UNIVERSAL AUDIO SD-7 DYNAMIC MICROPHONE WITH HEMISPHERE MODELING

The Universal Audio SD-7 Dynamic Microphone with Hemisphere Modeling is a premium dynamic microphone engineered for professional recording and live sound applications. Designed to capture drums, percussion, guitar amplifiers, brass instruments, and other high-SPL sources with exceptional clarity, the SD-7 combines rugged construction with Universal Audio’s innovative Hemisphere Mic Modeling technology for maximum versatility and performance.

Featuring a supercardioid polar pattern, the SD-7 provides focused sound capture with excellent off-axis rejection, helping to minimize unwanted bleed and background noise. Its high SPL handling capability ensures accurate and distortion-free recording of loud instruments, making it an excellent choice for snare drums, toms, guitar cabinets, percussion, and stage performances.

The included Hemisphere Mic Collection software unlocks a variety of classic microphone emulations, allowing users to shape recordings with the tonal characteristics of legendary studio microphones. This gives engineers and musicians greater flexibility during recording and mixing while maintaining the convenience of a single microphone setup.

Constructed with a durable all-metal body, the SD-7 is built to withstand the demands of professional studio sessions, touring, and live performance environments while delivering consistent, reliable results.

Key Features:

• Professional Dynamic Microphone

• Hemisphere Mic Modeling Technology

• Supercardioid Polar Pattern

• High SPL Handling for Loud Instruments

• Ideal for Snare Drums, Toms, Guitar Cabinets, and Percussion

• Includes Hemisphere Mic Collection Software

• Excellent Isolation and Noise Rejection

• Rugged All-Metal Construction

• Studio and Live Sound Ready

• Professional Audio Performance

The Universal Audio SD-7 Dynamic Microphone with Hemisphere Modeling is an excellent choice for musicians, producers, and engineers seeking powerful sound capture, advanced microphone modeling flexibility, and dependable performance for both studio recording and live applications.