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Microphone (1)


Hide similar	Onikuma M830 USB Condenser Gaming Microphone Black Winner
	479,-
Dimensions
Depth	100 mm
Height	170 mm
Width	100 mm
Microphone characteristics
Frequency from	50 Hz
Frequency to	20,000 Hz
Sensitivity	-38 dB
Principle	Capacitor (electret)
Microphone type	Desktop
Technology	Digital
Directional characteristics	Directional (cardioid)
Maximum sample rate The maximum sampling rate indicates how many times per second the microphone's internal transducer can "measure" and record a sound wave. Sound is a continuous analog signal in the real world, but to... The maximum sampling rate indicates how many times per second the microphone's internal transducer can "measure" and record a sound wave. Sound is a continuous analog signal in the real world, but to be stored in a computer it must be converted to digital data, a series of numbers. This process is called sampling. The sampling frequency, given in hertz (Hz) or kilohertz (kHz), therefore determines the density of these digital samples. For example, a frequency of 48 kHz means that sound is analysed and recorded 48 000 times per second. The higher this value, the more accurately and with greater detail the original sound wave is converted into digital form. For a faithful recording of sound audible to the human ear, which perceives frequencies down to about 20 kHz, standard values such as 44.1 kHz or 48 kHz are sufficient. Higher frequencies, such as 96 kHz, also capture information above the audible limit, providing greater flexibility for professional post-production and audio editing by reducing the risk of unwanted digital distortion during processes such as slowing down the recording. Offer of Microphones	48 kHz
Maximum bit depth The maximum bit depth of the transducer determines how accurately the microphone, or its built-in analog-to-digital converter, can convert the sound wave into digital data. Sound is essentially an... The maximum bit depth of the transducer determines how accurately the microphone, or its built-in analog-to-digital converter, can convert the sound wave into digital data. Sound is essentially an analogue signal, i.e. a continuous wave. In order for a computer to work with it, it must be converted into digital form, which consists of a series of steps. The bit depth indicates how many of these steps, or volume levels, are available to describe the original sound. You can think of it like a staircase that copies a smooth slope - the more steps it has, the more faithfully it mimics the slope. A value of 16 bits means approximately 65,000 levels, which is equivalent to the quality of a standard CD. The more common recording value, 24 bits, already offers over 16 million levels. Higher bit depth provides greater dynamic range, the difference between the quietest and loudest sound that can be recorded without distortion. This makes it possible to record very quiet sounds without losing them in digital noise, while there is less risk of loud passages being digitally clipped and distorted, which is known as clipping. Some DACs work with 32-bit floating point, which virtually eliminates this risk of digital distortion. The greater bit depth therefore allows a technically cleaner recording to be made with greater flexibility for subsequent editing. Offer of Microphones	16 bit
Connection
Cabel length	1.8 m
Compatibility	Android, iOS, macOS, PlayStation, Windows
Weight
Weight	265 g
Features
Functions	Mute control, Volume control
Included	Cable
Suitable for	Podcast
Features	RGB backlight
Price
You Save / MSRP
Price excl. VAT
Price incl. VAT	479,-
	Onikuma M830 USB Condenser Gaming Microphone Black
Need help? Call us Mon-Fri 8:30am-7pm or Sat-Sun 9am-6pm(GMT) +44 203 514 4411 (UK)
	Currently Unavailable

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