The mic has been designed for use with a lightweight boom and windjammer
Denmark - DPA Microphones has introduced the latest addition to its microphone line-up, the 4097 Core Micro Shotgun Microphone. Featuring the same sonic qualities as the brand’s supercardioid Choir Microphone, the 4097 Core Micro Shotgun has been optimised to pick up speech from a distance.
Incorporated into the company’s new 4097 Core Interview Kit, the mic has been designed for use with a lightweight boom and windjammer. This kit is particularly useful for journalists in today’s socially distanced world as it allows users to conduct interviews from up to two meters (6.5 feet) away. It is a plug and play solution that allows users to get started quickly and employ their existing workflows, says the company.
The kit features one each of DPA’s new 4099 Cold Shoe Mount, which incorporates a one-quarter-inch thread; DPA MicroDot cable; transmitter plate; lightweight telescopic boom pole, to further ensure social distance protocols; and windjammer, to provide ideal conditions for outdoor productions. Terminating in a MicroDot connection, the 4097 Core Micro Shotgun can attach directly to a transmitter or be used with the company’s 4099 series mounts, clamps and clips, for easy mounting on any surface. The mic can also be used as a plant mic solution for film and TV production environments.
“The 4097 Core Micro Shotgun was designed as a solution to help complement broadcasters’ toolboxes,” says René Mørch, product manager, DPA Microphones. “Prior to social distancing protocols, a typical interview incorporated standard handheld or lavalier mics. The Interview Kit is a much lighter, more flexible solution than traditional boom mic solutions, enabling reporters, videographers and sound experts alike to capture sound from anywhere.”
The mic can also be used to capture voice-overs from reporters, which are typically completed following an interview. As news voice-overs are often recorded in rooms or vehicles with less optimal acoustics, the mic’s directional characteristics enable it to dramatically reduce background noise compared to a standard omnidirectional lavalier microphone.

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