How is Electronic Music Made?

How is electronic music made? This question has been asked by music lovers for years. While the answer may seem simple, the process is actually quite complex. In this blog post, we’ll take a look at how electronic music is made and the different elements that go into it.

Synthesis

Electronic music is made with the help of a variety of instruments and tools, including synthesizers, drum machines, and computer programs. Synthesis is the process of creating sounds with the help of synthesizers. In this article, we will go into detail about how electronic music is made with the help of synthesis.

What is synthesis?

Synthesis is the process of creating electronic sounds, or “tones”, by generating and manipulating signals of various frequencies. In order to create these sounds, synthesizers use a variety of methods, such as additive synthesis, subtractive synthesis, wavetable synthesis, frequency modulation synthesis, phase distortion synthesis, mention other well-known methods here.

Each method has its own strengths and weaknesses, and each can be used to create a wide range of sounds. Synthesis is a form of sound generation that is often used in electronic music. It can be used to create both simple and complex sounds, and can be used to imitate other instruments or to create entirely new timbres.

What are the different types of synthesis?

There are many different types of synthesis, but they can broadly be split into two groups: additive and subtractive. As the name suggests, additive synthesis involves adding together sine waves to create more complex sounds. Subtractive synthesis is more common and is based on removing certain frequencies from a waveform using filters. These two types of synthesis can be combined to create even more complex sounds.

Additive synthesis is often used to create rich, beautiful pads and atmospheric sounds. It can also be used to create sharp, percussive sounds like Rave stabs. Additive synthesis is very powerful but can be complex to understand and program.

Subtractive synthesis is the most common type of synthesis and is what you will find in most synthesizers. It is based on filtering out certain frequencies from a waveform using an oscillator, envelope, and filter section. Subtractive synthesis can be used to create a wide range of sounds, from warm pads to aggressive leads.

Sampling

Sampling is the process of taking a small portion, or sample, of one sound and using it to create a new sound. It’s a quick and easy way to create new music, and it’s what most electronic music is made of. Sampling can be done with any sound, but it’s usually done with sounds that have a strong rhythm, like drums.

What is sampling?

In music, sampling is the act of taking a portion, or sample, of one sound recording and reusing it as an instrument or a sound recording in a different song or piece. SAMPLING IS ALSO SOMETIMES REFFERED AS “TRACKING” OR “LOOPING”.A sample may be used to:
-Create new beats
-Layer sounds
-Fills up space in a track
-Change the sound of an existing instrument
-and much more!

What are the different types of sampling?

In electronic music, sampling is the act of recording a portion of one sound recording and reusing it as an instrument or a sound effect in a different song or piece. Sampling was originally developed by musicians working with early musique concrète and electroacoustic music, who physically manipulated tape loops or vinyl records on a phonograph. The advent of digital technology has made it much easier for producers and DJs to create new songs by sampling bits and pieces of existing ones.

One type of sampling is known as looping, which involves taking a section of a song (typically the chorus) and repeating it throughout the new composition. This can be done with either digital audio files or analog recordings on cassette tapes or vinyl records. Loop-based composition was popularized by early hip hop artists like Afrika Bambaataa and Grandmaster Flash, who created entire songs using just a turntable and a microphone.

Another type of sampling is known as trigger sampling, which involves using a sampler to play back recorded sounds in response to an external trigger signal, such as a keyboard note or drum hit. This allows producers to build up complex layers of sound by playing multiple samples at once. Trigger sampling was popularized by drum machines like the Roland TR-808, which featured pre-recorded drums that could be triggered by pressing buttons on the unit’s control panel.

The most common type of sampling today is probably looping, which can be done with any kind of digital audio file. However, trigger sampling is still used by some producers, particularly in the realm of dance music.

Sequencing

In music, sequencing is the process of organizing a song using digital audio recordings and software.sequencer. This is done by first creating digital audio recordings of the individual sounds or instruments that will be used in the song. These recordings are then imported into the software where they can be arranged and manipulated to create the desired sound.

What is sequencing?

In music, sequencing is the process of arranging a series of sounds into a musical phrase, or “musical sentence”. This can be done with individual notes, or with more complex musical elements such as chords or melodies. Sequencing is used in a variety of music genres, including electronic dance music, film scores, and video game music.

