میدی کنترلر نیتیو اینسترومنتز Native Instruments Kontrol S61 Mk3

Features:

• Onboard polyphonic aftertouch and MPE capabilities mean deep, customizable expression with your virtual instruments, breathing new life into every sound
• MIDI 2.0 compatibility means uncompromising control of your sound with stunning detail
• 1200 x 480mm high-resolution full-color display allows for precision browsing, tweaking, mixing, and more
• CNC-machined housing comprises anodized aluminum with a bead-blasted surface for a design that’s both aesthetically pleasing and engineered for long-term use
• RGB-backlit encoders, pads, keys, and wheels enable the use of the extremely versatile Light Guide
• Redesigned Light Guide provides real-time and interactive information that includes scales, key zones, switches, and more
• Keybed was designed in collaboration with Fatar for unparalleled expressivity
• Expanded connectivity includes dedicated 1/4-inch jacks for sustain and expression pedals, as well as two more assignable jacks for flexible sonic control
• 5-pin DIN MIDI in/out allows for extensive interoperative use with most arrangements, including MPE and polyphonic aftertouch data for compatible instruments
• Ergonomic pitch and modulation wheels support versatile assignment options to maximize the potential of every supported DAW and NKS instrument
• 4-directional push encoder supplies one-handed sound browsing and project navigation
• USB-C bus-powered design doubles for MIDI over USB to reduce cable clutter while increasing data transmission speeds
• Tag-based unified browsing across all Komplete instruments lets you quickly find the sounds you want right from the hardware
• Dial in the main parameters of any Komplete instrument, which automatically map to the touch-sensitive controller knobs
• Create arpeggiated melodies at the touch of a button, play chords with single keys, or map the whole keyrange to scales
• Dedicated transport section gives you full access to your DAW’s playback and recording controls, going far deeper than previous models for unmatched integration