AKG P220 High-Performance Large Diaphragm True Condenser Microphone

The AKG P220 positions itself as a studio-grade condenser that captures every nuance with pristine clarity and a beautifully balanced presence peak across vocals, acoustic instruments, and drums. The rugged all-metal construction makes this mic a reliable workhorse in professional studios and project spaces alike, while the cardioid pattern delivers the control and isolation needed for focused tracking. Its smooth, extended frequency response and low self-noise floor offer versatility that performs equally well on delicate vocal performances, intimate acoustic recordings, and aggressive applications.

Design & Build Quality

The 1" gold-sputtered diaphragm and all-metal body construction provide durability and consistent performance in demanding recording environments. At 53 mm in diameter and 165 mm in length, the mic maintains a professional form factor that balances presence and manageability on any stand or boom arm.

Audio Performance & Specifications

With a frequency range of 20 - 20,000 Hz, the P220 captures the full audible spectrum with natural response across the entire mix. The switchable -20dB pad extends maximum SPL capability to 155 dB, while the cardioid polar pattern combined with the switchable 300Hz low-cut filter gives you precise control over proximity bass and room noise without sacrificing detail.

Key Features

• 1" gold-sputtered diaphragm for extended frequency response
• Cardioid polar pattern for isolation and directional pickup
• All-metal body construction
• XLR 3-pin male connector output
• Requires +48V phantom power
• Switchable -20dB pad (maximum SPL: 155 dB)
• Maximum SPL: 135 dB without pad
• Switchable 300Hz low-cut filter
• Frequency range: 20 - 20,000 Hz
• Dimensions: 53 mm diameter × 165 mm length
• Includes spider-type shockmount
• Includes metal carrying case

The P220 delivers studio-quality results with the included shockmount and protective case, making it a complete solution for serious recording work.