Voice Technologies VT610TC125 Earphone

The Voice Technologies VT610TC125 is a professional single-ear IFB earphone designed for discreet cueing and monitoring in broadcast, television, stage, security, and live-production environments. It uses a 125-ohm magnetic receiver combined with a transparent coiled acoustic tube that directs program audio directly into the ear canal. This configuration provides a discreet monitoring solution for presenters, newscasters, performers, and production personnel who require reliable one-way audio communication without the bulk of conventional headphones.

The coiled acoustic tube helps reduce the ingress of ambient noise while maintaining a compact, inconspicuous profile. The earphone uses a replaceable standard earpiece, and the receiver assembly can be positioned for either-ear use. Its 120 dB sensitivity rating is intended to provide clear program audio from compatible IFB and cueing receivers, while the 125-ohm impedance is suited to professional communication equipment designed for higher-impedance earpieces.

The VT610TC125 is fitted with a 1.5 m cable terminating in a 3.5 mm right-angle mono connection. Its two-wire polarized configuration is intended for compatible IFB receiver systems, and the cable includes a clothing clip for securing the earphone assembly during use. The design is particularly appropriate for professional cueing applications where a low-profile earpiece and clear spoken-word reproduction are more important than full-range music listening.

This configuration is supplied in its original case, providing convenient storage and protection when the earphone is not in use. The VT610TC125 is a specialized professional monitoring accessory rather than a general-purpose stereo headset, making it well suited to broadcast and production workflows that use dedicated IFB communication systems. Its lightweight construction, replaceable components, coiled acoustic tube, and professional 125-ohm receiver provide a practical combination of discreet operation and dependable cue monitoring.