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Showing posts from June, 2025

Top Antenna Switches in Australia: UHF, Ham & 3-Way Options Explained

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  So, What’s an Antenna Switch Anyway? If you’ve got more than one antenna or radio rig set up at home, in the shed, or even out in the 4WD, constantly swapping cables can be a pain. That’s where an antenna switch comes in handy—it lets you flip between antennas or radios with a simple twist or click. You’ll find them everywhere—from amateur (ham) radio setups to UHF radios used by truckies, tradies, and emergency services across Australia. How Do They Work? Think of it like a railway junction. Your signal goes in one track (a radio or antenna), and the switch sends it down whichever track you choose. Whether it's a single switch between two antennas or a 3 way antenna switch that gives you even more flexibility, they’re super useful. Why Use One? You’re using different antennas for different bands You want to quickly switch between base and mobile radios You’re trying to avoid wear and tear from disconnecting coax all the time You want to keep your setup neat and...

VHF Antenna Connector Basics: A Beginner’s Guide to Getting Started!

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  If you are just stepping into the world of radio communications—whether for marine, ham radio, or other VHF applications—understanding the different types of VHF antenna connectors is a great place to begin. These small yet critical components play a major role in the efficiency and clarity of your signal. In this beginner-friendly guide, we'll explore the main features of VHF antenna connectors , look at popular types such as UHF antenna connectors , SMA female connectors , and BNC connector adapters , and share guidance on how to choose the right option for your setup. What Is a VHF Antenna Connector? A VHF antenna connector is the hardware interface that connects your VHF radio or transceiver to the antenna cable. It guarantees a secure, low-loss connection so that radio signals can travel between your equipment and the antenna. VHF (Very High Frequency) ranges from 30 MHz to 300 MHz, and proper connectors maintain signal integrity within this band. Using the wrong type of c...