771 Royalty-Free Audio Tracks for "Signal"

Recorded using an alesis qs8 keyboard using a direct signal. This sound file is unedited so you will most likely hear mistakes or musical nonsense. This sound file is not a performance but rather a practice session that have been recorded for later listening and reference. This sound file can be used in accordance with the freesound. Org creative commons license. Thank you for listening.

This is a sound effect i created using chiptone. You don't need to credit me. You can download this sound effect as needed and use it for any project. You can support me by donating to my ko-fi page here: https://ko-fi. Com/staycalm182.

Self-created fire alarm. The idea is based on the typical fire alarm in buildings and was supplemented by a typical (slightly pitched) sound sequence of the us emergency vehicles. The sounds and the composition were created completely with audacity. I would be happy about suggestions for improvement and how you have used the sound sequence. I used it as a fire alarm in my home automation.

Murchunga (nepali: मुर्चुङ्गा) is one of the ancient musical instrument as jaw harp. This collection is a sample sound from one-particular instrument that comes pre-tuned to a scale when crafted. And the device being too tiny to produce the sound signal, it was difficult to record the full length and frequencies. There could be other better sounds from a professional recorder. It just gives an idea of how it hears.

This sound was recorded halfway up to the castle santa barbara in the city of alicante. Signal that carries a connotation of alert. His tone and timbre are characteristic of this element. "possessed by almost all modern cities and whose use is reserved for that fateful day when the sound will be followed by the disaster. " (schafer, 2013). Recorded by a zoom h5 recorderrecorded in 48khz 24bit wave. .

Files from my "nebelom" glitch-experimental project (http://www. Last. Fm/music/nebelom) you can download my "qvvmhs" album from here: http://www. Fileden. Com/files/2007/1/25/691289/nebelom%20-%20qvvmhs. Zip use this sounds freely, if you like it please tell me - i'm gonna be very happy :).

Electronic descending tones, could be used for a game over or lost a life for a game, or perhaps for a digital signal for another kind of event in a game?. I make other sfx and short musical compositions for games/apps, i release all sounds here under creative commons no restrictions to do as you wish with, so check out my other sounds.

This is one of the many sounds that reactable from mtg (upf) can do. Mtg is a research group specialized in audio signal processing, music information retrieval, music interfaces, and computational musicology. This sound tries to reflect the work that is being done there about music and computation. Learn more at: https://www. Upf. Edu/web/mtg. Sound taken from reactable demo: https://www. Youtube. Com/watch?v=mgy1s8qymx0.

I foudd this frequency, between 4450 and 4475 khz whilst going through channels on radiosdr. Org. It sounds a bit like a printer and then lower down sounds like a laser. Sorry for the sound of me pressing the keyboard, my laptop has an internal microphone so this was picked up.

This is the digital belgian railroad crossing alarm sound. The belgian railroad company infrabel replaced all the mechanical bells at railroad crossings with a pulsating digital sound that they claim to be more efficient and safe then the previous analog bell sound. Infrabel made this recording available online as part of a media campaign about the replacement.

This is an editied version of acclivity's sound file, "30832_acclivity_summereveninginmygarden". His original file contains a barking dog, which depending on your usage, can deter from the intent of your project. Since acclivity's recording has excellent signal to noise ratio, and has captured some beautiful birdsong, i thought other people might be able to use this edited file with all the dog barking taken out.

A signal sound of the pedestrian traffic light in the center of auckland city, new zealand. A sound archetype that you can listen in most of the main crossings in auckland. Background noise: traffic, human voices, girl playing accordion. Recorded by a iphone 4 internal mic. Recorded on february 02nd, 2015 in the light crossing of queen st and wyndham st, auckland cbd, new zealand. Recorded at 14:59pm.

This is static actually coming from my radio but its plugged into the same cord as my tv & they are very close together. So it's actually interference. Also the proximity of my phone gives more sound (ringy static). That really awesome modulating sound is the moment between clicking the on button & the picture coming on the screen. 2nd try was better after i adjusted the tuner a bit.

This is a fragment from the aria ah mes amis at a lower pitch and badly performed. Iintend to use it for a coursera homework (audio signal processing for music applications). The intention is to transpose it and simulate a morfing like a falseto to the true key where the tenor hits high c, which i obviously cannot hit, otherwise i wouldn't be taking coursera courses and uploading to freesound. . .

