Lavalier Microphone Omnitronic UHF-300 wireless lavalier 863–865 MHz

Omnitronic UHF-300 is a wireless lavalier (lapel) microphone system operating in the 863–865 MHz UHF band. Designed for hands-free voice capture in presentations, interviews, theatre and video production, it provides wireless connectivity and unobtrusive placement for situations that require clear speech reproduction and freedom of movement.

Advantages

The system operates in the 863–865 MHz UHF range, offering a dedicated frequency band for short-range wireless audio. Its lavalier form factor allows discreet placement on clothing for minimal visual impact. Wireless operation removes the need for a tethered cable between talent and audio source, enabling mobility during live events and recorded sessions. The product is suitable for applications where compactness, easy setup and reliable voice pickup are priorities.

Suitable for

• Presentations and lectures
• Interviews and reporting
• Theatrical performances and stage use
• Video production and vlogging
• Corporate events and meetings

Key specifications

• Operating frequency band: 863–865 MHz UHF
• Microphone type: lavalier (lapel) microphone
• Transmission: wireless UHF
• Intended use: hands-free voice capture for live and recorded applications
• Form factor: clip-on discreet microphone

How to use

Attach the lavalier microphone to the speaker’s clothing near the mouth, typically on the lapel or collar, ensuring the capsule is unobstructed and oriented correctly for voice capture. Power and sync the transmitter and receiver according to the system’s controls, select a clear channel within the 863–865 MHz range if multiple channels are available, and perform a sound check to set appropriate gain levels and confirm signal stability. Place the receiver in proximity to the transmitter to maintain a robust wireless link during use.

Usage recommendations

For best results, position the microphone 15–20 cm from the speaker’s mouth and avoid covering the capsule with fabric. Maintain line-of-sight or minimal obstructions between transmitter and receiver where possible and test signal quality in the actual venue to identify potential interference within the UHF band.