DIY Bass Traps and Acoustic Absorbers Pt.3 - Mounting & Overall Costs

Over the last couple of weeks I’ve written up about how I designed and constructed the acoustic treatment for my home studio.

Today I’m going to give you a quick rundown on how I fixed these panels to the walls and ceiling of my room and the overall costs involved in doing such a project.

Mounting

Here are a couple of pics showing you how I fixed my acoustic panels to the ceiling of my room.

As I stated last week, I have an i-beam running down the centre of my studio. I fashioned some brackets out of 6mm threaded rod and used stiff wire to hang the panels. In your studio, you might need to screw hooks or eyelets into your ceiling to hang the panels.

The panels on the walls were then hung with fishing line from the upper skirting board. You can then use stiff foam or leftover wood to displace the panels about 100mm from the walls.

The bass traps were simply wedged into the corners. My ceilings are 2200mm high to I made my panels to fit snuggly.

Costs

This is a breakdown of the overall costs of the project. All prices are in Australian dollars and the best prices were sought where possible.

The overall project cost about $500 but this is assuming that you have access to the required tools: saw, angle grinder, staple gun, drill and scissors.

From these prices, you can estimate that each floor to ceiling bass trap cost about $110 to construct and each 600mm x1200mm acoustic panel cost about $44 to construct.

Doing a quick search on the internet, I have found that an equivalent commercial 600 x1200mm panel costs about $200US. If you’ve got the time and you’ve got a good DIY attitude, I would highly recommend building your own panels.

I hope you’ve enjoyed these articles on DIY acoustic treatment. Feel free to leave a comment or shoot me an email about your own projects!

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DIY Bass Traps and Acoustic Absorbers Pt.2 - Construction

Okay, last week I went through the concept and design process and this week I’ll be running through the construction process.

Frames

As I said last week, all of the frames are made from 18mm x 38mm pine. It’s cheap, strong enough and easy to work with. To make it even easier to get square corners I made up a little jig with some scrap pieces of wood.

Jig to ensure square corners

You can also see how each corner was fastened in this picture.

I then went through the process of rigging up the frames in my room:

  1. to check how they would all fit in, and
  2. as it was a lot easier to hold and fasten light wooden frames rather than complete acoustic panels.

As you can see, I am lucky enough in my room to have an i-beam running down the centre of the studio which makes it super easy to fix the panels without having to drill holes. The panels on the ceiling were hung with stiff wire (roughly 1.5mm dia.).

I then took all of the frames back outside to fix the backing fabric. You can see that I used staples about every 100mm to hold the fabric to the inside of the frames.

Cutting Insulation

The next job was to cut the insulation. Tontine Acoustisorb 3 is fairly easy to handle but rather difficult to cut. I took the hint from Timothy Allan when he built his acoustic panels and decided to use an angle grinder with a cutting blade to cut the sheets. I first attempted with scissors first but quickly found that my scissors would become blunt after cutting through about half a metre. So, I used a pen to draw up the straight cuts on the sheets and then ran the angle grinder through them.

One entire pack (three 1200×2400 sheets) was used to make the two corner bass traps and the other pack was used to make the six smaller acoustic panels. This picture shows the insulation on the wooden frame.

Finishing

Before wrapping the panels in fabric I stapled the first sheet of insulation to the wooden frames. This would help prevent the insulation from sliding down the panels over time.

In this picture you can see how the fabric is then wrapped around the insulation and fastened to the back of the frames with staples. I would always fasten one long side of the the panels and then the opposite side to ensure that the fabric was pulled tight. For some of the panels I had fabric with stripes so this technique would ensure that the lines were aligned to the frame. Here is one finished floor to ceiling bass trap.

In The Studio

Here they are, finally in the studio. The floor to ceiling bass traps were just large enough to wedge in the corners and didn’t require andy fastening. The panels on the walls are just propped up for the moment but will be fixed with fishing line to the upper skirting board shortly. I also have one panel that is hung directly behind the mixing position that you can’t see in these pics.

