Deity Microphones Introduces the BF1 Omnidirectional Butterfly Antenna

0

Deity Microphones recently launched the BF1, a passive omnidirectional butterfly antenna designed to extend the range of UHF wireless audio systems, including the latest THEOS system.

The company emphasizes that the BF1 represents a leap in engineering and performance quality.

Technical Specifications
  • Antenna Type: Passive
  • Frequency Coverage: 470MHz to 1GHz
  • RF Connection Type: BNC
  • Input Impedance: 50 Ohms
  • Standing Wave Ratio: Less than 1.5 between 550 and 750MHz
  • Gain: Average of +2.2dBi
  • Polarization Type: Linear
  • Construction Material: Composite Fiberglass
  • Mounting Option: 1/4″ 20 Threaded Female
  • Dimensions: 190 x 118 x 14mm
  • Weight: 95 grams (antenna only)
Features of the BF1 Antenna

The BF1 antenna offers ultra-wideband coverage, capturing audio across a broad frequency range from 470MHz to 1GHz. With an average gain of +2.2dBi, it promises improved signal reception for clear audio capture, even in difficult conditions.

Lightweight and Durable Design

The BF1’s design is both lightweight and durable, ensuring easy portability without sacrificing performance. It is IP65 rated, indicating its resistance to dust and water, making it suitable for professional filmmaking environments.

Flexible Mounting Solutions

The antenna includes a robust 1/4” 20-threaded metal mount and an articulating arm for versatile positioning, enabling optimal signal reception.

Comprehensive Package Contents

Each BF1 kit comes with two antennas and a range of accessories for immediate use in any production setting. The package includes two BNC to BNC cables, two BNC to Right Angle SMA cables for compatibility with various wireless systems, and a neoprene carrying case for protection and convenient transport.

This new offering from Deity Microphones aims to enhance wireless audio system performance with its advanced design and comprehensive feature set.

News source: https://deitymic.com/

Subscribe
Notify of
guest

0 Comments
Inline Feedbacks
View all comments