1,918 로열티 프리 오디오 트랙들 "Analog"에 대한

Version 2. . . Of https://www. Freesound. Org/people/gis_sweden/sounds/352940/. . . Or maybe version 34. . . . It's not better but a little different. More dynamics. Softer. But still i have the clicks :-/have to work on that. It becomes clear when i record with audacity and can actually see the attack and decay. I’m playing with alm pip slope. With this module you can cv control the attack and decay. As oscillator i use intellijel μvcf in self-oscillation mode. I fm-modulate this filter/oscillator with a tone from uoki-toki polivoks vcf. The semi random trigger is really two triggers connected to an or gate. Pitch is from analogue systems rs-40 (sample/hold and noise). I can listen to this for a looong time. Retro sound.

Originally made for the disquiet junto project 0433: "kit bits: create a kit’s worth of percussion samples. ". I used 1. Recordings with a telephone coil microphone recording sounds from an external blu ray drive and a smartphone (telephone coil recorded via behringer xenyx q1202 usb mixer, line-in) and 2. Random recordings from a soma ether device (recorded with zoom h1n, line-in). In these recordings i picked up those areas which i though to be useful for a drum kit, just as i would do it for myself. This track contains all samples in no special order in one file. All samples my own, released into cc0 public domain. Would be nice to hear if someone does something with it. August 2020, 44,1 khz, 16 bit, flac.

Privatedareno2 - 3patches - 3min. A challenge kindly started by alienxxx \(^_^)/. Patch 1: the patch that was… a patch i did yesterday. Got that one for free, so to speak. Patch 2: inspired by distant airplanes. Had this in mind. Now i patched up my idea. The wind (or what you decide to call it) is controlled by alm pip slope. New module – for me. Used an external effect, the zoom ms-70cdr. Patch 3: read about feedback. I decided to do a feedback patch. First i made one using oscillators, but i did not manage to do something nice. So i used filters. The first filters feedback is generating triggers. Oh, yes, and i used my sampler (soundmachines ul1uloop). So three patches. I merged/mixed them together in audacity. All sound unedited. Just normalized and i have applied fade in/out – and mixed them together - as written.

About the sample: here is a deep/house kick i made. Using an mpc 60. It has been further processed using uad2 powered plugins/ & waves. About me: i make all my content from the ground up,i sample from analog drum machines, i never use softsynths in my sample material. I just prefer to offer the best samples possible. So that you have a unique collection. Without the unique price tag!i wanted to offer something that outshines the commercial packs standard. & i wanted to also do something that fights audio piracy. So, i came on here, and uploaded some of my own sounds which i myself use. Which has literally been years in the making! & you guys have come through and appreciated what i do, so, thank you! i shall continue to bring you nothing but the best sounds,;-).

A looping lo-fi excerpt of felineterror's song 'r-s 5'. There is alot going on under the hood here, everything from an analog bass exciter, feeding into a audio rectifier, creating that unique bass tone. A highpass filter, feeding into a delay. And then a tape emulator, featuring frequency loss, tape degradation and wow'n'flutter. Other versions of this remix:. . Since my ears can't hear any frequencies above 14khz (please remember to wear ear defenders around loud machinery! thank you. <3), i can't hear tape hiss very clearly, and are afraid i might overdo the volume. Therefore i think its best to leave any tape hiss up to you, if you want any, there's plenty of recordings here on freesound, for example this one (cc-0). 120 bpm | original by felineterroruse this however you like!. Have fun, see you on the other side!.

Not gonna explain about this one much. Basicly i just made a simple patch on my virus c hardware synth which consists of 2 osc's (sine / saw), osc2 slightly detuned from the osc1. Fast pitch envelope on both osc's to get the "punch" part in the kick. Ran through virus's lowpass/bandpass filters, lowpass cutting from 100% to 0% with a speed of 1/4 beats to get a "filtering down" effect to the kick, bandpass rejecting slightly frequencies from a range of 400-600hz. Then i sampled it, many times and picked the best sample. Eq->distort->eq->distort million times and this is the result. Ofc i did some cutting and added some lowpass/bandpass filters with various mix levels @ some points and did some other shit also but basicly it's just eq & distort. Hf, its a decent kick but needs some fixing still since the punch is too separate from the bass.

