Kramer F676-IN2-F16 - 4K60 4:2:0 HDMI over Ultra–Reach MM/SM Fiber Optic Input Card

F676−IN2−F16 is a high−performance HDMI fiber optic modular matrix input card for ultra−reach extension of 4K@60Hz (4:2:0) HDMI signals. Designed for the VS−1616DN−EM modular matrix, F676−IN2−F16 receives the transmitted optical signal from a compatible transmitter and converts it to an HDMI and RS−232 signals. F676−IN2−F16 includes 2 multi−mode SFP+ transceivers, but can be used with any Kramer certified SFP+ transceivers, such as single−mode SFP+ transceivers.

• High Performance Standard Fiber Extender — HDMI fiber transmitter for providing ultra–reach signals over either multi–mode or single–mode optical fiber infrastructures, using Kramer pluggable OSP SFP+ units (multi–mode SFP+ included). Near–zero latency video chroma sub–sampling conversion technology, is employed to auto–adapt above 10G HDMI signals to 10G optical link signal data–rate.
• Note: To ensure specified performance, support, and warranty of this product, use only Kramer's certified hi–performance OSP SFP+ pluggable optical units.
• HDMI Signal Extension — HDCP 2.2 compliant and supports up to 10.2G (3.4G per channel) data rate, LPCM 7.1, Dolby True HD, and DTS–HD.
• I–EDIDPro™ Kramer Intelligent EDID Processing™ — Intelligent EDID handling, processing and pass–through algorithm that ensures Plug and Play operation for HDMI source and display systems.
• Bidirectional RS–232 Extension — Serial interface data flows in both directions, to enable data transmission and control of devices.
• Cost–Effective Maintenance — Fiber link connection LEDs facilitate easy local troubleshooting.

APPLICATIONS

• Highly secured and ultra–long extension of controllable AV signals for: governmental, medical, and rental and staging applications.
• Point–to–multipoint optical distribution of controllable AV signals over large spaces.
• Multipoint–to–multipoint optical distribution of controllable AV signals over large spaces using Kramer modular matrices.
• Ultra–long signals extension for multi–room and inter–building connectivity.