1,968 Royalty-Free Audio Tracks for "Computer"

When you log in to a service! and when you log out from a service!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄. Enjoy!/matrixxx.

Simple retro video game sound effects created using the amazing, free chiptone tool. Http://sfbgames. Com/chiptone. For this pack i selected the lose generator as a starting point. It's always nice to hear back from you. What projects did you use these sounds for?please let me know. ;-).

[retro_bird_02. Wav]. A bird?!. This sound can for example be used in games, for example when the player is talking to an npc (little bird in this case) - you name it!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄. Enjoy!/matrixxx.

[turn_on_turn_off_02. Wav]. When you start up your hardware/software! and when you shut down your hardware/software!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄. Enjoy!/matrixxx.

[turn_on_turn_off_01. Wav]. When you start up your hardware/software! and when you shut down your hardware/software!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄. Enjoy!/matrixxx.

[security scanning 02. Wav]. [security scanning 01 remastered. Wav]. Security scanning!. Can for example be a robot patrolling or lasers that you have to avoid in order to not get detected and/or killed!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄. Enjoy!/matrixxx.

I was playing around with my sampler fx today and decided to rig up my electric guitar. I use a fender american special stratocaster, hooked up to an akai s2000 sampler with on-board fx - distortion and guitar metal applied in real time, the signal then sent through to amplitube fx rack on my computer with vintage crunch setting. This is a strum of the lower e open. I recorded a number of stabs and thought this clip might come in useful.

Simple retro video game sound effects created using the amazing, free chiptone tool. Http://sfbgames. Com/chiptone. For this pack i selected the hurt generator as a starting point. I tried to stick to c as the root note. It's always nice to hear back from you. What projects did you use these sounds for?please let me know. ;-).

I wanted to make a very gentle wakeup alarm for my android phone. It's a 25-minute long fade in of a pure 3-khz tone. Created with audacity. I encoded this to ogg vorbis for personal use, but i'm sure you can do this better for yourself (maybe you'll prefer other format), so here you have a quality flac file for source.

I say "ofishal in the mix" in a deep voice. The vocal sample is a response to the sample request "simple samples" by dj ofishal. Have fun with it! :). Recorded with zoom h2n handy recorder and audacity. Connect to computer with audio i/f mode. Recording mode: xy stereosampling frequency: 44. 1khz/16bitinput gain: auto gain, soloedited and exported to flac with audacity. Supportyou like this sound? then support my work and flattr this sound!. Http://api. Flattr. Com/button/flattr-badge-large. Png.

Simple retro video game sound effects created using the amazing, free chiptone tool. Http://sfbgames. Com/chiptone. For this pack i selected the blip generator as a starting point. I tried to stick to c as the root note. It's always nice to hear back from you what projects you use these sounds for. Please let me know. ;-).

The mechanical noise and signature "chord" associated with the "mac mini (2010 model)" upon startup/boot. Brief mechanical motor and clicking noises followed by the famed sustained f sharp major chord (detuned 30 cents flat) being projected over low quality, built-in speakers. Mechanical noise has defined pitch and is predominantly in the mid-high frequencies. Recorded on zoom h2n, in small, empty room. Audio clip normalized in post-processing.

This is a "happy birthday to you" rendition to celebrate the 15th freesound birthday (april 5th 2020). The sound has been made by researchers of the music technology group of universitat pompeu fabra (i. E. Where freesound happens!), and voctrolabs. The sound uses choir synthesis technology developed for the trompa eu project. This means that what you hear are not real singers but synthesized voices generated by a computer! the score adaptation for choir is based on a score published in the choral public domain library. Hope you enjoy it and. . . . Happy birthday dear freesound!.

I thought i had a diy contact mic somewhere, but i did not find it. But i found another thing. A contact mic for an instrument tuner. But (again) it had a 1/4 inch mono plug. That meant i could not connect it to my computer mic in. But (i know) what if i plug it in to my modular synth. Surprise. . . Then i could add a little filter, pan and spring reverb. So clamped the mic on to my external 3,5 inch disc drive and recorded. This is my submission to dare 51.

I was just messing around in audacity, like i usually do all the time. I made a corrupt audio file, and i found this extremely weird sound. I got rid of all the white noise, which made it sound even weirder, then i slowed it down and got this sound. You can use this however you want. I'm not sure what it's even meant for, like something being activated, robot beeping, etc. Enjoy. :).

Shell casings being dropped onto a tiled floor. I got some shell casings from a local shooting range and recorded the sound of various sized casings bouncing on a tiled floor. I used a usb condenser mic (samson co1u pro) with audacity. The section of floor i dropped the shells onto was surrounded by acoustic panels to dampen the echos. A couple times the casing bounced into the mic stand, but i've left them in because they're still useful. There was some background noise caused by my computer which i removed with audacity.

