![]() (Modern AVRs will include a basic measurement mic.) There are some minor manual tweaks you can make (e.g., speaker size, gain levels on individual speakers). This is a mostly automated process that happens after you run through the automated measurement mic process. So what I listed was the built-in room correction software that is included on board most AVRs. Analog sources might (depending on your equipment) sound better with Room Correction off (For example: Outside DAC).Ĭlick to expand.Yes. That's why my Sony's ""Native DSD"" is disabled if I want room correction. Every AVR is different but its between 44.1khz to 96khz. Just remember when having room correction enabled, your AVR puts the input source through a "Digital Workspace". Front Reference: Adjusts the characteristics of all of the speakers to match the characteristics of the front speaker.Engineer: Sets to “the Sony listening room standard” frequency characteristics.Full Flat: Makes the measurement of frequency from each speaker flat.After it's done doing it's thing, you choose the "calibration type": When compared to my fathers Onkyo (Uses mono mic) takes about 5 minutes and its fine for accuracy. The Calibration process is probably the best I ever seen, takes a 1 minute and its accurate. Regardless of setup, you need a subwoofer even if you tell it you have no subwoofer, thanks Sony. In terms of Sony's Room Correction, Its just called "Auto Calibration". ![]() įor reference, my Sony STR-DN1080 came with a stereo mic. ![]() You can't tweak any specific frequencies, that's what the reviewers won't tell you. Its +10db Bass & +10db Treble for each section (Normal EQ not Room Correction). ![]()
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