Dual hand-held wireless microphone SONAIR-PRO-2P: performance and versatility at every event
The SONAIR-PRO-2P is a belt-pack wireless microphone system designed to deliver a professional sound experience with advanced technology. Ideal for conferences, presentations, performances and events in general, it combines exceptional vocal quality with great versatility of use.

Precision transmission and innovative design

• ID Pilot technology: It offers a 16-bit pairing code to avoid interference and ensure maximum reliability.
• Diversity reception with antennas: Improves signal stability over distances up to 90 m.
• SYNC IR synchronisation: Facilitates automatic configuration between receiver and microphones.
• Colour display on the receiver: Displays key information such as battery level, channel and signal.
• Multi-channel capability: Supports up to 7 or 8 simultaneous systems on different frequencies.

Key benefits for demanding events

The SONAIR-PRO-2P is designed to meet the highest requirements for sound quality and flexibility:

• Clear and powerful audio: Frequency range 30-20,000 Hz with a distortion of less than 0.3%.
• Versatile connections: Balanced XLR outputs, unbalanced 6.3 mm jack, and detachable antenna inputs.
• Prolonged duration: Microphones with a battery life of 8-10 hours thanks to their AA batteries, compatible with rechargeable batteries.
• Practical assembly: Includes 19’ rack mounts, detachable antennas and power adapter.

Why choose SONAIR-PRO-2P?

• Reliable performance: With a signal-to-noise ratio of over 96 dB, it delivers clarity in even the most challenging environments.
• Ergonomic design: Lightweight and comfortable for long sessions of use.
• Professional compatibility: Ideal for advanced installations due to its 30 mW power and channelisation in the 640-690 MHz UHF band.
• Accessories included: Jack cable, batteries, adapter and more for immediate and hassle-free installation.

The SONAIR-PRO-2P is the perfect solution for those looking for professional quality, flexibility and durability in wireless sound systems.