Micrófono de solapa Sennheiser XS LAV USB-C, condensador omnidireccional, USB-C con cable, cable de 2 m, 16 bits, 70–18 kHz

The Sennheiser XS LAV USB-C is a wired lavalier microphone designed for clear voice capture in presentations, interviews and content creation. It features a compact clip-on design, a 2 m cable and a USB Type-C connector for direct connection to modern computers, tablets and Android devices. The microphone uses a condenser capsule with omnidirectional pickup and supports common sample rates for recorded audio.

Advantages

The microphone is lightweight and easy to mount, offering hands-free operation and stable positioning via its clip. USB-C connectivity provides plug-and-play compatibility with supported devices and eliminates the need for separate audio interfaces. Its condenser design and multiple supported sample rates make it suitable for speech-focused recordings with consistent tonal response across a wide frequency range.

Suitable for

When it may not be suitable

This lavalier is aimed primarily at speech and may not be ideal for capturing loud musical instruments or complex stereo sources. It requires a device with a USB Type-C port and supported operating system; older devices without USB-C or unsupported OS versions will not work without adapters or additional hardware.

Key specifications

How to use

Clip the microphone to clothing near the speaker’s mouth, avoiding direct contact with fabric to reduce rustling noise. Connect the USB-C plug to a compatible device and select the XS LAV USB-C as the input in the system or application audio settings. Choose an appropriate sample rate in the recording software to match project requirements. Store the microphone in its case when not in use and follow basic handling to protect the capsule.

What to consider before purchase

Recommendations

For best results position the lavalier 15–20 cm below the chin, point the capsule outward, avoid covering the microphone with clothing, and use the case for transport to prevent cable strain and damage.