Last updated on November 1, 2018 by

In this video you’ll learn how to add acoustic treatment to your room to instantly improve the sound of your studio. Watch now if you want to make mixing easier.


In this video, you’ll learn how to add acoustic treatment to your room to instantly improve the sound of your studio. So, keep watching if you want to make mixing easier.

But first be sure to download the free Acoustic Treatment cheat sheet. There’s a link in the bio or on screen now.

[Music Being Played 00:00:14]

So, the studio is pretty much done. We’re getting there.

If you’ve been watching this series so far we spoke about room choice, and then in the next video speaker positioning. So, before you even think about acoustic treatment you need to get those two things down first.

But now let’s talk about acoustic treatment.

So, the first question what material should you use?

Now, this can be quite a polarizing topic, because there’s a lot of foam acoustic treatment out there and from the photos that I’ve seen from my students and just generally online it seems like a lot of people opt to go for foam treatment.

Personally, I don’t think foam treatment is the right thing to use. Of course, there are numerous benefits it’s more affordable, it’s much easier to put up in your studio, it’s lighter.

However, there are downsides too.

Take a look at these two graphs. On the left you can see foam acoustic treatment and on the right you can see an acoustic panel which is made of fiberglass or materials like rock wool.

So, personally I choose to use acoustic panels that consist of rock wool mostly because of that more level frequency response, and also more absorption in the lower frequencies.

When it comes to acoustic treatment it’s really the low frequencies that we’re concerned with.

If you’ve already got loads of foam don’t panic, because it’s still useful. Actually you can see it does absorb some of those high frequencies. You just need to start thinking about getting some more acoustic panels in there that aren’t foam to counteract that.

So, now that we’ve covered that let’s talk about the purpose of acoustic treatment.

There are two ways to approach acoustic treatment. You can treat an environment to make it sound good when you’re recording or you can treat an environment to make it sound good when you’re mixing.

And quite often in a home studio we have an overlap of those two things.

In professional studios live rooms where you record we generally have less treatment, they’ll be less muffled; normally it’s just a good sounding room with a bit of treatment.

Whereas, the mix room is a different story altogether we’re trying to create a reflection free zone and that’s something I’m going to come back to in a minute.

But to do that we need lots of absorption around the mixing area.

So, in this video and generally in a home studio environment if you’re working in one room you treat it for mixing and that will tend to also just slightly lower the reverb and improve the frequency response when you’re recording too.

When you do this right the end result is really quite striking and you’ve probably already hear just in my voice if you’ve seen one of the earlier videos where I was in the same room but with no acoustic treatment. Already there’s much less reverb which is great for recording.

So now if I record vocals in here, if I record acoustic guitar there’s not loads of room resonances or reverb ruining the recording, but then when it comes to mixing we see the real results where mixing gets so much easier because we’re in a much flatter environment where small EQ tweaks are easier to hear and your mixes are going to translate better because your room isn’t tricking you into thinking that there’s too much or not enough bass for example.

Trust me if you’re going to do anything to improve the sound of your recordings and make mixing easier and more enjoyable it’s treating your room and just a few hundred dollars is all you need to do this to a professional standard.

So, in a minute I’m going to show you how you can build these panels yourself to save money or where to buy them from, but before we do that let’s figure out what panels we need and where we’re going to place them.

There are two key things you need to do if you want your room to sound good.

First you need bass traps. Second, you need to treat the first reflection points.

If you do just those two things your room will sound so much better and a lot of professional studios even will only do these two things or focus on these two things.

This whole idea of acoustic treatment is obviously quite overwhelming. I can remember when I started researching this years ago trying to treat my first studio and there was just so much information out there that I left the whole experience feeling more confused than when I started.

But we really can narrow it down to those two things being the core elements bass traps and first reflection points.

So first, what are bass traps and why do we need them?

Well, in any room you get a buildup of certain frequencies and these are called standing waves or resonant frequencies.

In layman terms it’s just an increase of volume at certain frequencies, so we might have a sudden peak at 70 Hz because of the dimensions of the room, where our speakers are, what speakers we’re using, etc.

