/////description de base ////////. Key sound of cellphone. //////////typologie (p. Schaeffer)///. N'' : itération tonique. ////////morphologie////////////. - masse : groupe tonique. - timbre harmonique : eclatant. - grain : grain rugueux. - allure : allure qui comporte un vibrato dans le son de chaque 'bip'. - dynamique : l’attaque est violente pour chaque 'bip'. - profil mélodique : les variations sont en forme d'escalier. - profil de masse : site.
A few specials for you, freesounders. Discrete and soft like a banana split. I could make 100, but the market is overflown by ear sweets, so i just liked to see what you would say.
Physical sound of clicking cellphone keys. Physical popping sound, finally one electronic beep. A little hissing. Siemens m55 mobile phone recorded with a røde videomic from close range. Processed slightly for lower noise.
Sony ericsson w300i receiving a call in 'vibrate' mode. First against a soft surface, and then held in hand. Recorded with apex410 wide diaphragm condenser mic through mbox2.
Iphone 6 taking pictures - recorded as a wav file on a blue snow ice condenser mic - used audacity to compress and remove any background noises. 4-5 pic taking sounds, with silence between them.
Electronic phone ringer sound, uses a tritone plus an octave for the two notes. Distinctive "double ring" format, like what is used in the uk, and some offices for out-of-area calls.
Three ringtones from my old beloved nokia 8210 (rest in peace). The first one is the classic nokia tune from the nineties. (discovered this recording in the vastness of old hard disks).
I've recorded this by accident. I left ardour recording on my laptop via zoom h2 and forgot about it. Meanwhile my cellphone must have communicated with the gsm network, and the zoom h2 have captured the signal. Luckily no background noise is present. Enjoy this annoying sample :).
Cellphone / mobile phone vibrating on wooden desk. Model: huawei y6. Recorded in studio with sennheiser mkh416 through sound devices 722. Check out the whole pack for different vibration lengths!.