Bluetooth Magnetic SMA Antenna 2.4 GHz for Short-Range Wireless Connectivity

Bluetooth antennas with magnetic mounting provide a practical solution for extending the Bluetooth communication range on Teltonika routers and gateways equipped with an RP-SMA port, without permanent modifications to the equipment or mounting surface. The PR1KRT25 addresses this, providing Bluetooth reception and transmission across the 2.4–2.5 GHz band at 2.5 dBi gain through a 1500 mm RG174 cable. It serves as a magnetic Bluetooth antenna for Teltonika equipment in installations where antenna positioning flexibility and extended Bluetooth connectivity are required.

The antenna provides 2.5 dBi gain across the 2.4–2.5 GHz band with linear polarisation and a VSWR of 2.5, covering the standard Bluetooth spectrum used by Teltonika equipment for communications with IoT devices, sensors and peripherals in the vicinity. The 2.5 dBi gain exceeds standard internal antenna levels, enabling extension of the Bluetooth communication range beyond the equipment's default configuration. The 1500 mm RG174 cable allows the antenna to be distanced from the Teltonika equipment and placed at the point with the best access to Bluetooth devices within the installation perimeter.

The RP-SMA Male connector and magnetic base enable rapid mounting and removal on any flat metal surface — equipment housings, metal panels, rack surfaces — without screws or adhesives. The 1500 mm cable provides the necessary distance between the magnetic base and the Bluetooth RP-SMA port of the Teltonika equipment, maintaining a manageable length in compact installations.

The PR1KRT25 targets installers and IT teams managing Teltonika equipment with a Bluetooth RP-SMA port in installations where the Bluetooth communication range needs to be extended beyond the default configuration or antenna repositioning flexibility is required. It is used to improve Bluetooth connectivity on Teltonika routers and gateways in IoT scenarios with sensors and Bluetooth devices distributed across the installation perimeter, in test configurations where optimal antenna positioning needs to be evaluated, and as a spare antenna for equipment maintenance with a Bluetooth RP-SMA port.