Now, generally these major issues tend to be in the low-end anywhere from 20 Hz up to 600 Hz, 700 Hz is where we want to focus our energy when it comes to finding standing waves and treating them.

We can make quite a big difference, because that’s where we tend to get a lot of issues with translation where if you got a 70 Hz peak in your room you’re mixing and it sounds 70 Hz or around there is way too strong, so you turn that down in the mix but then you take it to your car and suddenly the low-end is missing that’s the example of what can happen when you don’t treat your room.

But when we use bass traps and bass traps are just larger panels, thicker material that can actually trap some of that low-end and absorb it then we create a more accurate listening environment.

Now, the easiest way to do this is by using bass traps in the corners of the room, because this is where the bass builds up where two boundaries meet. So, where the two walls meet like that, and then also where those walls meet the ceiling.

We have three different points meeting you get so much bass buildup there. So, when we put bass traps, fit acoustic treatment in the corners of the room we can really effective absorb that low-end and try to get a flatter response across the frequency spectrum.

Now, I didn’t build my bass traps myself because we’re working with the corners of the room generally you want a kind of triangular shape where you use loads of treatment that goes right into the corner and the easiest way to do that is by buying panels.

So, I use Tri-Traps from GIK which are triangular shaped floor to ceiling trap that I can just add to the front corners of the room, and then for the rear corners of the room I can have floor to ceiling either side because on one side there’s a door and on the other side there’s a bed. So, instead I got these really cool little corner traps that were super easy to fit and I’ll include links to all of these products in the description below.

Now, also I have what I call a day-bed in one of the rear corners of the room, and this is just a single bed that I’ve dressed as a sofa, so that if people in the studio working with me they have somewhere to sit but it also has an acoustical benefit in that mattresses can be really good at absorbing frequencies across the frequency spectrum.

So, they can absorb some low-mids as well, so I’ve got quite a heavy single mattress on there and then because of the bed frame there’s also an air gap underneath the mattress.

So, I am hoping this acts as somewhat of a bass trap when you combine that mattress with that air gap and the fact that it’s in the corner and it’s just above where the three boundaries meet on the floor corner of the walls that should absorb quite a few frequencies, so just a little trick there only theory but we’re going to come back and do some tests later and see if all of this actually work.

Now, I mentioned air gaps there and the GIK panels that I have in the front of the room are just full of material. They’re triangle shaped; they’re full of material going floor to ceiling.

This is the most effective way to treat the corners, but you can also use air gaps and by just adding an air gap behind treatment wherever it’s just a flat panel or those corner traps that were in the ceiling corners they are not actually thick all the way back. They’re only about that thick and then behind them is an air gap, because adding an air gap extends the frequency response so that you can absorb even lower frequencies than you would normally be able to if the treatment – the absorptive treatment material was just flat on the wall.

So, pretty much all of my panels have air gaps built into them and the ceiling panel is actually a few inches from the ceiling because that just means they can all absorb lower frequencies.

So, even my panels that I’ve got on the side wall and outside of the corners are actually going to absorb quite a lot of low-end, because they are 4 inches thick, and then they got a 2 inch air gap.

So, a really easy quick little trick there if you want to improve your panels just add an air gap.

So far, you’ve addressed the standing waves in the room and you’re trying to bet a more even frequency response across that low-end and lower mid spectrum, but the next issue that we have is the reflections off of walls.

So, if you imagine you sat in the room and you haven’t got any treatment and you’re looking at your monitors, you’re listening to music, and of course a lot of the sound is going straight from the monitors to your ears.

But then, equally there’s going to be a really loud reflection from your side walls because there’s not a lot of distance going on there in most cases, so the sound waves bounce off the side wall and arrive at your ears quite loud but a slight delay.

Now, this causes something called comb filtering without going into the science of that it’s bad.

Any kind of strong reflection from your monitor speakers is going to cause issues with the frequency response and cause lots of dips across the frequency spectra.

