SL16 vs N-Type: Choosing the Right Mobile Antenna Connector
If your mobile radio operates below 500MHz, SL16 (PL259) is a practical choice. If your system operates above 500MHz—especially in
Technical documentation
Our technical documentation page provides detailed resources for understanding and using our antenna products. From product specifications and installation guides to performance data and technical insights, this page is designed to help engineers, technicians, and customers get the most out of our wireless solutions. Whether you’re looking for in-depth technical details or user-friendly instructions, you’ll find everything you need to ensure optimal performance and installation of our antennas.
Yagi Antenna Is So Old — Why Still Use It?
Because antennas don’t have an “outdated” thing. Only fit or not. Yagi is old, but mature, cheap, good enough. And
How Many Types of Panel Antennas Are There?
Panel antennas are widely used in indoor distributed antenna systems and base station deployments. However, classification terms such as “wall-mount,”
GPS/BDS High-Gain Dual-System Antenna: LX-GB-38 Engineering Guide
In high-gain GNSS antenna design, gain, bandwidth, interference rejection, and physical size form a set of mutually constraining parameters. This
What Problem Does a 698–4200 MHz Quad-Port Dual-Polarized Directional Antenna Actually Solve?
In recent years, when engineers working on base station antennas meet, the most common remark is: “The antenna space is
698–2700MHz Gooseneck Antenna for Cellular, IoT and CPE Applications
Choosing the right cellular antenna requires more than checking the frequency range. Instead, engineers should also consider gain, radiation pattern,
806-960MHz 5.5dBi Mobile Antenna: What You Need to Know Before Buying
This is a vertically polarized mobile antenna covering 806–960MHz. It has a gain of 5.5dBi and uses an SL16 UHF
What Is a Dual-Beam Panel Antenna and How Does It Improve Base Station Coverage?
A dual-beam panel antenna is a directional base station antenna that generates two independent main beams from a single antenna
GPS Antenna vs GNSS Antenna: What Is the Difference?
GPS antenna is primarily designed to receive signals from the U.S. GPS constellation, while GNSS antenna is designed to receive
4G LTE Omnidirectional Fiberglass Antenna Complete Guide: 1710-2690MHz Band Explained
A 4G LTE omnidirectional fiberglass antenna is a vertically polarized outdoor communication antenna designed for the 1710–2690MHz band, featuring a
Custom Antenna Design Process Explained
Custom antenna design is a systematic engineering process that typically includes four core phases: requirements gathering and feasibility assessment, schematic
Multi-Band Antenna Design: How One Antenna Supports Multiple Frequencies
A multi-band antenna is a communication device that integrates multiple resonant elements within a single physical structure, enabling a single