gigabit passive optical network

performance is required. A high-speed optical fiber cable network needs to properly select the appropriate testing instrument. Laser and LED The laser emitting power is very high, and the emitted light is very concentrated, while the light emitted by the LED is usually scattered and the power is low. Compared with LEDs, a laser can send high-speed pulses, which is also the main reason for using a laser in

links. As the current trend is that these servers and high-performance computing systems have a large number of CPU or GPU cores, data starvation is expected to be a problem, it is also a problem to load a large amount of data into a few terabytes of memory. Software-based solutions can also overcome bottlenecks. A Software Defined network can distribute the workload on the backbone network to many servers

traditional multi-mode optical fiber can only transmit tens of meters in 10 Gigabit Networks, ISO/IEC 11801 has developed a new standard class of multi-mode optical fiber (OM3), which is used in combination with 10-Gigabit applications. Both the LED and laser bandwidth modes are optimized by OM3

Network cabling and optical fiber technology is one of the most popular cabling technologies. to master this technology, you must fully understand its characteristics, performance, and precautions. Today, I will introduce you to this topic and hope to help you. After reviewing the network development process, we will all feel that the

After reviewing the network development process, we will all feel that the network is evolving with each passing day, and network applications have been updated and upgraded almost every several years, the continuous development of network applications puts forward higher bandwidth and other related performance require

With the development of China's access industry, it has also promoted the wide application of optical fiber connection technology. Here we mainly analyze the Optical Fiber Connection Technology in network cabling. After reviewing the network development process, we will all feel that the

than the protection channel provided by the SDH system for traffic signals such as GBE, which transmit large particles. From the above two aspects is not difficult to see, when the network of operators in the optical fiber resources are relatively tight, and the network has a large number of data service transmission requirements, the use of Metro DWDM system t

With the rapid development of the optical fiber technology, the optical fiber access network system is also improved. Compared with other technologies, the optical fiber access network has many advantages, so I studied the characteristics and performance of the

The optical fiber access network is worth learning a lot. Here we mainly introduce the position of optical fiber cabling in the optical fiber access network, including the latest development of the optical fiber cabling system and

The optical fiber access network is worth learning a lot. Here we mainly introduce the technical features of the optical fiber access network. The optical fiber access network refers to the access

With the rapid growth of Internet users and web numbers, the Internet's demand for bandwidth has increased dramatically. According to statistics, every 6-9 months, the main ISP's Internet backbone link bandwidth will increase by one times, link rate will increase from oc-3/stm-1 to oc-48/stm-16 or oc-192/stm-64 or even higher. It is predicted that the data will be the most important information flow on the future network, it will bring the most profit

provide fast link building and dismantling characteristics. All of this has laid a solid foundation for the development of optical exchange. Four, from the management platform to the control platform trend The management and control network element is another important part of the intelligent network, and the control platform can automatically complete the End

and the reliability of the central node is extremely high. The star structure is divided into single star structure, active Double Star structure and passive Double Star structure. 1) single star structure: This structure uses optical fiber cables to directly connect the olts located in the China Telecom exchange office with users, basically point-to-point connections, similar to the existing copper access

cable access distance, improve access to bandwidth, to achieve universal user width with business access. For a small number of large customers high bandwidth access requirements (such as 10M, 20M or more bandwidth), the use of optical cable access transmission. Therefore, in the implementation of "light into the copper back", combined with integrated access to the network planning to make access to the la

of data services, enterprises are increasing their investment in providing a variety of optical fiber connections for servers, storage, backup, and fault prevention. Large organizations have Gigabit Ethernet supply support, while larger organizations have extended to 10-Gigabit Ethernet applications. The network effic

the FTTH Network, which fully reflects the advantages of Ethernet and IP services, provides three-Play service support. The solution uses shengliya's SALIRA 2000 platform to build an optical fiber access network. As an emerging access network technology, EPON is very suitable for FTTB/FTTH construction. From the opera

) company Optical Network layer in the next few years the outline of the evolution. (1) The capacity of the trunk optical network will be further expanded, the project will be completed by the end of this year, when our backbone capacity will be expanded from the current 40G to 320g+40g. At the technical level, the IP