Why Two-Way Radio Earpieces Are Essential for Shopping Centre Security

Shopping centres are bustling hubs of activity, drawing high volumes of foot traffic and serving as stages for public interaction. From responding to shoplifting incidents to addressing medical emergencies, shopping centre security teams are tasked with maintaining safety and order in a dynamic environment. To meet this challenge, seamless communication is key. Two-way radio earpieces […]
How Clear Communication Improves Manufacturing Efficiency

Good communication is key to running a successful factory. It helps keep work organised, ensures safety, and boosts productivity. But factories can be noisy, and using old communication tools or messy workflows can make it hard for workers to share important information. This can affect how well the factory runs and even cost money. In […]
The Science Behind AFA’s Dual Microphone Noise Cancellation and Voice Enhancement

We’ve been doing Digital all wrong……. One microphone is not enough and ten is too many. To fix digital voice communications we had to go back to the beginning.
The Best Microphone for Your Job: A Quick Guide

Whether it’s the office environment or at the racetrack. AFA offers a microphone solution to suit your needs. Keep up to date with our latest products by subscribing to our newsletter.
Benefits of Using Noise Cancelling Microphones in Professional Settings

Working from home? Neighbours mowing their lawn with the big boss on Zoom in 2 minutes? AFA microphones supress ambient noise and send a clear voice. No more metallic, clipped, or choppy voice. Just your clear natural voice.
Noise Cancellation for Gamers: Why High-Quality Microphones Make a Difference?

Everyone’s experienced a loss due to poor microphone performance in team settings. AFA’s SPOON Microphones with two omnidirectional microphones enable the DSP to enhance your natural voice and suppress ambient noise.
How Does Microphone Noise Cancelling Technology Work?

It’s just like speaker-based noise cancellation but in reverse. Rather than two opposing signals at different amplitudes being outputted by opposing speakers.