![]() It’s useful to mention that the Neve, SSL, and API plugins are every bit as good as their hardware brethren, and although costly they’re still significantly cheaper than equivalent outboard options. Most default, stock plugins is your DAW will have this ability, if not four separate ones you can bypass to create the comparison. The best way to gain an understanding of how each of these works is to use a plugin that allows you to switch between each emulated circuit type with the same settings so you can listen to the changes. Even most of that is derived from the settings you choose. ![]() What we mean by musical is how obvious the compression effect is to the listener. What matters is your preference for transparency or coloration and how “musical” either option is. The discussion of which type is best for bus compression rages on, but it’s my opinion that whether you’re using a valve, vacuum tube, or transistor to get the job done matters little. Each may offer access to various time-based controls as well, such as attack, release, and even the choice of setting the compression threshold and ratio. The difference between them comes from the circuitry applied to execute the gain reduction. There are four main types of compressors, whether they’re analog or digital: Now think about compressing a waveform built out of two or more combined sounds. This glue is provided by this effect: Consider what happens when you compress a waveform that consists of a single sound. The setup is as simple as this: all tracks output to a mix bus where you apply the compressor, which then leads to the master out. The important aspect to reiterate is that we aren’t printing the mix and then applying compression, which should be left to the mastering stage of the process.īefore we do anything we are slapping compression on the mix bus so that our audio is massaged by it from the get-go, so we can make the appropriate sonic choices initially instead of disrupting our careful balance later. ![]() It boils down to preference and access to the best compressors for the job. With today’s modern plugins, neither style is at a disadvantage. This can be achieved with plugin compressors or outboard, hardware compressors. It is used to give a sense of “glue and punch” to the mix, creating a sense of cohesion between the various tracks. Mix bus compression is the act of mixing through a compressor on the master output, although the term is commonly used today also to refer to sub-mixing sets of instruments on an auxiliary bus as well, such as drums. So without further ado, let’s get down to business, get this info out there, and get back to mixing… What is Mix Bus Compression? We’re talking about mixing into a compressor as part of the process, and doing so fairly lightly as to leave plenty of dynamics and headroom for the mastering engineer to perfect. Some swear by leaving all of this work up to the mastering engineer.īut at the same time, we aren’t talking about that level of compression, where you make adjustments after the mix is finalized. Not all professional mixers prefer this method. Once you’re out of the danger zone, your songs will benefit from a sense of coherence that will be directly attributed to the increased punch and glue coming out of your mix bus, all thanks to your carefully tweaked compressor settings. ![]() It’s not nearly as complicated once you understand what you’re not supposed to do! Today our goal is to remove this shroud of mystery so all of us can enjoy the fruits of this advanced mixing technique. ![]() One of them is stereo bus compression and auxiliary bus compression. There are very few topics and techniques that amateur mixing and mastering engineers will avoid out of the sheer complexity and thus confusion. ![]()
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