High-Performance Antenna Designed for 915MHz LoRa Meshtastic : Frequency Range: 900MHz - 930MHz (Center Frequency 915MHz); Gain: 5.8dBi; Connector: N-Female; Impedance: 50 Ohm; SWR ≤1.5; Antenna Length: 40cm/16.2 inches. Ensures stable signal transmission and optimal performance. Low Loss Cable for Flexible Installation: Includes a 3-meter (9.8ft) N Male to RP-SMA Male Low Loss 3D-FB Cable, allowing for both indoor and outdoor installation. Comes with an RP-SMA Female to SMA Male Adapter for enhanced compatibility. Wide Compatibility with All 915MHz Helium Miners: Compatible with Nebra HNT Indoor/Outdoor Hotspot Miner, RAK Hotspot Miner V2/V1, BOBCAT Miner 300, SyncroB.it, SenseCAP M1, MNTD, Finestra Miner, Sensecap MX, and other Helium miners. Specifically designed for LoRa Helium mining. Complete Package, Ready to Use: Package Includes: 1 x Glass Fiber Antenna, 1 x Mount Kit, 1 x 3-Meter Cable, 1 x SMA Adapter. Comes with all necessary accessories for easy installation and immediate use. Supports Heltec V3 Meshtastic and More: Compatible with Heltec V3 Meshtastic LORA32 915MHz ESP32 LoRa OLED Board and other LoRa devices, catering to a variety of LoRa applications. Selecting the Right Antenna for Your Needs Higher dBi Antennas: Ideal for flat terrains and areas with low hotspot density, offering superior performance in such conditions. Lower dBi Antennas: Best suited for uneven terrains or regions with a high concentration of hotspots, ensuring reliable connectivity. Middle dBi Antennas: A versatile choice for environments that fall between the two extremes, providing balanced performance. Product Specifications Mounting Options: Pole Mount Frequency Range: 900-930MHz Antenna Gain: 5.8 dBi Omni-directional Antenna Height: 40cm / 16.2 inches Connector Type: N Female Connector Impedance: 50 Ohm Extension Cable: N Male to RP-SMA Male, 3-meter Low Loss Cable Adapter: RP-SMA Female to SMA Male Operating Temperature: -20°С to +80°С Storage Temperature: -30°С to +85°С Package Contents: 1 x Antenna, 1 x Cable, 1 x Adapter (as shown in the image) This antenna is designed to deliver optimal performance across a variety of environments, ensuring reliable connectivity and durability in diverse conditions.
