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Optical fiber cable is already the main transmission way that used by modern telecommunication companies. Although fiber optics is only with short history till now, it has developed so rapidly and has been so widely used all over the world.

Fiber optic lines features its big bandwidth, long distance transmission and extremely high speed, it is used in telecommunications to transmit telephone, internet and video signals (such as in CATV), most of the internet signals are transmitted by optical fiber cables, fiber optic is definitely the number one choice in the telecommunication area.

FTTH has many advantages: first, it is a passive network, from the control end to the user, it can function without extra laser source in the middle; second, it has big bandwidth, FTTH long distance meet exactly the operator’s large-scale use requirement; third, because it is carried on the optical fiber, it is fast and economic; Finally, due to its wide bandwidth, the supported protocols are more flexible.

With the development of FTTH technology, including point-to-point, 1.25G and higher data rates, FTTH methods have developed a more complete function. there is also FTTB (Fiber to the building), FTTC (Fiber to the curb), FTTSA (Fiber to the “Service area”), FTTA (fiber to the antenna) and so on. Connect the fiber directly to the user end, its bandwidth, wavelength and transmission technology types are not limited, it is the most ideal business network, and is the ultimate way of access network development.

The rapid growth of data traffic has resulted in unlimited demand for network bandwidth. In view of the advantages of WDM broadband optical networking and its great application prospects, many countries in the world have invested a lot of human, material and financial resources in the study of optical Internet with WDM network to carry IP service.

IP network and IP service volume has become the focus of world attention and the main force to promote the development of global information industry, and to the entire network of technical models, the overall architecture and business nodes to achieve the mode, network configuration, business capabilities and many other aspects have brought far-reaching impact.

“Everything on IP” is gradually becoming a reality. On the other hand, the WDM technology, especially the DWDM technology, is very important to upgrade the network, develop the new broadband service, fully exploit and utilize the fiber bandwidth capability, improve the performance of the communication system and economic efficiency, meet the increasing demand of telecom and Internet service.

The network structure and scale of the data center is changing rapidly. A large amount of investment is being made to drive new optical module requirements to address the growing bandwidth, low power consumption, and wider coverage requirements. More fiber is currently deployed than ever before. In modern data centers, both GB/s and higher transmission rates are very common, easily exceeding the transmission capability of electrical interconnection on copper cables.

Today the data center market needs to use a wide range of optical module products to connect servers, switches, and storage devices. Multimode fiber (MMF) continues to provide a minimum cost and minimum power-free operation connection for a data center deployment of most connecting distances within 300 meters. Active optical cables provide a simple and low-cost solution for the interconnection of less than 20 meters of coverage.

Cables, transceivers and boxes made by Huihongfiber, have proven reliability and performance enough to meet the needs of modern data centers. For long distance coverage with Single-mode fiber (SMF), These fiber solutions are suitable for applications within the data center and are suitable for longer bridging between data centers. These products span 10G Ethernet, 40G Ethernet, 100G Ethernet and higher data rates.

Sometimes people need deal with fiber and copper wires at the same time at one place, and they may even need power management in this integrated system. we develop the cabinets and other fiber optic management units to meet this demand. in the integrated cabinets and systems, you can organize the power, electric wires, and fiber optic cables, modules, switches, in one place. Huihong Technologies make a full range of fiber optic components and management products for the integrated networks.