Omnitronic MIC SHD-1 Gooseneck Microphone

Precise Speech Transmission for Conference, Moderation and Announcements!

With the OMNITRONIC MIC SHD-1 you get a reliable, dynamic gooseneck microphone designed specifically for conferences, lecterns and announcements. The cardioid polar pattern ensures clear speech intelligibility and minimizes distracting background noise; the slim, 42.5 cm long gooseneck offers flexible positioning and a discreet appearance - ideal for professional environments.

The sturdy zinc table base gives the microphone a solid footing and features a conveniently placed on/off switch so you can quickly toggle between mute and live operation. The 3-pin XLR connector allows effortless integration into existing PA and conference systems. The practical frequency range of 50–16,000 Hz ensures natural voice reproduction - clear, intelligible and pleasant.

Flexibility in Positioning and Use

Thanks to the double-jointed gooseneck you can aim the microphone precisely at the speaker or sound source - without annoying readjustments. The slim design (Ø 2.5 cm) is unobtrusive, which is especially beneficial for lecterns, conference rooms or reception areas. That way attention stays on the speaker, not the equipment.

Professional, Reliable Performance

The MIC SHD-1 stands out with a rugged metal construction (aluminum body, zinc base) and a total weight of about 1.07 kg - sturdy enough for continuous use. The 3-pin XLR connector is a standard in audio technology and guarantees interference-free signal transmission. With an impedance of 250 ohms and a sensitivity of -39 dB, the microphone is well suited for conference and PA systems as well as professional speech reinforcement.

Ideal for Professional Installations

Whether meeting halls, conference rooms, churches, hotels or event venues - the MIC SHD-1 is versatile. It delivers clear, easily understood speech during presentations, moderation or announcements and reliably reduces background noise. That lets you offer your audience professional sound quality and optimal speech intelligibility.