Equipped With 12G/6G-SDI and Quad 3G/HD-SDI Inputs, New 9992-ENC-4K-HEVC for openGear Represents Superset of New Encoding Platform’s Capabilities
CHAMPAIGN, Ill. — March 29, 2018 — Cobalt Digital today announced the release of its new 9992-ENC series of HEVC/H.265/MPEG-5-ready encoders for openGear. These new encoders represent the state of the art both in 4K/HD baseband video processing and in compression technology — all in one highly upgradeable, future-proof platform.
“The low-latency performance of our new HEVC encoders makes them ideal for ENG and remote studio contribution,” said Bob McAlpine, CEO of Cobalt Digital. “With their advanced processing and next-gen compression capabilities, these new encoders are what the industry has been waiting for.”
The 9992-ENC series’ flagship product, the 9992-ENC-4K-HEVC encoder, represents the superset of the new encoding platform’s capabilities. It takes advantage of the hardware’s quad 3G-SDI and 12G-SDI inputs by accepting a full 3840×2160 signal at up to 60 frames per second and then encoding the signal to HEVC for output over IP and or DVB-ASI.
The platform on which the 9992-ENC series is built is the convergence of Cobalt’s compression hardware and software design expertise with the company’s popular line of FPGA-accelerated production and broadcast baseband SDI products. It is extremely scalable in terms of channel capacity and with respect to the availability of software-definable feature sets that can be licensed in the field as needed. Thanks to these feature sets, 9992-ENC series encoders offer a wide range of configurations that serve as economical entry points for multiple markets.
The flexibility of the encoding platform has enabled Cobalt to design a package of features and options that address a specific market’s basic requirements while also supporting an unprecedented choice of upgrade paths that include adding encoder channels and advanced video processing features such as up/down/cross conversion. Baseband video processing options can eliminate the need → continue…
From:: Student Filmmakers