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As someone who may wish to record your piano recital music to a CD at home, or at your venue of choice, you will find you have a number of options available to you.

For the purposes of this article, I will assume that you have already taken care of your recording equipment, and already have the recording either as a prepared CD or at least, in MP3 or WAV format. These are the two most common formats for storing audio that has been recorded.

Once you have the recording files ready, meaning they have been edited, and mixed the way you like the final sound to be, you are ready to commence the production of your CDs.

Before you think I am going to suggest you start to copy CD after CD at home, let me tell you that you can relax. There are online services available that allow you to upload your CD to their facility, and once there, you an order CDs at your leisure, from one, to essentially, any number you choose. The greatest benefit of these facilities is that you need not spend copious mounts of time copying CDs at home, which from personal experience can take hours and hours. In addition, you will find that you do not need to ware out your CD burner as well.

This process is only viable if you are expecting to make more than a few CDs, but assuming that is the case, your next step is to create the artwork for your CD cover as well as CD print. I have found the best software for this is Paint, which is available with most Windows based computers using Microsoft. My method involves taking the image I like best, sometimes available from photo stocks online, available for a very reasonable price like a dollar or two (but please read the licence agreements carefully). Once you have chosen your ideal photo, and loaded it onto your computer, import that photo into your Paint program. I always advise using a photo with some ‘unused’ space, where you can superimpose some text of your own, to create the title and so on. This is the reason I like Paint, as this can be done quite easily. Once I am happy with my completed photo and title, I then save the image.

Now to the actual uploading of your CD to a commercial facility that is fully automated. I have found one of the best services is that of Kunaki.com. They provide a service where you can download their software for free, which then guides you through creating an account, and then uploading your CD and images you have created. For this to work, you need to ensure you have software on your computer than can produce a final CD, and once you have that, you then upload that, as well as the images and other information you may like, like copyright details, and recording information. You are even able to have the system create an internationally recognised bar code for your product.

As a side note, please note that I do not have any connection with the service I am mentioning above. I simply recommend and use their service, because it works, and has never failed me before. Once your CD is uploaded, you are then able to log in, and order as many as you like, for a very nominal price, and the CD will be delivered to any address in the world, in a box, shrink wrapped, and professional looking. This method allows you to not have to hold stocks, or worry about running out, if you should be fortunate enough to have a massive demand for your product.

I would always recommend that you ensure that you test your uploaded CD yourself, by ordering one for yourself, as I have been caught out before, where I once had a spelling error, and had not noticed it online, but only after I had ordered about seventy discs. That is a mistake I prefer you to not make yourself.

Are you able to store your piano performances for future listening? Have you been having trouble recording your piano performances , for the long term?

Not only can you record your performances, but also gain an enhanced comfort from your playing. To learn more, see the Piano Magic Touch.

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There is no doubt that audio recording has come a long way, and effectively, brought the possibility of a professional recording studio into the hands of the average person, as long as you have a reasonable laptop computer, and some disk space.

The rest can be achieved with software programs, like Audacity or Sony Audio Studio.  The later does have a nominal price tag, but Audacity is free, if you are on a tight budget.

As I have read of many pianists wanting to record their own music recitals at home, without incurring the heavy costs of using a traditional recording studio, I decided to put aside some time to write about the subject. Primarily, the good news is that nowadays, the process can be accomplished with little more than a basic laptop computer and one extra piece of peripheral equipment- being a USB, large diaphragm microphone. The microphone that I best recommend is the Audio Technica USB 2020 microphone, available here.

You might well ask, how can this be done? What about the software? Certainly, you can go ‘all out’, and use some very expensive software, and I will be writing about that in future articles, but for this purpose, as long as you have a laptop, (for portability reasons) and a USB connection on it, you can load up a free program called Audacity. It is available from the internet , for no charge, and is relatively lean on the use of your computer’s memory and other resources.

Once this has been installed, you can then connect a USB large diaphragm microphone to your computer. I recommend the use of a USB microphone, as there is less difficulty in setting it up, and once plugged into a USB port, will be set up on your computer in a matter of a minute or two. Further, the audio is processed directly by your computer, rather than passing an analogue stage on your sound card. Simply put, it is easier to use, with less degradation in quality. Additionally, the larger diaphragm will ensure that a much better quality recording is achieved, when compared to a small, consumer microphone. For the above, the most expensive part is the microphone, but still very cheap in comparison to the alternatives, assuming you already have a computer. Please note these microphones will work equally well with a PC or a Mac machine.

Now that you have done the above, it is time to start to set up for the recording.

It may take a few attempts to position the microphone in the right position, but experiment a little, as the acoustics of the room will play a part, as well as the type of piano.

