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Antenna gain determines signal coverage range and direction

Antennas Explained: Does Higher Gain Mean Better Performance?

Are high-gain antennas always better? Understand how antenna gain affects signal coverage, directivity, and performance, and learn how to select the right antenna for different application scenarios.

Comparison of PCB trace, ceramic chip and FPC antenna locations

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What Is a PCB Antenna? Types, Constraints and Selection

Learn how PCB trace antennas work, which layouts are common, what changes performance, and when a chip or FPC antenna is the better embedded choice.

Half-wave dipole center feed, current distribution and broadside radiation pattern

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What Is a Dipole Antenna? Types, Operation and Selection

Learn how dipole antennas radiate, why a half-wave dipole needs final tuning, how folded dipoles differ, and what to check before selection.

Outdoor dual-band WiFi antenna for industrial gateways and RF systems

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How to Choose an Outdoor WiFi Antenna for Reliable Coverage

Choose an outdoor WiFi antenna by band, gain, beamwidth, cable loss, connector, and weather rating. Get practical OEM selection guidance.

Labeled Yagi-Uda antenna diagram showing reflector, driven element, directors and beam direction

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What Is a Yagi Antenna? How It Works and What It’s Used For

A Yagi (Yagi-Uda) antenna is a high-gain directional antenna. Learn how it works, its parts, radiation pattern, gain, and real-world VHF/UHF uses.

High gain LoRa gateway antenna flattening vertical coverage compared with a 6 dBi omni on hilly terrain

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LoRaWAN and LoRa Antenna: The Ultimate Guide

A practical guide to LoRa and LoRaWAN antennas: how they work, 868 vs 915 MHz, antenna types, gain and range, plus how to pick one for your IoT deployment.

GLRG58 RG58 50 ohm coaxial cable with pvc jacket on a white background

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RG58 vs RG400: Which 50 Ohm Coax Cable Should You Use?

Compare RG58 and RG400 coax cables by size, loss, shielding, temperature, frequency range, connector options, and RF cable assembly use cases.

GLRG174 RG174 50 ohm coaxial cable with black PVC jacket, exposed copper braid and center conductor on a white background

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RG174 vs RG316: Which Thin Coax Cable Should You Use?

Compare RG174 and RG316 coax cables by loss, bend radius, temperature, connector options, frequency range, and RF cable assembly use cases.

RF power combiner and divider module with multiple N-type coaxial connectors on a light background

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What Is an RF Combiner? Types, How They Work & How to Choose

An RF combiner merges multiple RF signals into one output. Learn how they work, the main types, insertion loss vs isolation, combiner vs splitter, and how to choose one.

Coaxial antenna connector types arranged on an RF engineering workbench.

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Antenna Connector Types Explained: SMA, Fakra, IPEX/u.FL, TNC, MCX

Antenna connector types explained — SMA, Fakra, IPEX/u.FL, TNC, MCX and N-type — what each is for, how to choose by mount and frequency, and mistakes to avoid.

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Featured Articles

Antennas Explained: Does Higher Gain Mean Better Performance?

What Is a PCB Antenna? Types, Constraints and Selection

What Is a Dipole Antenna? Types, Operation and Selection

Latest Articles

How to Choose an Outdoor WiFi Antenna for Reliable Coverage

What Is a Yagi Antenna? How It Works and What It’s Used For

LoRaWAN and LoRa Antenna: The Ultimate Guide

RG58 vs RG400: Which 50 Ohm Coax Cable Should You Use?

RG174 vs RG316: Which Thin Coax Cable Should You Use?

What Is an RF Combiner? Types, How They Work & How to Choose

Antenna Connector Types Explained: SMA, Fakra, IPEX/u.FL, TNC, MCX

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