Algorithmic modular music program (man2_2019). The computer is my analog modular synth. 01 to 08 are clock sequencer steps. 00 rem -------------- man2_2019 --------------00 rem vco_1 sin through wave folder00 rem vco_2 tri00 rem vco_3 sqr through vcf00 rem (vco_1, vco_2, vco_3) tuned to 130 hz00 rem rnd pitch cv from attenuated tri lfo00 rem rnd cv from tri lfo00 rem main clock (lfo_1) start frq 10 hz00 rem reset is tricky, trg -> short env -> reset00 rem (noise) is noise through a lfo sweeped vcf00 rem ---------------------------------------01 rnd -> vca cv in (vco_1)02 if (lfo_2 = high) then goto 01 [= reset]03 rnd frq lfo_1 (run speed)04 rnd fm mod (vco_1) with audio from (vco_2)05 rnd -> vca cv in (vco_1, vco_2, vco_3): invert cv -> vca cv in (noise)06 trg long env (vco_2): rnd pitch @ eoc (vco_2)07 trg long env (vco_3): rnd pitch @ eoc (vco_3)08 rnd -> wave folder (vco_1): rnd -> vcf (vco_3)10 goto 01.

Algorithmic modular music program (man2_2019). The computer is my analog modular synth. 01 to 08 are clock sequencer steps. 00 rem -------------- man2_2019 --------------00 rem vco_1 sin through wave folder00 rem vco_2 tri00 rem vco_3 sqr through vcf00 rem (vco_1, vco_2, vco_3) tuned to 130 hz00 rem rnd pitch cv from attenuated tri lfo00 rem rnd cv from tri lfo00 rem main clock (lfo_1) start frq 10 hz00 rem reset is tricky, trg -> short env -> reset00 rem (noise) is noise through a lfo sweeped vcf00 rem ---------------------------------------01 rnd -> vca cv in (vco_1)02 if (lfo_2 = high) then goto 01 [= reset]03 rnd frq lfo_1 (run speed)04 rnd fm mod (vco_1) with audio from (vco_2)05 rnd -> vca cv in (vco_1, vco_2, vco_3): invert cv -> vca cv in (noise)06 trg long env (vco_2): rnd pitch @ eoc (vco_2)07 trg long env (vco_3): rnd pitch @ eoc (vco_3)08 rnd -> wave folder (vco_1): rnd -> vcf (vco_3)10 goto 01.

Several years back my older brother stumbled upon a bunch of old family reel to reel films and sat down one evening to project them on a wall and digitize them. This is the sound of that process. What you can hear, i imagine, is the noise of the projector in the left channel and the sound of the reels in the right channel. I've been obsessed with the sounds of the infinite variation in old analog hardware. As a sound designer, that infinite variation is often sought after but rarely, or accurately, reproduced through digital files in various libraries. Of if they are, they're often too short to cover whatever scene i am trying to fill. On the surface it's just noise but if you listen closer it's this wonderful cacophony of overlapping and repeating sounds that are always looping but never quite identical on each rotation. It was ripped from youtube using audio hijack at 48khz/16bit, but due to youtube re-encoding things as youtube does, it's nowhere near the source. It's still, in my opinion, a sound worth sharing. Enjoy!.

I have built a nonlinearcircuits sloth lfo, the regular version. Sloth is a chaotic lfo. The output is based on the lorenz system. It is a system of ordinary differential equations. It is notable for having chaotic solutions for certain parameter values and initial conditions. In particular, the lorenz attractor is a set of chaotic solutions of the lorenz system which, when plotted, resemble a butterfly or figure eight (very much from wikipedia). The sloth has two outputs x and y. Think of them as coordinate pairs. The output will probably never repeat itself but there is a pattern. I have built the regular sloth it usually takes approx 15 seconds to make a rough figure 8, one cycle in the “butterly”. The knob changes the chaotic pattern. At some settings the signals will spend more time in one strange attractor than the other. Now i’m testing the module in different ways. In this sound i have connected white noise to a filter. The filter frequency is controlled by sloth (x output). In this patch i have set the initial frequency at 12 o'clock. . . The output sound from filter goes to reverb.

