DPA 6060-OC-U-F90

A subminiature reference designed for professional environments

The Submini CORE 6060 belongs to the family of miniature microphones designed to meet the demands of sets, broadcasting, and stage: low visibility, flexible placement, and consistent sound despite position changes. Its "CORE" approach emphasizes clean and detailed capture, particularly appreciated when the voice must remain intelligible without a "forced" tone, even with a hidden microphone.

Intended uses and users

This microphone is aimed at audiovisual professionals, theater, events, and live capture who seek a reliable subminiature lavalier microphone for speech. The omnidirectional pattern is a safe choice for speakers who move (presentations, interviews, actors), as it better tolerates off-axis positioning than a more directional microphone. The Beige color facilitates integration on light skin or light-colored costumes, ensuring minimal visual presence.

Discretion, placement, and sound: key points to know

Omni directivity for a more consistent voice

With omnidirectional capsules, the microphone picks up sound more evenly around it. Result: a voice that varies less when the speaker turns their head or when the microphone is placed in clothing. It is also an advantage for obtaining a more natural timbre, especially on spoken voices, while limiting bass changes related to the proximity effect.

Submini format: freedom of placement

The subminiature format allows for very varied placements: jacket lapel, buttonhole, tie, collar, or more integrated according to staging needs. To optimize results, the goal is to stabilize the microphone (avoid fabric rubbing) and favor a position that maintains an acoustic line of sight to the mouth, even if the microphone remains hidden.

MicroLock connector: consistency with your ecosystem

The MicroLock version is intended for setups requiring this type of termination. Before ordering, check compatibility with your wireless transmitter, adapter, or interface to ensure plug-and-play assembly and avoid any connector errors in the field.

Technical specifications