Standard studio microphones, such as a Shure SM57, will simply not cut it. These microphones are designed to have a linear frequency response, low total harmonic distortion, and an omnidirectional polar pattern. You will need a specified reference microphone to accurately and reliably record your rooms’ sound or “color”.
#Sonarworks reference 4 vs arc 2.5 software
As a benefit, the software serves as a decent educational tool, introducing the basics of acoustic calibration. Therefore, you do not need to have extensive knowledge to perform the calibration. Their graphic user interface (GUI) is user friendly, entertaining, and it prompts you throughout the entire process. For a thorough look at headphone calibration and its benefits, see Headphone Calibration Software: Worth It, Or Hyped Up Junk? by Peter Dimou.Ĭalibrating your system with Sonarworks Reference 4 is very easy.
#Sonarworks reference 4 vs arc 2.5 plus
This is as simple as selecting your model from their 200 plus profiles. You can also apply a correction factor to headphones. a stereo pair of near-field studio monitors. This article will focus on the effects Sonarworks Reference 4 ( find out the latest price on PluginBoutique) has on the most common studio monitoring setup, i.e. An Introduction To Reference 4 & Calibration If you simply can not wait, skip ahead to the summary below. This article aims to review a popular room correction software, Sonarworks Reference 4, and in doing so shed light on these questions.