Intelligently Managed Environmental Sound Suppression
The transmitter units utilise an internal processor driven by deep neural network algorithms to separate human voice profiles from disruptive background environments in real time. Operating via an accessible hardware switch, this processing framework actively analyses and eliminates constant ambient distractions like industrial air conditioners, traffic hum, or heavy coastal wind to preserve transparent vocal clarity on location.
Fail-Safe High-Resolution Internal Storage Architecture
Each miniature coin-shaped transmitter incorporates 32GB of dedicated flash memory to perform autonomous multi-channel back-up recording completely detached from the primary wireless transmission. The internal engine captures audio using 32-bit floating-point formatting, a wide dynamic structure that allows you to easily recover distorted or whispered sequences in post-production without generating clipping or noise floor hiss.
Adaptable Multi-Mic Directional Acoustic Pickup Array
The transmitter housing incorporates an advanced three-microphone cluster to offer selectable physical recording geometries matching your production layout. Operators can instantly toggle between omnidirectional framing for group discussions, an analytical supercardioid pattern to block out peripheral ambient conversations during solo reporting, or a bi-directional figure-eight layout configured for balanced two-person seating setups.
Low-Consumption Customisable Visual Status Indicators
The front chassis of each recording capsule features a unique 1.22-inch six-colour electronic ink screen that maintains visibility under direct, bright South African sunlight while drawing minimal battery reserve. This ambient display remains constantly visible to let production teams monitor active tracking statuses, battery life metrics, or custom branded corporate logos uploaded directly via the companion smartphone application.
Extended Operating Range and Multi-System Interconnectivity
The digital 2.4 GHz transmission array uses specialised frequency management to secure a stable, frame-locked audio connection across open distances reaching up to 400m. This dual-channel monitoring framework expands to coordinate up to four transmitters to a single receiver for multi-person interviews, or routes a single transmitter to four independent receivers to maintain timecode-matched audio sync across multi-camera sets.