<B>Niebuhr Fibre Optic Cable </B> Fibre optic duplex tape conduit and sheathed wire with 1000μ PMMA fibres for use in cable ducts, offices and in mechanical engineering. High quality, optical cables that are capable of handling the growing requirements for computers. They can manipulate and transfer data at high speeds. <B>Features and Benefits </B> &#149; Sheathed wire with 1000μ PMMA fibres<BR/>&#149; Fast and accurate <BR/>&#149; Multi-functional <B>Typical Applications </B> &#149; Suitable for use in Local Area Network applications.<BR/>&#149; The optical fibres support a wide range of communications protocols such as Ethernet® and Token Ring in addition to video and voice services.<BR/>&#149; Commonly used in Telecom communications <B>How does Fibre optic cable work? </B> Fibre optic cable works through carrying communication signals using pulses of light generated by small lasers orlight-emitting diodes (LEDs). The cable consists of one or more strands, similar in size to a human hair. The centre of each strand is called the core, this core is the pathway for light to travel. The core is surrounded by a layer of glass that reflects light inward to avoid loss of signal and allows the light to pass through bends in the cable.

<B>Niebuhr Fibre Optic Cable </B> Fibre optic duplex tape conduit and sheathed wire with 1000μ PMMA fibres for use in cable ducts, offices and in mechanical engineering. High quality, optical cables that are capable of handling the growing requirements for computers. They can manipulate and transfer data at high speeds. <B>Features and Benefits </B> &#149; Sheathed wire with 1000μ PMMA fibres<BR/>&#149; Fast and accurate <BR/>&#149; Multi-functional <B>Typical Applications </B> &#149; Suitable for use in Local Area Network applications.<BR/>&#149; The optical fibres support a wide range of communications protocols such as Ethernet® and Token Ring in addition to video and voice services.<BR/>&#149; Commonly used in Telecom communications <B>How does Fibre optic cable work? </B> Fibre optic cable works through carrying communication signals using pulses of light generated by small lasers orlight-emitting diodes (LEDs). The cable consists of one or more strands, similar in size to a human hair. The centre of each strand is called the core, this core is the pathway for light to travel. The core is surrounded by a layer of glass that reflects light inward to avoid loss of signal and allows the light to pass through bends in the cable.