Equally, this can also mess with you when you’re trying to add reverb and create space in your mix, because you are not only hearing the space within the mix but you’re also hearing your room.

So, you might think oh that’s not reverb, but maybe you’re just hearing the reverb in the room, so it starts to mess with that as well.

So, there are actually four reflection points. Besides the side walls we also have the ceiling, and then we have the floor or the desk. Sometimes it’s the floor sometimes it’s the desk it depends how close your monitor speakers are to your desk, how big your desk is.

So, just look at your speakers. Look around you think okay well I’m going to get reflection from the ceiling, the side walls, and the desk or the floor.

These are the points that you need to treat to create what’s called a reflection free zone which is just an area around your listening location where you’re not getting any strong reflections.

So, generally you do this by having some quite big panels on the side walls, a panel or two floating above the listening location, and then we get to the desk or the floor which is the one that’s commonly overlooked but can be just as problematic as all of the others.

So, if your monitor speakers are quire far in front of you and it’s actually the floor where you’re going to get that reflection and an easy way to test is to just use a mirror or just use your phone when it’s unlocked because that just kind of acts a mirror and just put it somewhere and see if you can see your monitor speakers that’s how you find the reflection points.

You can just run this along the wall or get someone else to do it until you see the speaker and that’s how you know where the reflection point is.

There is actually another way to do it with masks that I’m going to show you in a second, but just imagine if you had your phone or an imaginary mirror where would you see the speakers on the floor if they’re quite far ahead, and then the best thing you can do is just add treatment on the floor where that first reflection point is and it might even be that you’ve just got a really narrow desk.

So your monitors are that wide, your desk is that wide so there’s a lot of spot on the floor where you can actually see okay there’ll be a reflection coming from that and you just add maybe some small panels or however you want to do that.

Now, more commonly the problem is the desk itself, especially if you’ve got quite a large desk so again use that little trick of imaginary mirror or using your phone or a real mirror and figure out where that reflection would be.

And if it is on the desk you have a few options. You can either add treatment on the desk, tilt the desk to about 10 degrees or add something on top of the desk that acts as a tilt.

Now, the easiest way to picture what I mean by this is if you imagine an old school mixing desk. A big mixing desk, it will be a slight slant and you have the monitors behind the desk then the mixing desk slanting down towards you, and then you might have a small area for your mouse and your keyboard.

And this slant in the desk going towards you will actually direct the reflections much lower, so they go instead of to your ears the reflections will hit the desk and because of the angle of the desk rather than going bouncing into ears they’ll bounce off the desk and hit the floor somewhere behind you.

Now, if you don’t have a huge mixing desk to do that you can either tilt the desk itself if it’s just normal office desk by putting some cardboard or blocks of wood at the back of the desk. This could be kind of annoying because then you’ve got the whole desk and you have to tilt it quite a lot around 10 degrees to make sure that they’re reflecting behind you.

Again, just put a mirror on the desk. Scan the desk once you’ve tilted it and if you can see the speakers at any point then you need to tilt them more, and then the other option that I opted for is to add something else to your desk like a monitor riser or a big slab of wood anything like that that is then tilted at an angle.

Okay, we’re nearly there. You’ve done well to get this far. This isn’t the most interesting topic, but it is really, really effective and once you’ve treated those two areas the next thing is to think about the rear wall.

Now, this isn’t as important. Really focus on those two first, but if you’ve done both of those things and you still want to improve the sound or you’ve got more panels leftover or whatever the reason the rear wall is the next place to treat.

So, you can just add some absorption here. Traditionally in a professional studio you would have actually diffusion on the rear wall, but that’s really expensive to do. Generally diffusive panels are expensive to make and manufacture. So, instead just go for some absorptive panels on the rear wall and that would just ensure that there aren’t any strong reflections coming off of that back wall.

The other benefit of having more treatment on the rear wall and just in general in other places in the room is that again it’s going to reduce the reverb in the room.

