Audio-Technica AT2020 – Studio Standard Condenser Mic

The Audio-Technica AT2020 Cardioid Condenser Microphone is a proven industry standard that delivers crystal-clear audio and exceptional recording performance. Designed for project studios, home recording setups, podcasting, and streaming, this microphone features a custom-engineered low-mass 16mm diaphragm that ensures an extended frequency response and excellent transient accuracy. Its cardioid polar pattern minimizes the pickup of ambient noise from the sides and rear, isolating your vocals and instruments so every nuance is captured with professional clarity.

Equipped with a robust XLR output, the AT2020 integrates seamlessly with professional recording equipment such as mixers, audio interfaces, and preamps. Whether you’re recording vocals, acoustic instruments, or spoken-word content, the mic’s high SPL handling and low self-noise make it ideal for a variety of applications—from studio sessions to field recording. Its sleek, durable design is engineered for longevity, ensuring that your creative projects are supported by consistently reliable audio quality.

Ideal for Kenyan musicians, podcasters, and content creators who value uncompromised sound fidelity, the Audio-Technica AT2020 brings studio-grade performance to your recording environment without breaking the bank.

Specifications:

• Type: Cardioid Condenser Microphone

• Diaphragm: Custom-engineered 16mm low-mass diaphragm

• Frequency Response: 20 Hz – 20 kHz

• Connectivity: Standard XLR output

• Design: Side-address, sleek black finish

• Weight: Approximately 2 kg

• Applications: Vocals, acoustic instruments, podcasting, streaming, and home studio recording

The AT2020 is renowned worldwide for its accurate sound reproduction and reliability. Its combination of a wide frequency response and low self-noise makes it an excellent choice for capturing professional-quality audio. Perfect for Kenyan studios and content creators on a budget, this microphone offers a cost-effective solution without compromising on performance.