The Verdict

Incredible. It is amazing the difference this acoustic treatment does. Flutter echoes are no longer an issue, the bass response of the room is so much tighter and stereo imaging is pristine. I can tell that is going to be a pleasure to mix in this room. If I can get a hold of an acoustics measuring kit I’ll run some tests but next week I’ll show you guys a video that I am putting together with some before and after audio samples as well as a total rundown of costs. Stay tuned.

Feel free to leave your comments.

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DIY Bass Traps and Acoustic Absorbers Pt.1 - Concept & Design

So I am a massive fan of DIY, as you will gather over the next few weeks. I have a general knowledge of how to build and fix stuff and love to go through the process of taking a concept, creating a design and then constructing a finished product. About a year ago, I built my own monitor stands and just recently helped a friend build some for his studio. I’ve built numerous full range hi-fi speaker cabinets over the years and I have just started to build some acoustic panels for my studio. Over the next couple of weeks I’ll go through the process of designing, building and mounting acoustics panels.

Now, I am by no means an acoustics expert so I think that these articles can stand as a good discussion forum. Make sure you leave a comment if you have any suggestions for the design and we can help anyone that is keen to build their own.

Background

When designing these acoustic panels I had a few limitations:

  • I am renting so any panels need to be attached with minimal damage and easily removed when I move out.
  • Panels need to be suited to different rooms as I don’t know what my next studio will be like.
  • I am only working part time, so all costs need to be minimised ie. little or no wastage.
  • The two corners behind my listening position are difficult to access as one has a window and the other has a large piece of immovable furniture

My room is square, 4.6m x 4.6m x 2.25m with two brick walls and two plasterboard walls. As you can imagine standing waves and flutter echoes are serious problems in my room. I’ve done a few quick calculations using a room mode calculator and have found that axial room modes occur at around 37Hz, 74Hz, 158Hz, etc. as well as other complex derivatives. I could aim to tackle these frequencies individually using tuned bass traps but I have opted for more versatile broadband bass traps and acoustic panel designs. This involves using insulation to absorb troublesome frequencies.

As standing waves peak at the walls and in the corners of the room, this is where I want to place my traps. Try it. Stick your head into the corner of your room and hear how the frequency response changes. I have considered the use of Superchunk bass traps but have opted to build self standing panels that don’t require being built into the room. It will also make it easier to move to my next studio.

Concept

After much deliberation I decided to build two floor to ceiling 600mm wide x 150mm thick bass traps and six 1200mm wide x 600mm high x 100mm thick broadband absorbers. One of the main reasons for this arrangement was due to the size and availability of acoustic insulation. The insulation that I have chosen to use is Tontine Acoustisorb 3. It is comparable to Owens Corning 703 (one of the most used studio insulation materials used in the USA) and comes in 1.2mx2.4mx50mm sheets.

I briefly looked at normal house insulation products but couldn’t find a material that had the density that I required. Acoustisorb 3 is 48kg/m3 and does not require personal protective equipment to handle or cut, which is a bonus. It also means that I don’t have to worry too much about covering. Acoustisorb 3 comes in a pack of three sheets so I will use one pack to construct the bass traps and a second trap to construct the broadband absorbers.

Design

Many DIY bass traps use 100mm or 150mm wide pine as a simple and strong way of framing the insulation. However, any sound waves contacting these frames is going to be reflected so some people then cut holes and patterns out of the wood to increase the effective surface area of the traps. As Acoustisorb 3 is fairly rigid I can get away with having a fairly simple frame. Rather than framing the insulation, I am going to provide a skeleton for it to be mounted to. I can then use this frame to attach it to the wall.

Down at my local Bunnings there are dozens of different wood cross sections to choose from. I finally decided on 18mm x 38mm x 2.4m lengths of pine as they are rigid enough in both axes as well as being reasonably priced at a convenient length (about $4.80 /length).

You could then construct the frames using pre made L-shaped brackets but I have opted for the simplest and cheapest option. Each corner requires two 50mm wood screws (8 per frame) which minimises drilling and provides enough rigidity to not need cross bracing even on the floor to ceiling frames.

