Guitars On Stage and in the Studio: Quiet Is the New Loud
Why Is UHF Spectrum so Important for Wireless Microphones?
For wireless microphone systems to work, we need access to clean RF. What is less well known or understood, is which bands – or sections – of spectrum are best suited to the operation of wireless microphone and in-ear monitor systems.
The Secret to Better Audio: Inputs Are More Important than Outputs
Tips for Creating a Church Podcast
The 2015 Shure Montreux Jazz Voice Competition
The Shure Montreux Jazz Voice Competition showcases up-and-coming vocal talents from around the world.
view articleSurviving the Shure Microphone Test Gauntlet: Sweat, Extreme Heat, and More
Microphone Directionality and Polar Pattern Basics
Choosing the Right Mic
Specialist Polar Patterns: Hypercardioid and Subcardioid
Mic directionality can be classified in three distinct types: omnidirectional, unidirectional, and bi-directional. Within these categories, there are a number of different directional patterns known as polar-patterns; the most commonly known types are cardioid and supercardioid. For a large number of common applications, these will get you pretty far - but what if your requirements are a little more specific?
view articleTroubleshooting Wireless Dropouts in 10 Simple Steps
Analogue vs. Digital Wireless Microphones
Recording Drums Part 5 - Phase Cancellation