Real-Time Video Engine Targeted Reference Design

The Xilinx Real-Time Video Engine Targeted Reference Design gives developers a platform
that accelerates the design, evaluation, optimization, and implementation of professional and
broadcast quality video applications. A comprehensive reference design framework supports
the complete video pipeline from video capture, to de-interlacing, scaling, on-screen display,
and video out for driving displays.

The reference design facilitates solutions for any video application from cameras to switchers,
storage servers to displays, and everything in between.

Speed Time-to-Marketing and Improve Video Quality

• Quickly develop new video algorithms or implement feature advancements with standardized interfaces
• Process full HD, 3D, 4K2K and Digital Cinema in real-time with support up to 12-bit color depth and 4:4:4 processing

Complete Video Processing Pipeline

Get Started Now – Request access to the Real-Time Video Engine developers’ lounge.

Supported Hardware Platforms

Kintex-7 FPGA KC705 Evaluation Kit

Spartan®-6 FPGA Broadcast Connectivity Kit

Virtex®-6 FPGA Broadcast Connectivity Kit

Tools and IP

ISE® Design Suite – Embedded Edition

Video and Image Processing IP Pack

Reference Designs

Real Time Video Engine Reference Design

Triple-rate SDI Reference Design

About Targeted Design Platforms

Xilinx Targeted Design Platforms speed time to market and free designers to focus on innovation and differentiation. The combination of FPGA devices, design tools, and IP into targeted reference designs that run on development or evaluation boards creates a robust development and run-time environment. The platforms help designers more quickly learn about FPGAs and leverage standard or modified tools and IP to accelerate development. Xilinx teams up with industry leaders to build customized variations of the Targeted Design Platform, each introducing common methodologies to benefit both hardware designers and software application developers. Download the Targeted Design Platform whitepaper.