Unreal Engine Plug-in Support
SMPTE ST 2110 Network Interface Controller (NIC) Cards & 12G SDI I/O Cards
Matrox Video’s Unreal Engine plug-in enables OEMs and system integrators to build high-performance, broadcast-quality virtual production, virtual studio, and motion graphics workflows using Unreal Engine. Compatible with Matrox Video’s DSX LE5/LE6 and X.mio5 ST 2110 NIC cards and SDI I/O cards, the plug-in supports both Windows and Linux platforms as professional media I/O, and key ICVFX features like nDisplay and Inner Frustum Split for photorealistic LED wall productions. With flexible SDI and IP connectivity, precision timing, and compatibility with NVIDIA and AMD systems, it offers a powerful and scalable solution for real-time content creation. Cost-effective entry-level models are available to provide a practical on-ramp to SDI and IP-based systems.
Real-Time Virtual Production with Seamless Unreal Engine Integration
Unlock high-resolution, broadcast-grade virtual production and virtual studio workflows directly within Unreal Engine using Matrox Video's ST 2110 and SDI I/O cards. Ensure frame-accurate, low-latency, PTP-synchronized productions with hardware optimized for in-camera VFX, nDisplay, and Inner Frustum Split features.
Scalable Performance for UHD, 8K, and Interlaced Workflows
Support high-density UHD and 8K with both ST 2110 and SDI cards to meet demanding real-time, broadcast-grade production requirements. The X.mio5 ST 2110 NICs further deliver eight channels of onboard Motion Adaptive De-interlacing, ensuring smooth, progressive video to Unreal Engine from interlaced sources for consistent image quality across live and recorded content.
Flexible Deployment and Streamlined Migration to Open Standards
Run on both Windows and Linux and scale across NVIDIA- and AMD-based systems to fit a wide range of performance and budget needs. Simplify your transition from SDI/HDMI to ST 2110 with a full-spectrum range of field-proven, cost-effective NICs designed for reliable network and timing integration.
