Description

FIFINE K688 XLR/USB Dynamic Microphone

The FIFINE K688 XLR/USB Dynamic Microphone is a professional-grade microphone designed for versatile use, offering both USB and XLR connectivity. It delivers exceptional audio quality, making it ideal for streamers, podcasters, musicians, and content creators.

Key Features

Dual Connectivity

• USB Mode: Plug-and-play setup for convenience, compatible with PCs, laptops, and gaming consoles.
• XLR Mode: Connects to professional audio interfaces and mixers for studio-grade recording.

High-Quality Sound

• Dynamic Capsule: Captures clear vocals with rich tones and minimal background noise.
• Cardioid Polar Pattern: Ensures focused sound pickup while rejecting ambient noise.

Real-Time Monitoring

• 3.5mm Headphone Jack: Monitor your audio with zero latency.

Built-In Controls

• Gain Control Knob: Adjust microphone sensitivity to suit your needs.
• Mute Button: Quickly mute the microphone for interruptions.

Durable and Portable Design

• Metal Construction: Robust and durable for long-lasting use.
• Compact Size: Easy to transport for on-the-go recording.

Specifications

• Audio Resolution (USB): 24-bit/48kHz
• Polar Pattern: Cardioid
• Frequency Response: 70Hz – 15kHz
• Connectivity Options: USB-C and XLR
• Headphone Output: 3.5mm jack
• Compatibility: Windows, macOS, and gaming consoles (USB mode)
• Build Material: Metal housing with a sleek matte finish

Applications

• Streaming: Enhance your gaming or live streams with clear and professional audio.
• Podcasting: Perfect for solo or multi-person podcasts with studio-quality sound.
• Voiceovers: Ideal for narrations, tutorials, and voice recording.
• Music Recording: Capture vocals and instruments with precision using the XLR mode.

Why Choose the FIFINE K688?

• Dual Connectivity: Adaptable to casual and professional workflows.
• Dynamic Sound Quality: Reduces background noise for a cleaner output.
• User-Friendly Features: Built-in mute button and monitoring for ease of use.
• Sturdy Build: Ensures durability and reliability.