With the 1972, Drawmer expands its renowned 1970 series to include a two-channel preamp with exceptional signal flexibility. Based on separate inputs for mic, line, and instrument signals, the 1972 combines precise, clean amplification with key signal processing capabilities, as well as the unique LIFT feature for intelligent, dynamic amplification of low signal levels during recording. Like all models in the 1970 series, the 1972 is manufactured entirely at Drawmer's UK headquarters.
On 1U, the Drawmer 1972
Disturbing low and high-frequency signal components can already be reduced during recording via the switchable, variable high-pass and low-pass filters - thanks to the wide application ranges (LoCUT up to 350 Hz, HiCUT up to 1.5 kHz) with powerful sound interventions if required. With the two SHAPE buttons, the 1972 also has a three-stage tilt EQ that is both subtle and effective. Along a fixed frequency of 500 Hz, depending on the activated button, either the lower bass frequencies are increased and simultaneously the upper frequency ranges are decreased to the same extent - or vice versa. If both buttons are activated, the level curve is reminiscent of the familiar hi-fi bathtub with boosted bass and treble and a slight cut in the mids.
Behind the inconspicuous LIFT button is a unique combined dynamic and gain mode of the 1972. Developed by Ivor Drawmer, the LIFT function allows optimal recording of signals respectively signal components with low levels - without affecting the signal ranges above the threshold of 0 dB. When the LIFT function is activated, the gain is dynamic in the range from 0 to -30 dB with a maximum of +10 dB. Signal components below -30 dB are amplified at a flat rate of +10 dB. The channel is completed by an Output Trim control for stepless fine adjustment of the output level in the range from -12 dB to +12 dB.
The 1972 adds a preamp specialist to Drawmer's 1970 series and is suitable for studio users who value separate inputs for microphones, line sources, and high-impedance instruments without sacrificing efficient signal processing options.