Elevate your lighting control game with the Obsidian NX W ONYX Lighting Control Surface, a cutting-edge tool for lighting professionals who demand precision and versatility. This sleek and compact controller seamlessly integrates with your PC-based ONYX system, unlocking comprehensive control over 16 universes. With its 10 motorized playback faders and customizable multifunction keys, the NX W provides the tactile experience of a full-sized console in a portable package, making it a perfect fit for both touring rigs and fixed installations.

Connectivity is king with the NX W, featuring onboard DMX/RDM and network capabilities for Art-Net, sACN, and X-Net. The USB-C connection ensures a plug-and-play setup, providing immediate hands-on control without the hassle. The RGB-backlit faders and optical buttons not only deliver excellent visual feedback but also ensure reliable operation even in the dimmest of environments. For those looking to scale their setup, the NX W supports ONYX license keys via a protected USB slot, expanding control up to 128 universes.

Crafted for both speed and precision, the NX W's full command keypad and digital rotary encoders offer quick programming and parameter adjustments. Whether you’re in a high-pressure live setting or a meticulous programming session, this control surface delivers the reliability and efficiency you need to execute your vision flawlessly.

Key Features:

• Professional USB control surface for the ONYX lighting platform
• Plug-and-play USB-C connection with any PC running ONYX
• Unlocks 16 universes of lighting control
• 10 motorized 60mm playback faders with RGB illumination
• High-speed optical buttons with RGB backlighting
• 4 digital rotary encoders with push functions
• 10 customizable multifunction keys
• Dedicated Master Go section
• 4 DMX/RDM ports for direct fixture connectivity
• Gigabit Ethernet port for Art-Net, sACN, and ONYX X-Net
• USB-A slot supports ONYX license keys for up to 128 universes
• Portable, lightweight design suitable for touring and production environments