I installed in december 2011 my sound data for bfd-eco, an acoustic drum vst that really rocks. By that time i had my akai mpc 1000 connected to my computer to do some sampling. While i didn't do any sampling while the installation progressed i did hear that the external hard drive that i was installing onto sent out disturbing binary pulses that my mpc picked up. I quickly started the sampler, and recorded as much as i could of the noises. This is the result.

Sound created and generated with the software "bitmaps & waves" version 3. 10. 1. I'm totally in love with this software, it let's you take an image, and "convert" it into a lovely sound. This was the best one i got so far, the image used can be found here: http://cdn3. Pitchfork. Com/advance/art/535/2172873c. Jpgand the software can be downloaded here: http://victorx. Eu/bitmapplayer. Htm.

Afternoon rain, a light rain or drizzle. Recorded with my desktop computer, anhp pavillion with vista and realtek audio. Standard microphone. Since the rain wasnot blowing in the door, i could hangthe mike out the door. Audacity was myplatform, with very little processing. This version was recorded with the default amplitude at o db. There is a little thunder now and then,and birds chirping outside, mostlycatbirds or mockingbirds. At one pointone of my neighbors was outside talking,the conversation is not distinguishable. This recording is just over 37 minutes. Since there was almost no wind or breeze, the rain is easy to hear. Thatis when it falls on the sidewalk.

Glitch sfx #1. Modify/use however you want. I made this by playing a couple sine waves on different notes, then i added a fruity waveshaper to add harmonics whenever one of the sine waves clips, then filtered out the original sine waves, leaving you with the distorted harmonics you have here. Made with fl studio 12, massive, waveshaper, and edison. If you use this in anything, please put it in the comments, me and other people may want to check it out!.

I recorded the sound of my wooden, squeaky screen door opening and then bouncing shut with a couple bangs. You can hear the squeak of the hinges as the door is opened, then again as it starts to close. The stretching and retraction of the spring is slightly noticeable. The door bounces a couple times as it closes, and you can also hear the latch rattling at this time. Recorded with audacity on my computer using a cheap, hand-held piezo mic. (i recorded this for use in a theatrical play i was working on [ daddy's dyin'. . . Who's got the will? ] because i couldn't find anything suitable elsewhere. ).

Simple retro video game sound effects created using the amazing, free chiptone tool. Http://sfbgames. Com/chiptone. For this pack i selected the zap generator as a starting point. I tried to stick to c as the root note. It's always nice to hear back from you. What projects did you use these sounds for?please let me know. ;-).

I run my program 3 times and recorded. Joined, panned, added reverb and fade out. -----------------------------------import randomimport winsoundant = 1while ant < 25:ton = random. Choice([131, 165, 196, 247, 65, 262, 330, 392, 494])# c = 65. 41# c = 131. 8 : e = 164. 8 : g = 196. 0 : b = 246. 9# c1 = 261. 6 : e1 = 329. 6 : g1 = 392. 0 : b1 = 493. 9dur = random. Choice([2000, 3000, 4000])# duration in millisecondsprint ton, durwinsound. Beep(ton, dur)ant = ant + 1-----------------------------------.

Sounds like something is working, or loading. It could be an ai, it could also be a loading screen!. This sound can for example be used in real-time strategy games, for example when the player is clicking on a building/construction - you name it!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄. Enjoy!/matrixxx.

Rode nt4 -> maudio delta1010lt, capturing a lightning strike that made the walls of my house shake, and forced me to turn off my computer. The lightning occured ~167 meters away from the microphone, calculated from the time lapse between the initial dc spike and the start of audible strike. Clipped quite a bit, had the input slightly too high, but did not expect one to hit so close. A picture hanging on my wall shook violently when this one hit. This was captured at the end of session on 5_28_2006, same night as http://freesound. Iua. Upf. Edu/samplesviewsingle. Php?id=19283.

This sound is produced by one of the eye tracker experiments at cbc (upf). These experiments are oriented to newborns and it analyzes their brain cognition by stimuli. As researchers of the center for brain and cognition, we work to advance our understanding of how experience influences the emergence of structure and function through computational and experimental investigation. We are also interested in understanding how mechanisms regulating brain development interact with the effects of experience to produce the structural and functional characteristics of the brain. These lines of research clarify how specific biological mechanisms routinely support the emergence of cognitive functions, leading to insights into why experience is so important for normal brain development. Learn more at: https://www. Upf. Edu/web/cbc.