So, when it comes to recording whether that’s vocals or acoustic guitar you’re going to get a more controlled sound. Generally, this is going to sound more professional and give you more options when it comes to mixing and less issues with weird frequencies in the room and that kind of stuff.

Now, one more place that people often wonder about is the front wall i.e. the wall behind the speakers that you’re facing that’s why it’s the front wall and you really don’t need to worry too much about treatment there because speakers are directional, so all if the top-end is going to be coming out of the speakers towards your ears where they’re pointing then it’s going to bounce off those first reflection points but you’ve treated those.

So, if you imagine where those frequencies are going from the speakers they’re going behind you, so that’s why the rear wall always a good place to add treatment. But by the time they bounce off the rear wall and got back to the front wall in front of you they’re going to be so quite especially if you have absorption on that wall behind you. You really don’t need any absorption on the front wall behind those speakers.

Now having said that, it is very useful to have bass traps on the front wall in those corners because low-end is omnidirectional, so that’s nowhere near as directional it’s just going to come out of the speakers in every direction. So, it’s going to be quite strong or strongest in those front corners where the monitors are, so that’s a really important place to have bass traps but you don’t really need to treat the area behind the speakers.

And that reminds me you should really check out Jason’s channel Behind the Speakers if you haven’t already.

With all of that in mind let’s now figure out exactly where the panels need to go in this room.

So, here is a rough outline of the room. The listening location is around there.

The speakers are around here and here forming an equilateral triangle and the first thing we want to treat are the corners with bass traps.

So, in the front corners I have got floor to ceiling bass traps. So, this whole thing is filled and it covers this corner and goes from floor to ceiling and the same over here.

Now, on the back walls here we have a door that opens out like that, so we can’t put floor to ceiling treatment here and here we also have a bed that’s kind of in this back corner so we can’t have floor to ceiling there. So, instead I’ve got these cool little corner traps that go flush into the corner where the ceiling meets the two walls, so I can still have treatment on these rear top corner so not on the floor but on the ceiling.

And after doing some testing with my measurement microphone just doing sign sweeps using Room EQ Wizard and putting the microphone in different places. These corners had some of the strongest buildup in the low-end, so really important to treat these that’s why I got these panels.

They are not thick all the way there. Actually you have an air gap, so they’re a few inches thick and then an air gap behind but because they’re in the corner of three different boundaries where the side walls meet the ceiling that’s going to be quite effective.

Now, when I was measuring I also found that this corner here where the front wall meets the floor was also getting a lot of buildup because it’s right behind the speakers. The speakers are rear pointed, so I’ve got some thick 4 inch panels that I’m going to put here behind the speakers and they’re going to be leant against the wall to create an air gap behind them kind of like these.

So, we’ve got 4 inch thick foam and then quite a big air gap because they’re going to be leaning at a 45 degree angle and they’re quite long. They’re about 60 centimeters long, so that hopefully will trap lot of bass as well, so that’s a lot of our bass trapping done.

Now, the panels that I use at the first reflection points are also thick. They’re 4 inches thick with rock wool, and then again a 2 inch air gap built into the panels. These ones that I built myself, so they’re also going to trap quite a lot of low-end as well and that’s the benefit of using really thick panels even in your first reflection points.

So, the most important places are here and here on the side walls, and I am going to figure out that exact distance in a moment. We’re also going to have some panels above the listening location that are going to pretty much span from the speakers to the listening location like that and we’ll come back to the desk in a second.

So, I’ve got a few panels left. I’ve got a couple of smaller panels and one more big panel that’s 2 inches thick with a 2 inch air gap, so not quite as strong and I’m going to use all of those on this rear wall.

So, we’re just going to put one panel here, and then the smaller panels to the either side and I made them this way on purpose because visually it’s quite nice to have a big panel, and then the small panel either side. It creates this nice kind of 3D effect where this one sticks out more than these two.

So, I think this one actually might be 4 inches as well with a 2 inch air gap again and these are just 2 inches of treatment with a 2 inch air gap. Ceiling brackets have a built-in air gap as well, so pretty much all of the panels have air gaps.

