Sound on Sound (SoS) is a monthly music technology magazine based in the United Kingdom. It covers a wide range of topics including music recording, audio production, synthesizers, DJing, and Home Recording.
The magazine was founded in 1985 by Paul White and Barry Wigmore. At the time, White was working as a recording engineer, and Wigmore was a music journalist. They pooled their money to start the magazine, which was initially printed on a photocopier.
The first issue was published in November 1985, and featured a mix of news, reviews, and tutorials. The early years were a time of significant growth for the magazine, as it expanded its coverage to include new topics such as MIDI and digital audio.
In 1995, White and Wigmore sold the magazine to Future Publishing. Under Future, the magazine continued to grow, expanding its staff and coverage. In 2005, Future sold SoS to current owner Haymarket Media.
Today, Sound on Sound is one of the world’s leading music technology magazines, with a circulation of over 28,000 copies. It has a team of full-time editors, plus a large panel of regular contributors. The magazine is available in both printed and digital formats.
Sound on Sound is a highly respected publication, and is widely regarded as the authority on music technology. It has been praised for its in-depth and informative writing, and its willingness to cover niche topics.
If you’re interested in learning about music technology, then Sound on Sound is the magazine for you. It’s packed with informative articles, reviews, and tutorials, all written by experts in the field.
Contents
What is the technique of sound on sound recording?
Sound on sound recording (SOS) is a technique used to record multiple channels of audio onto a single track of audio tape. This technique was developed in the early 1950s by French recording engineer Henri Chabaud.
To create a sound on sound recording, the engineer sets up a multitrack recorder and records each channel of audio onto a separate track. The engineer then mixes the tracks together, creating a final recording that contains all of the audio channels.
Sound on sound recording is a popular technique for recording live music performances. By recording each instrument or vocal track separately, the engineer can create a mix that accurately reflects the performance.
Sound on sound recording can also be used to create multi-voice recordings. By recording each voice separately, the engineer can create a mix that features each voice prominently.
Sound on sound recording is also a popular technique for creating remixes and mashups. By combining audio tracks from different sources, the engineer can create a new recording that features elements of each track.
What are types of sound?
There are three types of sound: mechanical, electrical and acoustic.
Mechanical sound is created by something moving. For example, when you clap your hands, the sound is created by your hands hitting each other. When you shout, the sound is created by the air passing over your vocal cords. When you play a musical instrument, the sound is created by the movement of the strings or the air in the instrument.
Electrical sound is created by electricity. For example, when you talk on the phone, the sound is created by your voice being converted into electrical signals that are sent through the phone line. When you listen to music on your phone or computer, the sound is created by the electrical signals being converted back into sound waves.
Acoustic sound is created by waves of air. For example, when you speak, the sound is created by the air waves passing over your vocal cords. When you listen to music, the sound is created by the air waves passing through the speakers.
Are sound waves positive and negative?
Are sound waves positive and negative?
Yes and no. Sound waves are actually oscillations in pressure that propagate through a medium, such as air. The direction of the oscillation is from the point of highest pressure to the point of lowest pressure. This means that the pressure at any given point in a sound wave is positive when it is moving towards the listener, and negative when it is moving away from the listener.
However, we usually think of sound waves as being positive or negative depending on their frequency. High frequency sound waves are generally considered to be positive, while low frequency sound waves are considered to be negative. This is because high frequency sound waves are more intense and can cause more damage than low frequency sound waves.
What are music frequencies?
What are music frequencies?
Frequencies are the number of times a sound waveform repeats per second. In other words, frequency is how fast the sound waveform moves. The higher the frequency, the higher the pitch of the sound. The lower the frequency, the lower the pitch of the sound.
Different frequencies create different tones. For example, a high frequency creates a high pitched sound, while a low frequency creates a low pitched sound. The human ear can hear frequencies between 20 Hz and 20,000 Hz.
Frequencies are measured in hertz (Hz). One Hz is equal to one cycle per second.
There are three types of frequencies: musical, harmonic, and inharmonic.
Musical frequencies are the frequencies that are found in musical notes. These frequencies are typically within the range of 20 Hz to 20,000 Hz.
Harmonic frequencies are frequencies that are found in harmonic intervals. Harmonic intervals are the most pleasing to the human ear and are typically within the range of 2,000 Hz to 20,000 Hz.
Inharmonic frequencies are frequencies that are not found in harmonic intervals. Inharmonic frequencies are typically within the range of 20 Hz to 20,000 Hz.
How are music frequencies used?
Music frequencies are used to create different tones. These tones are used to create music. Each frequency corresponds to a particular note.
What are the different frequencies?
