Roswell Pro Audio SDC-84 – Pencil Condenser Microphones (Matched Pair)

OVERVIEW

The Roswell Pro Audio SDC‑84 Matched Pair provides two carefully matched high-quality condenser microphones inspired by the classic Neumann KM84 design. These pencil condensers prioritise musical character and warmth, producing smooth, natural recordings of acoustic instruments and drum kits.

The circuits gently control high-SPL transients, giving the microphones a slightly compressed response that flatters stringed instruments and percussion. This makes the SDC-84s particularly popular for acoustic guitars and stereo drum overhead recording.

Each matched pair is hand-assembled and tested in Roswell’s California workshop, ensuring consistent sensitivity and tonal balance for accurate stereo imaging and reliable professional performance.

“I have a Neumann KM184 and a Soyuz 013… Never used them again since I got a matched pair of SDC-84s.” — Camilo Velandia

KEY HIGHLIGHTS

Matched for Stereo Recording

Each pair is carefully selected to provide consistent sensitivity and tonal balance for reliable stereo imaging.

Vintage-Inspired Character

The SDC-84 draws inspiration from the classic KM84, delivering warmth and musicality.

Smooth Transient Response

The microphone gently controls fast transients, producing balanced and natural recordings.

Ideal for Acoustic Instruments

Particularly well suited for acoustic guitars, strings, and drum overheads.

Hand-Built in California

Each microphone is individually assembled and tested for consistent performance.

FEATURES

• Inspired by the vintage Neumann KM84 circuit design
• Character-focused voicing with smooth transient response
• Cardioid pencil condenser microphone design
• Ideal for acoustic instruments and overheads
• Hand-built in California
• Matched pair for stereo recording

TECHNICAL SPECS

Model:	SDC-84 (matched pair)
Acoustic Principle:	Pressure gradient transducer
Polar Pattern:	Cardioid
Circuit Type:	Transformer-based KM84-style design
Power Requirement:	48V Phantom Power
Output:	Balanced XLR