Sennheiser MKE Essential Omnidirectional Microphone with 3-Pin LEMO Connector (Black)

Description

The black Sennheiser MKE Essential Omnidirectional Microphone with 3-Pin LEMO Connector is a professional lavalier microphone equipped with a KE4 condenser capsule. This microphone is designed to capture speech and vocals for live stage performances, theater productions, and rehearsals.

Key Features

High-Quality Sound

• Derived from the MKE 2: The MKE Essential microphone is based on the Broadway standard MKE 2, with enhancements to deliver a warm and clear signal without distortion, even at high sound pressure levels.
• Omnidirectional Pickup Pattern: This pattern ensures uniform sound capture from all directions, providing natural and clear audio in various settings.

Durability and Protection

• Moisture Resistance: The microphone capsule is safeguarded against moisture (such as sweat) by a patented, ultra-light tandem membrane, ensuring consistent and clear audio.
• Robust Construction: Designed for durability, all cable connections are built for tensile strength, making the microphone reliable for professional use.

Included Accessories

• Foam Windscreen: Helps reduce wind noise and plosive sounds, ensuring clear and intelligible audio.
• Mic Clamp: Allows secure attachment to clothing, enabling optimal microphone positioning.

Specifications

• Capsule: KE4 condenser capsule
• Polar Pattern: Omnidirectional
• Connector: 3-Pin LEMO
• Color: Black

Applications

The MKE Essential Omnidirectional Microphone is ideal for:

• Live stage performances
• Theatrical productions
• Rehearsals
• Presentations
• Broadcasts
• Any scenario requiring high-quality, reliable audio capture

Conclusion

The Sennheiser MKE Essential Omnidirectional Microphone with a 3-Pin LEMO Connector is a versatile and durable microphone designed for high-quality audio capture in professional performance and broadcast settings. Its warm, distortion-free sound, combined with moisture resistance and robust construction, makes it a dependable choice for demanding audio environments.