868MHz LoRa Screwable Puck Antenna with RG174 Cable (L-1Mtr) + SMA (M) St. Connector 46mm

The 868 MHz LoRa screwable puck antenna with RG174 cable (1 meter) is designed for flexible and reliable use in LoRa (Long Range) communication systems. Here’s a detailed breakdown of its features and typical applications:

1. 868 MHz Frequency:

   • Usage: Suitable for LoRa communication and other wireless systems operating in the 868 MHz band. This frequency is used in regions where this band is allocated for various communication technologies.

2. LoRa-Compatible:

   • Long Range: Optimized for use with LoRa transceivers and modules, which are known for their long-range, low-power capabilities.

3. Screwable Puck Design:

   • Form Factor: The puck design is compact and robust. It typically features a flat, round shape, making it easy to mount on various surfaces.
   • Screwable Mounting: Allows for secure and stable mounting. The screwable feature ensures the antenna remains firmly in place, reducing the risk of movement or detachment.

4. RG174 Cable (L-1Mtr):

   • Cable Type: RG174 is a flexible, low-loss coaxial cable often used for RF applications. It is suitable for short to medium-distance connections.
   • Length: The 1-meter cable length provides flexibility in positioning the antenna and connecting it to the RF equipment. It’s long enough to allow for some distance between the antenna and the device, but not too long to cause significant signal loss.

1. LoRa Networks:

   • IoT Devices: Ideal for use with LoRa transceivers in IoT devices, including sensors, smart meters, and other remote monitoring systems.
   • Flexible Mounting: The puck antenna’s screwable design makes it versatile for various mounting options, such as on walls, enclosures, or other surfaces.

2. Outdoor and Indoor Use:

   • Versatile Placement: Suitable for both indoor and outdoor applications. Ensure that if used outdoors, the antenna and connections are protected from environmental elements.

3. Communication Systems:

   • Signal Enhancement: Enhances the communication range and signal strength for devices operating at 868 MHz, making it suitable for applications where extended coverage is needed.