HD-SDI to Fiber Optical Transmitter
• Supports 2 simultaneous SDI signals each up to 1080P60
(3 Gb/sec.)
• Dual Channel Optical Transmitter (SMPTE 297M-2006)supports data rates from 50 Mb/sec. to 3 Gb/sec.
• Robust error free transmissions for distances up to 30 Km (18.6 miles) over single mode fiber
• Hot-Pluggable and Hot-Swappable Optical module
The SDI2FBR to Optical Transmitter (PVC-970) overcomes the distance
limitations of transmitting video over coaxial or Ethernet cable allowing for
broadcast quality video to be distributed over long distances while retaining
pristine quality. The PVC-970 when coupled with the PVC-975 FBR2SDI
Receiver provides a very cost effective method of distributing
uncompressed 1080p 60 video streams over long distances.
The HD-SDI2FBR to Fiber Optic Transmitter is a dual channel device
supporting two independent and simultaneous video streams supporting
data rates from 50 Mb/sec. to 3 Gb/sec. for each video stream making the
PVC-970 a very cost effective solution.
The HD-SDI2FBR to Fiber Optic Transmitter (PVC-970) provides two
independent SDI inputs on 75 Ohm BNC connectors. The PVC-970 includes
dual cable equalizers designed to restore signals received over 75 Ohm
co-axial cable and is optimized for performance at 1.485 Gb/sec. and 2.97
Gb/sec. and supports SMPTE 424M, 292M and 259M standards. The PVC-970
also includes dual Multi-Rate digital re-clockers which recover the
embedded clock and re-time the incoming video data from a SMPTE 424M,
292M or 259M-C compliant video signal.
The HD-SDI2FBR to Optical Transmitter provides robust conversion from
electrical to optical interface allowing the transmission of two simultaneous
video streams to be sent over very long distances when coupled with the
PVC-975 FBR2Optical to HD-SDI Receiver or other compatible receivers.
The combination of the transmitter and receiver devices creates an end to
end solution which allows for efficient high quality movement of video
streams over long distances. This is the perfect solution for outdoor sporting
events, concerts and large buildings or connecting between buildings on a
large campus.
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