Supercardioid Miniature Shotgun Condenser with Microdot Connector
It contains a 4097 CORE Shotgun Microphone, which shines in outdoor locations, handling inclement weather and limiting intrusive background noises. It's a professional solution for professional broadcasters, who need amazing sound in a lightweight, small-footprint form factor.
Mount the microphone on a tripod via the cold shoe mount and use it as a stationary interview mic on a table.
Mount the microphone directly on the transmitter and place it on a podium or table. This is a quick and easy mic solution with a very small presence.
For on-the-go voice-over work, there are a number of DPA accessories that quickly turn the mic into the perfect tool for your situation.
A flexible and light solution
For a team doing on-location interviews, especially outdoors, it is important to have professional tools that make the entire process easy and flexible enough for any situation.
When you're doing distance interviewing inside or out, the 4097 Interview Kit gets you up and running quickly and easily. No extra equipment. No complicated setup. No workflow changes. Just a lighter, more flexible solution that lightens your bag and eases your work.
Interview at (more than) arm's length using the 4097 CORE Micro Shotgun Mic attached to an extremely lightweight telescope boom. It doesn't get any easier or lighter (330 g (11.6 oz) without transmitter). The solution collapses down to only about 40 cm (16 in) and extends all the way to 140 cm (55 in).
Ultra-lightweight mic solution for broadcast interviews Compatible with existing workflows
Enhances speech intelligibility
Resistant to moisture, extreme temperatures and humidity
Built-in shock mount for stability even in difficult situations
Modular adapter system fits most professional wireless systems
Available with 10+ mounting options for flexibility
20 Hz - 20 kHz
Effective frequency range, ±2 dB, 20 cm (7.9 in)
80 Hz - 15 kHz with 2 dB soft boost at 10 - 12 kHz
Sensitivity, nominal ±3 dB at 1 kHz
16 mV/Pa; -36 dB re. 1 V/Pa