FOR-A Corporation of America will showcase its processing solutions at the 2020 NAB Show (Booth C5016), which runs April 19-22 in Las Vegas, Nev. Designed to support today’s multi-format production environments, FOR-A’s multi-purpose signal processors and frame rate converters offer a variety of features to improve live production and newsroom workflows.
“From HD to 4K and beyond, today’s broadcasters have to juggle content in multiple formats from multiple sources in multiple locations, sometimes within the same production,” said Ken Truong, President of FOR-A Corporation of America. “At NAB, FOR-A is devoting an area of our booth to signal processing solutions, so content creators and distributors can find the right solutions for their conversion requirements.”
The versatile FA-9600 multi-purpose signal processor, which was featured at a world rugby event in October, will be used again by premiere broadcasters at the 2020 Tokyo summer games. Ideal for transmission centers, mobile production vehicles, production studios, and news stations, the compact FA-9600 simplifies all types of video conversion, and has been highly evaluated for its fully compliant HDR/SDR conversion specifications. Each of its two HD/SD inputs includes a frame synchronizer, HDR and Wide Color Gamut support, and conversion of multiple formats, including 12G, 4K (UHD), 1080p, and HD/SD. Users can switch between simultaneous 4K/HD mode with single-channel up/down conversion or dual HD mode with dual-channel up/down conversion.
Designed for live HDR broadcast production, the FA-9600 also supports 3D LUT for advanced color grading. The processor features unprecedented conversion accuracy with its built-in LUTs and support of 3D LUTs for SDR-HDR, HDR-HDR, and HDR-SDR conversions in mixed SDR and HDR production environments. The flexibility of the FA-9600 also allows user LUTs to be saved for instant recall. Several SDR/HDR log curves are supported, including SDR BT.1886, SDR BT.709, HLG BT.2100, SMPTE ST 2084 (PQ), S-Log3, Canon Log 2, and Canon Log 3.