Audio-Technica ATW-3212/C510 Wireless Handheld Microphone System, DE2 Band

Deliver dependable wireless vocal audio for live events, corporate AV, broadcast and security monitoring with the Audio-Technica ATW-3212/C510 wireless handheld microphone system. Built for professional users who need resilient RF performance in crowded environments, this 3000 Series system offers a wide 60 MHz UHF tuning range (DE2 band: 470–530 MHz) and True Diversity reception to minimize dropouts across a 328 ft (100 m) operating range. Transmitters and receivers include clear OLED displays for status and metering, while convenient frequency scan, IR sync and a backup-frequency toggle let technicians recover quickly from interference. The handheld transmitter accepts interchangeable cardioid capsules and features extremely low handling noise—ideal for front-of-house, broadcast, house of worship, and security/surveillance applications where intelligibility matters. With up to 9.5 hours of runtime on two AA batteries and rugged metal construction, the ATW-3212/C510 balances professional audio quality with field-ready durability. Upgrade your AV, monitoring or security communications—contact us to configure this system for your venue or order now.

• Reliable RF performance in congested UHF bands: wide 60 MHz tuning and DE2 (470–530 MHz) coverage for flexible frequency selection and reduced interference
• Long-range, dependable operation with True Diversity and a 328 ft (100 m) operating range to keep audio solid across stages, conference rooms, or secured perimeters
• Rapid setup and interference recovery: frequency scan, IR sync, and a transmitter-accessible backup frequency for instant switch-over during unexpected RF issues
• Pro-grade handheld design with extremely low handling noise and interchangeable AT cardioid capsules for tailored vocal response and consistent monitoring or broadcast quality
• Extended runtime and rechargeable support: up to 9.5 hours on two AA cells with charging dock compatibility and rugged metal housings for reliable field use