Fiber-Mart, worldwide leading supplier in fiber optic network, fttx, fiber cabling, fiber testing.

  by www.fiber-mart.com Is the fiber optical cable afraid of excessive temperature? Different kinds of optical fiber cables have an top limit. The working temperature of general optical fiber community cable is -40ºC ~ +75ºC. If it is an optical fiber cable used in industry, every fiber cable has a one-of-a-kind composition, the excessive temperature and low temperature it can stand up to are different, so you want to seek advice from the producer for details. The Optical fiber temperature regulation The higher and decrease limits of the working surroundings temperature of the optical fiber cable temperature dimension device are typically -20℃~+55℃. Generally, the traditional excessive temperature resistant optical fiber is -20°~+300° for long-term, and for momentary can attain 350° The working surroundings temperature of the allotted optical fiber temperature size machine is -10℃~50℃, and the temperature size vary is traditional temperature: -40—120℃; excessive temperature optical cab

  by www.fiber-mart.com Due to the extraordinary surroundings of indoor applications, indoor fiber cables have to meet the necessities of worldwide requirements for toxicity, corrosivity and low smoke whilst retaining exceptional flame retardancy, mechanical houses and optical transmission characteristics. The upward thrust of fiber cables between flooring in vertical systems, slim house purposes of verbal exchange cupboards in horizontal systems, fiber-to-desktop applications, and conversation functions passing thru high-pressure air-filled areas all region one-of-a-kind necessities on indoor fiber cables. How to select the proper fiber optic cable to meet the wants of unique indoor applications?   Indoor Fiber Cable Should Choose Tight-buffered Optic Fiber   At present, most indoor fiber cables use  tight-buffered optical fibers  or single-core cables as fundamental units, strengthened by using aramid yarns, and gentle optical cables with flame-retardant or non-flammable sheaths. The

  by www.fiber-mart.com In this generation of networking, how are the optical transceiver modules in the information middle connected? The optical transceiver modules on the market are extra frequently used with MPO and LC interfaces. How have to we join two optical modules with exclusive interfaces? Today UnitekFiber will provide you a short introduction.   MPO fiber patch  wire or LC fiber patch wire can realise the connection between the two. For the connection between unique interface transceiver modules, we want to use MPO spine fiber patch cords and LC duplex fiber patch cords, as properly as fiber optic adapter panels, MPO-LC fiber distribution containers and different fiber optic wiring products.   We will usually speak about the connections of QSFP+ optical transceiver modules and SFP+ optical transceiver modules, CFP optical transceiver modules and SFP+ optical transceiver modules.   The Direct Connection Solution of Optical Transceiver Module   When connecting an 8cores QSFP

  by www.fiber-mart.com Today's records facilities are no longer simply one or a few laptop rooms, however a team of statistics core clusters. In order to recognise the everyday operation of a number Internet offerings and software markets, records facilities are required to function in coordination. The real-time mass trade of records between information facilities has created the demand for records middle interconnection networks, and optical fiber verbal exchange has end up a vital capability to reap interconnection.   Different from the common telecommunication get admission to community transmission equipment, the statistics core interconnection requires greater speed, decrease electricity consumption, and smaller dimension of the switching gear in order to realise large and denser transmission of information. The SFP optical transceiver is a core thing that determines whether or not these performances can be achieved. The facts community broadly speaking makes use of optical

  by www.fiber-mart.com Optical splitters  are quite possibly of the main uninvolved part in fiber optic connections, and are fiber optic couple gadgets that can have various data sources and different results. The ordinarily utilized Mx N demonstrates that an optical splitter has M information terminals and N yield terminals.   The Functioning Standard of Optical Splitter   At the point when a solitary mode fiber conducts optical signs, the light energy isn't totally moved in the fiber center, and a limited quantity is communicated through the cladding near the fiber center. All in all, assuming that the centers of the two strands are adequately close, the mode field of the light sent in one fiber can enter the other fiber, and the optical sign is reallocated in the two filaments.   As of now, there are two kinds of optical splitters that can address the issues of optical parting: one is a Planar Lightwave Circuit(PLC) splitter created in view of optical combination innovation. An

  by www.fiber-mart.com (1) Ethereal fiber link ought to embrace steel strand support type in inclination. The design is raised by suspension or packaging (twisting) of shafts and courses.   (2)  Ethereal fiber link  ought to have the comparing mechanical properties, for example, shock opposition, wind obstruction, snow, low temperature and other meteorological burdens produced pressure, and have dampness resistant, waterproof execution. For the most part, as per the idea of the line, the climate and neighborhood conditions, regardless of whether utilizing the filling glue optical link can be chosen, however there ought to be a dampness resistant layer (aluminum foil layer).   (3) The distance between shafts of elevated lines is 35-40 meters in metropolitan region and 40-50 meters in rural region. The distance between shafts of above lines shifts with various weather conditions load zones. The most brief distance is 25m and the longest distance is 67m. The division of burden zones in C

  by www.fiber-mart.com GPON gadget consists of optical line terminal (OLT), optical community unit (ONU) and optical distribution community (ODN). OLT is usually positioned in the CO (central office) desktop room, which is in general used to accumulate the optical alerts uploaded with the aid of ONU; ONU can be set in the corridor, the road and the user's domestic in accordance to distinctive get admission to applications, presenting customers with a number get admission to interfaces (such as POTS interface of smartphone service, GE/FE interface of Internet service, etc.); ODN is composed of optical fiber, one or numerous passive optical dividers and different passive optical devices, with which optical channels ought to be furnished between OLT and ONU. OLT and ONU speak via ODN. In GPON fiber optic network, OLT is a king of provider node aspect tools of get right of entry to network. It is linked to the corresponding carrier node gear thru SNI (service node interface) and entir

