Description : 

The Phenyx Pro PTM-11 UHF Mono Wireless In-Ear Monitor System is a professional-grade wireless monitoring solution designed to provide clear and reliable audio monitoring for musicians and performers on stage. It includes one bodypack receiver, allowing for individualized monitoring.

• • System Type: UHF mono wireless in-ear monitor system
• • Bodypack Receiver: The system includes one bodypack receiver, which receives the audio signal wirelessly and allows the performer to monitor their audio mix.
• • Frequency Range: The system operates within a specific UHF frequency range, ensuring stable and interference-free wireless performance.
• • Operating Range: The system offers a generous operating range, typically up to 100-150 feet (line-of-sight), allowing performers to move freely on stage without losing audio signal quality.
• • Audio Quality: The system delivers clear and accurate mono audio, allowing performers to hear their customized monitor mix with precision.
• • Controls: The bodypack receiver features controls for adjusting volume levels and selecting the desired channel.
• • Bodypack Receiver Design: The bodypack receiver is compact and lightweight, designed to be worn on the performer's belt or attached to their instrument. It typically features an LCD display for channel and frequency information.
• • Battery Life: The bodypack receiver operates on batteries, such as AA or similar, providing extended battery life for uninterrupted performances.
• • Connectivity: The bodypack receiver is equipped with a standard 3.5mm stereo headphone jack, allowing performers to connect their preferred in-ear monitoring earphones or headphones.
• • Antenna: The bodypack receiver features a detachable antenna to enhance signal reception and transmission.
• • Durability and Build: The bodypack receiver is built with sturdy materials to withstand regular use and provide long-lasting performance.
• • Portability: The system is designed to be portable and easy to set up, making it suitable for various venues and on-the-go applications.