Using Jupiter scaling and communication technology, large numbers of streamed sources can be displayed at full frame rate, simultaneously, with digital precision throughout. The Quad HD Decoder Card supports most popular IP cameras and encoders. All display wall processors in the Fusion Catalyst™ product line are supported. Systems can be configured to support well over one hundred simultaneous streams: Up to 320 streams in the Fusion Catalyst 8000, up to 136 streams in the Fusion Catalyst 4000, and up to 32 streams in the Fusion Catalyst 1000 and VizionPlus II. LEADING TECHNOLOGY, MAXIMUM FLEXIBILITY The Quad HD Decoder Card™ is the fourth generation of streaming video decoding products from Jupiter Systems. The card installs directly into both Fusion Catalyst and VizionPlus II display wall processors, offering Second Generation PCI Express performance and tight integration with Jupiter’s industry-leading ControlPoint software. The Quad HD Decoder Card features four independent decoders, each of which can handle streams from a variety of formats and source types. Supporting streams in MPEG-2, MPEG-4, H.264 and MJPEG, the Quad HD Decoder card can decode and display streams from IP cameras, NVRs, desktop encoders, and video management systems. Supported source resolutions range from NTSC and PAL to full high definition 1080p. Each decoder has its own Gigabit Ethernet network connection, ensuring sufficient bandwidth to each decoder to handle any stream bandwidth up to 20 Mbps with ease. Each decoder supports all stream formats and protocols, adapting automatically to specific stream types. POWER AND SIMPLICITY Setting up streams is simple and intuitive with Jupiter’s ControlPoint drag-and-drop graphical user interface. Quad HD Decoder windows can be scaled from postage stamp size to the size of the full wall, while maintaining true, real time update rates and perfect visual performance. Stream and decoder management software, a component of the ControlPoint software suite, ensures that in the event of a decoder or network failure, routing of streams to available resources is done quickly and automatically.