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by www.fiber-mart.com The escalating deployments of servers with multi-core processors and demanding applications are driving the need for 10 Gbps connections. Intel X520 10 GbE Adapter is the most flexible and scalable Ethernet adapters for today’s demanding data center environments. At the same time, 10G SFP+ optics play the most important role for its 10G connectivity. But seriously, do you know which 10G SFP+ optics are compatible with the Intel Ethernet converged network adapter X520 series? This blog will give you solutions.   About Intel X520 Adapter Intel X520 adapter is powered by reliable and proven 10G Ethernet technology, which offers high performance for high-IO intensive applications and showcase the next generation in 10 GbE networking features for the enterprise network and data center. It is designed for multi-core processors, which supports for technologies such as multiple queues, receive-side scaling, multiple MSI-X vectors and Low Latency Interrupts. It a

by www.fiber-mart.com Small Form-factor Pluggable (SFP) is a compact, hot-pluggable transceiver used for both telecommunication and data communications applications. It is also called mini-GBIC for its smaller size, which is the upgraded version of GBIC transceiver. These 1Gb SFP modules are capable of supporting speeds up to 4.25 Gbps. And they are most often used for Fast Ethernet of Gigabit Ethernet applications. It interfaces a network device motherboard (for a switch, router, media converter or similar device) to a fiber optic or copper networking cable. SFP modules are commonly available in several different categories: 1000BASE-T SFP, 1000BASE-EX SFP, 1000BASE-SX SFP, 1000BASE-LX/LH SFP, 1000BASE-BX SFP, 1000BASE-ZX SFP, CWDM SFP and DWDM SFP modules. These modules support different distance according to the different Gigabit Ethernet standard. Today’s main subject will discuss SFP 40 km vs.  DWDM SFP .   SFP 40 km SFP 40 km transceiver is designed for highly reliable

by www.fiber-mart.com The fiber optics technology has been one of the world’s most effective innovation of wire communication occurred. This technology has changed the world, and make the internet behavior today as a practical platform for worldwide access to data and information. And it is not only the internet, but also other kinds of communications that has undergone a sea change owing to the deployment of networks driven by the optical fiber backbone. When it comes to local communication, the multimode fiber optic cable only play a significant role in ensuring high data transmission rates at a high speed and low attenuation within the network with multi-user support.   There are many significant advantages, people will use these cables. Below is a list of the main benefits.   Multi-user framework The biggest feature is the ability of multimode optical fiber carrying multiple signals at the same time in the same line. Therefore, the network user can send more than one

by www.fiber-mart.com Fiber optic cable is favored for today’s high-speed data communications because it eliminates the problems of twisted-pair cable, such as near-end crosstalk (NEXT), electromagnetic interference (EMI), and security breaches.  Fibre Optic Cable  is the preferred option in the interconnecting links between floors or buildings, is the backbone of any structured cabling solution. While, making the right decisions when it comes to Data Network cabling is difficult as it can make a huge difference in the ability of your network to reliably support current and future requirements. There are many factors to consider and today I will guide you through the many options available and find the best one suits your application.   1. Multimode Fiber Cable Or Single-mode Fiber Cable There are two basic types of fiber: mulitimode and single-mode. Both types consist of two basic components: the core and the cladding which traps the light in the core.   Multimode fiber

by www.fiber-mart.com Fiber optic patch cable can be also classfied by the types of  fiber optic connector . For example, LC fiber optic patch cable is named as it is with LC connector. Similarly, there are SC, ST, FC, MT-RJ, E2000, MU and MPO/MTP fiber optic patch cables. What’s more, there are PC, UPC, APC type fiber patch cords, which are differentiated from the polish of fiber connectors.   LC Fiber Optic Patch Cable LC fiber optic patch cable (LC fiber cable)is terminated with LC connector. LC is the short form of Lucent Connector. LC connector is a push and latch structure, with plastic housing and accurate 1.25mm ceramic ferrule. LC type is a popular kind of small form fiber optic patch cable which reduce the space and it is widely used for densely installation. The LC fiber patch cables use a 1.25 mm ferrule, half the size of the ST patch cable. It has good performance and is highly favored for single mode patch cord. LC fiber patch cables comply with IEC, Telcordia,

by www.fiber-mart.com Fiber optic patch cables  (also is known as optial fiber jumer) are widely used for high speed communication needs and they can be found in routers, fiber patch panels, media converters and even in hubs and switches. Fiber optic patch cables are preferred over normal copper cables because use of fiber optic patch cables result in comparatively lower loss of signal and because they are highly reliable. The military prefers fiber optic patch cables because these cables are hundred percent immune to any electromagnetic interference.   The cost factor effects the choices of many people where the battle between copper cables and fiber optic patch cables are concerned. However, one prominent point to distinguish is that fiber optic patch cables are hundreds of times, if not thousands, faster than regular ones. A cleverly designed and planned out cabling network using fiber optic patch cables could actually end up being less expensive for you.   Also remember