Wood frame fixing sketch

Further Reading

http://www.ethanwiner.com/basstrap.html - Great DIY bass trap article.
http://www.gearslutz.com/board/bass-traps-acoustic-panels-foam-etc/ - forum community dedicated to acoustics and production.
http://www.stereo.net.au/forums/forumdisplay.php?f=17 - An Australian based forum dealing with acoustics.
http://www.radford.edu/shelm/acoustics/bass-traps.html - Fantastic article on building similar acoustic panels.
http://www.spec-net.com.au/company/tontine/acoustic/acous6.htm - Specs for the Tontine Acoustisorb 3.

Next Week

So next week I’ll go through the construction process and outline a few tips to help you build the panels a bit quicker and easier. I’ll have some pics then too so you can see what they look like. Got any suggestions / questions? Just leave a comment. Do it!

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Let’s Start With A Template

I’ve written about using templates once before. I explained what pops up when I start Ableton Live each day, what effects or sounds are on each track and why I chose them. Now today’s tutorial is going to be similar but over the last little while my template has changed. It has evolved and developed into a tidy little setup that is just waiting to write tunes.

Now, I consider there to be a few aims of having a template set up in your DAW:

  1. To save time by not having to set up those sounds, effects and plugins that you always draw upon;
  2. To focus your workflow on writing music; and
  3. To streamline your mixes such that each song you produce is in a similar format and structure.
    *See below.

My Template

“So what do you have in your template”, I hear you ask? Well let me take some time to show you what I have.

My base template consists of 8 tracks (Kick, Bass, Snare, Hats, Perc/FX, Synth 1, Synth 2, and Vocals) and 4 return tracks (Percussion, Synths, Reverb, Delay). I use Ableton Live but you should be able to adapt this process to any DAW.

Track 1 (Kick) - This audio track is solely for my main kick drum. On this track I’ve got a high pass filter to cut out all the muddy frequencies below around 25Hz. I’ve also got a frequency analyser to help me see what the dominant frequencies are. This will help when mixing with the bass.

Track 2 (Bass) - This midi track is for my main Bass synth; Orca, Blue, Bassline, Elek7ro etc. As with the Kick track I’ve got a high pass filter to cut out all the muddy frequencies below around 25-50Hz.

Track 3 (Snare) - As I tend write my drums first, the next track is for the Snare Drum. I’ll sometime duplicate this track if I’m layering snares/claps. There are no effects on this track and it is routed only to the Percussion return.

Track 4 (Hats) - This midi track is loaded with an Impulse to look after all of my hi-hat samples. There are no effects on this track and it is also routed only to the Percussion return.

Track 5 (Perc/FX) - This audio track is ready for chopped up percussion hits. Sometimes I’ll even duplicate this track depending on how many layers I end up working with. There are no effects on this channel and it is routed only to the Percussion return.

Track 6 (Synth 1) - This midi track is ready for my main synth line. There are no effects on this channel and it is routed only to the Synths return. Sometimes I will add delay or reverb or any other effect that I want only on this synth line.

Track 7 (Synth 2) - Same as Track 6.

Track 8 (Vocals/Samples) - This audio track is for the vocals or any melodic samples that I end up using. On this track I’ve got a high pass filter to roll-off frequencies below about 150-350Hz. This gives the kick and bass room in the mix and also removes those popping sounds that you get in some poorly recorded vocals. Send A is then set to send the track to both the Master and the Reverb return. I’ll then adjust this send to raise or lower the amount of reverb I want.

Return A (Percussion) - This is where all of my drums sounds are sent (except for the kick drum). This return has a high pass filter to roll-off frequencies below about 150-350Hz. This gives the kick and bass room in the mix. I may also apply some compression to get the percussive parts to gel nicely. Send A is then set to send the track to both the Master and the Reverb and Delay returns. I’ll then adjust this sends to raise or lower the amount of reverb/delay I want on the percussion.

Return B (Synths) - This is where all of the synth sounds are sent. This return has a high pass filter to roll-off frequencies below about 150-350Hz. I may also apply some compression to get the various synth parts to gel nicely. Send A is then set to send the track to both the Master and the Reverb and Delay returns. I’ll then adjust this sends to raise or lower the amount of reverb/delay I want on the Synths.

