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FIFINE USB/XLR Dynamic Microphone

£79.99 Regular Price
£59.99Sale Price
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THE SPECIFICATION SHEET | STERLING CIRCUIT

 

Dual-Interface Acoustic Engineering. Precision Vocal Capture.

Transducer Type - High-Fidelity Dynamic Capsule

Connectivity - Dual-Mode Hybrid (XLR & USB-C)

Polar Pattern - Directional Cardioid

Max SPL - 130dB (Distortion-Free Ceiling)

Interface - Touch-to-Mute & Integrated Gain Telemetry

 

Advanced Acoustic Architecture

  • Hybrid Synchronisation: Engineered with a versatile dual-output system. Utilise the XLR interface for professional studio chains or the USB-C connection for immediate, high-resolution digital recording on workstations and mobile devices.

  • Directional Cardioid Logic: The capsule is meticulously tuned to a cardioid polar pattern, providing superior off-axis rejection. This ensures that environmental noise—such as computer cooling fans or mechanical vibrations—is effectively neutralised, focusing purely on the primary vocal source.

  • High-Pressure Resilience: With a Sound Pressure Level (SPL) rating of 130dB, the Resonance Hybrid captures high-intensity vocals or instruments without harmonic distortion, preserving the original detail of the source.

  • Signature Frequency Profile: Inheriting a refined acoustic bloodline, this microphone delivers prominent mids for vocal presence while maintaining crisp, crystalline treble that avoids sibilance or harshness.

 

Tactical Controls & Noise Suppression

  • Zero-Noise Mute Interface: Features a tactile touch-to-mute sensor, allowing for silent operation that eliminates the mechanical "click" associated with traditional switches during live broadcasts.

  • On-Board Gain Telemetry: Integrated gain knob provides immediate physical control over input levels, allowing for real-time acoustic adjustments without the requirement for software intervention.

  • Vibration Damping System: The unit is supplied with an external shock mount and high-density windscreen, specifically engineered to dampen low-frequency mechanical noise and plosive impact.

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