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Sennheiser ADP UHF Directional Antenna

Passive external directional ADP UHF paddle

The ADP UHF Paddle Antenna is a professional passive directional paddle antenna designed for wireless microphone, in-ear monitoring, and RF distribution systems. Engineered for reliable UHF signal transmission and reception, it delivers improved wireless range, reduced interference, and enhanced RF stability for demanding live production and broadcast environments.

Key Features

  • Professional passive directional UHF antenna

  • Designed for:Wireless microphone systems
    In-ear monitoring systems
    RF distribution systems
    Broadcast applications
    Theatre productions
    Touring and live events

  • Directional paddle antenna design for focused RF coverage

RF Performance

  • UHF frequency range: 470 – 1075 MHz

  • Directional signal control improves RF reliability

  • Helps reduce:Interference
    Signal dropouts
    Unwanted RF noise

  • Typical antenna gain: 5 dBi

  • Suitable for both transmitting and receiving applications

Design & Construction

  • Passive antenna design requiring no external power

  • Durable construction for professional touring and installation environments

  • Compact paddle form factor for easy deployment

  • Weather-resistant components for reliable operation in varied conditions

Mounting Options

  • Built-in 3/8” and 5/8” mounting threads

  • Compatible with standard microphone stands and antenna mounting hardware

  • Easy integration into touring racks and RF setups

Applications

  • Wireless microphone antenna distribution

  • In-ear monitor transmission systems

  • Theatre and musical productions

  • Corporate AV systems

  • Broadcast and production environments

  • Touring and festival RF systems

Technical Specifications

  • Frequency Range: 470 – 1075 MHz

  • Gain: 5 dBi typical

  • Impedance: 50Ω

  • Dimensions: 319 × 310 mm

  • Weight: Approx. 1.1 kg

Benefits for Professional Wireless Systems

  • Improved wireless system range and consistency

  • Better RF isolation and directional coverage

  • Reduced interference in crowded RF environments

  • Reliable performance for professional live production applications

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