Ensure the roo is not tiled, with bare walls, as this will be too reflective, causing an echo. On the other hand, thick carpeting and drapes will deaden the sound to be too flat. Somewhere in the middle is ideal.

If you can, you may also open the lid of the piano, to help radiate the sound more evenly. Try a few positions of the mic, and if you like, you can also use two, to get a more balanced stereo sound effect. To start the recording simply mute the speakers, by turning the volume control to zero, to minimise feedback, or howling, and then, also ensure that you press the Record tab. The software is very intuitive, but more information is available in the help section of the software.

Once you have the sound recorded, test the playback, preferably with a set of headphones, as the speakers in a laptop normally are not too good, or clear, again, because of their size. This is a similar concept to the microphone needing a large diaphragm.

When you are happy with your recording, it is time to save the file as an MP3 or Wave file.

The wave file is already built into your Audacity software, but you will need a plug in, or small program to add to Audacity to convert to the MP3 format. This will be explained when you try to save as an MP3 format on your computer.

Once the above steps have been taken, you can then upload the file to your website, or create a CD with it, and so on.

I will write future articles on the best ways to convert your files to professional quality CD’s.

Are you able to store your piano performances for future listening? Have you been having trouble recording your piano performances , for the long term?

Not only can you record your performances, but also gain an enhanced comfort from your playing. To learn more, see the Piano Magic Touch.

-

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With the widespread availability of affordable computers and powerful software for music mixing, the average musician is now able to set up a reasonably decent home studio on a relatively small budget. However, even though the software is extremely powerful and versatile, what seem to be missing are tips on how to create a great mix.

So, without any more fanfare, let us get right down to the 10 mixing tips you can try IMMEDIATELY to improve the quality of your mixes:

  1. While mixing, keep a close eye (and ear) on all those plug-ins. Each one of them will distort if the output signal exceeds the acceptable threshold level. Because the output meters are out of sight when the plug-ins are closed, it is fairly easy to be unaware of the distortion, all of which can absolutely ruin your mixes.
  2. Make use of the high-pass filter found on many equalizers to cut off the low frequencies on tracks that do not need the presence of low frequencies (e.g. frequencies below 100Hz) in order to sound right in the mix. These include vocals, hi-hats, keyboards, etc. Of course, all this depends on the song itself. For example, if you are mixing a song that is just piano or guitar and voice you might run a high-pass filter much lower down, around 40Hz or so, in order to maintain some of the bottom end in the mix. However, even the bass and kick drum can be improved by rolling off frequencies below 20Hz. Most project studio mixes sound terrible because there are too many sounds competing for space in the lower frequencies. On the opposite end of the spectrum, you can use a low-pass filter on instruments like bass and kick drum that do not need the presence of high frequencies.
  3. Try using compression to even out volume variations and control the attack of a sound. Using a FAST attack will accentuate the body of a sound, while using a SLOW attack will increase the definition. Bass, kick drums and vocals tend to benefit most from compression, although you should listen to all your tracks with and without compression to see what works best. Keep an eye on the other settings on the compressor (Input, Release, Threshold, Ratio, Output Gain) since these can dramatically affect the results you are trying to achieve. It’s also important to remember that compression can raise the level of background noise in your mix as well as accentuate sibilance (esssssss’s) in the vocals. It may help to place a de-esser after the compressor to take care of excessive sibilance.
  4. Listen for tracks that can be cleaned up by scooping out (reducing) the frequencies between 150 – 300 Hz. This is generally where the ‘mud’ tends to be in most tracks. Be careful when you do this however, since this can also be where the meat or warmth resides on some tracks. Listen for the track(s) that can benefit most from this action, and do not scoop out too much of the track or else your mixes will start to sound thin.
  5. Always listen to your mixes IN CONTEXT! It doesn’t matter how great that kick drum sounds by itself if it sounds terrible once you turn everything else up. Its okay to solo a track briefly to get a sense of what is happening to the sound as you apply processing, but only do that for a few bars and then listen to it with everything else in context.
  6. A parametric equalizer is an extremely powerful signal processing tool used to sculpt sound. It is generally better to cut (reduce) than it is to boost (add) frequencies, although you should always do what is right for a particular track. Begin by making the track sound terrible (by boosting a specific frequency dramatically and sweeping slowly across the spectrum at a fairly narrow bandwidth as you listen), and than cutting the frequency that sounds bad in order to reduce the presence of the ‘bad’ sound. Do that several times using each band, listening for when a cut or a boost is necessary, until you either run out of ‘bands’ or don’t need to make any more cut/boost corrections. Don’t feel the need to use every band available, though. When using EQ and other signal processors, less processing tends to be more beneficial to the overall sound of the mix (i.e. less is more).
  7. Don’t mix entirely in headphones, or at extremely loud volumes through your monitors. Spend most of your time mixing at moderate and even low volumes, occasionally cranking it up to see how things move at those high energy levels. Try listening to your mixes through several different headphones (which can pick up clicks and pops not heard in the monitors) and at different volume levels through the monitors, as well as on different monitors if possible. The mix will surely sound different on the different systems, but the objective is to get things to sound good on all systems, not great on some and terrible on others. Occasionally walk away from the monitors and listen to your mix from another room. This gives you another perspective on level imbalances not apparent inside your normal mixing environment.
  8. Concentrate on the busiest parts of your mixes first. This may be the hook (chorus), or bridge section, and this is where your mixes tend to get away from you the most. As you listen, make a determination as to whether or not EVERY SINGLE TRACK and EVERY SINGLE LAYER absolutely NEEDS to be in the mix ALL THE TIME. Mute / un-mute and add / remove tracks one at a time to evaluate their contribution to the impact of the song. It may be necessary to strip away some of those layers in order for your mix to sound more punchy and energetic.
  9. Make good use of automation. If that is too complicated (based on your understanding of your music mixing software) you can try breaking up your tracks into song sections (e.g. VOCAL intro, VOCAL verse 1, VOCAL B-section, VOCAL hook, VOCAL verse 2, VOCAL bridge, etc). The reason for this is that the signal processing and volume / pan settings that work for a track in one section of the song (e.g. VOCAL verse 1) may not necessarily be right for another section (e.g. VOCAL hook). In this instance, you may need to set your EQ, chorus, compression, reverb, pan, and volume settings differently for the different song sections. The same may apply to other instruments as well.
  10. Tune your instruments often during your recording session, or at least CHECK the tuning often. Even though this is a no-brainer for bass and guitars, don’t forget that even drums (kick, toms, and snare) need to be tuned in order to sound their best. No matter how well you process the tracks for your mix, out-of-tune instruments will distract the listener and contribute to the impression that the mix sucks! It is sometimes possible to tune your instruments after the fact, but that time could be better spent on other crucial areas of your mix.

