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Last fall, Marshall Electronics launched what was to be the first model in a new line of microphones - the V12, part of the Silicone Valve series. The result of more than three years of research by Marshall, the Silicone Valve mics are solid-state, yet are intended to give the sonic characteristics of tube circuitry.
Developed and built in Marshall's Southern California headquarters, the Silicone Valve microphones are said to use FET amp circuitry to simulate what happens naturally in a tube. The internal mic circuitry is designed to amplify the "musical" even-order harmonics, while subduing odd-order harmonics, which are responsible for harsh, edgy sound quality. Transformers on the output stage also help enhance the tube-like qualities in the mics.
Now the second mic in the Silicone Valve series has been unveiled: the MXL V6, a solid-state condenser model that's intended to emulate the tone and response of the MXL V69.
The V69, which I reviewed for the February 2003 issue, is the flagship in Marshall's line of tube-based microphones. The V6 and V69 are...