FTTH Construction Volume Large increase pon optical devices demand prospect Qiao

Passive optical Network (PON) devices are hot. Fiber to households (FTTH) due to the advantages of cost, flexibility and bandwidth, the number of construction in the North American and European markets has grown markedly, coupled with the recent expansion of Google's deployment of optical fiber, as well as the national power companies have begun to enter the FTTH communications services market, is expected to lead the demand for PON 498) this.width=498 ' OnMouseWheel = ' javascript:return big (This) ' src= ' http://s6.51cto.com/wyfs02/M01/36/59/ Wkiom1orlvabc39aaahq--gmxqi062.jpg "width=" 392 "border=" 0 "height=" "alt=" FTTH "/> In the March 2014 United States Optical Fiber Communications Symposium and Exhibition ( Optical Fiber Communication Conference and Cisie, OFC), as well as the April Japan International Optical Communication System exhibition, market research institutions ovum and major optical devices and secondary device manufacturers, instrument manufacturers, communications services provider, Together to predict the future of passive optical networks (PON). The consensus of all walks of life, pon optical devices in the next 5 years very development, the prospect than expected to be optimistic. In fact, Ovum's previous development prediction for optical fiber network (FTTX) optical devices is that the 2014-2018-year Optical Network terminals (ONT) and optical Line terminals (OLT) and other optical devices shipments will be reduced, however, as the market gradually appears positive driving energy, this situation is expected to improve. These positive forces include MBH to Home (FTTH) applications such as mobile backhaul networks (Google) and Enterprise Services, the response of optical fiber to their competitors, the increase of FTTH, FTTH and fiber to Floor (FTTB) built by power companies, and continued construction in Eastern Europe, and the upgrading of old ont devices. Cost/Flexibility Advantages highlight FTTH Development The construction of FTTH needs to be fitted with ont, while FTTB must be equipped with Optical Network Unit (ONU) equipment on each floor or every building. The trend of FTTH construction has become increasingly apparent over the past few years because of the flexibility of fiber-optic cables and marketing practices that attract consumers with higher bandwidth. In addition, communication service providers are faced with FTTB related operational and cost issues, and in some cases, FTTH costs have been able to equate to the benefits they bring, making their advantages more prominent. Earlier in the year, FTTH2014, the Google Fiber program that stimulated US cable operators, announced plans to expand Google's fibre optics in 34 cities in nine U.S. metropolitan areas. Missouri State Kansas, UtahThe state's PLO is now able to use Google Fiber, and Austin, Texas, will soon be online. Google Fiber provides 1G of symmetrical bandwidth data and audio-visual services. Since Google announced the plan, the US at&t and cable operators have also stepped up their campaign to promote a new 1G FTTH service, while the remaining operators have followed suit to increase bandwidth without raising costs. Ovum's current estimates of FTTH users in the United States tend to be conservative, and do not believe that there will be immediate, large-scale reconfiguration of FTTH needs, however, the cities have to build FTTH, with time will affect the olt and ont optical devices demand. A sharp drop in the cost of construction the European FTTH utilization rate has been enhanced in Spain, Portugal and France, as well as in Belgium, the Netherlands and Germany. The construction of the second generation ultra-high speed digital subscriber loop (VDSL2) vector processing has attracted extensive attention. But several Eastern European countries have been ahead of schedule and have proposed expansion plans, with Russia leading the number of FTTH users because of its demographic advantages, as well as the number of users in Hungary, Poland, Romania, Slovakia, Ukraine and the Czech Republic as a whole. FTTH's construction and equipment costs have fallen dramatically, making optical fibres a powerful alternative to the need to upgrade the copper infrastructure to provide higher bandwidth. Power companies across the full FTTH market all over the world power companies have started to enter the FTTH communications services market, of which the two most representative examples are the United States EPB Power Authority (KANSAI), and the Nippon Power Company (Kansai Tepco). In addition, ovum to the China National Grid, the network service provider (ISP) license and FTTH Network test, its move into the communications services market, and continue to observe. China's National Grid and its partnership in April 2014 announced the establishment of a FTTH plan in many areas. Initially the number of users will not be too modest, but given the financial and optical resources of China's national Grid, the potential will be difficult to estimate. PON fosters 4G LTE development several cloud service providers are using FTTH pon to provide enterprise services, including enterprise building and MBH. The use of PON for the enterprise does not affect Ovum's prediction of optical devices, but small mbh using PON will have a positive and far-reaching impact on the device manufacturers. With the development of the 4G Long-range Evolution Program (LTE), mobile data traffic is growing, and Pon is a powerful helper. In North America, Bright House NX, CenturyLink, and Telus are all for the mbh construction of PON, and US cable operator Bright House has been wholesale its FTTX network for many wireless carriers over the years. ONT equipment update opportunity potential Finally, it is easy to forget that ONT is a network facility consumable, similar to other copper cablesand coaxial network cable based home network equipment, need to be replaced and upgraded regularly. With 30 million new FTTH users expected in 2014, 30 million sets of ont will have to be replaced in the next 3-5 years. As a result, the market for replacement devices has become a significant contributor to the optimistic outlook for the development of optical devices.