As imaging resolutions and frame rates increase beyond HD and 60 frames per second, it is essential to perform real-time image and video processing in space-constrained designs of cameras and camcorders.  In addition, new capabilities are required like video analytics/metadata acquisition to enable efficient workflows and monetize content.  The traditional solution is a mix of ASICs, processors, and FPGAs, which complicate the system and drive up power consumption and heat.   Zynq™-7000 All Programmable SoCs integrate high speed connectivity from the latest 4K2K and 8K4K sensors, providing an all programmable image and video processing pipeline, along with lossless encoding.

• Complete solutions for professional broadcast cameras with Full HD, 4K2K, and 8K4K video and image processing
• Highly integrated All Programmable SoC significantly reduces BOM cost and lowers overall power over complicated multichip camera architectures
• Single-chip real-time video and image processing that supports 60, 120, and 240 frames per second
• Increase system performance capability with hardware acceleration for new computationally intensive functions like video analytics
• Integrate the latest interface technologies like MIPI, triple-rate SDI, DisplayPort, and HDMI
• Implement Video over IP bridging standards including SMPTE-2022 and 10Gb Ethernet AVB
• Support for a wide range of video codecs including AVC-Intra, JPEG 2000, H.265/HEVC
• Accelerate design productivity with a tightly integrated development tool flow using OpenCV libraries, Vivado™ High-Level Synthesis, and IP Integrator
• Reduce time to integration with SmartCore™ IP, specialized ecosystem IP & software, and operating systems