Return C (Reverb) - This return generally has Reverb with the light reverb similar to the Ambience Medium preset in Live.

Return D (Delay) - This return generally has a Filter Delay with the Go Mid preset. You could always use a Grain Delay or even a Ping Pong delay for something different.

To help get your head around what I have set up, I’ve thrown together a quick flowchart so you can see what’s happening. The black lines indicate constant audio paths while the grey lines are the audio sends that are adjusted to suit the song. Obviously you can send any track to the reverb or delay to spice things up.

Once you’ve gone to all the effort of setting up your template make sure you save it to a safe place to recall any time you want to start a new track. Live allows you to save your template so it opens when you open the DAW and other DAWs should have similar settings.

Your Turn

So now it’s your turn to develop your own template and feel free to apply what you’ve learnt here. Pay attention to what you consistently pull into yours sets when you start a new one. Are there some things that you always do? Why not throw them into a template to help you get writing quicker?

The Haters

Some people believe that they force you to always work in the same way thus limiting your creativity. I tend to disagree as I know from my own experience that my template has evolved with me as a producer. As I learn new techniques, experiment with live performance and write different types of tunes, I have modified my template to suit. For example, if you are always putting tom tom drums into your songs, it might be worth adding a new dedicated track to your template.

Back to the Tunes

When it really comes down to it, we are all here to write music. We learn our software; we learn our gear and the sound of our room so that we can get the sounds that we want faster and with less fuss. Setting up a template is just a step along that path. Keep at it.

Got a template up and running already? Any tips you want to share? Feel free to add your own two cents in the comments below.

*Streamlining your mixes to a familiar structure can be very useful if you are ever thinking about playing live. I’ve adapted my own live set from Tom Cosm’s live performance style where each track is broken into six tracks; kick, bass, percussions, synths, vocals and fx. So, once I’ve finished a tune, I can very quickly solo and render each of those tracks as each song uses the same template.

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STN Welcomes Tara Small to the news desk!

Tara

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STN welcomes “Pretension” aka Mark Maxwell

This week STN introduces a new member to our family “Pretension” aka Mark maxwell.

A local house/breaks/progressive producer from Brisbane, Australia, stay tuned for mark’s contributions in the next few weeks.

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STN Chordspace Review

“I stumbled across this plugin on KVR Audio quite some time ago and since discovering Chordspace I have found that I am creating more beautiful and more harmonic chord and melodic sequences in my productions.” Hyphen

This plugin gives it’s users a physical representation of harmonic structure.

Unless you have studied music theory or have an in depth understanding of harmonics, you might find yourself only using a small percentage of the harmonic table due to lack of knowledge. In only minutes Chordspace will have you recording complex harmonic chord progressions that will help create more depth and emotion in your productions.

Chordspace also allows you to control the individual velocity of each note within a chord, which is great for adding subtle depth or texture to your chords. You can also transpose the entire chord and each chord note can be sent to a separate midi channel giving you some pretty flexible midi recording options. There is also an arpeggiator and a midi assign function that allows you to assign your selected chords to your midi keyboard. 

Once you have installed Chordspace, insert it into a midi channel and route it’s midi output into another vst instrument channel’s input and with your mouse click on random sequences on the harmonic table and you’ll soon see just how creative this plugin is.

The centre orb allows you to select your root key which is handy because if your bassline is in D, you can set the root key of your melodies to D, and explore the harmonic table for chord progressions that compliment your bassline.

Chordspace gives producers of all skill levels the ability to create complex harmonic sequences without understanding harmonic theory.

 

Download Chordspace

Chordspace Website

PRICE

Free.

GUI

8/10

PRESETS

5/10

OVERALL

9/10

Hyphen,

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Capturing emotions through music…

I wanted to post my thoughts on something a little less tangible but equally as important as technical knowledge, and that is how to capture your audience’s emotions through music.

