In the Netherlands we have nation wide coverage with LoRa through KPN (Dutch National Telecom Operator), but with your own gateway it doesn't matter where in the world you grow your crops, you can build your own LoRa Network using on of our pre-configured MultiTech LoRaWAN Gateways. In combination with standard Antenna your have a range of approximately 2- 4 Km but with the optional outdoor Antennas you can extend your range to approximately 15Km (depending on locally circumstances).
The Barracuda 868MHz ISM Outdoor antenna is designed to have a long-distance coverage. Omni-directional high gain across all bands ensures constant reception and transmission. The UV resistant coating with fiberglass housing makes this antenna suitable to be mounted in a robust outdoor environment, pole-mounting and the wall-mounting bracket is included. The antenna finds its usage in metering, industrial monitoring, and security applications. This antenna is suitable to use as part of narrow channel M2M Sigfox Network, for simple M2M management in cities. The main applications would be Smart Cities, Utilities, Public Transport.
The OMB.868.B08F21 is a fiberglass omnidirectional outdoor antenna, operating in the MHz ISM band. Is an ideal outdoor antenna for LoRa Basestations. The antenna has an 8dBi high peak gain, providing the largest area for Low Power Radio (UNB Sigfox, LPRN, LoRA) and mesh networks. applications are in IoT, metering, industrial/environmental monitoring, and asset monitoring. OMB.868 operates at 868MHz, one of the most widely used license-free ISM bands, an 8dBi peak gain. The omnidirectional antenna collinear dipole design means it uniformly in the azimuth with a high gain, providing coverage over long distances, thus minimizing the number of cells or nodes needed in a network.
The UV resistant fiberglass housing enables the OMB antenna to be weathered in all harsh environments, making it more robust and safer than the traditional whip. It has been designed to withstand high wind load. The integrated aluminum bracket is perfect for directly mounting the antenna onto a pole or a wall. The connector is the industry standard N-type female.
The Barracuda OMB.868.B10F21 is a fiberglass IoT Antenna for ISM 868MHz. It is an omnidirectional outdoor antenna, and has a 10dBi high peak gain, providing a large coverage area for Low Power Radio (Sigfox, LPWA, LoRa) and mesh networks. Typical applications are in IoT, metering, industrial/environmental monitoring and remote asset monitoring.
The OMB.868 operates at 868MHz, one of the most widely used license-free ISM bands, with a 10dBi peak gain. The omnidirectional antenna uses an advanced collinear dipole design, meaning it radiates uniformly in the azimuth with a high gain, providing coverage over long distances, thus minimizing the number of cells or nodes needed in a network.
The UV resistant fiberglass housing enables the OMB antenna to be utilized in all kinds of harsh environments, making it more robust and safer than traditional whip antennas. It has been designed to withstand high wind load. The integrated aluminum mounting bracket is perfect for directly mounting the antenna onto a pole or a wall. The connector is an industry-standard N-type female.
The Barracuda OMB.868.B12F21 is a fiberglass omnidirectional outdoor antenna, operating in the 868MHz ISM band and is designed to offer long-distance coverage. The antenna is designed for applications such as metering, industrial & environmental monitoring, remote asset monitoring and mesh network applications. The 868MHz band is one of the most widely used license-free ISM bands. Typical applications are in SigFox, LoRa and LPWA networks.
With a 12dBi peak gain, the OMB.868.B12F21 omnidirectional antenna radiates uniformly in the azimuth. This collinear design characteristic provides the best performance, giving optimized coverage and therefore longer range in the horizontal plane over 360 degrees, thus minimizing the number of nodes needed for a mesh network. The UV resistant fiberglass housing enables the OMB antenna to be utilized in all kinds of harsh environments making it more robust and safer than traditional whip antennas. It can be connected directly to the access point or telemetry unit or can be mounted on the wall or device surface via the N-type connector and a pole-mount and wall-mount bracket is included.