DPA Microphones 4018V-B-SL1 d:facto 4018V Softboost Supercardioid Microphone w/ SL1 Wireless Adapter - Black

Introducing the DPA d:facto 4018V Softboost Microphone
The DPA Microphones d:facto 4018V Softboost Supercardioid Microphone with SL1 Wireless Adapter is engineered to deliver exceptional sound quality for live performances and broadcast applications. This microphone is specifically designed to capture vocals with remarkable clarity and precision, ensuring that your voice is heard exactly as intended. Whether you're on stage, in the theater, or in a rehearsal studio, this versatile microphone provides the professional audio quality that artists demand.

Natural Studio Sound for Live Performance
This microphone brings the richness and detail of studio recordings directly to the stage. The d:facto 4018V features an isolation-optimized polar pattern that enhances the human vocal range, making it ideal for sound reinforcement. With its supercardioid design, it effectively minimizes background noise and focuses on the sound source, allowing your voice to shine through even in the most challenging acoustic environments.

Modular Design for Maximum Flexibility
One of the standout features of the d:facto series is its modularity. The ability to switch the microphone capsule and wireless adapter offers unparalleled flexibility for performers. The d:facto 4018V capsule can be easily paired with the SL1 wireless adapter, making it compatible with popular wireless systems from Shure, Sony, and Lectrosonics. This versatility allows you to customize your setup according to your specific performance needs, ensuring you have the right equipment for any scenario.

Superior Rear Rejection for Clearer Sound
The d:facto MMC4018V supercardioid microphone capsule boasts an impressive rear rejection capability, significantly reducing unwanted noise from behind the microphone. This feature is particularly beneficial for live performances where stage noise can interfere with vocal clarity. The uniform and controlled rear lobe ensures that only the intended sound is captured, allowing for cleaner audio reproduction and a more engaging performance.