I guess the techniques used will vary depending on the genre but I believe this concept is far more difficult to master than you might think. The principals of how humans react to stimuli (don’t worry I won’t get carried away) is evident in everyday life, and understanding how certain things effect humans emotionally can help when writing music. Ever watched a really scary movie? I’m not talking about “Scream or freddy” I mean really scary! notice how the director builds tension!

Walking down a dark hallway, strange sounds fill the air etc.

I’m just throwing ideas at you, but why not try and think of a particular emotion (i.e Strange and uplifting) and create your track towards that feeling. Instead of thinking about production from the perspective of techniques (genre rules and structure) lets try producing using emotion. This concept may seem a little wishy washy but to me inspiring music always captures my imagination and explores the unexpected. 

I’ve also realized that this concept is the highest point of music knowledge and it why we make music right? Creating music to influence peoples emotions requires intimate knowledge of sound design techniques in order to convey your emotional message. However while all of this may even sound like common sense to you, ask yourself this question, do my productions (no matter what the genre) successfully convey the emotion I intended? 

Here are some areas of sound design that I believe you should focus on to enhance your ability to create more emotions in your tracks.

  • Music composition (Arrangement etc)
  • Atmospheric FX (building tension)
  • Creating your own sounds from scratch
Again I know this is straight forward information but If you think about it there’s a lot more to it than just studying other artists work. Personally I love Vibrasphere, I love their concept and the emotions of their tracks, and listening to their music I decided that I would explore just what makes their sound, sound like a Vibrasphere sound. I noticed that Vibrasphere uses a select set of keys that support their signature emotion, followed by a hand made sound set and finally their own arrangement style.
So what does this mean?
Put simply, defining your style (your favourite emotions) is finding out what keys you like, then building your own sound set i.e percussion,presets, hand made leads, FX, chords etc, followed by your own unique way of telling a story (arrangement).
  • Key choice
  • Signature sound set
  • Arrangement
By defining your style allows you to specialize in producing a certain range of emotions and a carefully chosen selection of keys will support the journey or story of your live performances. I recommend studying your favourite artist and the way he/she tells their story and the way they “build the tension” you tube is great for this as you can watch how the artist effects the audience with their arrangement (mix). Another great example of this is a DJ who plays tracks in the same key for lets say an hour, while slowly building tempo throughout the hour and then finally dropping a highlight track in a new uplifting key. The Dj has conditioned his audience therefore the key change was unexpected and even more satisfying, this method accentuates the emotional transition tenfold and is a good example of the power of arrangement.
Well once again thanks for taking the time to read this, I hope I have sparked some interest for you and perhaps even helped you think about production in a more creative way.
Feel free to add your thoughts.
Hyphen.
 
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Spectrasonics Omnisphere Our First Impressions

Well as quoted by the team at Spectrasonics, this flagship plugin has been a long time in the making, but does the synth live up to all the hype?

Signal to Noise snapped up a copy of the “Power Synth” the second the box hit Australian shelves, and our first impression was 10/10. Synthesis has certainly come along way since the days of the “Moog” and with each advancement in the industry you can usually expect some cool new features and a bunch of interesting presets to keep the retail stores selling a constant amount of the latest software, so I was interested to see if Omnisphere was my new “goto synth”.

After my initial studio time using the plugin I decided to dig deeper and find Omnisphere’s limits, but after spending hours watching all the tutorials and creating my own patches I soon realised that the combination of an extremely large sample bank and an intelligent synthesis engine “Steam” provided virtually unlimited sonic possibilities. Let me explain.

Creating your own sounds from scratch is always easier said than done, and in my experience 80% of people are lazy and only use slightly tweaked patches. So everyone wants to buy the solution of getting amazing unique sound into their own productions. I have been using Omnisphere for about 2 months now and I’m still as excited to use the plugin as the day I first loaded it. Brand new approach to routing and interfacing has finally given birth to a plugin that allows your sounds to make the perfect transition from your mind to your speakers, it’s just so practical and easy to use.

Eric Persing was right when he said.

Users can go deeper and deeper into the software and progress in their synthesis knowledge by simply exploring additional levels of sound manipulation options.