Very noisy voice-like sound among white noise. Created when incorrectly importing an audio file. Edited with audacity. This sound is cc0 but i highly recommend that you include a link to this page when using it, to avoid misunderstandings. Http://farm9. Staticflickr. Com/8070/8213683889_517a10ef52_o. Pngon flac and ogg vorbis audio file formats. Contact me if you have interest in specific sounds for open source or commercial purpose.

The sound of my radio noisy. Recorded within the shooting for my filmhttps://www. Youtube. Com/watch?v=b3nh1acesig. You can use this sound for free. It would be nice if you add this to your credits:sounds by https://www. Youtube. Com/user/diramus. Sound recorded with the zoom h1. Thanks for using ;).

This is a field recording, done using a zoom h6 with attached stereo mic. The limiter (general type) was activated on the channel. This is the raw recording without any eq or dynamics added. A quick normalization gave a nice, rich signal that you might be able to use for any purpose. Apply a low pass filter to cut out the rain. Well, enjoy. :). More of this will be uploaded.

Rndstep generated sample and hold signal of the waveshaped neóni output passed into rings same cv used through dpo, some low pass filtering in qpas, much modulation using øchd, erbe-verb as reverb. Morphagene mix 50:50 1/2 speed, slide position modulated with øchd. Fed into x-pan. Morphagene ready, so get ready to enjoy for incidental stuff etc.

A recreation of a lavalier microphone pop. Useful for reality or documentary where an interviewee may rip off their mic or you simply want to create the illusion of that drama. Also useful to incorporate into a "signal lost" effect, etc. Processed with some limiting so it's tamed and ready to throw in a mix. Recorded with an mxl lsm-3 dynamic mic, no reason to abuse my real lav mics.

Creation date: 16 - 06 - 2017. Details of this sound:. Subject of recording:- object : bedside lamp switch- material : plastic- peculiarity : button + sizzles of bulb. Place of capture:- type : inside- resonance : none- distance from source : 20 cm / 1 lien. Recorder:- recorder : tascam dr-40 v2- type of microphone used : condenser microphone- wind shield : none. Recording parameters:- capture type : mono- resolution : 16bit and 44,1khz. Software used:- fl studio 11. Fx added:- edison : to amplify the signal and to suppress parasites. _______.

Creation date: 08 - 06 - 2017author: alayan. Details of this sound:. Subject of recording:- object : mechanical keyboard of computer- material : plastic- feature : none. Place of capture:- type : inside- size of the room : 8m^3- coating of room : wood et plaster- content of the room : home furnishings. Recorder:- recorder used : tascam dr-40 v2- type of microphone used : condenser microphone- wind shield : none. Recording parameters:- capture type : stereo- input level : 27. Software used:- fl studio 11. Fx added:- edison : for amplifying the signal.

Japanese traffic in the summer: passing cars and tracks and some motorcycles, cicadas, recorded with iphone, nearby crossroad of the six-lane road and a large park in tokyo. First 40 seconds is crossing the six-lane road. From 54 seconds cars in the six lanes start to come toward me and pass by. At the end of the audio, the signal turns to red again. Pedestrians cannot cross this road.

A marimba note being struck while thrown in to the air. Can't remember the mic that was used but it was a condensor mic. This was recorded in my room so unfortunately the signal to ambient noise ratio isn't great. The sound can be used for free (though it would be great to hear about what you do with it). It may not be re-distributed as it is, or as part of a compiled sound library.

A simple recording of a metal drawer. Recorded with zoom h4n + sontronics stc-10 pencil condensors. This was recorded in my room so unfortunately the signal to ambient noise ratio isn't great, i think it's just passable though. The sound can be used for free (though it would be great to hear about what you do with it). It may not be re-distributed as it is, or as part of a compiled sound library.

The inspire project (http://image. Gsfc. Nasa. Gov/poetry/inspire/)offers a public continuous source of audible signal in vlf band direct of our ionosphere. In this pack i have extracted a selection of fragments of a minute of duration recorded at 7:01 am (local time) every day during approximately a month. If it interests to you listen more of this material you can connect here to stream:http://icecast. Msfc. Nasa. Gov:8000/inspire.

Czech ok0epb exact time pendulum beacon recorded in qth jn79ek on 5. 258,64 khz after 15 utc. Some qrm from talking g usb stations on 5. 258,50 khz. Signal strength s7-9 all the time. Construction of beacon: ok1df. This beacon probably will end on dec 31st 2011 at 24. 00 cet if czech defense ministery will not permit licenses prolongation for ok stations traffic on 5 mhz band. This station have moved on 7. 039,4 khz.

