5.2/5.8GHz 16dBi High Gain Internal PCB Antenna

Product Introduction

Ultra-High Gain Directional Performance: 16dBi high gain combined with a 25° narrow beam enables long-distance, high-density signal transmission, suitable for point-to-point or point-to-multipoint communication.

Dual-Band Wideband Coverage: Supports the entire 5150-5850MHz frequency band, compatible with 5.2GHz and 5.8GHz, suitable for WiFi 5/6/6E and private network communication systems.

Built-in Anti-interference Design: Optimized for internal device integration, effectively suppressing co-channel interference and ensuring the stability and reliability of high-frequency communication.

Compact and Rugged Construction: Measuring only 370×28×1mm, the ultra-thin design is suitable for space-constrained embedded devices, while supporting a wide operating temperature range of -40℃ to +85℃.

Standard Interface for Plug and Play: Equipped with an SMA male connector, compatible with mainstream wireless modules, facilitating rapid integration and system deployment.

Application Scenarios

Enterprise-grade wireless access points (APs) and routers with built-in antennas

High-density indoor WiFi coverage (e.g., conference centers, stadiums)

Industrial wireless communication and automation control systems

Embedded gateways, edge computing devices, and IoT hubs

5GHz band private network communication and wireless backhaul equipment

FAQ

Q: What frequency bands does this PCB antenna support?

A: It covers 5150-5850MHz, fully supporting both 5.2GHz and 5.8GHz bands for WiFi and wireless data applications.

Q: Is this antenna suitable for indoor WiFi 6 systems?

A: Yes, its high gain and directional beam make it ideal for enhancing coverage and capacity in indoor WiFi 6/6E networks.

Q: What is the advantage of a 25° beamwidth?

A: The narrow beamwidth focuses signal energy, reduces interference, and extends range, perfect for directional links.

Q: Can it be used in industrial environments?

A: Absolutely. It operates from -40℃ to +85℃ and is built for reliable performance. in harsh conditions.

Q: What connector is used, and is it easy to install?

A: It uses an SMA male connector for straightforward integration with most wireless modules and PCBs.

Q: How does this compare to an external omni antenna?

A: This internal antenna offers higher gain and directional focus, providing longer range and better signal quality in targeted areas, while saving external space.