Microphone Guides
Polar patterns, condenser versus dynamic, ribbon mics, self-noise, SPL — everything that determines how a microphone captures sound.
A microphone is a translator. It turns moving air into electrical signal — and every design choice along the way shapes the result. Two mics pointed at the same sound source will give you two different recordings, even if the price tags are similar.
These guides explain the design decisions behind microphone behaviour: how polar patterns reject or capture surrounding sound, why condensers and dynamics suit different sources, what specs like self-noise and maximum SPL actually mean for your recordings.
Featured Guides
The fundamentals every recordist should know.
Why Your Headphones Sound Different on Different Devices
The same pair of headphones can sound bright and articulate from your audio interface yet muffled and compressed from your
Why Some Headphones Need an Amp and Others Do Not
Some headphones sound perfectly fine plugged into a phone whilst others barely whisper until connected to proper amplification. After fifteen
Headphone Sensitivity Explained: What dB SPL Really Means
Most headphone buyers focus on frequency response graphs while completely ignoring the specification that determines whether their amplifier can actually
All Microphones Guides
Every microphone guide we’ve published, newest first.
Balanced vs Unbalanced Audio: The Difference That Matters
The difference between two wires and three wires in your audio cable determines whether you get clean professional signal or
Ribbon Microphones Explained: What They Are and Who Should Use Them
Ribbon microphones capture sound through a thin metal ribbon suspended between magnets, creating a warmth and natural compression that digital
How to Position a Microphone for the Best Sound Quality
The difference between professional recordings and amateur attempts often comes down to where you put the microphone, not which microphone
SPL Handling in Microphones: Why Maximum Volume Matters
The loudest sound a microphone can handle cleanly often matters more than its sensitivity when recording drums, guitar amplifiers, or
Large vs Small Diaphragm Condensers: Which to Choose
The difference between a large and small diaphragm condenser goes far deeper than physical size, affecting frequency response, polar pattern
What is Self-Noise in Microphones and Why Does It Matter
Every microphone you plug in generates its own quiet hiss that sits beneath your recordings, and most engineers ignore this