Universal Audio SD-1 – Studio-Ready Dynamic Microphone with Modeling

The Universal Audio SD-1 is a professional dynamic microphone designed for vocalists, content creators, and instrumentalists looking for clear, broadcast-ready sound. Featuring built-in tone-shaping switches, internal shock-mount, and the included Hemisphere mic-modeling plugin suite, it’s tailored for any recording environment.

Key Features

• Internal shock-mount & windscreen: Reduces plosives and handling noise for cleaner takes.
• Broad, flat frequency response: Captures vocals and instruments accurately with minimal coloration.
• Low-cut and articulation-boost switches: Easily reduce rumble below 200 Hz or add presence in the 3-5 kHz range.
• Hemisphere mic-modeling compatibility: Access emulations of five classic microphones for flexible tonal shaping.
• Rear-mounted XLR & versatile design: Sleek modern form makes it ideal for podcasting, streaming, and desktop setups.

Customer Benefits

The SD-1 gives you reliable, polished results right out of the box. Whether you’re tracking vocals, podcasting, livestreaming, or reinforcing instruments, this mic handles noisy or untreated spaces gracefully.

Quick Specs

• Polar Pattern: Cardioid
• Frequency Range: 50 Hz – 16 kHz
• Output Impedance: 200 Ω
• Low-Cut Filter: 200 Hz switchable
• Articulation Boost: 3-5 kHz switchable
• Dimensions: 195 mm length × 60 mm diameter
• Weight: 735 g

What’s in the Box

• SD-1 dynamic microphone
• 5/8" to 3/8" thread adapter
• Access to Hemisphere mic-modeling software

Use Cases / Ideal For

Ideal for podcasters and streamers, vocalists and home studio engineers, and musicians recording electric or acoustic instruments in tight or untreated rooms.

Compatibility

Works with standard XLR mic preamps (no phantom power required). Compatible with the Hemisphere modeling plugin on macOS and Windows for extended features.

Pros & Cons

✅ Pros:

• High-quality build and modern design
• Versatile tone shaping with model presets and switches
• Excellent isolation for close-miking in less ideal spaces

⚠️ Cons:

• Dynamic mic output may require strong gain on quieter sources
• Modeling features best leveraged with compatible software/hardware