Nux B-6 2.4GHZ Wireless System For Saxophone

Description

Nux B-6 2.4GHZ Wireless System For Saxophone

The NUX B-6 is a 2.4GHz wireless microphone system specifically designed for saxophone players, offering freedom of movement without compromising sound quality.

 Key Features

• Wireless Freedom: Operates on a 2.4GHz frequency band, providing a reliable connection up to 20 meters (approximately 65 feet) line-of-sight.

• High-Quality Audio: Delivers professional-grade 24-bit/44.1kHz audio with a frequency response of 20Hz–20kHz, ensuring clear and detailed sound reproduction.

• Low Latency: Features ultra-low latency of less than 4ms, allowing for real-time performance without noticeable delay.

• Custom Voicing Modes: Equipped with three dedicated EQ modes tailored for soprano, alto, and tenor saxophones, easily switchable via the Power/Scene button on the transmitter.

• Flexible Mounting: The transmitter includes a flexible, rubber-wrapped clamp that securely attaches to the bell of any standard saxophone, coupled with a gooseneck microphone for optimal positioning.

• Rechargeable Power Case: Comes with a charging case that can recharge both the transmitter and receiver simultaneously, providing up to 15 hours of additional battery life.

• Easy Setup: Features auto-pairing and a plug-and-play design, making it user-friendly for quick setups.

 What’s Included

• Gooseneck condenser microphone

• Clip-on transmitter

• XLRM plug-in receiver

• Rechargeable power case

• USB Type-C charging cable

 Technical Specifications

• Operating Frequency: 2.4 GHz (license-free)

• Audio Quality: 24-bit / 44.1 kHz

• Frequency Response: 20 Hz – 20 kHz

• Latency: <4ms

• THD+N: <0.2% at 1kHz @ -10dBFS

• Battery Life: Up to 7 hours of continuous use; power case provides up to 15 additional hours

• Dimensions: 153 x 113 x 55 mm

• Weight: 389g (including power case)

The NUX B-6 is an excellent choice for saxophonists seeking a reliable, high-quality wireless microphone system that offers both mobility and professional sound fidelity.