This is just so true, as Omnisphere allows you to control every aspect of your oscillators, envelopes, filters, modulation, effects and much more in an easy to understand way. I think Omnisphere is going to be very successful for two reasons.

  1. Massive array of sound sources and an extremely powerful & flexible synthesis engine.
  2. Intuitive GUI and routing capabilities allows users of all levels to create unique and complex sounds.

I have heard comments online stating that Omnisphere is only limited to atmospheric sounds and effects, however this couldn’t be further from the truth. Atmospheric sounds are extremely complex and to sound rich and convincing the synthesizer must able to perform complex algorithms combined with feature heavy routing capabilties.

SIGNAL TO NOISE AWARDS OMNISPHERE 9/10 OVERALL

PROS

  • Massive sample content.
  • New ground breaking synthesis engine “Steam” gives new meaning to quality sound.
  • Easy to use GUI.
  • “Groove lock” technology allowing users to synchronize Omnisphere to Stylus RMX.
  • Advanced routing capabilities
  • Excellent video tutorials for registered users.
CONS
  • Heavy system requirements.
  • Midi learn bugs.
Spectrasonics Omnisphere is worth every cent and will add depth and life to your tracks.
Hyphen.
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Improve your Mastering skills

In response to Grant’s request for mastering tips, I’ve decided to put together a brief tutorial outlining some very important techniques that you should always remember.

Mastering is by no means straight forward, and in my opinion you’ll learn much quicker with hands on experience and the right guidance than reading straight out of a text book. The following information contains the key issues and techniques only, more in-depth information on individual techniques will follow in later posts.

There is unlimited information on the web and almost 50% is bogus.

So where do we start?

Firstly I’m going to start briefly with the basics, I’m assuming that you have an understand how to use your signal processors i.e EQ, Compressor, Filters etc.

Most inexperienced producers find themselves chasing their tails trying to find clarity in their productions and usually this is a result of not knowing the correct order in which mastering becomes clear and fun!

Lets say you’ve created your sounds, loops and effects and have decided on a basic arrangement. At this point in production you should have some idea what sounds you want to have priority in the mix and this will almost always be governed by the genre you write. Remember mastering is only the sugar on top not the cake itself so you should aim to make your sounds as clean as possible without signal processors from the word go.

This can be achieved in a number of ways.

  1. choosing sounds that fit the track straightaway not relying on mastering to correct them.
  2. Using filters and your instruments parameters to keep each sound in their own frequency band
  3. Creative and strategic panning to help separate similar sounds (e.g. Drums, FX etc)
  4. Remembering that not all sounds need to be at full volume, be subtle in the mixing process.

Lets talk about the above points for a second.

STEP ONE.

Choosing the right sound is sometimes easier said than done, I mean we can all get carried away in the creation process of adding every great sound that our synths can provide, but this is a common mistake that can clutter the mix and take away the magic of what you’ve already created.Get familiar with your instruments parameters.Listen to your favourite artist and hear how they use sound to create the magic. Everybody say less is more and this is a perfect example. If your bassline is weak and has no life or power ask yourself this question, am I using the right sound for what I’m trying to achieve? If not find another sound or your could try using the instruments parameters to juice it up. Getting as close as you can to the desired sound with your instruments is the first step and will allow you to use less destructive processing down the track.

STEP TWO.

Once you’ve chosen your sounds and the mix is starting to sound good but still a little unclear, you’ll want to consider cleaning up overlapping frequencies caused by instruments occupying the same space on the spectrum. While minimal overlapping is fine, too much will create an unclear sound, and this is where you can use filters. High pass, Low pass and all other types of filters that usually come with your chosen host software will do just fine, take a mental note or write down the frequencies that each instrument uses to give you a better picture of what instruments are clashing. You can view each instrument and what frequencies they occupy by using a spectral analyser, companies like Waves have a plugins designed to do exactly that. check out PAZ analyser.

Use your eyes as well as your ears.

Use your eyes as well as your ears.

