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High Gain 915 MHz Antenna of outdoor omnidirectional Antenna is designed for enhancing signal strength in 915 MHz frequency applications.
Frequency Range(MHz): 915Mhz
V.S.W.R: ≤2.0
Gain: 5 dBi
Center frequency characteristic impedance (Ω)：50
Connector Type：SMA
| Frequency Range(MHz) | 915 MHz |
| Impedance(Ω) | 50 |
| Gain(dBi) | 5 |
| V.S.W.R | ≤ 2.0 |
| Connector Type | SMA |
| Max. Power | 50 W |
Introduction of High Gain 915 Mhz Magnetic Outdoor Omni Directional Antenna
High Gain 915 MHz Magnetic Outdoor Omnidirectional Antenna is designed for enhancing signal strength in 915 MHz frequency applications. It offers a wide coverage area with a 360° radiation pattern, making it ideal for outdoor environments. The antenna is mounted using a magnetic base, providing easy installation and secure positioning. It is commonly used for wireless communication, IoT devices, and remote sensing.
Application Areas of High Gain 915 Mhz Magnetic Outdoor Omni Directional Antenna
1. Smart Agriculture
Use case: LoRa technology operates at long ranges and low power, making it ideal for monitoring agricultural conditions in large fields. The device can be integrated with sensors that monitor soil moisture, temperature, and crop health. Data from these sensors can be transmitted over long distances to a central monitoring system, allowing farmers to make informed decisions about irrigation, fertilization, and pest control.
Role of the Antenna: The external 3dBi antenna enhances the signal reception and range of the LoRa communication, ensuring reliable data transmission even in remote or rural areas with poor cellular coverage.
2.Industrial IoT (IIoT) Applications
Use case: In factories or industrial environments, LoRa-enabled devices can be used for asset tracking, environmental monitoring, and predictive maintenance. The LoRa terminal can collect data from various devices (like temperature sensors, humidity sensors, or vibration sensors) and transmit it to a central system for analysis and monitoring.
Role of the Antenna: The external antenna ensures a stronger and more reliable communication link between the LoRa terminal and the WiFi gateway or cloud-based servers, which is especially important in environments with large buildings or heavy machinery that may obstruct wireless signals.
3. Smart City Infrastructure
Use case: In a smart city setup, LoRa-based terminals can be deployed for monitoring and managing various urban infrastructure systems like street lighting, waste management, or traffic monitoring. These terminals can collect data from various sensors deployed throughout the city (e.g., motion detectors, pollution sensors, or smart meters) and send the data to a central server for analysis and optimization of city services.
Role of the Antenna: The external antenna boosts the signal and allows communication with WiFi-connected gateways across large city areas, enabling reliable long-range data transmission and real-time monitoring.
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