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. Cot

by www.fiber-mart.com According to the different transmission, fiber optic connector can be divided into singmode and multimode silicon-based fiber optic cable, and fiber optic cable in plastic transmission medium. According to the connector structure can be divided into FC,SC,ST,LC,D4,DIN,MU and etc. Wherein ST fiber optic connector is commonly used wiring device side, such as Fiber Optic Patch Cords panels, fiber optic module. While SC and MT connectors are typically used for network equipment side. By the shape of the fiber end face, it can be divided into FC,PC(including SPC or UPC) and APC,according to the number of fiber core, it can be divided into  singlecore and multicore (eg MT-RJ).Fiber optic connectors are widely used variety. In actual application process, we generally follow different fiber connector structure to distinguish it. The following are some of the more common optical connector: FC fiber optic connectors: Strengthening way is to use an external metal sleev

by www.fiber-mart.com A systems analysis continues to be completed to consider dynamical transient effects in the physical layer of an  Optical WDM Network . The physical layer dynamics include effects on different time scales. Dynamics from the transmission signal impulses possess a scale of picoseconds. The timing recovery loops in the receivers be employed in the nanoseconds time scale. Optical packet switching in the future networks will have microsecond time scale. Growth and development of such optical networks is yet continuing. Most of the advanced development work in optical WDM networks is presently focused on circuit switching networks, where lightpath change events (for example wavelength add/drop or cross-connect configuration changes) happen on the time scale of seconds.   It is focused on the dynamics from the average transmission power associated with the gain dynamics in Optical Line Amplifiers (OLA). These dynamics may be triggered by the circuit switching eve

by www.fiber-mart.com CATV technology has matured steadily over the past several years, and has expanded into diverse applications. However, as the quick expansion in technology and services, it’s important to improve CATV network component performance for higher visual and audio signals transmission. Optical amplifier for CATV application is the key element in such transmission. This post intends to give a clear introduction of optical CATV amplifier and its application in CATV transmission.   Introduction to CATV Amplifier CATV amplifier  is also a type of EDFA (Erbium Doped Fiber Amplifier) amplifier which is the most popular optical amplifier in optical network communications. It is mainly used to amplify damped TV signals (compensation for loss) for improved signal quality before sending them to each subscriber. Moreover, CATV amplifiers not only amplify the signal, but also amplify the noise on the line, and bring some return loss. That’s why a quality CATV amplifier pric

by www.fiber-mart.com Bend insensitive  multimode fiber  (BIMMF) has become a very active area within the telecommunication industry once it was introduced and popularized. It typically signifies technical advancements in the production of multimode optical fiber for easier installation, and cable management for multimode fiber cables through improvements in bend insensitivity. This article will focus on some useful information about BIMMF from the perspective of its working principle, performance in networking and unique advantages as well.   What Is Bend Insensitivity? An optical fiber consists of a core and a cladding. Although both of these regions are made from glass in telecommunications grade fibers, they are significantly different from each other. Each region is designed to capture light within the core and transmit it to the opposite end of the fiber. During this process, the light may follow many paths, depending on the angle at which the light hits the boundary, it

by www.fiber-mart.com An  optical fiber cable  uses light wave for voice and data transmission, its data transmission capacity is 4.5 times more than conventional copper cables. So in the past several decades, we have seen that fiber optic cables are superior to traditional copper twisted-pair cable or coaxial cable because of its unique physical characteristics, allowing information to travel at speeds increasingly approaching the speed of light without interference between adjacent wavelengths. In leading market, the global drive to implement FTTx into more new venues is good news for the market of optical fiber cables. Another good trend is that the price erosion of optical fiber cables had been 10 to 15 percent annually, in result that the demand of optical fiber cable is expected to continue growing in the foreseeable future. And the growing data transmission workloads placed by high-performance computers, servers and network storage systems is helping spur growth in the marke