Now that you know exactly what instruments are clashing it’s time to make a decision on which instrument takes priority. Here is an example. Lets say you have two converging synth sounds that both occupy say 450hz - 4000hz, you need to decide which instrument has a nicer sounding higher end and which has a nicer lower end. Making this decision can be hard especially if both sounds are great, but rest assured your mix will prosper if you make the hard decision of rolling off the high’s in instrument one to let instrument two breathe, and cutting the lows of instrument two to let instrument one, growl.

More importantly, if your synth has these features in-built your better off using them, providing they do the job, as this rule of thumb we see you creating cleaner and more purposeful sounds.

STEP THREE.

Powerful panning can add more depth, clarity and interest in your tracks providing that you don’t overuse it. effective panning requires you to be aware of some important factors. All nightclub systems are in fact mono so excessive panning will be lost when played on a club system, When a stereo image is collapsed into mono two things can happen.

  1. Stereo sounds panned to the center add together and become louder.
  2. Heavily panned sounds will be diminished.
Always remember to switch to mono and check that your levels are intact, switching to mono is a great technique in getting a clear picture of the sonic signature.
Panning can also overcome problems such as clashing instruments in the same frequency band and this will become clear as you play with panning your instruments. Creating depth and separation with panning before using your EQ is a valuable lesson and although this method may go against your logic, try it and see for yourself.
Warning: Do not overuse this technique, stereo effects can make or break your track!
STEP FOUR.
Don’t be scared to drop the volume.
Although this step refers to mixing technique this is not a mixing tutorial.
Earlier we talked briefly about prioritizing your sounds and this is because as an artist we only have a limited amount of canvas to paint on (Sound spectrum 20hz - 20000hz).
Mixing is a science in itself.
Lets say for example that you have your kick drum, bass, lead and percussion kicking along beautifully, but the rich pad on top clouds the mix. Sometimes you’ll be surprised at what people hone in on when listening to music, Try this.
  1. Make sure that your pad’s frequency isn’t clashing too much with other instruments.
  2. Instead of pushing your pad up in volume, try dropping it!
Dropping the volume will allow your lead sounds to be cleanly heard, while still allowing the listener to hear the pad. This technique may seem quite basic to more advanced producers but getting the knack of knowing what sounds to push forward and what sounds to pull back can make or break you.
This technique adds depth an texture to your productions.
EQUALIZATION
The process of equalizing sounds is another highly misunderstood concept.
All mastering engineers will tell you to just “use you ears more” so let me be perfectly clear, only use an EQ if your ears tell you to. Having a accurate monitoring environment is paramount here as fine tuning your sounds require good near field monitors, deadened room acoustics and close attention to your frequency analysers. Equalization is similar to compression in that both signal processors are designed to control volume levels of frequency. However your standard EQ does not control frequency levels dynamically like compressors, but instead controls frequency levels in a more static (fixed) way.
We talked earlier about filters and using them to “Roll off” frequencies from a certain point. a Filter is much like an EQ also but has more uniformity in the way it effects sound. As you’ve not doubt played with your favourite EQ to wits end trying to find the sweet spot with no success, I’d like to share with you a few techniques I use to help me break through this confusion.
  1. Before using your EQ identify what frequency is too strong or too weak.
  2. When using your EQ to remove unwanted frequencies don’t Sweep
  3. Turn off your EQ, set your EQ to remove what you “think” is the offending frequency
  4. Turn on your EQ, did it help? was it too much?
  5. Return to 3.
By not madly sweeping through all the frequencies you avoid desensitizing your ears as they are bombarded by all the wrong frequencies. Instead take your time to identify what frequencies need lowering, by using you ears and your analysers, then make your guess with the EQ turned off. When you turn the enable the EQ you will straight away hear the difference you made and whether it worked or not.
This technique teaches your ears to easily identify frequencies, which is enhancing an engineer’s greatest tool - your ears.
 There is almost an unlimited amount of information you can learn about mastering and to a beginner can be quite overwhelming. Although I have been creating Progressive trance and Tech for about 6 years and have learnt a great deal of information I am by no means a master and just like you, I desire to learn more.
Feel free to ask any questions.
Hyphen.
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