Fiber Optic HDMI Cable 8K UHD 60Hz at 18Gbps Ultra High Speed

A fiber optic HDMI cable is a cable using optical fiber as the transmission medium,the principle of the cable is to integrate the photoelectric conversion line at the hdmi interface and use the fiber optic as the transmission medium material; during the transmission process, the hdmi optical fiber transmitting end converts the hdmi signal into an optical signal and transmits it to the hdmi fiber optic through the optical fiber medium line receiving end, the receiving end then converts the optical signal into a lossless hdmi signal and outputs it to the display device.

A fiber optic HDMI cable is a cable using optical fiber as the transmission medium,the principle of the cable is to integrate the photoelectric conversion line at the hdmi interface and use the fiber optic as the transmission medium material; during the transmission process, the hdmi optical fiber transmitting end converts the hdmi signal into an optical signal and transmits it to the hdmi fiber optic through the optical fiber medium line receiving end, the receiving end then converts the optical signal into a lossless hdmi signal and outputs it to the display device.

Fiber Optic Attenuator is one kind of optical passive device which is used to debug the performance of the optical power in the optical communication system,debugging fiber optic instrument calibration correction, optical signal attenuation.And used for the attenuation of the input optical power, avoid optical receiver distortion due to input optical power powerful. The fixed fiber optic attenuator can achieve the dual function of adapter and attenuators.

OPGW is designed to replace traditional static,shield,ground cables in overhead transmission lines，it’s of additional telecommunications purposes because of containing optical fibers inside.

Designed for applications in the data center,networking and telecommunications markets that requires a high speed,reliable cable assembly,this next generation product shares the same mating interface with QSFP+ form factor ,making it backward compatible with existing QSFP ports.QSFP28 can be used with current 10G and 14G applications with substantial signal integrity margin.

Ethernet patch cables are widely used for lan network,available cat5,cat6,cat7,cat8,etc,with UTP,FTP,SFTP,etc.shielding mode.Please check with us for details.

Fiber Optic Attenuator is one kind of optical passive device which is used to debug the performance of the optical power in the optical communication system,debugging fiber optic instrument calibration correction, optical signal attenuation.And used for the attenuation of the input optical power, avoid optical receiver distortion due to input optical power powerful. The fixed fiber optic attenuator can achieve the dual function of adapter and attenuators.

Fiber Optical Patch Cord FC-ST has FC & ST connectors,with PVC,LSZH,OFNP jacket in yellow(SM);orange(OM1/OM2),aqua(OM3), magenta(OM4),lime green(OM5) or custom,the cable diameter is 3.0mm,2.8mm,2.4mm,2.0mm,1.8mm,1.6mm,1.2mm,0.9mm,etc.

Ftth outdoor self-supporting double-fly drop cable is the strengthen version different from the traditional self-supporting butterfly drop cable,the outer jacket is black PVC/LSZH for outdoor use,the dimension of the cable is:2.0x8.0mm(2*1-4core) ,the option for strength member is:Steel Wire,FRP or KFRP,the fiber can be specific as:G652D/G657a1/G657a2 or custom.

The ribbon Optical Pigtail SC/FC/LC/ST/MU/E2000 12C 24C 48C 96C 144C usually has 12 or 24 connectors on one end,with PVC,LSZH,OFNP jacket in yellow(SM);orange(OM1/OM2),aqua(OM3), magenta(OM4),lime green(OM5) or custom,the cable diameter can be custom,etc.

Fiber Optical Patch Cord LC-LC has LC/UPC connectors on both ends,with PVC,LSZH,OFNP jacket in yellow(SM);orange(OM1/OM2),aqua(OM3), magenta(OM4),lime green(OM5) or custom,the cable diameter is 3.0mm,2.8mm,2.4mm,2.0mm,1.8mm,1.6mm,1.2mm,0.9mm,etc.

FTTA is a broadband network architecture to connect the building base band unit (BBU) to the remote radio unit (RRU) at the top of the tower by using optical fibers to replace part or all of the coaxial network. FTTA technology can greatly reduce the loss of signal power. And up to 20km’s maximum transmission distance helps realize centralized placement of base stations in lower-cost telecommunication rooms as well as more flexible and modularized network planning.