Marantz Professional MPM-4000U - USB Podcasting Microphone With Built-in Mixer and Headphone Output

SKU: MARANTZPRO-MPM4000U

R 1,849.00

Tax included

Only 5 left!

In store 3abefc92 23cc 47b2 a5ac 6821759c6c25
Introducing the MPM-4000U Podcast Mic

Say Something, The World’s Listening!
Whether it’s podcasting, vlogging, streaming, YouTube projects or simply capturing high-quality audio from vocalists, you need a mic you can trust. Enter the MPM-4000U Podcast Mic, a super-versatile USB condenser microphone brimming with professional features that’s engineered for effortless setup and ease of use. Your entry-point into a world of digital broadcasting just got a whole lot simpler!

Seamless USB-C connectivity – No Setup Headaches
The MPM-4000U Podcast Mic makes complicated setups a thing of the past. Its built-in audio interface guarantees rapid plug-and-play USB performance on both Mac, PC, Android and iOS operating systems. Plug the microphone in to your computer and you are set to record at studio-quality resolution - it's that simple!

Everything You Need
Thanks to an included mic clip for mounting to a traditional microphone stand, a tripod desk stand and a USB cable, all the core tools needed for effortless connectivity are included.

Control Where You Need It
With conveniently located controls for headphone monitoring, mic gain and mute, plus a 1/8-inch headphone output, total control of your next stream or broadcast is exactly where you need it so you can focus on what's important – your delivery! Plus, the bundled MPC Beats recording software means that you don’t need anything else to get started right away.

Sound You Can Trust
If it’s pro sound your next podcast demands, don’t settle for any old microphone – choose a mic from broadcast specialist, Marantz Professional! At the heart of the MPM-4000U Podcast Mic is a 14mm pure-aluminum-plated condenser capsule with a directional cardioid polar pattern. The result? You only capture what you want with every subtle nuance of the source audio included - all with minimal interference from unwanted ambient noise.