Follow John on YouTube or Instagram.Īudio Studio. John currently lives in Berlin where he creates videos and podcasts and pens written pieces for Darko. The improvement is nothing short of revelatory. ![]() And REW is where we came in: measuring and then manually applying corrective EQ, only this time, adjustments are stored inside the loudspeaker for proper source agnosticism. Each loudspeaker contains a small network-accessible computer which accommodates parametric EQ via a web interface. The result? A loudspeaker that sounds as good at home as it does at the store or at a show. Below 50Hz, boundary compensation is available via the back panel or the Kii Remote. We also find boundary compensation switches on the back of active loudspeakers made by the likes of Dynaudio and ELAC. It can also be switched in and out with one click. ![]() The calibrated parametric EQ is tweakable, with options to store multiple profiles. Rear panel dip switches for bass tilt and roll-off, executed in DSP, help us counteract this boundary gain. The rule of thumb goes like this: putting a loudspeaker close to the front wall will add 3dB of gain putting it in a corner will add another 3dB. ![]() Storing the correction profile in the loudspeaker ensures source agnosticism: analogue or digital vinyl or streaming. After automatic calibration, monitoring set-ups ranging from simple stereo to immersive audio will perform with the consistency upon which you rely, compensating for deficiencies in the listening environment. Active loudspeaker manufacturer Genelec takes this in-built thinking one step further by installing in-house coded corrections inside their SAM-enabled active loudspeakers. The DEQX units additionally feature loudspeaker correction smarts. In recent years, Dirac has begun licensing their room correction software smarts to high-end audio manufacturers.
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