So, like I said that’s a really great way to improve the effectiveness of your panels for free, and then I’ve actually got one more GIK panel left over because I bought this for the ceiling but it came with one spare.

So, what I’m going to do with that is use it as kind of a floating panel, so if I’m recording vocal something like that it’s going to be on a mike stand and that will allow me to move this around the room and if I am recording vocals for example, I’ll probably face this rear wall because we got treatment there and it gives me a lot of room and I’ll put this behind me, so it’s in here singing towards the wall and the microphone is pointing that way.

And I could do something similar with acoustic guitar too if I wanted, but when I am not using that for recording I can move it here into this corner, so when the door is open I can tuck in here somewhere behind the door but then when the door closes I can just move it into this corner, and now we effectively have a bass trap in this corner too which – there was quite a lot of buildup here because that door I mean I can quite easily just move that here when I’m mixing move it back when I’m not mixing or move it around when I want to record, so that’s going to be a really handy panel to have as well.

Okay, so once you know where the panels are going the next step is to actually make them or buy them, so either option really depends if you’re strapped for time then you can buy them. If you’re strapped for money then you can make them.

I have got a mixture of both, so here is one that I made a while ago and it’s just rock wool in the back, and then I’ve built a wooden frame around it. Used corner bracket just to create the frame, I got this muslin cloth material stapled that in and I’ve also just got a bit of string across the back to keep the rock wool in.

Now, just a quick side note when I actually made these I didn’t realize rock wool can be kind of dangerous for your health. So, when you’re handling it make sure you’re using gloves and glasses and a mask to make sure you’re not inhaling all of these fivers.

I did look into a bit more in rock wool apparently is the safest. I’ll include links to some of this info below, but just something to be aware of and what I’m going to do next is get some more material so I can actually cover up the whole back of the panel. So, that there’s no risk of these fibers just getting into the room and causing issues.

So, if you do want to make these yourself I’m not going to cover it in detail here. There are plenty of great resources online that will show you how to do this and I’ll make sure there are links below.

And then, the other option is buy them, so this panel is from GIK Acoustics really, really good high quality stuff. Not too expensive for their standard panels. I’d definitely recommend them if you want to just buy panels instead.

Now, in this case I already had a desk that I wanted to use, but it’s really, really wide and it’s quite deep as well. So, there would have been some strong reflections coming off of that desk. Probably stronger than the side walls or the ceiling, and it’s so easy to overlook this. I’ve overlooked desk reflections so many times in the past, but I wasn’t going to make that mistake again.

Now, I tried angling the whole desk. So, I put some wooden blocks at the back of the desk, so that it was angled towards me by that 10 degrees is generally what you need. Maybe you can get away with 8 again just using mirror to check that, but 10 degrees works but then you’re just way too slanted uncomfortable to work on.

So, what I did instead was ordered this wide desk monitor stand off of eBay and it’s meant to have some feet on it but I just wanted the wide wooden slab, and then all I’ve done is put that on the desk, added some makeshift feet to the back so that it’s at an angle, and then I’ve put my keyboard, my interface, and there’s room to add some more stuff in the future.

And this is a good 10 degree angle where it’s angling those reflections to go behind me and probably hit the rear wall something like that, but I can’t see my monitors anywhere now when I put the mirror on the desk or on that slanted bit. I can’t see the monitors anywhere, so that’s perfect. I’m not going to get any reflections off of those fingers crossed and of course we’ll test this when we do some room measurements.

So, how far forward should your side panels be? I found a great formula for calculating this distance on Real Traps dot com. Really great site for anything about acoustic treatment. The company also seems incredible, so I highly recommend you go check that out. Of course, we’ll include a link below, so go check out that link and scroll down to the bottom for that image and that formula and a bit more about how to calculate that distance.

And then, when it comes to the ceiling you can just put the panels half way between your listening location and the speaker location. So, that’s all of the treatment in place.

I am going to do a measurement now using Room EQ Wizard and compare that to the measurement I took before I added any treatment.