Birds of paradise displaying in their usual frantic manner. Uses the dpo and edorphin. Es furthrrrrgenerator as sound sources. Mimeo phone and qpas- erbe-verb for effects. Part of signal passed trhrough morphagene, variable grain size and speed. Thanks to the guys and gals at endorphin. Es and make noise. No sponsors, just great inventive people, like all other modular manufacturers out there!. Stay safe and healthy,best,. Jim bretherick.

This sound is 50 ms, 2000 hz pure tone with double linear fadeout through it's whole length. Sampling rate of 8 khz is already an overkill (nyquist frequency is at 4 khz, while all energy of this sound is present in narrow 2 khz frequency range). Created with audacity for use with ardour 3, a free and opensource daw for linux and mac (http://ardour. Org).

Processed version of:https://freesound. Org/people/toiletrolltube/sounds/422056/which is itself a processed version of:https://freesound. Org/people/gis_sweden/sounds/417382/. Signal chain was as follows:1) gate (otherwise the quiet parts would have a lot of digital sounding noise after processing)2) spectral processing (frequency reversing) applied using unfiltered audio's specops vst plugin. 3) reverb4) slight compression. Effects 1), 3) an 4) above were applied using ableton live's built in effects.

Phonograph cylinder recording from Filaret Kolessa collection. This file contains the raw (unprocessed) signal from the cylinder no. 39, played at rate of 90 rpm, and is provided for research purposes. To hear the corresponding processed recording, please open File:Stepan Pasiuha - Pro udovu.flac. Українська: Фонографічний запис із колекції Філарета Колесси. Цей файл містить «сирий» (необроблений) сигнал фоновалика № 39, відтворений на швидкості 90 обертів на хвилину. Цей файл збережено для дослідницьких цілей. Щоб послухати опрацьований запис, будь ласка відкрийте: File:Stepan Pasiuha - Pro udovu.flac.

Phonograph cylinder recording from Filaret Kolessa collection. This file contains the raw (unprocessed) signal from the cylinder no. 37, played at rate of 90 rpm, and is provided for research purposes. To hear the corresponding processed recording, please open File:Ostap Kalnyi - Pro udovu.flac. Українська: Фонографічний запис із колекції Філарета Колесси. Цей файл містить «сирий» (необроблений) сигнал фоновалика № 37, відтворений на швидкості 90 обертів на хвилину. Цей файл збережено для дослідницьких цілей. Щоб послухати опрацьований запис, будь ласка відкрийте: File:Ostap Kalnyi - Pro udovu.flac.

The reconstruction of the harmonica1. Wav. This sound comes from freesound with license creative commons 0. I've analyzed it with the models_gui of the sms-tools repository of the audio signal processing for music applications course from the university pompeu fabra. They told me to use one sound for my week 7 assignment and to make some analysis and synthesis on it. I do not know where they took it. For more information ask xavier serra. Https://www. Freesound. Org/people/swapnil_gt/sounds/255115/.

The reconstruction of the harmonica1. Wav. This sound comes from freesound with license creative commons 0. I've analyzed it with the models_gui of the sms-tools repository of the audio signal processing for music applications course from the university pompeu fabra. They told me to use one sound for my week 7 assignment and to make some analysis and synthesis on it. I do not know where they took it. For more information ask xavier serra. Https://www. Freesound. Org/people/swapnil_gt/sounds/255115/.

The reconstruction of the harmonica1. Wav. This sound comes from freesound with license creative commons 0. I've analyzed it with the models_gui of the sms-tools repository of the audio signal processing for music applications course from the university pompeu fabra. They told me to use one sound for my week 7 assignment and to make some analysis and synthesis on it. I do not know where they took it. For more information ask xavier serra. Https://www. Freesound. Org/people/swapnil_gt/sounds/255115/.

This is a transformation of the original recording https://freesound. Org/people/pinehadmz/sounds/369501/. For week 10 "musical piece" assignment for the audio signal processing for music applications online class. There are three layers, panned in stereo. Each syllable of each layer was randomly pitch shifted to a note in the minor scale using the harmonic plus stochastic model. Each harmonic track was thickened with extra harmonics during the synthesis process too to make it extra weird.

