We first called attention to the TV repack back in 2018, and now we're in phase 4 of the 10 phase plan. Most ...
Problems are bound to happen sooner or later with wireless microphone and IEM systems. From ever-changing spectrum conditions, to new system upgrades and frequency band changes, the work seems to never end. Here are some strategies for common problems.
Part 3 of our series on spectrum analysis for wireless mics and IEMs: identifying and managing RF interference. Noise floor, out of band interference, IMD, and over-the-air-TV are covered.
Part 2 of our series on RF spectrum analysis for wireless microphones and IEMs, including Operational Scans, what to look for and how to use spectrum analysis to optimize antenna placement.
Part 1 in our series on spectrum analysis for wireless mics and IEMs. Introduction and overview of spectrum analysis and the first steps in using an RF spectrum analyzer to establish a baseline scan for your wireless system.
Using antenna distribution systems with multi-channel wireless mic receivers is covered. Diagrams for how to configure multi-channel systems for lowest noise and highest signal to noise.
I think by now everyone is on board that having an antenna farm is NOT a best practice. But what exactly makes them a problem? Let’s take a look.
I’m pretty sure most understand the need for antenna distribution when using multiple wireless microphone ...
I know, Active sounds better than Passive and more sounds better than less. But with radios, most often, the exact opposite is true. Active antennas are merely passive antennas that have built-in amplifiers intended to make up for loss from long coax runs. Contrary to what some may think, they do not extend range.