Okay, so my treatment is up. I took a measurement with Room EQ Wizard. If you haven’t used this software before GIK Acoustics have a great tutorial on it that I recommend you check out and again I’ll include a link to that in the description but it’s pretty easy to use just need to calibrate it.

Take a measurement and here in red I took a measurement before treatment, so you actually saw me take this in the video on speaker placement, and then in green we have the new measurement and this was made after adding treatment to the room. All of that treatment that we just went over is now up and ready and I also took a measurement with Sonarworks Reference which has applied a slight EQ curve to the room and this is everything. This is now my listening environment on this green line.

So first of all, you can already see we have got a bit more control in the low-end. I matched these by matching up this peak at 45 Hz, because a lot of the treatment here I don’t think is going to extend that low.

So, to get the volume to about the same we’re matching up there and already we can see a reductions of some of these peaks. So, this peak here at 133 Hz was around 87 dB now it’s around 73, so that’s a drop of 14 decibels that’s pretty drastic.

Not so great here. The lower we get the less effective the treatment is, so the absorption around 40 to 50 Hz is pretty much non-existent even with these big corner bass traps. To get absorption there you need really thick materials or even a Helmholtz resonator which is something else that – I’ve never actually seen one in real life but I know some really good studios have Helmholtz resonators to treat this stuff.

But we’re still getting a drop here at 80 Hz which is great, so 78 decibels down to 74ish, so not huge but across the board here we’ve got more control in this low-end here up to 200 Hz, low and mid range also more under control.

We have this weird dip here between 500 and 1 kHz and this is the trouble when you add lots of treatment especially if it’s broadband treatment because you want to control the low-end you’re going to inadvertently start to reduce the volume of the low mids as well.

So, I need to look into why this has happened. It might be that the speakers have moved slightly. I did add some plants to the room. There’s all kinds of things that could have introduced this quite a wide dip here between 500 and 1 kHz and that’s a really important range.

So, I’m going to look into that and moving up then we have just less volume overall. So, what I’m going to do to make this easier to analyze now is go to controls and in Room EQ Wizard we can smooth this out, so I’m going to apply psychoacoustic smoothing.

So, straightaway what you can see is we’ve got way more control in this low-end, and this is really the area that we’re focusing on when it comes to treatments, so nowhere near are big peaks and it’s just more consistent. Here it’s going up, and then down, and then down here. Whereas, here it’s going up and down but not by as much it’s more consistent.

Again, we’ve got this issue here that I need to look into, but where it goes really useful and the tool that you need to focus on really when it comes to Room EQ Wizard is the Waterfall.

So, this is before we add a treatment. Now, let me explain what this shows. So, like the other graph we’ve got frequency along the bottom, so 20 Hz on the left, 600 Hz up here on the right because this is the kind of range that we’re focusing on when it comes to treatment, and then we’ve got decibel, so this is the same.

So, this curve here is kind of like what we saw, and then we have this added element which is the depth element here. So, as well as seeing – okay this frequency is louder. We can see how long it takes to decay, so this is clearly a standing wave, standing wave, standing wave where it’s louder and it’s also taking longer to decay this gap here for example, between 50 and 70 we’ve got a much stronger peak here around 40.

Let’s compare now to after treatment, after Sonarworks Reference all of that stuff. So, straightaway more consistent, we don’t have these huge peaks. Again nowhere near as much control down here around 40 Hz, so if we focus just on this peak here look at the lines how far it extends out. It’s pretty similar, it doesn’t really move much.

However, this peak here around 63.8 is quieter, and also we can now see the end of the decay time. So, it’s decaying out at around 288 milliseconds, whereas before treatment this was going out much further, so the decay time was much slower. So, that frequency is really bouncing around the room a lot more.

Definitely here at 96 Hz so really, really loud again really long decay time going off the graph, whereas here 90 Hz so much quieter. The decay time is much, much shorter as well, and then across the board from here and out it’s pretty consistent. Yeah, we still have these ups and downs with the decay times are generally shorter, whereas here again we’ve got these peaks and troughs, and also the decay times are much longer.

