The the t.bone HeadmiKe D EW is a lightweight condenser headset microphone designed for professional live events, conferences, trade fairs, and corporate presentations. Its discreet beige finish and comfortable construction make it a practical solution for AV productions and exhibition environments.
The microphone uses a cardioid polar pattern that reduces unwanted background noise. Because of this, speakers and presenters remain clear even in busy event spaces. The condenser capsule delivers natural voice reproduction with balanced sound quality across a wide frequency range from 50 Hz to 20 kHz.
With a sensitivity of 4.4 mV / Pa and a maximum SPL of 115 dB, the microphone performs well during both quiet speeches and louder stage presentations. The lightweight 20 g construction also improves comfort during long conferences, live productions, and exhibition appearances.
The the t.bone HeadmiKe D EW includes a Sennheiser EW connector for easy integration with compatible wireless bodypack systems. This compatibility makes the microphone suitable for professional conference setups, event stages, and live communication environments. In addition, the 130 cm cable allows flexible installation and comfortable movement during presentations.
The included ear hooks and cable clip help users create a stable and secure setup. As a result, presenters can move freely without compromising audio quality or comfort. The beige colour also blends naturally with skin tones. Therefore, the microphone remains discreet during livestreams, video productions, and on-stage presentations.
This headset microphone works especially well for trade fair organisers, conference venues, AV rental companies, and event agencies. Its lightweight design and clear sound reproduction support professional communication during business events and corporate productions.
At Vera Multimedia, we use audio equipment such as the the t.bone HeadmiKe D EW for conferences, exhibitions, livestreams, and corporate events across Europe. The microphone combines comfort, reliable performance, and clear speech intelligibility for demanding AV applications.