An edited version of my upload uke_single_notes. Wav. I shortened that recording to its last four notes, then included a fade out to eliminate most of the non-ukelele sound at the end. This recording has notes as follows: g4 g4 a4 d4. This sound was originally created for the coursera course "audio signal processing for music applications. " i recorded this sound myself with a zoom h2 microphone and a kala classical ukelele.

Broadmoor hospital siren test. The broadmoor siren. Every monday morning at ten o'clock the deafening sound of an air-raid siren disturbs the peace over a large area of the leafy commuter belt that is berkshire, uk. The signal sounds the familiar alternating high-low note, followed by a constant all-clear note five minutes later. It's not a re-enactment of the blitz; it's a test of the escape alarm at the local mental hospital, broadmoor.

Phonograph cylinder recording from Filaret Kolessa collection. This file contains the raw (unprocessed) signal from the cylinder no. 31, played at rate of 90 rpm, and is provided for research purposes. To hear the corresponding processed recording, please open File:Ivan Kucherenko - Pro udovu.flac. Українська: Фонографічний запис із колекції Філарета Колесси. Цей файл містить «сирий» (необроблений) сигнал фоновалика № 31, відтворений на швидкості 90 обертів на хвилину. Цей файл збережено для дослідницьких цілей. Щоб послухати опрацьований запис, будь ласка відкрийте: File:Ivan Kucherenko - Pro udovu.flac.

Phonograph cylinder recording from Filaret Kolessa collection. This file contains the raw (unprocessed) signal from the cylinder no. 59, played at rate of 90 rpm, and is provided for research purposes. To hear the corresponding processed recording, please open File:Filaret Kolessa - Temna nichka.flac. Українська: Фонографічний запис із колекції Філарета Колесси. Цей файл містить «сирий» (необроблений) сигнал фоновалика № 59, відтворений на швидкості 90 обертів на хвилину. Цей файл збережено для дослідницьких цілей. Щоб послухати опрацьований запис, будь ласка відкрийте: File:Filaret Kolessa - Temna nichka.flac.

Phonograph cylinder recording from Filaret Kolessa collection. This file contains the raw (unprocessed) signal from the cylinder no. 1, played at rate of 90 rpm, and is provided for research purposes. To hear the corresponding processed recording, please open File:Hnat Honcharenko - Kozachok Polianka.flac. Українська: Фонографічний запис із колекції Філарета Колесси. Цей файл містить «сирий» (необроблений) сигнал фоновалика № 1, відтворений на швидкості 90 обертів на хвилину. Цей файл збережено для дослідницьких цілей. Щоб послухати опрацьований запис, будь ласка відкрийте: File:Hnat Honcharenko - Kozachok Polianka.flac.

Grabación en la quebrada la vieja. Bogotá-colombiasonidos acuáticos y canto de aves en medio de los cerros con interferencia de celular 05:55 a. M. Grabado con zoom h4n a 48khz y 24 bits de profundidad. Field recording from river la vieja. Bogotá - colombiaaquatic and birdsong sounds in between the hills with a cellphone signal interference 05:55 a. Mrecorded with zoom h4n at 48khz and 24 bits.

Violet aka purple noise power density increases 6 db per octave with increasing frequency over the frequency range. It is also known as differentiated white noise, due to its being the result of the differentiation of a white noise signal. I created this by looping http://en. Wikipedia. Org/wiki/file:purple_noise. Ogg. Which is copylefted, however i claim that they can't be protected based on http://en. Wikipedia. Org/wiki/threshold_of_originality (check language sidebar on wikipedia page for other jurisdictions).

Recorded may 23rd 2022 at noon for the 70 year anniversary of the first siren test in sedgwick county, kansas. (april 22, 1952). 50-65 feet from the siren. This thunderbolt was installed in 1952 and remained until sometime between 2012 and 2015 when the siren head was replaced with a newer bolt. The original controls and blower remain, however.

This sound is a 1-sample long impulse at 48 khz. It covers the whole frequency range with equal power. This is a perfect sample for exciting your guitar amp or reverb unit to capture it's impulse response (ir). You can also play it through a speaker in a reverbant room to capture it's reverb characteristics. Remember that the ir sample will be no flatter than your speaker's performance multiplied by your microphone's performance (frequency response characteristics). The sample has exaclty 1 second of silence, then the impulse, then another second of silence to ensure the impulse will be played clean and untruncated on any sound system or device. My test with ir lv2 convolution plugin have proven, that this sample has absolutely flat frequency response - convolved signal was identical to the source signal. After normalization and sample-alignment of the sound clips i have inverted the polarisatin of one of them and summed them - result was absolute silence, even no hiss was present as a result. This shows the accuracy of the convolution process and proves this sound to be perfect for sampling ir. The impusle was generated with c* dirac ladspa plugin. Created using audacity.