Then the final graph that I want to show you is reverb time. So, if we got to overlays and reverb time. Before the reverb time in general across the room was kind of in this 550 to 600 millisecond range, whereas now we’ve got this pretty far down to – in the lower mids, down to half that 250 around there.

Again, struggling to treat this low-end here, but once we get into these lower mids it is much, much lower and it shows that we’ve effectively created that reflection free zone around the listening environment. We’ve halved the reflection time or more than halved in some cases, so now it’s going to be easier to mix, easier to add reverb to the mix, and actually know what we’re doing to create depth without being tricked by the room.

So, there you go in general effective. Still some work to do if I wanted to really go in-depth with this I could get Helmholtz resonator to try and treat that big peak around 45 Hz.

I need to figure out why there’s this sudden dip between 500 and 1 k and that’s just going to involve moving things around the room doing another test, removing panels doing another test. Playing around with the treatment on the desk, because I know that’s going to be a problem area even I’ve got that slab of wood and angle maybe that’s not effectively treating those reflections.

Need to do some research as well, and I studied acoustics at UNI but this isn’t what I do for a living. I am a mixer, I’m a musician, I am not an acoustician. So, I’ll go to other people for help with this as well.

And then, the one last thing that I wanted to show you just because I’m really impressed with Sonarworks Reference which is just room adjustment software. So, you use a calibration mike it measures your room, and then it adjusts with an EQ curve to figure out how to improve your room.

So, you can see here this was my measurement before, and then actually if I turn this on applies correction which is the opposite. So, it measures your room and we can see the same peaks happening, and then it applies an EQ curve that does the opposite that’s the green line, and ultimately the end goal is that your frequency response is like that.

Now, that is not what happens in real life. It’s going to nudge it in the right direction but you don’t get a perfectly flat response. Instead what you get if we compared those two, so if I get rid of before and instead have Sonarworks bypass. Again let’s also smooth that out, so what we have instead is it pulls it in the right direction and just counteracts some of those peaks and troughs on a wider scale.

So, rather than focusing in on really specific frequencies like this big peak here 80 Hz, yeah it’s reducing that. We can see afterwards it’s reduced it quite a bit, but it doesn’t do it perfectly and here there are dips as well. It’s going towards it, but not perfect.

But when we apply some smoothing we can see how it just generally levels it out, so we’ve got less low-end here, where it was a bit too much. A bit more in this lower mid area, it’s struggling around this 500 to 1 k area but I think that needs to be addressed in the room first, and then just across the board it’s more consistent.

And we could see the same with the Waterfall actually. So, this is before with Sonarworks bypass and we can see these decay times here and I’m going to go to engaged and it would just kind of tightens up a bit more consistent lower decay time.

So, that works really well and I’d recommend once you’ve setup your room to use something like Sonarworks Reference personally I think it’s the best option on the market and that is going to just take your room to the next level. You need to treat it first, but then this final step just finishes it off.

So, there you go acoustic treatment, how to build a home studio? Everything you need to know to create a professional listening environment at home and not break the bank.

Now, there is so much to remember when it comes to acoustic treatment. Like I said earlier it can get really confusing, there’s a lot of advice out there, some of it not accurate.

So, I put together a cheat sheet with all of this information. I’ve also got a checklist in there, so the cheat sheet part will give you a recap of all of this. So, if you want to take your notes it’s all there and the checklist you can use that when you’re actually going through and setting up your room to make sure you don’t miss anything out and it takes you through each of those steps one-by-one.

It’s completely free. There’s a link in the description below or on the screen now.

So, go download that free cheat sheet and improve the sound of your room and if you’re new around here don’t forget to subscribe and click the notification bell.

So, that’s all from me I am Rob Mayzes from Musician on a Mission and remember Create Regardless.

[Music Being Played 00:30:13]

 

Audio professional, musician and founder of Musician on a Mission.

Leave a Reply

Your email address will not be published.