Shure Nexadyne vocal microphone
Shure Nexadyne vocal microphone

Shure Nexadyne vocal microphone

The Nexadyne™ is a cardioid (8/C) or supercardioid (8/S) dynamic vocal microphone for professional live applications. Featuring Shure's patented Revonic™ dual-engine transducer technology, the two microphones deliver a natural yet exceptionally clear sound that easily reaches every corner of the event location.

Microphone clamp and case included.

Wireless microphone capsules with cardioid polar pattern

Shure RPW200
Manufacturer: Shure
€355.00*
Shure RPW202
Manufacturer: Shure
€379.00*

Wireless microphone capsules with supercardioid polar pattern

Shure RPW204
Manufacturer: Shure
€355.00*
Shure RPW206
Manufacturer: Shure
€379.00*

How it works

Innovation never stops. Revonic™ dual-engine transducer technology uses two precisely matched, dynamic transducers, whose interaction offers twice as many possibilities for acoustic optimizations and frequency response adjustments.

This results in exceptional clarity and emphasizes the desired sound source, even without the usual equalizer adjustments.

Nexadyne reaches every corner of the event location with clear mids and highs that rival even condenser microphones.

In addition, this unique signal processing technology achieves an exceptionally consistent polar pattern and effectively suppresses unwanted noise.

Every Nexadyne is designed for efficient damping of ambient noises.

In addition to the wired handheld microphones, interchangeable microphone capsules are also available, which are compatible with almost all Shure wireless handheld transmitters.

Differences to the Shure KSM8

Shure KSM8 B
Manufacturer: Shure
€398.00*
Shure KSM8 N
Manufacturer: Shure
€369.00*

The KSM8's patented Dualdyne technology utilizes a second, ultra-thin diaphragm and only one transducer.

The synergy of these two diaphragms enables neutral and very precise vocal reproduction, accurate sound and the maximum control of the proximity effect. This ensures a very large "sweet spot" for natural vocal reproduction.