This sound is produced by one of the eye tracker experiments at cbc (upf). These experiments are oriented to newborns and it analyzes their brain cognition by stimuli. As researchers of the center for brain and cognition, we work to advance our understanding of how experience influences the emergence of structure and function through computational and experimental investigation. We are also interested in understanding how mechanisms regulating brain development interact with the effects of experience to produce the structural and functional characteristics of the brain. These lines of research clarify how specific biological mechanisms routinely support the emergence of cognitive functions, leading to insights into why experience is so important for normal brain development. Learn more at: https://www. Upf. Edu/web/cbc.

This sound is produced by one of the eye tracker experiments at cbc (upf). These experiments are oriented to newborns and it analyzes their brain cognition by stimuli. As researchers of the center for brain and cognition, we work to advance our understanding of how experience influences the emergence of structure and function through computational and experimental investigation. We are also interested in understanding how mechanisms regulating brain development interact with the effects of experience to produce the structural and functional characteristics of the brain. These lines of research clarify how specific biological mechanisms routinely support the emergence of cognitive functions, leading to insights into why experience is so important for normal brain development. Learn more at: https://www. Upf. Edu/web/cbc.

I made a small python program that generates 20 random beeps. I record the outcome. I cut the result so that the first beep starts after 0. 01 secthe file ends right after the last beep. (i'm a python noob. . . If you find something you don’t like in the code please let me know. ). # gis_sweden 20170531 - random beep in python :-)import winsoundimport randomimport timebeepnr = 1. While beepnr < 21:freq = random. Randrange(1000)+110dur1 = random. Randrange(700)+20dur2 = random. Randrange(10)+2winsound. Beep (freq, dur1)time. Sleep(dur2/10)print 'beep number', beepnrbeepnr = beepnr + 1.

I made a small python program that generates 20 random beeps. I record the outcome. I cut the result so that the first beep starts after 0. 01 secthe file ends right after the last beep. (i'm a python noob. . . If you find something you don’t like in the code please let me know. ). # gis_sweden 20170531 - random beep in python :-)import winsoundimport randomimport timebeepnr = 1. While beepnr < 21:freq = random. Randrange(1000)+110dur1 = random. Randrange(700)+20dur2 = random. Randrange(10)+2winsound. Beep (freq, dur1)time. Sleep(dur2/10)print 'beep number', beepnrbeepnr = beepnr + 1.

Made from taking two large atx (the form factor, the chassis) computer panels (that i havent used in quite some time), rubbing the entirety of them together quite brashly (one is on the ground), keeping the recorder on xy setup in my other hand in unison then dropping them onto each other. Inside of reaper, i begin changing the rate and pitching them down and applied saturation, distortion and reverberation gave them a very clean effect of a decrepit gate shutting down. Good for trapping your enemies in a battle to the death for which the title is inspired from; one of those tension moments a person in a film/game finds themselves in.

I made a small python program that generates 20 random beeps. I record the outcome. I cut the result so that the first beep starts after 0. 01 secthe file ends right after the last beep. (i'm a python noob. . . If you find something you don’t like in the code please let me know. ). # gis_sweden 20170531 - random beep in python :-)import winsoundimport randomimport timebeepnr = 1. While beepnr < 21:freq = random. Randrange(1000)+110dur1 = random. Randrange(700)+20dur2 = random. Randrange(10)+2winsound. Beep (freq, dur1)time. Sleep(dur2/10)print 'beep number', beepnrbeepnr = beepnr + 1.

This sound is produced when manipulating a hat with electromagnetic sensors which is used to measure the brain activity. This hat is from cbc (upf) for the brain cognition experiments. As researchers of the center for brain and cognition, we work to advance our understanding of how experience influences the emergence of structure and function through computational and experimental investigation. We are also interested in understanding how mechanisms regulating brain development interact with the effects of experience to produce the structural and functional characteristics of the brain. These lines of research clarify how specific biological mechanisms routinely support the emergence of cognitive functions, leading to insights into why experience is so important for normal brain development. Learn more at: https://www. Upf. Edu/web/cbc.

This is the sound of a spaceship's underbelly cargo hatch closing mid-flight after receiving a cargo transfer. The sequence begins with a warning alarm indicating the hatch closing, followed by the sound of the giant servos rotating the dual bay doors up and inward until the bay is sealed shut and locked. An all clear signal is given, reverberating into the dark, silent chamber. Made in logic pro, completely synthesized with es2 and mac's built in speech synthesis for vocal alarm. No unoriginal samples or sounds were used in the creation of this sound. Use freely as desired, but i would appreciate credit.

