a protocol that regulates network communication and management.
Check the status of the gateway in the web interface or on the network server. The status is usually displayed in real time.
Optimising the antenna position, using higher data rates and installing additional gateways can help.
Reduce the transmission frequency of the devices or add another gateway to distribute the load.
Possible reasons are incorrect frequency settings, network server problems or too great a distance between the gateway and the device.
‘antenna_gain’ can be used to compensate the Tx output power “rf_power” of the gateway, namely by the gateway itself, not by the network server. In fact, the ‘rf_power’ field corresponds to the Tx LUT (Look Up Table) for each entry. For example, the ‘rf_power’ together with its gain fields (‘pa_gain’, ‘mix_gain’ and ‘dig_gain’) may come […]
A 2G/3G/4G network is available as a backhaul option. Ethernet connection has priority by default; in the event of failure, the system automatically switches to the GSM network.