Many mixer circuits must handle low-level signals – the head amplifiers, for example – and must be designed with extra care or they can be a major source of noice and distortion. Used for sale !! contact us 022-5208564

Other critical design criteria include inter-stage matching, internal impedance, circuit layout, grounding, component selection, and a veritable plethora of other factors that affect performance and the mixer’s overall “sound”.

Here’s where Yamaha technology makes a real difference. Whether you’re using microphone or line input, Yamaha’s high-performance circuitry gives you an exceptionally clean, quiet signal from input to output. But then there’s RF rejection. RF (Radio Frequency) noice generated by motors, video monitors, and digital equipment of almost any kind can make the cleanest, quietest circuitry virtually worthless. The GA32/12 and the GA24/12 boast outstanding RF noise rejection.

Yamaha never has “tweaked” specifications. Never will. It’s amazing how mediocre specs can be made to look impressive by simply optimizing test conditions. The electrical specifications we publish are all brutally honest, measured under the stated and/or industry-standard conditions.

When in doubt, we urge you to use the most sensitive sound measurement devices available: your own ears. They’ll tell you who you can trust.

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