



Dual-band copper tube antenna 2400-2500/5150-5850MHz
Model:BF258BNX50X50X0B1F4.5
Specification:
- Frequency:2400-2500,5150-5850 MHz
- Size:55 x ⌀4.4 mm
- Connector:IPEX-1 or Customized
- Cable:50mm or Customized
About Products
The 2.4G/5.8G Dual-Band Copper Tube Antenna (Model: BF258BNX50X50X0B1F4.5) is a high-efficiency wireless communication component designed for dual-band application scenarios. Crafted from high-purity copper tube material, it supports full-band coverage of 2400-2500MHz and 5150-5850MHz, seamlessly adapting to 2.4G and 5.8G wireless protocols. Equipped with an IPEX-1 connector, it ensures stable connection with small-sized wireless modules and devices. Featuring 360° omnidirectional radiation and a compact size of 55mm×⌀4.4, it delivers uniform signal coverage without occupying excessive space, making it ideal for dual-band WiFi routers, IoT devices, drones, and wireless monitoring equipment. The antenna adheres to strict quality standards, with excellent signal penetration and anti-interference performance, suitable for both indoor and outdoor use.
Core Specifications
This dual-band copper tube antenna adopts the model BF258BNX50X50X0B1F4.5, covering two key frequency bands: 2400-2500MHz (2.4G band) and 5150-5850MHz (5.8G band), realizing full-band stable signal transmission for both bands without frequency drift. It is equipped with an IPEX-1 connector, which is widely compatible with mainstream small wireless device interfaces, enabling quick plug-and-play installation. The radiation pattern is 360° omnidirectional, ensuring that signals can be stably transmitted and received in all directions, eliminating blind spots in coverage. The product dimensions are 55mm×⌀4.4, with a slim and lightweight copper tube structure that can be easily embedded into device casings or integrated into limited installation spaces. The high-purity copper tube material effectively reduces signal attenuation, ensuring long-distance stable communication.
Product Features
- Dual-Band Full Coverage: Simultaneously supports 2400-2500MHz and 5150-5850MHz full-band operation, compatible with 2.4G and 5.8G dual-band devices, meeting diverse wireless communication needs and avoiding the trouble of replacing antennas for different bands.
- IPEX-1 Standard Connector: The IPEX-1 interface has strong compatibility with small wireless modules, facilitating quick assembly and disassembly, and reducing signal loss caused by loose connections during long-term use.
- High-Purity Copper Tube Material: Made of premium copper tube, it features low signal attenuation, excellent conductivity, and strong mechanical strength, with better corrosion resistance than ordinary antennas, adapting to harsh outdoor environments.
- 360° Omnidirectional Radiation: The omnidirectional radiation design achieves uniform signal coverage in all directions, ensuring stable communication regardless of the device's placement angle, suitable for scenarios where the device orientation is variable.
- Compact & Space-Saving Design: With a size of 55mm×⌀4.4, the antenna is slim and lightweight, easily integrated into compact devices such as IoT sensors, drone controllers, and portable wireless terminals without increasing the overall volume.
- Superior Anti-Interference Performance: The copper tube structure and dual-band optimization design effectively resist electromagnetic interference from the surrounding environment, ensuring stable signal transmission even in complex electromagnetic scenarios.
Application Scenarios
This 2.4G/5.8G dual-band copper tube antenna is widely applicable to dual-band wireless communication devices, including but not limited to dual-band WiFi 6 routers, IoT sensor modules, drone remote controllers and 图传设备,wireless security cameras, portable wireless terminals, and smart home devices. It is especially suitable for scenarios that require dual-band signal support, such as home networks, industrial IoT monitoring, outdoor drone operations, and indoor wireless coverage optimization, providing reliable dual-band signal support for device operation.