And there you have it! Try out some of these mixing tips and you will find yourself on the way to better mixes in no time.

copyright 2007 Jeremy Rwakaara

Problems getting your music mixes to sound right? Confused about what to do with your CD once you’ve finished recording it? Don’t know how to put together a tour so that you can make some money selling merchandise, tickets, and lots of CD’s? Author, consultant and music producer / engineer Jeremy Rwakaara offers music articles, CD mastering tips music mixing software list, glossary of recording terms and a music directory at the audio mixing and mastering studio site

Article Source: http://EzineArticles.com/?expert=Jeremy_Rwakaara

Further Audio & Related Resources

Who else wants to learn to record voice information products at home?

Now you can easily do it with the packages & video tutorials that no one else has!

To learn more, and start your own recording system, and save a fortune in the process, see the link above.

In addition, to ensure you are always laser targeted, I always recommend the Success Strategies System as well.

For self performance reading improvement, I highly recommend the Self Help Database as well.

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Before we exactly tackle what the stereo is, let us have a peek at its modest beginnings. In the early 1930s, Harvey Fletcher, a scientist at Bell Laboratories, experimented with the formation of sound through stereophonic recording and came up with the concept of “Wall of Sound.” Hundreds of microphones are placed side by side in front of an orchestra, and act as loudspeakers for the benefit of listeners.

But it was during the late 1950s, when the idea of creating sounds was brought to new heights.

Monaural recording (a single-channel method of recording sounds) was introduced to the public. The method of simultaneous playing and recording sounds was still unheard because of the limited technology of the time. But still, it was a great invention, since it served as the fuel for manufacturers to further improve the system.

Later on, an assembly of amplifiers and speaker systems that played two or more channels at the same time was introduced to the public. The device is called a stereo. It can imitate quality sounds through multi-channel audio recording and playing.

A stereo is a device that reproduces sound through two audio channels or speakers. Depending on the way it is built and the features it comes equipped with, stereos can play music, record sounds or play and record – known as the dual channel sound reproduction system – all at the same time.

The basic elements of a stereo are a CD or cassette player, amplifier designed to deliver balanced electrical impulses to the speakers that come out as audible sounds. Speakers produce the sounds that you can hear. They come in various shapes and sizes — from the dynamic loudspeakers down to tiny earphones, tuners and equalizers.

The height of satisfaction and entertainment a stereo provides depends largely on the functionality of the stereo system that you have. Although, all stereos are designed to mimic a pleasant sound quality that you will enjoy listening to.

