AC'97 supports a 96 kHz sampling rate at 20-bit stereo resolution and a 48 kHz sampling rate at 20-bit stereo resolution for multichannel recording and playback. an AC'97 audio and/or modem codec, available from several vendors, which contains the analog components of the architecture.ĪC'97 defines a high-quality, 16- or 20- bit audio architecture with 5.1 surround sound support for the PC.an AC'97 digital controller (DC97), which is typically built into the southbridge of the chipset, and. The specification covers two types of components, and the AC-Link digital interface between them: The standard was used in motherboards, modems, and sound cards. There is a car levitating in the air so to speak.AC'97 ( Audio Codec '97 also MC'97 for Modem Codec '97) is an audio codec standard developed by Intel Architecture Labs and various codec manufacturers in 1997. Please don't take any of this as mean or insulting it's just that your very very informative answer is bit more than can understand/handle.ĮDIT: actually i think you i understand what your saying and it doesn't really answer the question but, that seem to matter on a few variables, the source, the speakers and the audio being played.Īll i know is i have an HD connector with what seems to the be the correct wiring that only works in AC97 which is apparently breaking the laws of physics since they are both wired different and the wiring is correct as fr as i can tell. I suppose if it' bad enough i can set it to HD tell him to use the rear connectors but, boy that sure sucks having gone through all the trouble of hooking up a 3.5 FP. with what i assume will be normal speakers. I just need to ELi5 weather or not it's gonna make the sound suck. Don't get me wrong it's all probably good stuff to know but, between so many builds and IRL stuff. If your sound system can't reproduce the former then sampling / bit rates aren't going to make much difference.Ĭlick to expand.Maybe if i had the energy and the perquisite knowledge about sounds stuff it make sense but, what i'm really asking is for is an ELI5. The sound that the drum stick makes when it contacts the skin and the sound produced by the moving skin (that comes out the bottom of the drum). When a drum stick hits the skin on a drum there are two sounds produced. And the better the rest of the system is, the more effect sample /bit rates will have. I would even suppose that a lot of the fidelity of even a CD would be lost.īut, if the rest of the system is able to reproduce the subtle differences that higher sampling rates / bit rates reveal, then yes, that higher sampling rate / bit rate will have an impact. With a $50 pair of computer speakers you're not going to hear much improvement over 44.1K, 16 bit (CD quality) no matter how high the sample rate / bit rate goes. The sound coming out of the speakers will be a closer reproduction of the original, live sound that was recorded.īut the fidelity of what you actually hear coming out of your speakers depends on a whole host of other things. Click to expand.No, it doesn't work like that.Īnalogue sound (music?) converted to digital and then converted back to analogue will benefit, fidelity wise, from higher sampling rates and higher bit rates.
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