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.

Variable in-line optical attenuators,also know as adjustable in-line optical attenuator or short as VOA, are used to permit dynamic control of optical power levels in a fiber. It can be applied to adjust power level of signal in the optical communication at the output of light sources, E/O converters and for the linear or dynamic range of power meter. Furthermore, they can the used in optical amplifier systems to balance the gain across the different operating wavelengths.

PLC (Planar Lightwave Circuit) splitter is based on planar lightwave circuit technology and provides a low cost light distribution solution with small form factor and high reliability.SZOPT provides a various types of 1×N and 2×N PLC splitters, including 1×2/4/8/16/32/64,2×2/4/8/16/32/64 etc.PLC splitters. All of our products are all with superior optical performance, high stability and high reliability to meet various application requirement.

Fiber Adapters (Mating Sleeve Fiber Adapter or Standard Fiber Adapter or Bulkhead Type Fiber Adapter) also called fiber adaptors,are used to link optical cables or device. Usually they are female to female,or female to male. SZOPT’s fiber adapters are mainly with ceramic sleeves, but phosphor bronze sleeve is an option for some special requirement.

This is a kind of ABS box PLC Splitter available with 1X4/1X8/1X16/1X32/1X64/1X128,2X4/2X8/2X16/2X32/2X64/2X128,the terminators can be  sc/lc/fc/st in 3.0mm or 2.0mm cable,the cable length is usually 1-1.5m.Available wavelength is:1260-1650nm.

This is a kind of ABS box PLC Splitter available with 1X4/1X8/1X16/1X32/1X64/1X128,2X4/2X8/2X16/2X32/2X64/2X128,the terminators can be  sc/lc/fc/st in 3.0mm or 2.0mm cable,the cable length is usually 1-1.5m.Available wavelength is:1260-1650nm.

SZOPT offers a full range of CWDM&DWDM to meet the demand of applications such as: Gigabit & 10G Ethernet,SDH/SONET,ATM,ESCON,Fibre Channel,FTTx and CATV,etc.

GYTS/GYTA cable is a type of the outdoor cable used for duct and direct buried applications with corrugated steel tape or aluminum tape. SZOPT supplies both single mode and multimode GYTS cables.PBT loose tube has 2-12 fibers, The central Strength member is: steel wire. It has a Filling Compound; Longitudinal corrugated steel tape laminated with polyethylene on both sides. Consequently.

Armored fiber optic cable consists of a cable surrounded by a stainless steel tube to protect it from moisture and abrasion. Such armored cable can be much stronger than regular indoor cable due to its high tensile force.SZOPT offers both singlemode and multimode armored cable with outer sheath of yellow,blue,beige or custom.

This QSFP+ QSFP28 transceiver module is a high performance module for short-range duplex data communication and interconnect applications.

Fiber optic loopback modules LC are designed to provide test engineers with an effective way of testing the transmission capability and receiver sensitivity of optical network equipment.