The LICEO BG10L is a UHF wireless microphone system engineered for audio transmission across presentations, public speaking, karaoke, and live event applications. The system comprises a handheld dynamic microphone and receiver, delivering wireless freedom without corded microphone constraints. Operating across selectable channels within the UHF band, the BG10L provides straightforward setup and operation for mobile performance and stationary installations.
Technical Specifications
System Architecture
• UHF wireless microphone system
• Operating frequency: 576–865 MHz
• Selectable multi-channel operation
• Operating range dependent on environmental factors; typical maximum 120 meters in open space
Handheld Microphone
• Type: Dynamic, unidirectional cardioid
• Frequency response: 300 Hz–15 kHz
• Maximum input sound level: 142 dB SPL
• Power: LR6 (AA) alkaline or WB-2000 Ni-MH rechargeable batteries
• Battery life: 10 hours (alkaline), 13 hours (rechargeable)
• LCD display with frequency and battery status indication
Receiver
• LCD display: channel, signal strength, and audio level indication
• Controls: channel selection, volume adjustment, squelch
• Audio outputs: balanced XLR and unbalanced 1/4″ TS
• External AC adapter power supply
• Detachable or integrated antenna configuration
– Key Features
• Long battery life—10–13 hours depending on battery type
• Dual output format for flexible system integration
• Wide frequency response suited to speech and musical content
• High SPL handling for dynamic vocal applications
• Multi-channel capability for expanded system scalability
– Typical Applications
• Live presentations and public speaking
• Karaoke and musical performance
• Event coordination and venue audio
• Theatrical productions requiring performer mobility
– Compatibility & Integration
The LICEO BG10L operates as a standalone system. Frequency coordination requirements and compatibility with external audio equipment should be evaluated based on specific deployment environments and existing RF infrastructure.











