Wired condenser microphone with cardioid pickup for singing recording and live broadcast

This professional wired condenser microphone delivers reliable audio capture for home recording studios, computer-based production, meeting environments, and live singing performances. Designed specifically for vocal applications, it features a cardioid pickup pattern that focuses on sound directly in front of the microphone while minimising ambient noise from the sides and rear. With a frequency response range spanning 40Hz to 20KHz, it captures the full tonal characteristics of human voice and many musical instruments. The microphone operates on 5V input voltage, making it compatible with most standard recording interfaces and computer sound cards without requiring additional power supplies or batteries.

Features and Construction

Built as dedicated recording equipment, this condenser microphone combines practical functionality with straightforward operation for various audio capture scenarios.

Material and Build

The microphone features a durable metal housing construction that protects the internal condenser capsule components. Professional-grade materials ensure consistent performance across different recording environments. The included stand provides stable positioning, while the cable offers reliable connectivity to your recording interface or computer sound card. This wired design eliminates battery concerns and provides continuous operation without interruption.

Size and Practical Fit

While specific dimensions aren't provided, the complete package including microphone, cable, and stand creates a functional recording setup suitable for desk placement or stand-mounted use. The cardioid pickup pattern allows for flexible positioning within your recording space, focusing on your primary sound source while reducing room ambience. This makes it particularly effective in home studio environments where acoustic treatment may be limited.

Uses and Placement

Designed with multiple applications in mind, this microphone adapts to various recording scenarios from professional broadcasting to personal creative projects.

Event or Professional Use

For live singing performances and broadcast applications, the cardioid pattern helps isolate vocals from stage or room noise. The dual-channel capability allows for flexible routing in more complex setups. With signal-to-noise ratio specifications supporting clear audio capture, this microphone performs reliably in both recording studio and live event environments where consistent sound quality is essential.

Everyday Home Use

For home recording and computer-based production, the 5V input voltage ensures compatibility with consumer audio interfaces and built-in sound cards. The microphone works effectively for podcasting, voice-over work, online meetings, and personal music recording. The wired connection provides stable operation without wireless interference concerns, while the included stand offers convenient desktop placement for regular use.

Benefits and Buying Value

This condenser microphone provides practical advantages for users seeking reliable audio capture equipment without unnecessary complexity or additional costs.

Reuse and Low Maintenance

The wired design eliminates battery replacement needs and charging cycles, allowing for continuous ready-to-use operation. Durable construction materials support repeated setup and breakdown for different recording sessions. With no app dependency or complex software requirements, the microphone maintains its functionality across various recording setups and computer systems over time.

Why Choose This Product

Select this microphone for its focused cardioid pickup pattern that delivers clear vocal capture in various environments. The complete package including cable and stand provides immediate setup capability without additional purchases. Available in both champagne gold and black gold colour options, it offers aesthetic choices to match different studio setups while maintaining professional audio performance for recording and live broadcast applications.