"4K+HD" Live Fiber Transmission Adapter
Nipros is expanding its line of professional fiber optic technologies with the new high power LS-750GT/850GT fiber optic systems. The fiber optic system expands 4K capabilities to new markets and applications beyond the digital motion picture- from high-end television production and live events to houses of worship, education, corporate, and more. Professionals will gain even greater flexibility with a fiber optic system that is compatible with nearly any 4K camera from any major manufacturer. The Nipros “4K+X” fiber optic systems offer professionals more creative options for acquisition and production and supports major video formats such as 4K (4096 x 2160), QFHD (3840 x 2160), and HD.
State-of-the-Art 300W Power Supply
The LS-750GT/ LS-850GT system is equipped with a newly developed powering scheme that enables it to provide 300W of power to the camera and accessories over industry standard SMPTE-311 fiber optic cable. This technology yields an unprecedented high-power over hybrid fiber system that is capable of powering nearly any 4K camera in the market today; including the popular super slow motion cameras that have higher power requirements than conventional professional video cameras.
Docks to any camera via industry standard adapters
With the LS-750GT adapter attached to the back of popular 4K cameras, these Super 35mm 4K CMOS sensor cameras are turned into a 4K+HD Live system camera.
4K&HD Fiber Transmission up to 2,000m with power
The LS-750GT Live system works across industry standard SMPTE fiber cables for distances up to 2,000m.
High Speed Frame Rate Support
The camera adapter supports High frame rate (HFR) operation from most cameras up to 1,000 frames per second at 4K resolution.
Familiar Interfaces as Found on High-End Studio Cameras
The LS-750GT provides nearly the same interfaces as found on high-end studio system cameras. Providing a comfortable 4K migration path for camera operators by incorporating interfaces such as RET, INTERCOM, TALLY, PROMPTER, and enabling conventional ZOOM/FOCUS demands.