by www.fiber-mart.com With the fast improvement of records facilities to ultra-high pace and massive capacity, the market demand for high-speed optical transceiver modules is additionally increasing. Against this background, is there nonetheless market demand for low-speed optical transceiver modules? What does low-speed optical transceiver module especially refer to? Let us take a seem below.   Low-speed optical module concept According to the transmission rate, optical transceiver modules can be divided into 100M optical modules, Gigabit optical modules, 10G optical modules, 40G optical modules and 100G optical modules. We commonly refer to optical transceiver modules with transmission prices of 1000M and beneath as low pace optical Module.   Classification of low-speed optical modules Low-speed optical transceiver modules presently mostly consist of GBIC and SFP package deal types, they have positive variations in measurement and form and their genuine application.   GBIC optical tr

  by www.fiber-mart.com Switching is a technology collectively referred to the requirements of transmitting information at both ends of the communication, using manual or equipment to automatically complete the information to be transmitted to the corresponding route that meets the requirements. A network switch in the broad sense is a device that performs information exchange functions in a communication system.   In the computer network system, the exchange concept is proposed to improve the shared working mode. The hub we introduced before is a shared device. HUB itself cannot identify the destination address. When A host in the same LAN transmits data to B host, the data packets are transmitted in a broadcast manner on the network based on HUB. Each terminal determines whether to receive it by verifying the address information of the data packet header. That is to say, in this working mode, only one group of data frames can be transmitted on the network at a time. If a collision oc

  by www.fiber-mart.com The difference of End Grinding Angle PC is Physical Contact. PC is a microsphere grinding and polishing, the surface of the ferrule is ground into a slight spherical surface, and the fiber core is located at the highest point of bending. This can effectively reduce the air gap between the fiber components and bring the two fiber end faces into physical contact.   UPC (Ultra Physical Contact). The end face of the UPC connector is not completely flat, there is a slight arc to achieve more accurate mating. UPC is based on PC to optimize the end surface polishing and surface finish, and the end surface looks more domed.   APC (Angled Physical Contact) is called beveled physical contact, and the end face of the fiber is usually ground into an 8 ° bevel. The 8 ° angle bevel makes the fiber end face tighter, and reflects light through its bevel angle to the cladding instead of returning directly to the light source, providing better connection performance.   Different

  by www.fiber-mart.com With the rapid development of the network, the 40G network has now become so popular, and the 100G network is also widely used. Nowadays, the traditional fiber optical LC connection can no longer meet the high speed and high density requirements of the data center. In this case, it becomes very important to obtain a higher transmission rate and find a suitable solution for high-density wiring. However, the emergence of MTP/MPO connection standards and MTP/MPO related products is indeed a good news for high-density cabling. It can replace 12 or 24 LC connectors at the same time. Therefore, it is the perfect solution for high-performance data transmission.   The  MPO/MTP patch panel  occupies a dominant position in the high-density wiring environment. As a high-density pre-terminated fiber optic equipment, it has the characteristics of flexible deployment and can not only provide conversion between MTP/MPO connectors and LC or SC connectors and help high-density n

  by www.fiber-mart.com Nowadays,  fiber optic patch panel  is becoming popular in optical fiber wiring systems, especially in high-density wiring environments such as data centers and server rooms. Fiber optic patch panel is convenient for people to access the optical fiber cables in the box, and can protect the optical fiber cables well. In addition, the drawer type structure helps the high-density wiring and cable management. Since the optical fiber cable is fragile and easily damaged by pulling, bending or squeezing, we should be very careful when installing the optical fiber cables in the fiber optic patch panel.   The installation of fiber optic patch panel can be divided into three steps: installing the optical fiber patch panel on the rack, introducing the fiber optic cable into the optical ffiber optic patch panel, and planning the optical fiber cable path in the optical fiber patch panel. Here is the detailed description of the three steps:   1. How do install the fiber optic

  by www.fiber-mart.com DWDM (Dense Wavelength Division Multiplexing) is the so-called Dense Wavelength Division Multiplexing technology, which refers to a fiber optic data transmission technology, which uses the wavelength of the laser to transmit according to bits or string line transmission in the optical fiber. And DWDM optical transceiver module is the optical transceiver that combines this technology, there are 40 conventional channels.   DWDM optical transceiver modules have different fields of industrial communication networks, including long-distance backbone networks, metropolitan area networks (MAN), residential access networks and local area networks, etc. Today UnitekFiber will share and learn the relevant knowledge of DWDM optical transceiver modules.   What are the applications of  DWDM optical transceiver  modules？   DWDM optical transceiver modules amplify DWDM network optical fiber communication and fast Ethernet, gigabit Ethernet, they fix ring topology and reconfigu

  by www.fiber-mart.com What is 24 fibers MTP/MPO Cabling? 24cores MTP/MPO cabling is a high-density wiring solution based on 24 core MTP/MPO cables. Compared with 24 fibers cabling that uses three 8 fibers MTP/MPO cables or two 12 fibers MTP/MPO cables, one 24 fibers MTP/MPO cable can provide higher density.   24 fiber MPO/MTP Cabling in 40G/100G Network Solution Compared with the traditional single-core dual-core optical fiber cabling, the  24 fibes MPO/MTP cabling  has more advantages to some extent. Although the duplex LC connector occupies the same space as a single MTP connector, a single MTP connector can support 24 cores and can achieve a higher connection density. Therefore, when the network grows from 10Gbps to 40G or 100G, it will use 24 fiber MTP/MPO structured cabling, which is convenient to support more and more advanced applications (such as AR, VR). 24 fibers MTP/MPO cabling based on 24 fibers MTP/MPO cables can provide different types of solutions for 40G/100G networks