Syntronik’s synthesis engine goes well beyond traditional sampling thanks to a brand new analog modeled filter section created with the utmost expertise from IK, the pioneer in virtual circuit modeling. This is coupled with exclusive DRIFT™ technology to accurately reproduce the behavior of oscillators from real hardware synths. All of this combined with an effects section that is unrivaled in the world of virtual instruments along with advanced features like 4-part layers, splits and arpeggiators make Syntronik the ultimate source of inspiration with the widest palette of synthesizer sounds ranging from exact reproductions of the originals to sounds never heard before that will stand out from the crowd in productions covering any genre and style.

Capturing Synthesizer DNA
When it comes to accurately reproducing the sound of timeless machines like Moog, Oberheim, Sequential Circuits, ARP, Roland and Yamaha vintage synthesizers, sampling their sound-generating oscillators is the only way to ensure truly authentic sounds. We selected some of the most sought after synthesizers, sourced only the best instruments from private collections, and painstakingly sampled them. Sound designers worked hand in hand with software developers to take full advantage of this “synthesizer DNA,” with the goal of offering a highly flexible instrument that would maintain the exact sonic character of the originals while extending their creative potential even further. We have captured multiple round robins of single oscillators, oscillator combinations (including sync and FM sweeps) and after more than 70,000 samples and 50GB later, Syntronik is ready to set a new standard in the world of virtual instruments.

Hybrid Synthesis Architecture
In order to achieve highly flexible sound manipulation while maintaining the same exact sound of the original hardware, we evolved our synth engine to include circuit-level filter models of 4 of the best sounding machines of all time: Moog transistor ladder, (found in the Minimoog and Modular Moog), Roland's IR3109 chip (found in the Jupiter-8 and Juno-60), the famous Curtis CEM3320 chip (found in the Prophet-5 and Oberheim OB-Xa) and the Oberheim SEM state variable filter.

DRIFT™ Technology
Syntronik also includes all new “DRIFT” technology that breathes more life into the sampled oscillators themselves. Typically sample-based synthesizers have the limitation of having always the same exact sample attack, something that does not happen in their true hardware counterparts. IK’s DRIFT technology varies the phase, color and pitch of the sampled oscillators to keep them moving just like the real analog oscillators do. Much more than simple detuning or even multiple-source modulation, DRIFT emulates the way real analog circuits behave over time. The result is the unmistakable sound of analog that is the origin of any classic synthesizer sound.

Instant inspiration
In order to get the most out of Syntronik, you don’t need to be an expert in synth programming. In fact, all models share consistent easy-to-use controls that will make custom sound tailoring and editing a breeze, even for “non-geeks.” We have also designed 17 dedicated interfaces which look and feel like the original panels to make your sound tweaking experience even more inspirational.

Home Page - http://www.ikmultimedia.com/products/syntronik/