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2 de dic. de 2019 · Frequency response is very flat and nice, albeit stopping early on 192 kHz: Linearity shows the better noise performance of XLR/mic input: THD+N versus level shows the superiority of the Scarlett 2i2 compared to consumer interfaces:
Microphone inputs. Frequency Response 20-20kHz ± 0.06dB; Dynamic Range 116dB (A-Weighted) THD+N-100dB @ 8dB gain; Noise EIN-127dBu (A-Weighted) Maximum Input Level 16dBu; Gain Range 69dB; Impedance 3kΩ
8 de feb. de 2023 · Each input on the Focusrite Scarlett 2i2 has a button for toggling on and off AIR. This is a filter that subtly adjusts the behavior of the preamp built into the interface to increase your audio’s clarity in the mid and high frequencies. Listen to the microphone samples in the microphone section of this review to hear what AIR ...
One is frequency response, which measures our interface’s ability to reproduce sound accurately without introducing unwanted changes to its timbre. Almost all interfaces on the market today perform very well in this respect, and you should certainly expect a quoted frequency response specification to be flat to within ±1dB between 20Hz and ...
Microphone inputs. Frequency response 20Hz - 20kHz ± 0.1dB; Dynamic range 111dB (A-weighted) THD+N <0.0012%; Noise EIN-128dBu (A-weighted) Maximum input level 9dBu (at minimum gain) Gain range 56dB; Impedance 3kΩ
Microphone inputs. Frequency Response 20-20kHz ± 0.06dB; Dynamic Range 113dB (A-Weighted) THD+N-100dB @ minimum gain; Noise EIN-127dBu (A-Weighted) Maximum Input Level 9.5dBu; Gain Range 57dB; Impedance 3kΩ
Individually selectable on each channel, AIR subtly modifies the preamp’s frequency response to model the sonic characteristics of our classic transformer-based ISA microphone preamps.
