NewTek 2Stripe VMC1 2S

NewTek 2Stripe VMC1 2S, 2 Stripe Control Panel

Vendor: Newtek
Descriptions NewTek 2Stripe VMC1 2S, 2 Stripe Control Panel The NewTek 2Stripe VMC1 2S is built and designed for use with the TriCaster TC1 and TriCaster 2 Elite. The NewTek 2Stripe VMC1 2S features IP-based connectivity, with support...
$11,995.00

NewTek 2Stripe VMC1 2S, 2 Stripe Control Panel

The NewTek 2Stripe VMC1 2S is built and designed for use with the TriCaster TC1 and TriCaster 2 Elite. The NewTek 2Stripe VMC1 2S features IP-based connectivity, with support for multi-engine control over the network. Also, NewTek 2Stripe VMC1 2S connect you to the systems, devices, software, and sources that form your interconnected production environment. Pairing the 4-Stripe Control Panel or 2-Stripe Control Panel with the Video Mix Engine across your network, you have consummate control of the most sophisticated productions under the most demanding of circumstances. The NewTek 2Stripe VMC1 2S combine the comprehensive functionality, precision controls, premium hardware mechanics, and ergonomic design that operators demand with the visually arresting aesthetic that executives covet. Combining SDI compatibility, IP flexibility, 4K UHD capacity, and support for virtualization, the NewTek 2Stripe VMC1 2S Series integrates into your current infrastructure, while priming your facility for the future. Its forward-thinking technology, seamless integration of turnkey capabilities, and modular architecture ensure that your workflow and productions keep pace with your vision for storytelling, even in the face of a rapidly changing video landscape.

NewTek 2Stripe VMC1 2S Main Features

  • Intuitive layout mapped to the NewTek IP series video mix engine user interface
  • IP-based connectivity, with support for multi-engine control over the network
  • Responsive, multi-bus operation with independently assignable control stripes
  • Practical lighting, variable T-bar illumination, and LCD label displays
  • Precision controls for expert handling of real-time video operations