The Complete Guide to Synthesis

In this chapter, Ernesto Romeo introduces us to the concept of a synthesizer and how it works. Using a Moog modular synthesizer from the 60’s and 70’s as an example, he shows us how a synthesizer is an electronic instrument that generates electrical vibrations instead of having physical moving parts. Through different modules, such as oscillators, filters and amplifiers, we can generate and process audio signals to create different types of sounds. In addition, the teacher explains how voltage control in synthesizers allows sound synthesis and how different waveforms and modulation can be used to create more complex sounds. This chapter provides an overview of the basics of synthesizers and how they can be used to create unique and expressive music.

In this chapter we will explore the main modules of synthesizers and how they work. We will learn that these concepts apply to both analog and digital systems, and that synthesizers can generate different types of signals, such as sine, triangle, sawtooth, and square waves. We will also see how signal generation and processing modules can be used for both audio and control. In addition, examples of different synthesizers and their modules will be presented, such as the Moog modular, the Korg MS-20 and the ARP 1600. Finally, the versatility of synthesizers will be highlighted and how the same modules can be used for different purposes, either to generate sounds or to control parameters.

In this chapter, La Siesta del Fauno’s instructor shows us in detail how synthesizers work and how to use them in music production. He explores the different modules, such as signal generators and filters, and how they can be controlled by LFOs and envelopes. It also shows how different types of waves can be created, such as sine, triangle and square wave, and how frequencies can be modulated to create interesting effects. In addition, it shows how different filters can be combined to obtain more complex sounds and how amplifiers can be controlled by envelopes.

In this chapter, La Siesta del Fauno’s instructor introduces us to the ring modulation and sample and hold modules in synthesizers. He explains how they work and how they are used in music production. Through practical examples, he shows the differences between ring modulation and amplitude modulation, as well as the effect of sample rate on sample and hold. It also highlights the importance of these modules in creating unique sounds and how they can be controlled by voltage signals or sequencers. This chapter provides a detailed and valuable insight into the use of synthesizers and is essential for beginners who wish to learn how to use them in their music.

In this chapter, Ernesto Romeo introduces us to the basics of how synthesizers work. He uses two instruments, the Roland Juno-60 and the MemoryMoog, to illustrate the elements and setup of a synthesizer. Through these examples, we learn about signal generators, filters, amplifiers, and effects such as chorus. We also explore how a synthesizer is controlled using the keyboard, envelope generators and low-frequency oscillators. With this information, viewers can begin to understand how to use a synthesizer and create unique sounds. This chapter provides a solid foundation for those who are new to synthesis and are interested in further exploring this fascinating world of music production.

In this chapter we explore the fascinating world of synthesizers and how they work. We start with the history of synthesizers, from the success of Wendy Carlos’ Switched-On Bach album to the rise of the more accessible and popular synthesizers such as the Moog Modular and the Minimoog. We learned about the different modules and controls of a synthesizer, such as oscillators, filter and envelope generators. We also discovered how synthesizers can be used to create a wide variety of sounds and effects, from vibratos to frequency modulations. This chapter is a must-have introduction for any beginner interested in music production and the use of synthesizers.

In this chapter, Ernesto introduces us to the fascinating world of polyphonic analog synthesizers. He tells us how these machines emerged in the early 1970s and how they became a demand for musicians seeking polyphony. He shows us examples of early polyphonic synthesizers, such as the Yamaha GX-1 and the Oberheim Four Voice, and dives into the operation and design of the Yamaha CS-80 synthesizer. Through this chapter, we get an in-depth look at how synthesizers work and how they can be used to create a wide variety of expressive sounds.

In this chapter, we explore the Prophet’08, a polyphonic analog synthesizer developed by Sequential in the 1980s. This instrument was designed to extend the polyphony capabilities of the Prophet 5 and features a sensitive keyboard that allows the amplitude and envelope response to be programmed based on keyboard sensitivity. It also features a polyphonic post-pickup function, which is quite unusual. Although the Prophet’08 was not as commercially successful due to the trend towards digital and samplers at the time, it is a very expressive and versatile instrument that offers many possibilities for sound creation.

In this chapter, Ernesto Romeo introduces us to the fascinating world of synthesizers and shows us how they work. He talks about the PPG Wave, one of the first hybrid synthesizers that introduced Wavetable technology. Through practical examples, he shows us how synthesizers can be used to create different sounds and effects. It also shows how digital and analog technology can be combined in a hybrid synthesizer to achieve unique results. This chapter provides an overview of the basics of synthesizers and shows how we can use them to expand our musical creativity.

In this chapter we explore the evolution of PPG synthesizers and their influence on Waldorf instruments. We learned how digital synthesizers work and how they are played, using the Waldorf Wave as an example. The instrument offers a wide range of programming and modulation possibilities, allowing us to create unique and experimental sounds. In addition, the importance of the graphical display of parameters and the polyphonic modulation capabilities of LFOs was highlighted. This chapter offers a fascinating insight into the world of synthesizers and is ideal for beginners who wish to explore this exciting field of music production.

This chapter explores the transition from analog to digital technology in synthesizers since the second half of the 1980s. It highlights the influence of sampling on contemporary music and how many instruments began to incorporate digital technology into their oscillators to offer greater timbral variety. Examples of hybrid synthesizers such as the Korg DW-8000 and Prophet VS, which combine digital oscillators with analog filters to achieve unique sounds, are presented. In addition, it shows how to program and manipulate different waveforms on the Korg DW-8000 and Prophet VS. This knowledge is valuable for beginners who want to understand how synthesizers work and how to use them to create unique sounds in their music.

In this episode, Ernesto Romeo takes us through the history of digital synthesizers and how they have evolved over the years. He explores the emergence of early digital synthesizers such as the Synclavier 1 and the Crumar GDS, and how these instruments revolutionized the world of music. It also shows us how frequency and modulation synthesis works and how different timbres and sounds can be created using the operators of a synthesizer. In addition, he teaches us how to use After Touch and Keyword Scaling to control the amplitude and modulation of the operators. This chapter is a fascinating introduction to FM synthesis and provides a detailed overview of the creative possibilities offered by this type of synthesis. The chapter is a fascinating introduction to FM synthesis and provides a detailed overview of the creative possibilities offered by FM synthesis.

In this chapter, Ernesto Romeo discusses a software synthesizer that emulates a classic analog synthesizer. Through practical examples, he shows how to use the synthesizer’s functions and how to create complex sounds by modulating and interconnecting different modules. In addition, it highlights the advantages of having a software version, such as the possibility of adding additional functions and automation. This chapter provides valuable knowledge and skills for those who wish to learn how to use a synthesizer and explore sound synthesis.

In this chapter we will explore another of the classic synthesis sensors. Buchla along with Moog were early proponents of voltage-controlled systems for audio generation and processing, kicking off the modern history of sound synthesis. Both approaches have commonalities but also significant differences, which has spawned schools of synthesis on both coasts of the United States. Through practical examples, we will learn how to use a synthesizer and how it works, as well as the differences between Moog’s and Buchla’s systems. This chapter offers a unique insight into the history and evolution of sound synthesis, and provides valuable skills and knowledge for beginners in music production.

In this chapter, Ernesto Romeo introduces us to a combination of synthesis types based on software synthesizers. In particular, he works with the Ableton Operator, which allows you to work with different types of combined classical synthesis. The teacher explains how operators can be used as envelope-controlled waveform generators and how they can be combined in different algorithms to create different timbres. He also shows how filters and other control signal generators can be used to modulate frequencies and create more complex sounds. This chapter provides valuable insights into how synthesizers work and how they can be used to create music.