If you are using Windows 10 and the microphone is not performing optimally (e.g. too low volume), we would advise to check the Windows audio drivers. Make sure the audio drivers (e.g. Realtek drivers) are up-to-date by downloading and installing the latest audio drivers via the website of the computer's manufacturer.

Check the microphone properties and make sure that the option "Listen to this device" is not activated.

This microphone doesn't need a special driver, it functions with the built-in Windows driver.

• Make sure the computer is fully updated via windowsupdate.com
• Unplug the microphone.
• Restart the computer.
• When Windows has fully restarted, connect the microphone to the computer.
• The computer will recognize the microphone and install the built-in driver, this might take a few moments.
• After this, make sure to select the microphone as the default sound input device on your computer in the Windows Sound Settings.
• Also check that the microphone is not muted in the Sound Settings.
• And doublecheck in the Microphone Privacy settings that the microphone is allowed to be used by apps/software.

Trust heeft geen Service Centra aangezien onze defecte producten niet worden gerepareerd, maar direct door de winkelier worden omgeruild in de garantieperiode.

Wij hebben een 'return to retailer' garantie.
Dit betekent dat je, wanneer het product in garantie is, terug kan met product en aankoopbewijs naar de winkel/webshop en het product kan omruilen voor een nieuw exemplaar.
De volledige garantievoorwaarden kan je raadplegen op:
https://www.trust.com/support/warranty

Theoretically, this is an analogue microphone and should work with any device supporting a 3.5 mm microphone connection.
Nevertheless, some MAC systems do not support a 3.5 mm microphone connection, working exclusively with their built-in microphone.
Please make sure that your Mac system has a suitable 3.5 mm microphone input connection.

The pick-up pattern of a microphone is the sensitivity to sound relative to the direction or angle from which the sound arrives, or how well the microphone "picks up" the sound from different directions. The most common types are: Cardioid, Omnidirectional, Unidirectional, Bidirectional.

CARDIOID
The most commonly used pattern is most sensitive at 0° (the front) and least sensitive at 180° (the back). This isolates it from unwanted ambient sound. You can use this for most recording applications. It is easy to get a good signal as the cardioid pattern blends out a bad sounding room, a noisy fan in the background, etc.

OMNIDIRECTIONAL
The omnidirectional microphone has equal sensitivity at all angles. This means it picks up sound evenly from all directions. Therefore, the microphone need not be aimed in a certain direction. It will be especially useful in good sounding rooms.

UNIDIRECTIONAL
Unidirectional microphones are most sensitive to sound arriving from directly in front (at 0°) and less sensitive in other directions. This makes unidirectional microphones effective at isolating the desired sound from both unwanted sound and ambient noise.

BIDIRECTIONAL
A bidirectional microphone (with figure-8 pattern) picks up the sound from in front of the microphone (at 0°) and from the rear (at 180°), but not the side (at 90° and 270°). It can be beneficial in situations where you do not want a signal coming from a 90° angle to bleed into the microphone.