![]() ![]() When I do a consultation on another room, I may not know what to expect given the limitations of their room, the condition of their components or their speaker drivers, etc. the 2 seconds with FuzzMeasure… Sometimes I still graph manually with my own tones… but less of a need now. A lot of clients just want you to tune the room fast and FuzzMeasure helps me do it fast… a graph takes 20 minutes or more vs. Why I like FuzzMeasure is because it’s fast. Every piece in a room makes such a difference in the sound of the room. I set expectations given their room and the components of their speakers. What is the studio consultation process like? For example, the new design of the markers is amazing. To be able to zoom in on frequency ranges, track and compare the changes I make in the system is such helpful detail. It’s the small differences that make the world of difference in FuzzMeasure 4. I’m the guy making the speakers and the sources in the room sound as good as they can! As a longtime FuzzMeasure user, what’s exciting about FuzzMeasure 4? And I can usually tell you why and how to improve the room. ![]() I’m not the guy designing rooms on a piece of paper, but I can tell you if a room sounds good or not and I can align a speaker system. I’m not a trained acoustician, I’m an audio engineer. I was using a measurement mic playing back Pink Noise then would draw a graph on graph paper, a very analog old technology approach. FuzzMeasure does it so much faster with the sweep, a lot less room for error…. The tuning went fast! My new speaker alignment system is now based around FuzzMeasure. The guy I bought ours from suggested I download FuzzMeasure so I downloaded it for the helluva of it. Akon had Augspurger studio monitors and we did too at ZAC. F to 176 deg.How did you get started with FuzzMeasure? Storage Temp Range: -40 deg C to +80 deg C ( -40 deg. ![]() Operating Temp Range: -20 deg C to +60 deg C ( -4 deg.Each M Series microphone is delivered with its own calibration chart providing its individually measured open-circuit sensitivity and the frequency response curve. ![]()
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