Audio-Technica has launched the BP880R, an IPX7-rated waterproof contact transducer designed to capture surface vibrations and impacts for sports and live production. The device uses a piezoelectric sensor to isolate structural sounds from ambient noise, providing a specialized audio capture tool for immersive broadcast environments.
The introduction of this specialized hardware allows broadcasters to capture tactile audio elements, such as skate blades on ice or puck impacts, that conventional microphones typically miss due to ambient noise interference. As streaming platforms prioritize immersive audio formats to differentiate live sports offerings, tools that isolate physical impact sounds become essential for high-fidelity mixing. This launch signals a shift toward more granular, multi-sensory audio capture in the professional production stack. Watch for how major leagues integrate these sensors into field-of-play structures like goalposts or flooring to enhance the 'on-field' feel for remote viewers.
Contact transducer technology has become a focal point for sports broadcasters seeking to differentiate their audio offerings. Audio-Technica's BP880R enters a market where immersive audio capture is increasingly tied to viewer engagement metrics. At the 2024 Paris Olympics, host broadcaster OBS deployed more than 4,000 microphones across venues, including contact and boundary microphones embedded in playing surfaces, to deliver spatial audio feeds to rights holders. That deployment demonstrated how structural sound capture from surfaces like track lanes, pool walls, and court floors can create a sense of physical presence for remote audiences, a capability the BP880R extends to smaller-scale productions.
The business case for specialized sports audio hardware is strengthening as streaming platforms invest in immersive audio formats. Dolby Atmos has been adopted by major sports broadcasters including ESPN and Sky Sports for live event coverage, creating demand for discrete audio sources that can populate object-based mixes. Contact transducers like the BP880R serve as dedicated feeds for specific impact events, giving mix engineers isolated elements to place within a three-dimensional soundfield rather than relying on ambient captures that blend multiple sources. This aligns with the broader trend of production teams treating audio as a competitive differentiator in the streaming sports market.
On the technical side, piezoelectric contact transducers offer distinct advantages over conventional microphones in high-noise environments. Research published by the Audio Engineering Society has documented how contact microphones reject airborne sound by 20 dB or more compared to pressure-gradient designs, making them suitable for isolating specific structural events in stadium environments where crowd noise exceeds 100 dB SPL. The BP880R's IPX7 waterproof rating addresses a practical deployment constraint, as sports surfaces are frequently exposed to weather, ice resurfacing water, and cleaning fluids. Competing products in this space include offerings from Barcus Berry, which has supplied contact microphones for broadcast sports applications since the 1990s, and newer entrants exploring modular IP and AI for similar use cases.
Audio-Technica has launched the BP880R, an IPX7-rated waterproof contact transducer designed to capture structural vibrations like skate blades or puck impacts. By isolating physical sounds from ambient stadium noise, this hardware enables broadcasters to create more immersive, high-fidelity audio mixes that enhance the remote viewer's sense of presence.
The BP880R is a waterproof contact transducer that uses a piezoelectric sensor to convert surface vibrations into high-fidelity audio for sports broadcasting.
It isolates specific structural impact sounds, such as skate blades on ice or puck hits, from loud ambient crowd noise, allowing for better integration into immersive audio formats.
Yes, the device features an IPX7-rated waterproof construction and a dezincification-resistant brass housing, making it suitable for use in ice, water, or buried underground.
Contact transducers capture structural vibrations directly from surfaces and reject airborne sound waves by 20 dB or more, making them ideal for high-noise stadium environments.
Add StreamingMeme as a preferred source on Google to see more of our streaming news at the top of your Search results.
Add as preferred source