Popular Post buonassi Posted December 29, 2017 Popular Post Share Posted December 29, 2017 holy cow. I've spend the last month reading this thread (in conjunction with @copy_of_a 's thread on Audirvana and iZotope). Literally been through it 3 times - trying things out, and observing the differences. Now I've finally joined CA realizing that my PC will remain the transport of choice for me. What's interesting is that as I do google searches for all kinds of audio related queries, I keep getting directed to CA, and have now become familiar with some of the most prevalent posters like @Jud and @jhwalker and @Miska. Anyway, having such control over the DAC through upsampling settings has been a game-changer for me. I realize that many have moved on to PCM>DSD upsampling, but what a great thread! Just wanted to say "hi" and thank the community for such helpful reading. See you guys around the threads. barrows and AmosM 1 1 Link to comment
barrows Posted December 29, 2017 Share Posted December 29, 2017 Welcome buonassi, and thanks for your positive attitude! SO/ROON/HQPe: DSD 512-Sonore opticalModuleDeluxe-Signature Rendu optical with Well Tempered Clock--DIY DSC-2 DAC with SC Pure Clock--DIY Purifi Amplifier-Focus Audio FS888 speakers-JL E 112 sub-Nordost Tyr USB, DIY EventHorizon AC cables, Iconoclast XLR & speaker cables, Synergistic Purple Fuses, Spacetime system clarifiers. ISOAcoustics Oreas footers. SONORE computer audio | opticalRendu | ultraRendu | microRendu | Signature Rendu SE | Accessories | Software | Link to comment
buonassi Posted December 29, 2017 Share Posted December 29, 2017 1 hour ago, buonassi said: my PC will remain the transport of choice for me whoops, meant MAC Link to comment
yrw16526 Posted May 29, 2022 Share Posted May 29, 2022 Hi! What is the better filter steepness for resampling from 24 kHz to 48 kHz? Lower steepness makes the range of frequencies at the upper boundary quieter. At the same time, iZotope manual does not recommend higher values: Quote Higher filter steepness means better frequency performance of the filter: wider passband retains more useful signal, while stronger stopband attenuation provides better rejection of aliasing. At the same time, higher steepness of the frequency response requires a longer filter, which produces more ringing in time domain and energy smearing near the cutoff frequency. Link to comment
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