<\/span><\/h2>\nPulse code modulation (MIC or PCM by Pulse Code Modulation) is a modulation procedure used to transform an analog signal into a bit sequence. The unit of measure commonly used is Hertz (Hz).<\/p>\n
When it is necessary to capture the entire range of human ear capacity (20-20,000 Hz) such as recording studio music, or various types of acoustic events, audio waves are usually recorded at 44,100 Hz, 48,000 Hz, 88,200 Hz or 96,000 Hz. Sampling frequencies of more than 50,000 Hz or 60,000 Hz do not provide useful information to human ears, although the difference is small, in 96,000 Hz sampling it is effective eliminating distortion.<\/p>\n
Why send my WAV files at 16 bits, 44,100Hz?<\/p>\n
To hear the difference between your music in 16 bits at 44,100Hz and 24bits 96,000Hz you must have a decent professional audio system or professional headphones, have a well-trained ear and this without counting the noise or noise that exists around you, However, if you want to compare both formats, the difference is imperceptible in low-end headphones, speakers of a stereo coppel or the speakers of your macintosh.<\/p>\n
It also greatly influences the mixing and production made during the recordings by the audio engineer when capturing the instruments in their raw state. This greatly influences your WAV files to be heard well in their final mix at 44.1KhZ 16 bits or 96kHz at 24 bits.<\/p>\n
The society of audio engineers recommend 48,000 Hz for most applications however they give recognition to 44,1000 Hz for the compact disc and its various applications. In any case, it is recommended for its average consumption in digital media a coding at 44,100 Hz at 16 bits to make up your music in a compact disc format and also for digital distributions … although spotify, itunes, etc … compress your music in mp3 format to 128kbps, a minimum and lousy quality.<\/p>\n
WAV is a lossless digital audio format (loseless) and are raw audio files which you can request from your audio engineer at no cost when you finish mixing your tracks.<\/p>\n","protected":false},"excerpt":{"rendered":"
Many will ask, what do we mean by the technical term of 44,100Hz at 16 bits? That term refers to the coding standard with which the compact disc was marketed in the 80’s. The quality of a compact disc has a depth (bit depth) of 16 bits and a sampling rate of 44.1 kHz, which … Continue reading “AUDIO WHY SEND MY WAV FILES TO 16 BITS, 44,100HZ?”<\/span><\/a><\/p>\n","protected":false},"author":1,"featured_media":0,"comment_status":"closed","ping_status":"closed","sticky":false,"template":"","format":"standard","meta":{"footnotes":""},"categories":[257],"tags":[18661,18645,18644,18647,18646,18664,18643,18638,18642,18636,18639,18641,18640,18630,18637,18655,18656,18658,18654,18657,18668,18669,18672,18671,18666,18667,18665,18670,18676,18629,18632,18677,18679,18674,18675,18678,18673,18687,18689,18683,18684,18680,18681,18686,18685,18682,18700,18699,18693,18695,18696,18698,18694,18697,18692,18709,18710,18705,18703,18702,18706,18704,18708,18701,18713,18718,18711,18714,18720,18715,18717,18719,18716,18712,18631,18723,18726,18725,18724,18635,18663,18634,18633,18688,18648,18662,18691,18649,18659,18707,11507,18722,18721,18690,18652,9323,18660,18653,18650,18651],"class_list":["post-728","post","type-post","status-publish","format-standard","hentry","category-audio-normalizer","tag-32-bit-depth-buffer","tag-a-bit-depth-meaning","tag-a-bit-depth-of-10","tag-a-higher-bit-depth","tag-a-larger-bit-depth","tag-b-bit-depth","tag-bit-depth-and-dpi","tag-bit-depth-and-dynamic-range","tag-bit-depth-and-resolution","tag-bit-depth-and-sample-rate","tag-bit-depth-and-sample-rate-for-cd","tag-bit-depth-arcgis","tag-bit-depth-audacity","tag-bit-depth-audio","tag-bit-depth-audio-definition","tag-bit-depth-bbc-bitesize","tag-bit-depth-bit-rate","tag-bit-depth-bitmap","tag-bit-depth-black-and-white","tag-bit-depth-bmp","tag-bit-depth-camera","tag-bit-depth-canon-5d-mark-iv","tag-bit-depth-cd-audio","tag-bit-depth-changer","tag-bit-depth-chart","tag-bit-depth-conversion","tag-bit-depth-converter","tag-bit-depth-converter-audio","tag-bit-depth-define","tag-bit-depth-definition","tag-bit-depth-definition-audio","tag-bit-depth-definition-image","tag-bit-depth-definition-photography","tag-bit-depth-definition-sound","tag-bit-depth-display","tag-bit-depth-dithering","tag-bit-depth-dpi","tag-bit-depth-editor-online","tag-bit-depth-enhancement","tag-bit-depth-equation","tag-bit-depth-examples","tag-bit-depth-explained","tag-bit-depth-explained-audio","tag-bit-depth-explanation","tag-bit-depth-export","tag-bit-depth-export-ableton","tag-bit-depth-ffmpeg","tag-bit-depth-fl-studio","tag-bit-depth-for-audio","tag-bit-depth-for-mastering","tag-bit-depth-for-printing","tag-bit-depth-for-spotify","tag-bit-depth-for-streaming","tag-bit-depth-for-video","tag-bit-depth-formula","tag-bit-depth-games","tag-bit-depth-gaming-pc","tag-bit-depth-gcse","tag-bit-depth-gif","tag-bit-depth-gimp","tag-bit-depth-graph","tag-bit-depth-graphics","tag-bit-depth-graphics-definition","tag-bit-depth-grayscale","tag-bit-depth-h264","tag-bit-depth-h265","tag-bit-depth-hdr","tag-bit-depth-headroom","tag-bit-depth-high-resolution","tag-bit-depth-highest-quality","tag-bit-depth-histogram","tag-bit-depth-how-does-it-work","tag-bit-depth-html5-canvas","tag-bit-depth-human-eye","tag-bit-depth-image","tag-bit-depth-in-audio","tag-bit-depth-in-logic-pro-x","tag-bit-depth-in-photography","tag-bit-depth-in-photoshop","tag-bit-depth-meaning","tag-bit-depth-of-blu-ray","tag-bit-depth-photoshop","tag-bit-depth-vs-sample-rate","tag-bit-depth-enhancement-via-convolutional-neural-network","tag-change-a-bit-depth","tag-change-bit-depth-bmp","tag-cose-il-bit-depth","tag-define-a-bit-depth","tag-gl_depth_buffer_bit","tag-grayscale-bit-depth","tag-h-264-bit-depth","tag-h-264-color-bit-depth","tag-h-265-bit-depth","tag-o-que-e-bit-depth","tag-sample-rate-a-bit-depth","tag-sample-rate-e-bit-depth","tag-set-bit-depth-bitmap-c","tag-what-does-a-bit-depth-mean","tag-what-is-a-bit-depth-definition","tag-what-is-a-bit-depth-in-photography"],"yoast_head":"\nAUDIO WHY SEND MY WAV FILES TO 16 BITS, 44,100HZ? - mp4gain.com<\/title>\n<meta name=\"description\" content=\"Many will ask, what do we mean by the technical term of 44,100Hz at 16 bits? 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