Audio-Technica ATW-2110BIEU 2000 Series Wireless Bodypack System

The Audio-Technica ATW-2110BIEU 2000 Series Wireless Bodypack System delivers professional-grade performance at an affordable price. It includes the ATW-R2100b receiver and the ATW-T210a bodypack transmitter, both engineered for reliability and ease of use. This system is designed for a range of applications, including live performances, public speaking, and fixed installations.

The ATW-2110BIEU offers 10 user-switchable channels, providing flexibility to adapt to various audio environments. Automatic frequency scanning helps users quickly find the clearest frequency, reducing the risk of interference. True Diversity operation further enhances signal stability by selecting the stronger signal from two independent receiver sections, minimizing dropouts.

Constructed with a rugged metal half-rack receiver, this system combines durability with a sleek design. The receiver features soft-touch controls and an LCD display for intuitive operation and easy adjustments. Additionally, the receiver supports antenna power for powered antennas and other in-line RF devices, adding versatility to the system.

The ATW-2110BIEU includes both balanced XLR and unbalanced 1/4″ output jacks, ensuring compatibility with various audio equipment. The system also offers switchable transmitter power output with high and low settings, allowing users to adjust the range and battery life according to their needs.

For added convenience, the system comes with a rack-mount kit and detachable UHF antennas. This setup facilitates easy integration into existing audio systems. Overall, the Audio-Technica ATW-2110BIEU provides clear, reliable sound and versatile features, making it an excellent choice for any professional audio setup.

The Audio-Technica ATW-2110BIEU 2000 Series Wireless Bodypack System offers exceptional value with its robust design, clear sound quality, and versatile features. It’s an ideal choice for professionals seeking reliable wireless performance at an affordable price.

• 10 User-Switchable Channels:
• The Audio-Technica ATW-2110BIEU offers 10 user-switchable channels, allowing for flexible setup and compatibility with various audio environments. This feature helps users avoid interference and ensures a stable wireless connection.
• Automatic Frequency Scanning:
• With automatic frequency scanning, the system efficiently selects the best available frequency, minimizing the risk of signal interference. This function makes setup easier and more reliable, providing a seamless audio experience.
• True Diversity Operation:
• The True Diversity operation enhances signal reliability by choosing the stronger signal from two independent receiver sections. This technology significantly reduces signal dropouts, ensuring consistent and clear audio transmission.
• Rugged Metal Half-Rack Receiver:
• The system’s receiver features a rugged metal half-rack design, combining durability with a sleek appearance. Soft-touch controls and an LCD display provide an intuitive user interface for easy operation and adjustments.
• Antenna Power Capability:
• The receiver supports antenna power for powered antennas and other in-line RF devices. This capability enhances the system’s versatility and performance, making it suitable for various professional audio applications.
• Balanced XLR and Unbalanced 1/4″ Outputs:
• Equipped with both balanced XLR and unbalanced 1/4″ output jacks, the ATW-2110BIEU integrates easily with a wide range of audio equipment. This flexibility ensures compatibility with different setups and devices.
• Switchable Transmitter Power Output:
• The system includes switchable transmitter power output with high and low settings. This feature allows users to adjust the range and battery life according to their specific needs.
• Rack-Mount Kit and Detachable UHF Antennas:
• A rack-mount kit and detachable UHF antennas are included, offering convenience and ease of integration into existing audio systems. These components enhance the system’s usability and installation options.