Real-Time Tempo-Sync Start Offset Correction and Slave Syncopation 

Dedicated and purpose-built Midi Clock to Din Sync Conversion IC with ultra-low, constant conversion lag time so your sync offset remains fixed and tight.

Proprietry Innerclock Sync-Shift Din Sync Offset and Real-Time Lag Correction Engine lets you compensate for common hardware and software Midi Clock and Din Sync start lag time issues plus it has two full bars of Shift available so you can easily syncopate sync slave devices or software against the master. The rotary push-pull Shift ‘Fine Tune’ lets you rush or drag the slave against the groove in real-time with no loss of sync. Go from hard 16th swing to phase-locked grid quantised and back again all in one bar and in real-time.

Dedicated and purpose-built Din Sync to Midi Clock Conversion IC - the same ultra-low, constant conversion lag time but reverse engineered to provide ultra-stable Din Sync to Midi Clock conversion.

Modular/Discreet design with no CPU multiple personality disorders. We could have done all three jobs on one chip with a shared instruction set but we didn’t. From experience, especially where synchronisation is concerned, sharing hardware resources is a bad idea. Each of the three core components that makes up the Sync-Shift Mk III has its own dedicated IC and ultra-lean code. This means they work great in isolation and there is no loss in performance when you connect them together.

The Sync-Shift MKIII is really three separate, high quality devices in one compact package where the whole truly is greater than the sum of the parts.