A third version of https://www. Freesound. Org/people/gis_sweden/sounds/352940/. Now i let the alm pip slope affect a filter. I play a little sequence made with cvlfo , clock divider, attenuverter, quantiziser. The way i usually do…. But the interesting thing is the cvad (?) voltage controllable envelope generator. But in the case of alm pip slope you just control attack and decay. Seems to be enough. As in the other versions of this sound i connect one lfo to attack and a second lfo to decay. But this time i connect the vcad to control the frequency of a filter. Interesting. I wish i had two more cvlfos… should open up for rhythmical usage. I use no vca or adsr. I have connected the vco straight to the vcf and the vcf to mixer. In the beginning i have the frequency pot at 2 a clock then i gradually move it clock wise and let the vcad take control. 1 minute in the pot is fully clock wise. The vco is playing a sawtooth wave. If you dl and inspect the wave you can see that in the beginning and the end it is a sawtooth wave, but in the middle part the filter affects the wave form.

Yes! så nöjd att detta ljud hände, typ! let me take this info in swedish, okay. Buchla style slow krell. En modulerande osc och en som moduleras, men man hör bägge i mixen! ena osc går via en lpg den andra via vca/mix. Till det "skrynkliga" ljudet använder jag en pip slope modulerad av jerkoff och sloth. Ljudkällan är en sinus som går via en lugnt modulerad wave shaper. En envelope follower plus sloth ger en trg till en s/h ibland och då byts tonen. Skrynkelljudet går även till mitt analoga delay. Tonen är även liiite modulerad av en env. Ganska west coast och buchla. . . Google translate :-)buchla style slow krell. A modulating osc and one that is modulated, but you can hear both in the mix! ena osc goes via a lpg the other via vca / mix. To the "creepy" sound i use a pip slope modulated by jerkoff and sloth. The sound source is a sine that goes through a quietly modulated wave shaper. An envelope follower plus sloth gives a trg to an s / h sometimes and then the tone changes. The cry sound also goes to my analogue delay. The tone is also liiite modulated by an env. Pretty west coast and buchla. . .

Burghrecords presentsthe dystopian future - sound effects pack. Download link : https://www. Edinburghrecords. Com/products/new-arrivals/dystopian-future/. The dystopian future effects pack is sampled from various synthesisers inspired by the cartoon animation series samurai jack. These samples & loops are designed to work in a range of movie editing software and daw programs contain a selection sounds that are guaranteed to bring life and character to any media production. All the samples are supplied as wav files and are recorded 24bit 96khz. They can be imported directly into your daw or program of choice or can be loaded into any software. You’re welcome to use the sounds in your project in any way you like. The sound effects are supplied in a zip file, so you’ll need to extract them before you can see them. You can use them in your music, as well as audio and video projects. The library contains three folder with one with single bass sounds and the other two are different sound effects all together pack contains more than 100 royalty free sound effects. Official site :https://www. Edinburghrecords. Com.

No, i cant really describe what this is! but i use a ring modulator. Two audio signals goes in. I guess the side band frequencies goes out??? or?! anyway the original frequencies are also in the mix. So, two audio signal and the result from a diy ring mod. Have to learn more. . . Read below!!! in this sound you are listening to, the result, the ring modulation, carrier signal and modulator signal. After some research. . . I write this for myself. . . Correct me if i'm wrong!!!from youtube (audiocollage)ring modulation is the sum and the differences of the carrier and modulator signal. Feed the ring modulator with 261,626hz and 391,995hz and you get (261,626 + 391,995) 653,621hz and (391,995 - 261,626) 130,369hz. From wikipedia". . . Neither the carrier nor the incoming signal is prominent in the outputs, and ideally, not at all. "". . . In the basic case where two sine waves of frequencies f1 and f2 (f1 < f2) are multiplied, two new sine waves are created, with one at f1 + f2 and the other at f2 – f1. The two new waves are unlikely to be harmonically related and (in a well-designed ring modulator) the original signals are not present. It is this that gives the ring modulator its unique tones. ". Above is true when using pure sine waves! waves with no harmonics. I have a passive diy ring modulator. I guess it's not acting "perfect". . .

