- #Switch audio converter has a lot of hiss on converted file pro
- #Switch audio converter has a lot of hiss on converted file software
#Switch audio converter has a lot of hiss on converted file software
Converting files to DSD just to take advantage of the 'better sound' from the DAC or software is also conceivable. Therefore, if you're not a time domain sensitive listener, you should not be so concerned about choosing between PCM or DSD. The high-frequency noise of DSD is only added while the time base information is lost. Of course, when the data of the CD sound source is originally DSD, the information on the time axis has already been lost, so this advantage does not occur. When converting this to PCM, it is likely that the superiority of the time axis will be lost unless it is considerably high sampling data (ideal is 384 k or more?). In the case of properly filtered DSD data that does not go through PCM at all, the time axis response of the area that could not be reproduced by DXD is possible. I think DSD's greatest advantage is the third point. Jitter countermeasures aren't necessary for DSD. The effect of deterioration due to jitter does not exist in DSD.Higher sound quality = lighter processing with DSD the calculation load inside the DAC is lighter. DSD affects the current/ power consumption and power supply noise due to the amount of computation inside the DAC.For DSD native data, the response on the time axis is as fast as NOS.Difference between DSD and PCM due to characteristics of digital filter applied inside DAC.Influence of high frequency noise due to noise shaping included in the DSD method itself.I haven't made a strict comparison, so I can't make a hypothesis. Some reasons for the difference in sound between DSD and PCM: This will not happen depending on the data converted from PCM, the intermediate processing, and the way of filtering, and it seems that the response is not much different from PCM like the image at the link destination above.ĭXD is 24bit 352.8kHz. The biggest advantage of DSD seems to be the fast time base response. There is a square wave comparison of DSD and PCM in the link, but the DSD square wave response here shows a very quick response closer to NOS.
DSD has a bad S/N and is disadvantageous compared to PCM.īut there is a DSD advantage. On the frequency axis, DSD just looks like a disadvantage. For female vocals, it's better to make audio sound like this. Especially in Japan, the direction of the sound that has been often heard in domestic audio has long been heard, and many music production engineers are willing to make such sounds. But I understand that there are many people who like this sound. Especially when the digital volume is reduced with DSD native, it becomes more apparent, but I think one of the sound quality characteristics of DSD is the effect of residual noise. There is no great difference between DSD and PCM in terms of sound quality such as attenuation length, depth of space, depth, and fineness of depiction.PCM and DSD have different tonality? It is said that DSD has a feeling of air, but it seems better to say that it uses airy sound as a decoration.DSD64/2.8Mhz has a 'dry' sound in the high range, probably because of residual noise.There is no S/N problem with PCM volume, so it is not a problem with the DAC or analog circuit.S/N ratio of DSD at high volume is bad.
#Switch audio converter has a lot of hiss on converted file pro
DSD For Beginners is boring and tells very little.īased on listening to the sound quality of DSD native from Cirrus Logic chips like that in Sonata HD Pro I find: Multiple threads here deal with DSD, but I'm yet to see a bit more depth concentrated in one place.
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