Boost your LoRa, IoT, and long-range wireless signal with this 2-pack of 8dBi 915MHz whip antennas! Designed for maximum range and reliability, these omni-directional antennas are perfect for all your long-distance wireless projects.
8dBi High Gain for Long Range
Get up to 8dBi of omni-directional gain, drastically extending your wireless range for LoRa, IoT gateways, remote monitoring, and smart home devices. Perfect for rural areas and long-distance communication.
915MHz Frequency Compatibility
Tuned specifically for the 915MHz ISM band, these antennas work seamlessly with all popular LoRa modules, gateways, and IoT devices (including Helium, RAKwireless, Dragino, and more).
Durable SMA Male Connector
Each antenna features a gold-plated SMA male connector for a secure, low-loss connection, plus a 12cm U.FL to SMA pigtail adapter for easy installation on routers, gateways, and embedded devices.
17cm Compact Omni Design
At 17cm (6.7") tall, this whip-style antenna is compact enough for indoor or outdoor use, with an omni-directional pattern that picks up signals from all directions, no aiming required.
2-Pack for MIMO & Dual Setup
Comes as a 2-pack, perfect for MIMO systems, dual gateway setups, or replacing old antennas on multiple devices. Get double the coverage at a great value.
Easy Installation
No tools or technical expertise needed! Simply screw the SMA connector into your device, or use the included pigtail for U.FL ports, and you're ready to go. Ideal for DIY projects, IoT gateways, and remote monitoring systems.
Core parameters:
- Gain: 8dBi Omni-Directional
- Frequency: 915MHz ISM Band (LoRa, IoT)
- Connector: SMA Male (Antenna) + U.FL to SMA Pigtail Adapter (Included)
- Antenna Length: 17cm (6.7")
- Pigtail Length: 12cm (4.73")
- Package: 2x Antennas, 2x U.FL to SMA Pigtails
- Compatibility: LoRa Modules, IoT Gateways, Helium Hotspots, RAKwireless, Dragino, etc.
- Application: Long Range IoT, Remote Monitoring, Smart Home, M2M Communication
What's in the box
2 x Antennas
2 x U.FL to SMA Pigtail Adapter