The different frequencies are: 20 Hz, 25 Hz, 30 Hz, 35 Hz, 40 Hz, 45 Hz, 50 Hz, 55 Hz, 60 Hz, 65 Hz, 70 Hz, 75 Hz, 80 Hz, 85 Hz, 90 Hz, 95 Hz, 100 Hz, 105 Hz, 110 Hz, 115 Hz, 120 Hz, 125 Hz, 130 Hz, 135 Hz, 140 Hz, 145 Hz, 150 Hz, 155 Hz, 160 Hz, 165 Hz, 170 Hz, 175 Hz, 180 Hz, 185 Hz, 190 Hz, 195 Hz, 200 Hz, 205 Hz, 210 Hz, 215 Hz, 220 Hz, 225 Hz, 230 Hz, 235 Hz, 240 Hz, 245 Hz, 250 Hz, 255 Hz, 260 Hz, 265 Hz, 270 Hz, 275 Hz, 280 Hz, 285 Hz, 290 Hz, 295 Hz, 300 Hz, 305 Hz, 310 Hz, 315 Hz, 320 Hz, 325 Hz, 330 Hz, 335 Hz, 340 Hz, 345 Hz, 350 Hz, 355 Hz, 360 Hz, 365 Hz, 370 Hz, 375 Hz, 380 Hz, 385 Hz, 390 Hz, 395 Hz, 400 Hz, 405 Hz, 410 Hz, 415 Hz, 420 Hz, 425 Hz, 430 Hz, 435 Hz, 440 Hz, 445 Hz, 450 Hz, 455 Hz, 460 Hz, 465 Hz, 470 Hz, 475 Hz, 480 Hz, 485 Hz, 490 Hz, 495 Hz, 500 Hz, 505 Hz, 510 Hz, 515 Hz, 520 Hz, 525 Hz, 530 Hz, 535 Hz, 540 Hz, 545 Hz, 550 Hz, 555 Hz, 560 Hz, 565 Hz, 570 Hz, 575 Hz, 580 Hz, 585 Hz, 590 Hz, 595 Hz, 600 Hz, 605 Hz, 610 Hz, 615 Hz, 620 Hz, 625 Hz, 630 Hz, 635 Hz, 640 Hz, 645 Hz, 650 Hz, 655 Hz, 660 Hz, 665 Hz, 670 Hz, 675 Hz, 680 Hz, 685 Hz, 690 Hz, 695 Hz, 700 Hz, 705 Hz, 710 Hz, 715 Hz,
Is sound on film still used?
There was a time when it was hard to imagine movies without sound. However, with the advent of digital cinema, some people are asking whether or not sound is still necessary. In this article, we will explore the use of sound in film and discuss its importance.
Many people believe that sound is one of the most important elements of cinema. It can be used to create suspense, to convey emotion, and to add realism to a scene. In fact, sound is so important that it is often referred to as the ” forgotten element of cinema.”
One of the biggest advantages of using sound in film is that it can help to create a sense of immersion. For example, if you are watching a movie about a war, the sound of gunfire and explosions can help to put you right in the middle of the action. In addition, sound can be used to create a sense of space. For example, if you are watching a movie that takes place in a small town, the sound of the wind and the sound of people walking on the street can help to create a sense of realism.
Another advantage of using sound in film is that it can help to convey emotion. For example, if a character is sad, the sound of a sad song can help to convey that emotion to the audience. In addition, sound can be used to create suspense. For example, if you are watching a horror movie, the sound of a scary noise can help to make you feel scared.
Finally, sound can also be used to help the audience understand what is happening in a scene. For example, if a character is talking on the phone, the sound of the other person talking can help the audience understand what is being said. In addition, if a character is walking, the sound of their footsteps can help the audience to follow them.
Despite the advantages of using sound in film, there are some people who believe that it is no longer necessary. One of the biggest reasons for this is the rise of digital cinema. With digital cinema, it is now possible to create movies without any sound at all. In fact, there are a number of movies that have been created using only images and no sound.
Although it is possible to create movies without sound, I believe that sound is still an important element of cinema. One of the biggest reasons for this is that sound can help to create a sense of immersion. For example, if you are watching a movie about a war, the sound of gunfire and explosions can help to put you right in the middle of the action. In addition, sound can be used to create a sense of space. For example, if you are watching a movie that takes place in a small town, the sound of the wind and the sound of people walking on the street can help to create a sense of realism.
Another reason why I believe that sound is important is because it can help to convey emotion. For example, if a character is sad, the sound of a sad song can help to convey that emotion to the audience. In addition, sound can be used to create suspense. For example, if you are watching a horror movie, the sound of a scary noise can help to make you feel scared.
Finally, sound can also be used to help the audience understand what is happening in a scene. For example, if a character is talking on the phone, the sound of the other person talking can help the audience understand what is being said. In addition, if a character is walking, the sound of their footsteps can help the audience to follow them.
What are sound techniques?
Sound techniques are sounds that are purposely used in film, television, theatre, and other forms of audio media to create a desired effect. There are many different types of sound techniques, and each one is used to achieve a specific goal. Some common sound techniques include sound effects, Foley, and music.
Sound effects are sounds that are created artificially and added to a piece of audio media. They are used to enhance the listener’s experience and to create a more realistic environment. Sound effects can be anything from the sound of a car driving to the sound of a sword being drawn.
Foley is the process of creating sound effects specifically for film and television. Foley artists use various objects to create the desired sound, such as metal plates, cloth, and wood. They often have to create sounds that wouldn’t normally be heard, such as the sound of a person walking on snow.
Music is a type of sound that is often used to set the mood of a scene or to convey a specific emotion. It can be used to make a scene more exciting or to make it more sad. Music can also be used to cover up unwanted sounds or to create a specific sonic texture.
What are the 4 types of sound?
There are four types of sound: pitched, unpitched, noise, and silence.
Pitched sounds are those that have a definite frequency and are heard as a musical note. Unpitched sounds are those that do not have a definite frequency, such as the sound of thunder. Noise is a mixture of pitches and unpitched sounds, and silence is the absence of sound.