Matrox - MURAIPXO-D4LF - Matrox 4K IP Decode & Display Card - Functions: MultiView, Video Decoding, Video Processing, Video Scaling - PCI Express 2.0 x8 - 4096 x 2160 - MPEG-4, H.264 - DisplayPort - Network (RJ-45) - Plug-in Card

Industry-Leading Multiviewer Control

Matrox Mura IPX decode and display cards empower integrators to create IP-based 4K multiviewers and personal video walls.

Optimized for performance, Mura IPX provides options to allow greater flexibility in integration while also offering enhanced thermal reliability. Through the integration of low-footprint Mura IPX decode and display cards, video wall controllers, multiviewers, and personal video walls can be built to the scale required for specific projects.

With this broad feature set, Mura IPX decode and display cards can be used in control rooms, process monitoring, and security applications that require high-density decode and precise stream control.

Multi-Source DisplayPort Outputs for Video Display

Benefit from IP decoding and the flexibility of four DisplayPort outputs on a single-slot PCI Express card for simplified integration and cost savings. Allowing for 4K video display in 32-bit color on up to four 4K displays means the Mura IPX decode & display card can create stunning video walls running at an effective 8K* resolution.

High-Density H.264 Decoding

Mura IPX has been engineered to offer world-class, high-density H.264 decoding capabilities for use in virtually any decode application. Specifically, Mura IPX aims at the primary applications of high-density H.264 codec processes including:

Resolution and number of streams decoding for numerous multiviewer applications, ranging from the decode and display of a high number of IP sources from one 8K*30, two 4K60, four 4K30, eight 1080p60, sixteen 1080p30, or a multitude of SD channels.

Quality decoding through the support of desktop-grade, high-frequency content. Not requiring color space compression, Mura IPX allows for perfect desktop sharing and recording applications on content as detailed as only one pixel thick.