AVAGO HFBR-EUS500Z HFBR-RUS500z Optical Fiber Cable

The cable complies with UL VW-1 flame retardant specification (UL file #E116331/Style#5538).

Application characteristics of plastic optical fiber:avago hfbr-rus500z

Light weight, good toughness, strong shock and crack resistance, durable and reliable

No electromagnetic radiation, no electrical noise, strong anti-interference ability

Low maintenance cost, save copper resources, low carbon, energy saving and environmental protection

Simple installation, no welding required, free cutting

Good coupling, strong light guiding ability

High bandwidth, high speed, high performance

Good confidentiality, safe and reliable

Waterproof, moisture-proof, anti-magnetic, anti-lightning, can meet the requirements of specific occasions

Application range of communication plastic optical fiber:avago hfbr-rus500z

For fiber to the home (FTTH)

Cooperating with quartz optical fiber to be effective at the end of the broadband network, plastic optical fiber is a good solution to the "last few hundred meters" problem.

For consumer electronics

Plastic optical fiber is used for navigation equipment, in-vehicle communication and in-vehicle entertainment audio-visual systems, in-vehicle TV, DVD player, audio, lamps, digital switch sensor connection line.

Used for car intelligence

Plastic optical fiber is used for navigation equipment, in-vehicle communication and in-vehicle entertainment audio-visual systems, in-vehicle TV, DVD player, audio, lamps, digital switch sensor connection line.

For industrial control and monitoring systems

Plastic optical fiber can be used for control lines in strong magnetic fields in power plants and substations, equipment and equipment connection in industrial control, information connection of sensors, changes in detection targets, and network transmission of detection image information.

For military communications

It is widely used in the loading equipment of battlefield mobile networks, military command systems, tanks, fighter planes, and warships, and it is difficult to replace its role in future electronic countermeasures.