

2.4GHz Wi-Fi Fiberglass Antenna with N-Type Straight Male
Model:BF2.4GRWX180X22N
Specification:
- Frequency:2400-2500MHz
- Size:180*22mm
- Connector:N-Male
About Products
Wi-Fi Fiberglass Antenna
Bat Wireless 2.4G Wi-Fi Fiberglass Antenna is precisely tuned for the 2400-2483MHz frequency band. Its sophisticated internal structure efficiently captures and amplifies signals, helping routers extend their signal range and providing a stable connection for IoT devices.
Features
● High Gain, Wide Coverage: Featuring 5-12 dBi gain (depending on the product, e.g., 3dBi, 5.5dBi, 12dBi), it significantly boosts signal strength and extends coverage, easily eliminating signal blind spots.
● Durable and Durable: Made from high-quality fiberglass, it's weather-resistant, waterproof, corrosion-resistant, and shock-resistant, making it a perfect fit for both indoor and outdoor environments.
● Anti-Interference, Stable Connection: Its meticulously optimized design and outstanding low VSWR effectively resist external interference, ensuring a stable connection even in complex electromagnetic environments.
● Easy Installation: Equipped with a sturdy and easy-to-use mounting bracket and accessories, it can be installed quickly and easily without the need for specialized tools. Flexible Frequency Customization: Frequencies can be customized to meet the needs of different industry applications, perfectly adapting to Wi-Fi, WLAN systems, and specific IoT scenarios.
● Omnidirectional Signal Coverage: The omnidirectional design enables 360-degree signal transmission and reception, ensuring comprehensive coverage without blind spots, creating an ideal wireless network environment.
Classic Application Scenarios
● Home / commercial router signal enhancement: Coverage for large apartments and office buildings.
● Wireless connection for IoT devices: Smart security, smart home, industrial sensors.
● Signal coverage for outdoor scenarios: parks, farms, outdoor base stations.
● WLAN system network optimization: Shopping malls, hotels, campuses.
