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by www.fiber-mart.com Your Guide to Selecting the Perfect  Patch Cord  for the Job   fiber-mart.com receive many questions when it comes to the topic of Networks and Datacom, but one subject I believe many can benefit from is how to determine the differences between one fiber optic patch cord and another. Now, fiber optic patch cords come in a variety of cable and connector types. In order to obtain the proper patch cord you need to determine several attributes:   Cable Type — Fiber Optic cable comes in two general types, Single-Mode and Multi-Mode fiber.   Single-Mode fiber cable generally has a 9 Micron diameter glass fiber. There are two sub groups (referred to as OS1 and OS2) but most cable is "dual rated" to cover both classifications.   Multi-Mode fiber cable can have several different diameters and classifications of fiber strands. The two diameters currently in use are 62.5 Micron and 50 Micron. Within the 50 Micron diameter Multi-Mode cable, th

by www.fiber-mart.com Fiber patch cables  are the backbone of the fiber optics industry. These fiber patch cables are strands of optically pure glass as thin as human hair.   These cables carry information via mode of transmission of light. Short patch leads usually made with stranded wire are flexible patch cables. The fiber patch cables are used to plug one piece of equipment into another. To sum, these cables are the most opted solution these days for the networking and broadcasting industry.   They have various uses in all kinds of industries. Fiber patch cables are used in:   Medical imaging Mechanical engineering LAN applications Cable TV networks Telephone lines, and More! Fiber patch cables have revolutionized the total network industry of telephones, cable, internet, audio applications, etc. The fiber patch cables offer accurate signal transfer which is totally distortion free. Thus due to these cables the audio or video transmission is completely di

by www.fiber-mart.com A  fiber jumper —more commonly called a fiber patch cord—is a length of fiber cable that connects end devices or network hardware to your structured cabling system. The cable is terminated with LC, SC, MTRJ or ST connectors at each end.   Jumpers come in simplex or duplex and should be chosen based on your network needs. Figuring that part out is as easy as knowing the difference between its and it's when you're writing blog posts.   SIMPLEX VS DUPLEX JUMPERS Simplex cables, a single strand of glass encased in plastic, are generally used when a data transmission needs to travel in only one direction. They're a great choice for connections within buildings or across large areas like cable TV networks.   Duplex cables, two strands of fiber in a single cable, are like a two-lane highway. The signal needs to go both ways, called bi-directional communication, between your active gear.   One cable is transmitting the signal, while the ot

by www.fiber-mart.com For cabling, telecommunication rooms and equipment rooms are the convergence of three businesses including data, voice and image, and its importance is self-evident. So making great efforts in their overall design, equipment stereotypes, hardware configuration, maintenance and other aspects of construction. However, the construction side always tends to ignore the largest number of equipment maintenance and installation of security -  fiber optic cables  and fiber patch cables in the telecommunications rooms and equipment rooms. While ignoring the problem will bring us a lot of trouble to the machine room management therefore I believe that it is necessary to have proper fiber optic patch cord management operations.   In general, reasonable patch cables management can be divided into five processes: planning, preparation, wiring, testing and verification.   1. Planning   For patch cables management, should be prepared the requirements planning inclu

by www.fiber-mart.com Networking solutions advance at an unbelievably quick charge with new and faster kinds of cables hitting theaters often. If you possess the community that utilizes the standard form of Ethernet wires and the other community which utilizes the greater quickly and far more reputable dietary fiber optic wires, it will be possible and better to connect all of them collectively having a special number of Fiber to Ethernet Converter.   To permit several networks which are utilizing various types of cabling to talk with each other, a brand new fiber optic Ethernet Media Converter attaches an Ethernet cable at one end into an optic wire on the fresh finish. Furthermore, it could be utilized inside exact same community if multiple computers are earning utilization of distinct technologies or otherwise all of them have the capability to utilize fibers optic wires.   Fiber optic cables  are extremely resistant to interference through electronics, wireless systems,

by www.fiber-mart.com What is a fiber optic coupler?   A  fiber optic coupler  is definitely an optical device that combines or splits signals travelling on optical fibers. A port is an input or output point for light; a fiber optic coupler is a multiplying device.   A fiber optic coupler is passive and bidirectional. Because the coupler is not a perfect device, excess losses can happen.   These losses within fibers are internal to the coupler and occur from scattering, absorption, reflections, misalignments, and poor isolation. Excess loss does not include losses from connectors attaching fibers to the ports. Further, since most couplers contain an optical fiber each and every port, additional loss can occur because of diameter and NA mismatches between the coupler port and the attached fiber.   Couplers and Fiber optic networks   A coupler (for example, FBT coupler) is really a device which will divide light from one fiber into several fibers or, conversely, wi

