Antlion Audio ModMic Attachable Boom Microphone Review
Antlion, one of the gaming world’s most reliable and consistently amazing brands has released yet another high-quality microphone into the market. The Antlion Audio Modmic Microphone is a stylish and classy attachable microphone ready for you to use for your gaming needs. Easy to attach to your headphones, it has a magnetic clasp that holds tight to headphones of any size and thus is positioned at convenient heights for the gamer to use as per preference. It also comes with an extra clasp, so that more than one headphones can use it. With a durable and sturdy design, this microphone is built to last for a long time and looks quite attractive as well.
The Antlion Audio Modmic has a high fidelity electret capsule condenser microphone, known for their natural and voice oriented recording. Its microphone pattern is a cardioid pattern which can be adjusted so as to remove all surrounding sounds. This is especially useful in noisy environments and hence ensures that the microphone is ideal for live streaming and multiplayer voice chats in gaming, especially since these media are so focussed on the voice of the gamer. The cord of the microphone is given copper coaxial shielding, which improves its stability and makes sure that the signal emitted by the microphone is clear and natural sounding. Its cable is 3.3 m long, which is more than adequate for comfortable gaming. It weighs 4 ounces, making it not only sturdy but light and easy to wear.
This Modmic is a boom microphone of the ModMic 4.0 line, which is a highly acclaimed and respected line which manufactures high-quality boom microphones focussing on canceling background noise for excellent gaming communication. It comes with plug and plays as well, so it is easy to connect with any gaming PC. With a response frequency of 100 Hz to 10 kHz and a high sensitivity of -38 dB, this microphone is not one to be dismissed. It is perfect for live streaming, recording game plays and other activities that require a clear and accurate voice transmission.