Gain Staging

Getting the right levels in your mix is the very first part of the recording process. Paying attention to your input levels can pay dividends when it comes to the mixing process. Proper levels will yield a much more streamlined workflow when it comes to sitting down to mix.

So you maybe asking yourself, “What are the proper levels that I should be trying to achieve?“

The answer to this question can vary. You have to have a vision for the end result. If you don’t have that vision, then you should focus on getting levels that optimize your A/D converters. Most interfaces are calibrated for a sweet spot around -20dBFS to -16dBFS. Hitting this area as your target RMS level will almost always give you ideal tracks to mix.

Now if you’re sitting there scratching your head and not quite sure what all that means, don’t worry. Here’s a good rule of thumb to follow. Most meters in DAWs have a color coded display. Typically green is at the bottom followed by yellow, orange, and red. If you get your average level to hover right around where the green and yellow meet, then you’re in the ballpark. This means the middle point between your peak levels and your noise floor is close to that point where the meter changes colors.

Now of course it depends on what you’re recording. Different types of sound sources are going to give you different levels. Drums are going to have very sharp attacks that will yield higher peaks. Where as a vocal that isn’t too dynamic may just hover in the same area with little movement. One of the biggest problems that I see other engineers make is the level of their monitoring. Having your monitors up too loud or down to quiet will not truly give you a representation of the signal level. This is why you have to trust the meters and your DAW and let them show you what is actually happening with you levels. These are just pretty lights for you to look at while you’re working on your tracks. These are useful tools that can mean the difference between a good or bad mix.

It’s always a good idea to leave yourself some headroom when you’re tracking. You will want to have some space to mix and that is virtually impossible when your input levels hit -3dBFS or higher. Just be reasonable when you set your levels and keep in mind that you will be blending multiple tracks to mix down to your final print track.

Selecting mics for recording live drums | Overhead Mics

Selecting the right Mics for a live drum recording can be a difficult decision. Drums tend to have an unique sound for each individual kit. You also have to take into consideration the style of drumming. The drummer is just as much a part of the kit, so based on how the drummers plays the kit should factor in to your decision.

Overhead mics are by far the most important decision you make when deciding to record drums. About 75% of your audio will come from the overhead mics. Overhead Mic placement is also a big factor whether you do a symmetrical or asymmetrical mic placement.

Condenser mics are usually the first choice for overhead mics on a drum set, however many engineers have had lots of success using dynamic microphones for their overhead mics (OH). The goal is to capture the essence of the drum kit. Putting the drums in the mix to set the mood for the music is the goal. How you sculpt your sound will define your ability to record and mix a quality production.

I like to treat drums as a single instrument and not a bunch of individual instruments. This way I can place mics where they are most beneficial to the recording. Sometimes I'll mic each of the rack toms + overheads + a Beta 52 on the kick. This will give me a more snappy and punchy sound to the kit that is great for a song that needs strong dynamics and percussion. Other times I'll just use a SM57 on the snare + Overheads + an AKG D112 on the kick for tracks that are jazz flavored. These are just a few examples, but versatile dynamics for the type of drums that will fit in the mix.

You can always place mics and then decide if they are relevant to the mix. Just watch out for phasing and over-ambience. The more mics in the mix, the more likely you'll have phase problems or what I like to call a foggy mix. Try starting your mix with just the overhead mics and mute all other mics. Listen to what the OH mics are providing and then slowly bring in the other mics. You should filter and EQ each mic so it fits in with the OH mix. If the signal is weak or disappears, then invert the phase to see if the track is out of phase with the OH track.

There's more to cover, so I'll open this topic up for Q's and discussion. Leave a comment below to add any insight you'd like to share.