Triple Capsule Adaptable Directional Acoustic Tracking
The internal hardware layout incorporates a specialised three-microphone cluster to offer digital switching between distinct pickup geometries tailored for your environmental layout. Users can instantly isolate speech via a tight supercardioid pattern to reject ambient chatter, engage omnidirectional mapping for multi-person tracking, or select a bi-directional figure-eight configuration for balanced face-to-face dialogue.
Integrated High-Fidelity Local Backup Storage Engine
The digital transmitter architecture features standalone onboard recording capability directly into internal memory to safeguard your dialogue against wireless interference or receiver dropouts. This framework serves as an autonomous secondary field capture module, locking uncompressed audio frequencies down to preserve full dynamic recovery options during post-production tracking.
High-Output Maximum Sound Pressure Level Threshold
Engineered to manage volatile structural volume shifts without clipping, the acoustic input handles sound pressure limits reaching up to 130dB. This hardware tolerance prevents capsule distortion when capturing high-intensity acoustic environments, keeping vocal profiles clear and usable when transition tracks move between soft speech and sudden ambient background audio peaks.
Low-Consumption Customisable Visual Telemetry Interface
The outward-facing chassis houses an ambient electronic visual display engineered to remain legible under direct sunlight while drawing minimal operational power. This structural screen layout can be custom-configured via the companion application to show vital battery metrics, connection status indicators, or custom-uploaded corporate logo graphics.
Extended Operating Range and Multi-System Synchronisation
Utilising a high-frequency 2.4GHz digital transmission spectrum, the transmitter maintains a frame-locked connection across open spaces up to 400m. This long-range capability combines with integrated timecode support to allow the simultaneous tracking of up to four independent transmitters across multi-camera production sets.