Shure PSM 300 Stereo Personal Monitor System with IEM (J13: 566-590 MHz)

The Shure PSM300 Pro Wireless In-Ear Monitoring System with part number P3TRA215CL-J13 is designed to deliver clear, professional-quality audio for live performances, rehearsals, and theater productions. It offers wireless freedom with a reliable range of up to 300 feet, allowing performers to move around the stage without losing signal. The system transmits 24-bit digital audio, ensuring crisp sound with minimal noise and no distortion thanks to Shure’s patented Audio Reference Companding technology.

This system includes the SE215 Sound Isolating earphones, which provide natural sound with deep bass while effectively blocking out external noise. Performers can easily customize their listening experience by choosing between MixMode, which blends the left and right channels, or stereo mode for separate left and right audio. Setting up the system is straightforward with a one-touch frequency scan and sync feature that quickly finds a clean wireless channel, reducing interference and simplifying operation.

Built to withstand the demands of live environments, the PSM300 features a rugged all-metal bodypack receiver that can be recharged for added convenience. The package also includes a rack mount, hardware kits, and a power supply, making it easy to integrate into existing setups. This system is ideal for musicians, vocalists, and speakers who need reliable, high-quality in-ear monitoring on stage, in houses of worship, or during rehearsals.

Highlights:

• Wireless range up to 300 feet for freedom of movement
• 24-bit digital audio for clear, detailed sound
• Includes SE215 Sound Isolating earphones to block external noise
• MixMode and stereo mode options for personalized audio mixes
• Patented Audio Reference Companding technology reduces noise and distortion
• One-touch frequency scan and sync for easy setup
• Durable all-metal bodypack receiver with rechargeable option
• Comes with rack mount, hardware kits, and power supply for easy installation