MEDIA-TECH MT416 MICRO-MIC DUO cable without clip mikrofonkészlet
Product description
The wireless clip-on microphone set with receiver manufactured by Media-Tech is the optimal choice for a premium sound experience. Each element of the set is designed to reflect the needs of the user. It is a product that provides super sensitive and crystal clear sound. The professional recording history is guaranteed, the sampling frequency is up to 32 kHz.
This microphone set features an AI chipset with a built-in noise reduction system. This allows for audio distortion and background noise to be minimized to ensure a clear audio transmission. The set also includes two microphone protectors, which provide additional assistance in reducing ambient noise.
This Media-Tech clip-on microphone set is designed to allow 360-degree multi-directional movement. And the best part: it's super easy to use! Thanks to the plug&play function, it provides an automatic connection to the receiver.
There is no need to compromise on the empathy of data transfer either. The 2.4 GHz frequency provides a range of up to 35 meters (in open terrain). This clip-on microphone set has a dual interface. It also has USB-C and Lightning connectors, which guarantees compatibility with most devices.
For long-lasting operation, this set is equipped with lithium-polymer batteries, which guarantee up to 4 hours of operation. The 60 mAh capacity is enough for long-term use. Regarding charging, this microphone can be charged at 5V, 1A, which takes about 1.5 hours on average.
The microphone set is compatible with both Android OTG and iOS systems. Android devices must be fully compatible with the OTG standard.
Looking at its dimensions, this clip-on microphone set is slim and compact. The size of the microphone is 65x15x30mm, while that of the receiver is 48x36x9mm. The weight of the product is barely 7 grams at the microphone, while the receiver is even lighter, only 6g. This excellent choice is ideal for those who travel frequently or those who use a mobile device due to its lightness.