Considering the extent of avant-garde technology we have now, you can expect added features and functions incorporated in stereos that are all designed to further enhance your listening experience. Take for instance the different types of music systems like home theaters, digital sense-surround systems and audio technology designed for cars and those that come with USB ports and plug-ins.

Stereos provides detailed information on Stereos, Car Stereos, Stereo Speakers, Stereo Systems and more. Stereos is affiliated with Digital Video Recorders.

Article Source: http://EzineArticles.com/?expert=Ken_Marlborough

Further Audio & Related Resources

Who else wants to learn to record voice information products at home?

Now you can easily do it with the packages & video tutorials that no one else has!

To learn more, and start your own recording system, and save a fortune in the process, see the link above.

In addition, to ensure you are always laser targeted, I always recommend the Success Strategies System as well.

For self performance reading improvement, I highly recommend the Self Help Database as well.

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Mastering Audio

posted by MCRE Audio
Jan 29

Mastering your audio recording is a very important step that you should consider before you manufacture or release it to the public. Many people overlook this step simply because they are not familiar with what mastering is. Mastering is simply the process of preparing and transferring all of your audio sources to one final source by which all the replicated copies will be produced. Today, the delivery format of popularity is the digital format, however, some still prefer to use analog, such as analog tape. Though in the internet driven world we all live in today, even those analog tapes will more than likely get converted to a digital format of some sort for consumers listening on CD’s, Ipods, media players, etc. Hopefully through this article, you will have a better understanding of what mastering is and through this knowledge you will choose the right mastering engineer for your project.

To begin, before you enter or approach any mastering engineer, you should have a few things ready to go. This list will help the mastering engineer and it will also just make your session go smoother. Make sure you check with your mastering engineer to see what types of formats are accepted (digital or analog). If you are delivering digital data on a hard drive, DVD, CD, etc., check to see what file formats are accepted. The most widely known are file formats are.wav and.aiff. You also want to make sure you have the right sample and bit rates. Here is a few of the standard rates: 44.1 KHz, 48 KHz, 96 KHz, 16 bit, and 24 bit. You should note that the MP3 format is generally frowned upon due to the fact that they are compressed data and they are limited in bandwith. MP3 convertors generally get rid of frequencies in the lower and higher spectrum to allow quicker streaming of audio over a network. It is best to not master MP3’s but rather master the.wav or.aiff files to preserve its sonic integrity.

You need to familiarize yourself with ISRC (International Standard Recording Code. ISRC’s are issued through the RIAA and will not cost you a penny. They are simply codes that are embedded in the audio during the mastering process for digital tracking purposes. These codes will ensure that you get paid through online distribution. In fact, most of the bigger medial players and digital distributors will not even accept your digital recordings unless you have these codes. You want to make sure that you apply for these codes well in advanced before your mastering session as they can take a few days to receive. The last bit of information that you will want to have for the mastering engineer is a track listing with all the text information you want to show up on players that read CD text. Generally, CD Text consists of album name, artist name, track name, and track artist name.

Once you present your mixes to your mastering engineer, he will listen first and then develop an overall understanding of what he can do to enhance them. He will likely run the audio through several devices in his chain such as equalizers, compressors, limiters, and spacial enhancers. Each device will produce a different effect so they are used to accomplish specific goals. Through compression and limiting, engineers are able to maximize the loudness of your mixes while preserving their natural dynamic range. After equalization, you should hear your mixes clearer than you have ever heard them before and you will also hear consistency between all tracks.

Another very useful tool used in mastering is the track spacing. This is how one track ends and the following track begins. Track spacing will dramatically effect the overall listening experience for your audience. When the mastering engineer has completed his work, you should have a consistent presentation with tonal balance and flow ready to present to the public or the manufacturing facility.

If you are looking for mastering feel free to visit http://jwmastering.com. JW mastering offers a simple online mastering service as well as attended mastering sessions for a reasonable rate. If you are interested in what mastering will do for you, try it out for free! Upload your audio and let JW Mastering send you back a snippet of your mastered audio.

You can also find out more information on ISRC’s on RIAA’s dedicated site at https://usisrc.org.

Article Source: http://EzineArticles.com/?expert=Justin_Willmon

Further Audio & Related Resources

Who else wants to learn to record voice information products at home?

Now you can easily do it with the packages & video tutorials that no one else has!

To learn more, and start your own recording system, and save a fortune in the process, see the link above.

In addition, to ensure you are always laser targeted, I always recommend the Success Strategies System as well.

For self performance reading improvement, I highly recommend the Self Help Database as well.

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