by www.fiber-mart.com For cabling, telecommunication rooms and equipment rooms are the convergence of three businesses including data, voice and image, and its importance is self-evident. So making great efforts in their overall design, equipment stereotypes, hardware configuration, maintenance and other aspects of construction. However, the construction side always tends to ignore the largest number of equipment maintenance and installation of security -  fiber optic cables  and fiber patch cables in the telecommunications rooms and equipment rooms. While ignoring the problem will bring us a lot of trouble to the machine room management therefore I believe that it is necessary to have proper fiber optic patch cord management operations.   In general, reasonable patch cables management can be divided into five processes: planning, preparation, wiring, testing and verification.   1. Planning   For patch cables management, should be prepared the requirements planning inclu

by www.fiber-mart.com Fiber Optic Connectors  are susceptible to be damaged which is not immediately obvious to the naked eye. The damage can have significant effects on measurements. Member any degradation of a fiber ferrule or fiber endface, any stray particles or finger oil on the endface, can have a significant effect on connector performance.   Fiber optic connector and connector ferrules have to be completely cleaned to make sure the trouble totally free working of fiber optic systems. As you’ve devote superior money installing a fiber optic, you might want to opt for a world course fiber optic connector cleaner and bnc coaxial connector to help keep it in superior shape.   Well, cleaning fiber optic connector can be done either with the help of a professional service provider or with the help of DIY kits. Below are a couple of time-tested methods.   1. Use Wipes And Solvents   This is probably the most widely used method of cleaning for the fiber optic parts.

by www.fiber-mart.com Classifications of fiber optic jumper   Fiber optic jumper  is a fiber optic cable with optical fiber connector plugs on both ends. Fiber optic jumpers are divided into the following three types by termination type basically: ST-ST, SC-SC, ST-SC.   According to the optical fiber type, optical fiber jumper mainly includes single-mode fiber and multimode fiber. The specifications of the jumper wire length are 0.5m, 1m, 2m, 3m, 5m, 10m and so on.   According to the fiber optic jumper connection structure, it can be divided into: FC fiber patch cable(Product Recommendation: 1m FC-FC Duplex 10G OM4 50/125 Multimode Fiber Patch Cable), LC fiber patch cable, MTRJ, MPO, MU, SMA, FDDI, E2000, DIN4, D4, etc.   According to the cable outer sheath material, fiber optic jumper can be divided into ordinary, ordinary flame retardancy, low smoke halogen, low smoke halogen flame retardant, etc.   According to the requirements of the level of building fire pr

by www.fiber-mart.com When computer networks were invented, copper wiring was used for the cables that handled the Internet. But nowadays fiber optic cable is more often used for new cabling installations and upgrades, including backbone, horizontal, and even desktop applications. They are more favored for today’s high-speed data communications, such as Gigabit Ethernet, FDDI, multimedia, ATM, SONET, Fiber Channel, or any other network that requires the transfer of large, bandwidth-consuming data files, particularly over long distances.   Fiber optic cables offer a number of advantages over copper.   Lower Cost–While fiber optic cable itself is cheaper than an equivalent length of copper cable, fiber optic cable connectors and the equipment needed to install them are more expensive than their copper counterparts.   Long Distance And High Capacity–Fiber optic cables carry communication signals using pulses of light. Only fiber optics can go the long distance. Not only is

by www.fiber-mart.com Fiber optic cabling consists of strands of purified glass, or even plastic, rods that conduct specific wavelengths of light, analogous to the electrons carried along a Copper Cable. However, light traveling through glass or plastic is not susceptible to the same problems that metal conductors are; The electromagnetic radiation that results from current traveling through a wire is not present in optical conductors, and optical conductors can be made much smaller than metal ones.   Advantages of Fiber Optic Cabling   There are four advantages of  fiber optic cabling , these advantages explain why fiber is becoming the preferred network cabling medium for high bandwidth, long-distance applications:   1. Immunity to Electromagnetic Interference (EMI)   All copper cable network media sharing a common problem: they are susceptible to electromagnetic interference (EMI), fiber optic cabling is immune to crosstalk because optical fiber does not conduct e