Algorithmic modular music program ver. 2 (man2v2_2019). The computer is my analog modular synth. 01 to 08 are clock sequencer steps. Admit, the spring reverb makes a nice job!. 00 rem -------------- man2_2019 --------------00 rem ------------------ v2 -----------------00 rem vco_1 sin through wave folder00 rem vco_2 tri00 rem vco_3 sqr through vcf00 rem (vco_1, vco_2, vco_3) tuned to 130 hz00 rem rnd pitch cv from attenuated tri lfo00 rem rnd cv from tri lfo00 rem main clock (lfo_1) start frq 10 hz00 rem reset is tricky, trg -> short env -> reset00 rem (noise) is noise through a lfo sweeped vcf00 rem ---------------------------------------01 rnd -> vca cv in (vco_1)02 rnd -> wave folder (vco_1): rnd -> vcf (vco_3)00 rem line 08 in ver. 103 rnd frq lfo_1 (run speed)00 rem [less secitive for cv change]04 rnd fm mod (vco_1) with audio from (vco_2)05 rnd -> vca cv in (vco_1, vco_2, vco_3): invert cv -> vca cv in (noise)00 rem [added some offset with attenuverter]06 trg short env (vco_2): rnd pitch @ eoc (vco_2)00 rem [long env in ver. 1 - with long env i seldom reach eoc]07 if (lfo_2 = high) then goto 01 [= reset]00 rem line 02 in ver. 108 [07] trg short env (vco_3): rnd pitch @ eoc (vco_3)00 rem line 07 in ver. 100 rem [long env in ver. 1 - with long env i seldom reach eoc]10 goto 01.

I'm attempting to create a controllable thunderstorm for a film, and this is my first legitimate attempt. This recording consists of 4 samples of rain, and another 3 samples of rain+thunder that i recorded one afternoon. Equipment used was the inbuilt mics on a roland r-26, and a sennheiser me66 into a sound devices 702. The clips were recorded at 96khz/24-bit, and they were processed at 48khz/24-bit. For processing, i put the samples into kyma, and crossfaded for texture. The howling wind sound is an analog-style low pass filter's frequency, level, and resonance being controlled by a wacom intuos4 pen/tablet. The rain slowly swells, which was done by changing parameters of a granular reverb. The thunder was also controlled by the wacom tablet, with x, y, and z (pressure) dimensions mapped to making the thunder swell in level, density, and texture. This could have been output in surround, but i don't have that many monitors ;). This style of "rain-synthesis" can also go on indefinitely. Please let me know what you think of the quality of this track; eg, if it sounds real, if the wind sounds ridiculous, too much thunder, etc. Use this sound (wherever) if you want to, or let me know if you'd like an mp3 of this, or for it to last longer. I'd like some credit if you do use it, but it's no big deal. A blog is up explaining the method of creation here:http://www. Kylehughesaudio. Com/2/post/2013/02/tempest. Html.

