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R88 MK2 Stereo Ribbon Microphone

Product ID : 22228930


Galleon Product ID 22228930
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About R88 MK2 Stereo Ribbon Microphone

In the 1930s, EMI engineer Alan Blumlein invented stereo recording by demonstrating the natural reproduction of the soundstage at one of the Abbey Road studios in London, UK. Still today, his coincident recording technique using two figure-of-8 ribbons is the benchmark for producing an authentic representation of a performance in a room. The R88 mk2 stereo microphone is a true Blumlein recording system optimized for recording instruments and ensembles in stereo. It utilizes two of AEA's signature Big RibbonTM elements angled at 90 degrees and mounted in close proximity to each other along the vertical axis of the microphone. The natural soundstage and character of the R88's Blumlein stereo make it a great main mic. As an alternative to the Blumlein (XY) technique, the microphone can also be used for MS stereo, providing excellent mono compatibility and full control over the width of the stereo image. An excellent orchestral and choral recording microphone, it also shines on applications such as horn sections and drum overheads, thanks to the pure sound of two undamped long ribbons and the passive circuit without the headroom limitations of active electronics. The R88 accurately records complex tones such as woodwinds, strings, and cymbals.Whether it's at Abbey Road or in your home studio, the R88 mk2 puts the listener right there with the performers in the recording room.At the heart of the AEA R88 are two big, 2.35" by 0.185" by 2 micron pure aluminum low-tension ribbon elements just like the one used in the classic R44. Many ribbon mic manufacturers choose shorter ribbons that are easier to install, but AEA's Large Ribbon Geometry design offers important advantages. Ribbon microphones operate linearly above their resonant frequency, unlike condenser or moving-coil transducers, so the resonant frequency of a good ribbon microphone design should be as low as possible. The longer the ribbon, the lower the resonant frequency will be.