Description
The CAD Audio 220VP Continuously Variable Polar Pattern Condenser Boundary Microphone - Black is designed for speech and vocal pickup. It features a continuously-variable polar pattern that allows installers to precisely tailor performance for each environment—reducing the number of microphones needed in system design. Its RF-resistant architecture ensures reliable operation even near mobile devices and communication equipment. The integral high-pass filter improves intelligibility by removing low-frequency noise, while its metal housing and included bushings provide durability and vibration isolation. Designed for surface mounting, the 220VP leverages the boundary effect to increase clarity and signal-to-noise ratio.
Product Specifications:
Operating Principle: Condenser
Polar Pattern: Continuously-variable
Frequency Response: 90 Hz – 17 kHz
Sensitivity: -32 dBV (25 mV) @ 1 Pa
Impedance: 120 ohms
Maximum SPL: 120 dB (1% THD @ 1 kHz)
Self Noise: 18 dBA
Power Requirements: P12, P24, P48 (4 mA)
Connector: 3-pin XLRM-type
Polarity: Positive pressure on diaphragm = positive voltage on pin 2 relative to pin 3
Finish: Durable matte-black urethane
RF Immunity: Meets/exceeds EN55103-2, E1–E4
Compliance: RoHS
Included Accessories: 2 rubber bushings, hex nut, washer
Product Weight: 0.5 lbs.
Product Dimensions: 3.35 x 1.5 x 2"
Shipping Weight: 1 lbs.
Shipping Dimensions (LxWxH): 4.9 x 2.4 x 2.3"
Financing Options
Hassle-Free Financing Available
Get the gear you need now and pay over time. Perfect for working DJs, artists, and sound pros who need pro-grade speakers, lighting, and cases to stay competitive.
- Shop Pay & Afterpay for instant financing right at checkout
- Acima, Synchrony, Progressive & Snap lease-to-own and financing options
- Fast approvals so you buy today and pay monthly
Military & First Responder Discounts
We're proud to support those who serve. Active-duty military, veterans, and first responders qualify for a special discount on your gear. See our Military Discount details here and how to redeem.

