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Comparison BOYA BY-WM3T2-D2 vs BOYA BY-WM3T2-D1

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BOYA BY-WM3T2-D2
BOYA BY-WM3T2-D1
BOYA BY-WM3T2-D2BOYA BY-WM3T2-D1
from $65.35 
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from $47.71 
Expecting restock
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Main
Built-in noise reduction, compact size, long battery life (up to 10 hours).
Radio system
Microphonekitchen hatchetkitchen hatchet
Number in set2
Specs
Microphone directivity
omnidirectional
omnidirectional
Frequency range20 – 16000 Hz20 – 16000 Hz
Sensitivity-42 dB-42 dB
Signal to noise ratio77 dB77 dB
ADC sampling rate48 kHz48 kHz
ADC bit depth16 bit16 bit
Functions and connectors
Features
wireless
noise cancellation
mute button
wireless
 
mute button
Connection
Lightning/30-pin /on receiver/
Lightning/30-pin
General
Range50 m50 m
Power source
battery /95 mAh each, up to 10 hours of operation/
battery /95 mAh each, up to 10 hours of operation/
Operating time10 h10 h
Materialplasticplastic
Weight
9 g /transmitter/ 10.5 g - receiver/
9 g /transmitter/ 10.5 g - receiver/
In box
receiver /BY-WM3T2-RXD/
transmitter /2 pcs BY-WM3T2-TX/
windscreen /2/
receiver /BY-WM3T2-RXD/
transmitter /BY-WM3T2-TX/
windscreen
Color
Added to E-Catalogmarch 2023march 2023

Number in set

Number of microphones included in delivery.

In fact, situations are quite frequent when it is necessary to use several microphones at the same time. This is most often associated with the participation of several people — for example, two presenters on stage — but there are also more specific moments, for example, stereo recording with 2 microphones using a special mount. For all such situations, kits are produced that include more than 1 microphone (actually, in our catalog the number is indicated only if there are more than one microphone in the kit). In the most extensive sets, this number can reach 8.

Features

Wireless connection. This feature is indicated for the so-called radio microphones — models in which the signal is transmitted wirelessly. Note that a radio microphone kit usually involves a receiver that is connected to an amplifier (or other sound processing device) in a classic wired way (see "Connection connectors"). However, the microphone itself is connected to the receiver via a radio channel.

Stereo recording. The ability to use a microphone to record sound in stereo format. This format assumes the presence of two channels, and for each of them the sound must be recorded separately; but the technical support of such a recording in different cases may vary. The most popular option is bi-directional microphones. However, in addition to this, this category includes paired sets for which the stereo recording function is directly claimed.

LPF (Roll-off). The presence of a low-pass filter in the design of the microphone (Roll-off is an alternative name for this function). This feature allows you to reduce the level of low frequencies in the signal produced by the microphone. This need may be due to two factors. Firstly, many extraneous noises are the sound of the wind, knocks on the device case, the surrounding background, etc. — are presented at low frequencies; by suppressing this range, you can significantly reduce the level of extraneous so...unds “heard” through the microphone. Secondly, the LPF is useful for working with the so-called "proximity effect". This effect consists in the fact that when approaching the sound source, many models tend to increase the volume of the bass sound, and when removed, on the contrary, they fail the “bass”. By turning on Roll-off when approaching the sound source and turning it off when moving away, this effect can be smoothed out to a certain extent. For a number of technical reasons, this function is mainly used in condenser and electret microphones (see "Type"). Note that in advanced models, the low-pass filter can be made customizable and supplemented with an auxiliary ultra-low pass filter.

Attenuator. The presence of an attenuator in the design of the microphone — a device that gradually attenuates the signal level at the output (a kind of opposite to an amplifier). This feature is useful when working with loud sound: by lowering the signal level, you can avoid overloading the system.

Sensitivity adjustment. The presence of its own sensitivity control in the design of the microphone. This function allows you to adjust the signal level without using the controls in other components of the audio system — for example, to change the volume on the fly; this is quite convenient, since the microphone is usually at hand, and settings can be changed very quickly and without much hassle.

Headphone volume adjustment. A separate knob for adjusting the volume of connected headphones (see "Headphone output"). Depending on the model, it can be placed both on the microphone itself and on the receiver for wireless connection. Anyway, this feature makes adjusting the volume more convenient: the control is at hand and the user does not need to reach for other devices or delve into the software settings.

Mute the microphone. The presence of its own switch in the design of the microphone. In some use cases, it is not uncommon for situations where the microphone has to be constantly turned on and off. For example, during a concert, the number of performers may change, and it is better to turn off unused microphones; when communicating via Skype through a computer, sometimes you have to be distracted by conversations with others that the “computer” interlocutor does not need to hear, etc. Usually, muting the microphone is possible through the settings or control panel of the device to which it is connected; however, using your own switch is usually easier and faster, especially if you have to mute / unmute the sound frequently.

Built-in memory. The presence of built-in data storage in the microphone eliminates the need to use external storage media to record sound. On-board storage is found in some models of advanced “lavaliers”, microphones for video cameras and voice recorders - i.e. in portable solutions with a view to comfortable work in the field.

Switching DN. DN in this case means “directional pattern”, however, this function may mean switching not only between options for a unidirectional microphone (see “Directional Pattern”), but also between one-, two- and omnidirectional operation format (see “Directionality”). microphone"). Therefore, specific switching features and available options should be clarified for each model separately.
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