The Ultimate All-in-One Hybrid Production Hub

The Datavideo iCast 10NDI MK II is a powerful, hybrid event switcher designed specifically for the modern demands of classrooms, lecture capture, and corporate conferencing. By combining a video switcher, camera controller, and high-performance streaming encoder into a single unit, it eliminates the need for complex multi-device setups. Whether you are hosting a hybrid meeting on Zoom or broadcasting a live conference, the iCast 10NDI MK II provides a seamless, professional experience with an intuitive touchscreen interface.

Advanced NDI HX and Multi-Interface Connectivity

Equipped for the future of IP video, this switcher supports up to three channels of NDI HX, allowing you to decode high-quality video and audio over a single Ethernet cable. In addition to NDI, the hardware features a versatile physical I/O array, including SDI, HDMI, and USB 3.0 ports. This ensures complete compatibility with professional ENG cameras, document cameras, and laptops, making it a flexible centerpiece for any software-defined AV environment.

Optimized for Mobile: Vertical Streaming Mode

With nearly 94% of mobile users viewing content vertically, the iCast 10NDI MK II includes native Vertical Streaming capabilities. With just a few basic settings, you can rotate your output to fit mobile device screens perfectly. The switcher also features dual multiview modes, allowing you to preview your sources in either horizontal or vertical layouts, ensuring your content looks professional on every platform from YouTube to TikTok.

Integrated 5-Channel Recording and Mixing

Reliability is built into every frame. The iCast 10NDI MK II features a professional H.264 recorder that can simultaneously record the main program and five individual inputs (ISO recording) for post-production flexibility. Audio is managed via a built-in multi-channel mixer supporting XLR and RCA inputs, with independent delay settings to ensure perfect lip-sync. For mission-critical streams, SRT protocol support ensures stable transmission even over unpredictable or low-bandwidth networks.