RME Audio | SteadyClock FS - Reference Class Digital Clocking Explained @RMEAudio | Uploaded January 2021 | Updated October 2024, 1 hour ago.
In digital audio, the clock frequency is an essential factor, as it creates the correlation between the audio bits and the time reference. Unfortunately, the clock frequency is not always as stable as desired.
SteadyClock FS highly rejects jitter and handles all digital interface formats in an exemplary way and offers excellent performance in all clock modes for high-quality analog conversion.
Digital format conversion in RME products are done without any loss or degradation, and SteadyClock FS ensures your sonic image will never experience degradation. This helps to optimize recordings and mixes because the soundstage has more depth and clarity.
More info: rme-audio.de/steadyclock-fs.html
0:00 - Intro
0:10 - History of SteadyClock
0:20 - Technical Background
2:44 - SteadyClock in Action
3:52 - Problems with Jitter
6:00 - Test Setup Explanation
7:18 - Measurements & Comparisons
9:47 - Fireface UC with SteadyClock Measurement Results
11:02 - SteadyClock FS Measurements
---------------------------------------------
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http://www.youtube.com/user/RMEAudio?...
Follow RME Audio on Facebook:
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rme.to/twnews
#RMEAudio #SteadyClockFS #recording
In digital audio, the clock frequency is an essential factor, as it creates the correlation between the audio bits and the time reference. Unfortunately, the clock frequency is not always as stable as desired.
SteadyClock FS highly rejects jitter and handles all digital interface formats in an exemplary way and offers excellent performance in all clock modes for high-quality analog conversion.
Digital format conversion in RME products are done without any loss or degradation, and SteadyClock FS ensures your sonic image will never experience degradation. This helps to optimize recordings and mixes because the soundstage has more depth and clarity.
More info: rme-audio.de/steadyclock-fs.html
0:00 - Intro
0:10 - History of SteadyClock
0:20 - Technical Background
2:44 - SteadyClock in Action
3:52 - Problems with Jitter
6:00 - Test Setup Explanation
7:18 - Measurements & Comparisons
9:47 - Fireface UC with SteadyClock Measurement Results
11:02 - SteadyClock FS Measurements
---------------------------------------------
Make sure you subscribe to our channel:
http://www.youtube.com/user/RMEAudio?...
Follow RME Audio on Facebook:
rme.to/facebook
Follow RME Audio on Twitter:
rme.to/twnews
#RMEAudio #SteadyClockFS #recording