[hint_clue_trace_01. Wav]. Someone is giving you a hint/clue in a stressful situation!. This sound can for example be used in games, for example when the npc pops up at the player's television/computer/smartphone/tablet-screen and gives a hint/clue, for example via dialogue which says "hurry up before he escapes!" - you name it!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄. Enjoy!/matrixxx.

would you get the door? i have a package coming that needs to be signed-for. . (chuckle) "sure. ". (pause) "are you dressed?" heh. Of course he changed his tune, but i was already headed for the stairs. Yep. Sure did. I didn’t step outside, though. Figured it was safer to let ‘em in…. Here’s a quick tip: when you’re holding the little computer thingie and signing, your hands are occupied. The thing kept rejecting my signature. Like, five times. Also if the package is on the floor, how you pick it up calls for considered forethought. I'd already sidestepped, um, all of that. Since when do two guys deliver one package?.

From Die Zauberflöte, K.620 Wenn Tugend und Gerechtigkeit ... "When virtue and justice spread the path of the great with fame.." These pages contain some of my MIDI sequences of classical music in general midi (GM) format, linked so that you can download or play them by clicking on the links. The sequences are intended to be heard on a computer sound card, and do not include system exclusive messages or controllers other than volume, pan, reverb and chorus. They are all in the public domain. That is, they are no-one's intellectual property: they may be freely copied, adapted, tinkered with and, I hope, surpassed by others.

Rear channels of a 4ch-surround recording of the interior atmo of a small airbus passenger airliner (a lufthansa flight from london heathrow to berlin tegel). In the onset, you hear the steady drone of the jets, people talking, coughing, sneezing, newspapers rustling and notebook computers being typed on. Now and then, passengers and stewardesses pass by the aisle. Near the end, a signal bell sounds, and the drone of the jets takes on a perceivably higher tone, shortly after which the landing in berlin is announced, first in german, then in english. Recorded with a zoom h2, the mics (rear) set to 120° dispersion.

I was fooling around with audacity and created this neat little sound. I have no clue how to lower the volume, and really, i mean it: this thing is loud. I keep my volume at 10% and i couldn't even listen to this thing with my headphones. I have tried to lower the volume (so that it doesn't hurt the ears) but to no avail. If you by chance know how (in audacity) then feel free to tell me in the comments and i'll re-upload a non-deafening version. If you use it i don't mind at all, though i am curious, if you do use it, what you'll use it for. Either way, i don't mind, but i'm curious by nature.

A recording of a high school class. Students were working on a sound effects project on computers, but generally allowed to talk as they worked. This is maybe 18 students, with the mic about 10 feet away from the nearest student, mic towards one side of the room, pointed towards the middle. We also have ac on, and an av cart that has a fan on, plus a wall clock, some of which you may not be able to hear over the students. Mic was the zoom h1 set to record a wav file, record level manual, low pass filter engaged, with the quality settings at the highest values. It was then put through audacity to amplify it to the highest allowable levels without distorting, and spit out as a wav.

This sound is a representation of a researcher getting out from a soundproofed room which is used for the brain cognition experiments. You can notice the difference in the ambient noise between inside and outside of it. As researchers of the center for brain and cognition, we work to advance our understanding of how experience influences the emergence of structure and function through computational and experimental investigation. We are also interested in understanding how mechanisms regulating brain development interact with the effects of experience to produce the structural and functional characteristics of the brain. These lines of research clarify how specific biological mechanisms routinely support the emergence of cognitive functions, leading to insights into why experience is so important for normal brain development. Learn more at: https://www. Upf. Edu/web/cbc.

This is a sound recorded with a handcrafted electromagnetic microphone (that is why is in mono format). The machine recorded is used for signal processing tasks at cbc (upf) for their experiments on brain cognition. As researchers of the center for brain and cognition, we work to advance our understanding of how experience influences the emergence of structure and function through computational and experimental investigation. We are also interested in understanding how mechanisms regulating brain development interact with the effects of experience to produce the structural and functional characteristics of the brain. These lines of research clarify how specific biological mechanisms routinely support the emergence of cognitive functions, leading to insights into why experience is so important for normal brain development. Learn more at: https://www. Upf. Edu/web/cbc.

Office ambience loop with no voices to be heard. There are multiple phones ringing, quick typing and printing. Could be useful if you want to put dialogue on top, or just want to represent a 100% focused and silent workplace. Made up of all of these cc0 freesounds:- https://freesound. Org/people/lewooz/sounds/521398/- https://freesound. Org/people/stu556/sounds/450281/- https://freesound. Org/people/alivvie/sounds/323432/- https://freesound. Org/people/alphium/sounds/470937/- https://freesound. Org/people/keybit2/sounds/178137/- https://freesound. Org/people/mycompasstv/sounds/457161/- https://freesound. Org/people/chlund/sounds/504622/- https://freesound. Org/people/vrodge/sounds/119556/.

