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How to Sync Hardware with Your DAW Using Nome I...
How to sync your drum machines, synths and sequencers to your DAW with a Nome II and U-SYNC, on Mac or Windows, and set the recording latency once so every...
How to Sync Hardware with Your DAW Using Nome I...
How to sync your drum machines, synths and sequencers to your DAW with a Nome II and U-SYNC, on Mac or Windows, and set the recording latency once so every...
How much does U-SYNC 2.0 reduce your DAW’s MIDI...
Median RMS jitter under 0.05 µs, around 20,000× lower than your DAW's own MIDI clock. Median RMS jitter across 15 U-SYNC tests on Mac and Windows, against the DAW's MIDI...
How much does U-SYNC 2.0 reduce your DAW’s MIDI...
Median RMS jitter under 0.05 µs, around 20,000× lower than your DAW's own MIDI clock. Median RMS jitter across 15 U-SYNC tests on Mac and Windows, against the DAW's MIDI...
![U-SYNC – Revolutionizing DAW sync [2026 Update]](http://simntonic.com/cdn/shop/articles/u-sync-2-now-on-windows.jpg?v=1792158947&width=533)
U-SYNC – Revolutionizing DAW sync [2026 Update]
Sim'n Tonic is thrilled to unveil U-SYNC, a breakthrough technology designed to seamlessly synchronize digital audio workstations (DAWs) with hardware devices. Integrated into the Midronome and Nome II models, U-SYNC allows...
U-SYNC – Revolutionizing DAW sync [2026 Update]
Sim'n Tonic is thrilled to unveil U-SYNC, a breakthrough technology designed to seamlessly synchronize digital audio workstations (DAWs) with hardware devices. Integrated into the Midronome and Nome II models, U-SYNC allows...
The difference between audio and clock latency
Audio latency and clock latency get mixed up a lot because both show up as “things feel late.” But they’re different problems, measured differently, and fixed with different tools. When...
The difference between audio and clock latency
Audio latency and clock latency get mixed up a lot because both show up as “things feel late.” But they’re different problems, measured differently, and fixed with different tools. When...
The Importance of Jitter and Latency
Latency is a constant delay between the audio produced by two devices. When dealing with MIDI Clock, latency can be caused by the clock source or by the device receiving the clock....
The Importance of Jitter and Latency
Latency is a constant delay between the audio produced by two devices. When dealing with MIDI Clock, latency can be caused by the clock source or by the device receiving the clock....
MIDI Clock: The Pulse of Synchronisation
MIDI Beat Clock, more commonly known as MIDI Clock, is a type of MIDI message which controls the tempo (aka speed) of a given device. Generally, MIDI Clock represents a family...
MIDI Clock: The Pulse of Synchronisation
MIDI Beat Clock, more commonly known as MIDI Clock, is a type of MIDI message which controls the tempo (aka speed) of a given device. Generally, MIDI Clock represents a family...