Electro-magnetic interference from a desktop computer, and an at&t; cordless phone handset cl82301 when held near the internal ferrite antenna on the back right of a 13-year-old boombox listening to the am broadcast band. Recorded 2 years ago so i forget where i was listening. Recorded with goldwave from line-in. You hear emi from the computer at first, then i bring the phone on standby near the radio and you hear a series of nearly pure tones. The phone comes on and you hear a distorted dial tone. I move the phone away from the radio for a few seconds and you hear the computer again, then i bring the phone near and you hear a distorted busy signal. I disconnect and the phone continues sending to the base for a few seconds so you just hear a hum, then the idle tones are heard, then the computer noise as i remove the phone.

Phonograph cylinder recording from Filaret Kolessa collection. This file contains the raw (unprocessed) signal from the cylinder no. 55, played at rate of 90 rpm, and is provided for research purposes. To hear the corresponding processed recording, please open File:Hnat Honcharenko - Pro sestru i brata 2.flac. Українська: Фонографічний запис із колекції Філарета Колесси. Цей файл містить «сирий» (необроблений) сигнал фоновалика № 55, відтворений на швидкості 90 обертів на хвилину. Цей файл збережено для дослідницьких цілей. Щоб послухати опрацьований запис, будь ласка відкрийте: File:Hnat Honcharenko - Pro sestru i brata 2.flac.

Phonograph cylinder recording from Filaret Kolessa collection. This file contains the raw (unprocessed) signal from the cylinder no. 25, played at rate of 90 rpm, and is provided for research purposes. To hear the corresponding processed recording, please open File:Mykhailo Kravchenko - Plach nevolnykiv 0.flac. Українська: Фонографічний запис із колекції Філарета Колесси. Цей файл містить «сирий» (необроблений) сигнал фоновалика № 25, відтворений на швидкості 90 обертів на хвилину. Цей файл збережено для дослідницьких цілей. Щоб послухати опрацьований запис, будь ласка відкрийте: File:Mykhailo Kravchenko - Plach nevolnykiv 0.flac.

Phonograph cylinder recording from Filaret Kolessa collection. This file contains the raw (unprocessed) signal from the cylinder no. 6, played at rate of 90 rpm, and is provided for research purposes. To hear the corresponding processed recording, please open File:Mykhailo Kravchenko - Pro pikhotyntsia 8.flac. Українська: Фонографічний запис із колекції Філарета Колесси. Цей файл містить «сирий» (необроблений) сигнал фоновалика № 6, відтворений на швидкості 90 обертів на хвилину. Цей файл збережено для дослідницьких цілей. Щоб послухати опрацьований запис, будь ласка відкрийте: File:Mykhailo Kravchenko - Pro pikhotyntsia 8.flac.

Phonograph cylinder recording from Filaret Kolessa collection. This file contains the raw (unprocessed) signal from the cylinder no. 18, played at rate of 90 rpm, and is provided for research purposes. To hear the corresponding processed recording, please open File:Mykola Dubyna - Pro pikhotyntsia 2.flac. Українська: Фонографічний запис із колекції Філарета Колесси. Цей файл містить «сирий» (необроблений) сигнал фоновалика № 18, відтворений на швидкості 90 обертів на хвилину. Цей файл збережено для дослідницьких цілей. Щоб послухати опрацьований запис, будь ласка відкрийте: File:Mykola Dubyna - Pro pikhotyntsia 2.flac.

Phonograph cylinder recording from Filaret Kolessa collection. This file contains the raw (unprocessed) signal from the cylinder no. 30, played at rate of 90 rpm, and is provided for research purposes. To hear the corresponding processed recording, please open File:Mykhailo Kravchenko - Pro udovu 6.flac. Українська: Фонографічний запис із колекції Філарета Колесси. Цей файл містить «сирий» (необроблений) сигнал фоновалика № 30, відтворений на швидкості 90 обертів на хвилину. Цей файл збережено для дослідницьких цілей. Щоб послухати опрацьований запис, будь ласка відкрийте: File:Mykhailo Kravchenko - Pro udovu 6.flac.