Sequencing is typically done with a software program called a sequencer, which allows the user to input notes or other musical elements and arrange them in time. Sequencers can be very simple, with only a few basic features, or very complex, with numerous options for timing, effects, and automation.

once the notes are inputted into the sequencer, they can be played back in any order or combination desired. This allows for a great deal of creativity and flexibility in creating musical phrases.

What are the different types of sequencing?

Sequencing is the process of creating and arranging musical patterns. In electronic music, sequencing is often done using a sequencer, which is a device or software that can record, edit, and play back musical notes and rhythms.

There are several different types of sequencing, each with its own strengths and weaknesses. The three most common types are real-time sequencing, step-time sequencing, and loop-based sequencing.

Real-time sequencing is the quickest and most intuitive way to create sequences. In real-time sequencing, you simply play the notes in your sequence in order from start to finish. This is how most people create sequences when they first start out. The downside of real-time sequencing is that it can be difficult to edit your sequences after you’ve recorded them.

Step-time sequencing is a more precise way to create sequences. In step-time sequencing, you enter each note of your sequence one at a time. This allows you to hear each note before you add the next one, which makes it easy to make sure your sequence sounds exactly the way you want it to. The downside of step-time sequencing is that it can be time-consuming to create long or complex sequences this way.

Loop-based sequencing is a hybrid approach that combines elements of both real-time and step-time sequencing. In loop-basedsequencing, you record a short section of music (a “loop”) and then play it back repeatedly. This allows you to create complex patterns without having to enter each note individually. Loop-based sequencers typically have tools that let you easily edit your loops after you’ve recorded them, which makes them more versatile than real-time sequencers.

Mixing

The process of electronic music production generally involves four main stages: composition, sound recording and mixing, mastering, and distribution. The first three stages – composition, sound recording and mixing – usually take place in a recording studio, while the mastering and distribution stage can take place either in a studio or online.

What is mixing?

In music, mixing is the process of combining multiple recorded audio tracks into a single track that “sounds good.” The process is carried out by a mix engineer, who selected and modifies the tracks using equalization, compression, limiting, expansion, gate, delay, reverb, and other effects.

A mix engineer listens to the tracks and makes changes to them so that they all sound good together. The goal is to make all of the tracks sound natural and “in place.” It is important to remember that each track in a song has its own character and purpose. The goal of mixing is to bring out the best in each track and make them all work together.

It can be helpful to think of mixing as painting a picture. Each track is like a brushstroke, and the goal is to create a cohesive work of art. In order to do this, the mix engineer must have a clear vision for the finished product. They must know how they want the song to sound and what each track should contribute to the overall sound.

Mixing is an important part of the music production process. A well-mixed song will have a clear sonic picture with each element sitting in its own space. This allows the listener to hear all of the parts of the song and understand how they work together.

A poorly mixed song will sound cluttered and muddy. The parts will feel like they are fighting for space in the mix. This can be very distracting for the listener and can make it difficult to appreciate the song as a whole.

If you are interested in learning more about mixing, there are many resources available online and in books. There are also mixing courses offered by colleges and universities.

What are the different types of mixing?

There are several different types of mixing that can be used in electronic music production, each with its own advantages and disadvantages. The most common types of mixing are:

1. Linear mixing – Linear mixing is the simplest and most common type of mixing, in which each track is mixed together in a linear fashion. The main advantage of linear mixing is that it is very easy to set up and use, and it doesn’t require any special equipment. However, linear mixing can sometimes create issues with sound quality, as each track can interfere with the others.

2. Non-linear mixing – Non-linear mixing is more complex than linear mixing, but it can offer better sound quality as each track is mixed independently of the others. Non-linear mixing requires more time and effort to set up, but it can be worth it for the improved sound quality.

3. Summing – Summing is a type of linear mixing where the tracks are added together (“summed”) before being mixed together. This can help to reduce interference between tracks and improve sound quality. Summing is often used in combination with other types of mixing to get the best results.

4. Multitrack recording – Multitrack recording is a type of non-linear mixing where each track is recorded on a separate “track” on a multitrack recorder. This allows each track to be mixed independently of the others, providing the best possible sound quality. Multitrack recording is more time-consuming than other types of mixing, but it offers the best results.