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All Silicon IP

Overview

This Video Over IP Subsystem employs JPEG compression and RTP/UDP/IP encapsulation to enable the rapid development of complete motion JPEG video streaming products. Hardware reference designs and customization services complete the solution. The subsystem uses CAST?s JPEG-E-S, JPEG2RTP, and UDPIP IP cores. Flexible interfaces allow easy integration of video and network controllers; the cores? AMBA? AXI4-Lite? slave interfaces allow a host processor to access all control and status registers. An optional custom logic module allows standalone, processor-free operation and provides access to control and status registers via UDP packets. Video and stream data are transferred among the subsystem?s modules using AXI-Stream, making removing or adding modules straightforward. The produced stream can be decoded using Motion JPEG-compatible software viewers (e.g. VLC). Applications

Applications

The MJPEGOIP-HDE Subsystem is suitable for live streaming in broadcasting, surveillance, industrial, defense, and medical applications. The platform consumes significantly less energy than software-based solutions, making it ideal as a compression coprocessor in battery-operated devices with video streaming capabilities.

Block Diagram

Features

Complete subsystem streams 1080p video with lower latency, less power consumption, and fewer silicon re-sources than hardware video codecs or software compression. Motion-JPEG Video Compression Ultra-low, sub-frame latency capable No frame buffering, eliminates the need for external DRAM Quality equivalent to video compression for compression ratios up to 20:1 RTP encapsulation according to RFC 2435 Compressed stream decodable by compliant software decoders/viewers such as VLC Host interface via AXi4-Lite or processor-free UDP-controlled operation AXI4-ST bus for Video & Stream Customization Options Integration with Video-In Controllers (e.g., DVI, HDMI, MIPI-CSI, or SDI) Integration with IP-based MAC controllers (e.g., Ethernet or 802.11 WiFi) Multiple video channels, different video preprocessing modules, or different compression algorithms

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