433MHz 12dBi Spring Magnetic Antenna With RG174 (L-3Mtr) Cable + SMA Male Connector

The 433MHz 12dBi Spring Magnetic Antenna is designed to boost the signal strength for devices operating in the 433 MHz frequency range. This antenna features a 12dBi gain and comes with a spring magnetic base, making it suitable for outdoor or mobile use, and includes a RG174 coaxial cable (3 meters) with an SMA Male connector. This combination provides a high-performance solution for long-range communication and enhanced signal reliability.

• Frequency Range: Designed for the 433 MHz band, which is commonly used for various wireless communication applications such as remote sensing, telemetry, IoT, and amateur radio.

• Gain: With a 12dBi gain, this antenna significantly enhances the signal strength, offering better reception and transmission over longer distances. A higher dBi gain means a more focused signal, which can improve range and clarity.

• Spring Magnetic Base: The magnetic mount allows the antenna to be easily attached to any metal surface, providing convenient, stable positioning. The spring design makes the antenna durable and flexible, reducing the risk of breakage due to physical stress or wind.

• RG174 Cable (L-3Mtr): The antenna includes 3 meters (9.8 feet) of RG174 coaxial cable, a popular type of low-loss cable ideal for transmitting signals at medium distances while maintaining signal integrity. The cable is lightweight, flexible, and designed for easy installation in tight spaces.

• SMA Male Connector: The antenna is fitted with an SMA Male connector, making it compatible with a wide range of wireless devices such as routers, radios, sensors, and transmitters with an SMA Female port.

• IoT Devices: Ideal for boosting the performance of 433 MHz IoT sensors, gateways, and devices that rely on long-range communication in environments like smart homes, agriculture, or industrial automation.

• Remote Communication Systems: Useful for remote telemetry systems, weather stations, and other wireless data collection systems that require extended range and reliable signal transmission.

• Amateur Radio: Popular in the amateur radio community for improving signal quality when operating in the 433 MHz band (part of the UHF range used for short-range communication).

• Wireless Control Systems: Enhances the performance of wireless control systems, such as keyless entry systems, alarm systems, and garage door openers, which operate in the 433 MHz frequency.