Save A Little Dram For Me song from United States prohibition era. MEDIUM: 1 sound disc : analog, 80 rpm ; 10 in. CREATED/PUBLISHED Orange, N.J.: Edison. Lyrics: (spoken) In the middle of the sermon, Parson Johnson rose and started sniffing the air. There was a peculiar smell tricklin’ up the parson’s nose. That told him that gin was ‘round somewhere. And he closed his Bible gently in the middle of the psalm and started figurin’ mentally where that smell was coming from. His eyes scanned every pew, and then he did declare, he says “I announce this meetin’ through… (sung) …until you kick in with my share.” Oh Bretheren if you want more preachin’ Save a little dram for me. Glory hallelujah Why drinkin’ gin ain’t against my teachin’. Treat me with equality. (spoken) From this here smell it’s very plain to see That somebody here’s been holding out on me. (sung) For Bretheren if you want more preachin’ Save a little dram for me. (spoken) Now when they passed the bone dry law, I was the very first to say that it never would stay And neither did I think the law could regulate our thirst. That’s why I’ve got some stored away. Now since prohibition’s got us drinks is few and far between. Of all the stingy brothers you’re the worst I’ve ever seen. But I insist on my share. Don’t say it’s all run out Or else you’re going where-- You know that bad place I been preachin’ ‘bout? (sung) For Bretheren if you want more preachin’ Save a little dram for me. Glory hallelujah Why drinkin’ gin ain’t against my teachin’. Treat me with equality. (spoken) I’ve shared your joy and I’ve shared your sin And believe me brothers I’m gwine to share your gin. (sung) For Bretheren if you want more preachin’ Save a little dram for me. Українська: «Збережи для мене трохи драм», пісня з епохи сухого закону США, випущена в 1922 році.

This is a sci-fi ambient drone sound i made. It's creative commons cc0, so please treat it as public domain. You can use it in any commercial or non-commercial media for free, no restrictions. For those curious how i made this, i took a quick 8-second drum loop from my pocket operator po-33 (ko) and ran it through a free time-stretching/pitch-shifting program called akaizer. The program's based on old samplers like the akai s1000 that had extremely artifact-heavy time-stretching and pitch-shifting features. If you slow a sound down enough, the final product tends to sound harsh and electric. Akaizer turned my 8-second drum loop into 2 minutes and 38 seconds of harsh, bassy noise, pretty damn close to the final. Then i imported the file (we'll call it file a) into reaper, my daw. Track 1 has reaeq with a high-shelf acting like a low-pass. Its curve is set at 1386. 2 hz, gain at -inf, and bandwidth at 2. In retrospect, i have no idea why i didn't use a low-pass. Track 1 has a send to a blank track 2, which has a fab-filter pro-q 3 high-pass filter with a 12db slope. It's at 320. 57hz, q is 1. 096. After the eq, track 2 has valhalla shimmer set to the black hole preset with no changes. Track 3 is the default file a with valhalla shimmer on the black hole setting, but with two tweaks. Low-cut is at 30hz, high-cut is at 6630hz. Everything else is the same. That's followed by fab-filter pro-q 3 with these eq settings:-0. 72db at 69. 463hz, q at 1. 007. -1. 11db at 536. 64hz, q at 1. 013, dynamic eq (click "make dynamic" and leave everything as-is). The point of this dynamic eq is to give a slight drop in gain in the 500hz region, which tends to get muddy in larger mixes. I wasn't sure if i'd use this for a larger project, and i didn't want build-up in that region from the already large-sounding track 1 and 2. The ocassional eq drops here also adds a warble to the final mix that helps sell an analog, electrical sound. +0. 85db at 3697. 3hz, q at 1. 009. This is to add subtle airiness to the drone. It seems weird to have "airiness" in the 3-4k region, but it's the sort of rumbliness of the sound traveling away and dissipating in the atmosphere after the lowest drone sounds. My volume fader settings for all 3 tracks:. Track 1: -8. 59 dbtrack 2: -6. 46 dbtrack 3: -6. 43 db. On my master bus, i have izotope imager 9 with these settings:. Band 1: width at -100 (mono) for 59hz and below. Band 2: nothing at 60hz to 525hz (width at 0). Band 3: width at 48. 1 for 526 to 1. 4khz. Band 4: width at 49. 4 at 1. 4khz and above. Stereoize is set to 6. 4ms on mode i. And that's it! no compressors or limiters anywhere, since i liked how dynamic the actual tracks were and i figure you can always add your own compressor or limiter to the final if you want. I've also added the original po-33 drum loop on my page, as well as the loop after it was run through akaizer but before it hit reaper in case you want to do your own processing. Enjoy :).