Idea for a base for a radio bumper. I found another track in which someone had said, "du bist der hörer. Wir sind das radio. " so i recorded myself repeating these sentences, which translate from german into english as, "you are the listener. We are the radio. " i also overlaid it over a track of generated sine waves, one in each channel (l-r), chosen to be discordant (like a radioactive effect). Sine waves are 10. 5 seconds, i left 4. 5 seconds at the end to overlay your content (maybe an ident or whatever). Have fun!. Created for my online radio station (sscr tampa), but released in the public domain/creative commons zero/"copyleft" to the maximum extent allowed by law. Voice is my own, tones generated on my computer.

[hint_clue_trace_03. Wav]. Sounds like someone is saying "hello!", like "listen!". This could be a hint/clue!. This sound can for example be used in games, for example when the npc pops up at the player's television/computer/smartphone/tablet-screen and gives a hint/clue, for example via dialogue which says "look behind the giant, sleeping orc!" - you name it!. If you enjoyed the sound, please rate, comment, spread! it really helps!. Note: make sure to check out the other matrixxx-sounds! the sound quality is always better when you download the sound(s)! ⛄. Enjoy!/matrixxx.

Bird singing recorded at around 3:40 am with yinger bm 800 ldc-microphone in front of my open window, i had to add some noise reduction because of my computer fan with reafir (there isn't really much of that noise left, atleast if compared to original). You can also maybe hear ocassional space bar-click sound maybe twice, but it's still pretty useable clip in my opinion, i recorded this just to test my new microphone, and because i couldn't sleep because of the loud birds singing, and in revenge i recorded that with my shiny new yinger bm800. You are free to use this soundclip for both commercial and non-commercial audio and video work. File format: 16 bit/44. 1khz mono. Wav-file.

Ambient sound akin to the bridge of a starship. Muted background hum with an overtone of air conditioning ducts. Pseudo-random high pitched blips occupy the soundstage. Could be used as an ambient sound loop for hi-tech / science fiction interiors such as a laboratory, a control room, or the bridge of a spacecraft. Created with two instances of flstudio 3x osc. One kicking out a pair of sinewaves plus noise for the background susurus (hum) and ventilation sound. Second 3x osc is set to produce two interfereing square waves for the blips, squeaks and buzzes. The background was notch filtered and bandpassed to mellow out the humming sound and reduce hiss. The blips were processed with flstudio equo, stereo enhance, fruity delay2 and fl pan-o-matic vst. Each blip was pasted by hand in a seemingly random but not too unpleasant pattern.

A close up recording of an overheating usb slot-loading cd/dvd drive that repeatedly tries to spin up, but fails and makes some clicking noises. Note on low frequency sounds: i recorded this with a zoom h1n recorder at about 2cm distance from the drive slot. I held the recorder in my hand and rested my hand on the surface the cd drive was resting on, so there is somewhat of a mechanical connection between the drive's vibrations and the recorder. I believe this led to the low frequency parts of the recording. About halfway through the recording, i lifted the drive up with my other hand and held it at a 30degree angle to the surface and recorder. As you can hear in the recording, this made it spin up a little longer before failing and spinning back down.

There i was late a night. I was turning my computer off after editing my site. I was silenced by night. But there was a storm a brewin' i opened my bedroom window and put my ear to the icy wind. I knew then this wasn't the usual mellow wind. I ran down the stair with my zoom h4n equipped, went through the garage into the black of night. I sent my gain levels to 60 and with only a foam wind shield i put it between to to boards of wood to act as a wind shield thus allowing my to capture the wind slicing through the trees. With only adjusting the gain levels slightly in post nothing else been done, allow you to add you own effect on it.

This is a precise emulation of the audible time signal broadcast by radio station wwv of the nist in the usa on shortwave. This recording was produced via a program i wrote that emulates the time signal and recreates it from scratch, but it conforms precisely to the specs of the real signal. The only part missing is the voice announcement of the time, which, in the real broadcast, is made during the last fifteen seconds of each minute (which is why the tone changes to just clicks during that time). There are two minutes in the recording, but it should be easy to loop it or otherwise modify it for other durations. Since this audio file was computer-generated from scratch, it contains no noise, but the real broadcast has some static and noise, especially at large distances from the transmitter in colorado. Generated by special software / 48. 1 khz 16-bit stereo.