Tuesday, December 2, 2025

The Unsung Hero of Install Day: Ubiquiti Wave Pro’s Cable Test Feature

 


When deploying a Ubiquiti Wave Pro wireless link, one of the most underrated yet invaluable tools is the built-in cable test feature. Before you even start the alignment process, running a cable test instantly tells you whether your physical layer is solid. It verifies continuity, checks for shorts, measures cable length, and identifies pair-swap or split-pair issues—problems that can easily go unnoticed until they start causing intermittent drops or throughput issues in production.

During field installations, especially when working on towers, rooftops, or remote sites, this feature saves both time and headaches. Instead of hauling an external cable tester, climbing up and down ladders, or guessing whether the issue is the cable or the device, you get immediate diagnostics right from the Wave Pro interface. This is especially handy when working with long outdoor-rated runs, where damage can occur from bends, staples, or environmental wear.

The cable test feature also acts as a quality check for contractor-run cabling. Before you sign off on their work or attempt to troubleshoot connectivity, you can quickly validate that the copper infrastructure meets spec. It eliminates finger-pointing and ensures you’re not trying to push gigabit speeds over a mis-terminated connector or poorly run segment.

Most importantly, it gives you confidence during deployment. Knowing your cable is good means one less variable to worry about when aligning radios, optimizing throughput, or diagnosing link issues. In the fast-paced world of wireless networking, the Ubiquiti Wave Pro’s cable test feature is a simple but powerful tool that helps ensure smooth, efficient, and reliable installations every time.





Monday, December 1, 2025

Crimp, Click, and Connect: Building a Custom Outdoor Ethernet Cable from Scratch


There’s a certain satisfaction in crafting your own Ethernet cable—especially when it’s built to last in the great outdoors. I recently purchased a complete RJ45 kit from Amazon that came with everything I needed: connectors, protective boots, a crimper, and a compact cable tester. Instead of relying on pre-made patch cords, I decided to put the kit to the test using a roll of outdoor-rated Ethernet cable, built tough for weather and UV exposure.

The process started with stripping the cable’s jacket to expose the twisted pairs inside. The outdoor cable had an extra layer of protection, so patience was key to avoid nicking the inner wires. Once I had the pairs separated, I followed the T568B wiring standard, arranging the wires in the correct color order before sliding them into the RJ45 connectors. A firm squeeze with the crimper locked everything into place, ensuring solid contact between each wire and its pin.

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Next came the boots—those little rubber sleeves that make the cable look professional and protect the connectors from wear. Once the boots were on, I plugged both ends into the cable tester that came with the kit. The LEDs lit up in perfect sequence, confirming that every pin was connected correctly and that my cable was ready for use. It was a small victory, but a satisfying one.

By making my own Ethernet cable, I not only saved money but also gained a deeper appreciation for the craftsmanship behind reliable networking connections. With the Amazon kit, even a simple task like crimping connectors turned into a fun, hands-on learning experience. Now I have a durable, custom-length outdoor cable I can trust—made by my own hands.


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