The distance between the source computer and a HDMI display device can be extended up to 330 feet using a hdmi fiber optic  extender. Consisting of a transmitter and receiver unit, this device  supports simple plug and play functionality. Installation is simple with  the transmitter being connected to the source and the receiver to the  display. Connections between the units are secured using a 4 strand  multi mode LC fiber optic cable. Once the power is turned on, the  extender is ready to operate. The Power consumption is .55 Watts for  both the transmitter and the receiver unit.
The digital images are crisp and clear at a resolution of 1080p  (1920×1200) @ 60Hz without any signal loss. These Fiber extender units  are HDCP compliant and are compatible with HDMI standard 1.3. The HDMI  over fiber optic cable extender has a compact design. It has CE, FCC  & RoHS agency approvals. This device works on a unique optical  conversion technology that ensures noise free extension of signals. The  video bandwidth is 1.65 Gbps (single link). The key feature of this  device is the ability to switch to auto power save mode when the source  device is powered off. Working on an operating temperature range of 0 to  50 degrees centigrade and a storage temperature range of -20 to 70  degrees centigrade, they are ideal for applications that require the  extension of HDMI HD signals over long distances.
These HDMI fiber Optic extension units can be used with Plasma TV's,  Digital Projectors, LCD Monitors and HDTVs. They relay the DDC and CEC  signals via copper line and have the capacity to carry uncompressed  digital video and audio signals at high speeds. Since the signals are  relayed over a single cable, there is a reduction of cost otherwise  involved in running multiple cables. HDMI Over Fibre  optic extender is an ideal product for Home Theater set ups, conference  and training facilities, digital signage applications, indoor and  outdoor display systems, educational institutions, military and  government organizations, remote monitoring applications. It does not  allows the loss of video quality which can take place in cat5 cables if  transmitted to longer distances. So, hdmi fiber optic extension usually  comes into play when the quality of the signal received at the target  end.
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