Professional provider of high-end integrated DWDM solutions for big data transmission

Even as telecom operators around the world are rolling out next-generation 5G Mobile Broadband (MBB), enhanced Fixed Broadband (FBB) technology is emerging as a key element in delivering faster Broadband speeds. Enhanced FBB technology is also the key to providing consumers and businesses with advanced video, Fixed Mobile Convergence (FMC) and other next-generation services. For example, in countries where fiber to the Home (FTTH) networks have been widely deployed, such as China, Japan, Singapore, and Spain, service providers are now using  EPON  or  GPON  technology to provide symmetrical 1Gb speeds and enhanced FMC services. Several providers are already planning how to further enhance their products by deploying 10G PON to upgrade to 10Gbit/s speeds on all-fiber lines. At the same time, in European countries where telecom operators have ample copper wire resources and the cost of building new FTTH networks is prohibitive, some pioneering service providers have even used traditional

DWDM transmission is an optical communication technology that uses dozens or even hundreds of optical signals of different frequencies to transmit information through an optical fiber. With the continuous growth of global data transmission volume, the future development prospects of DWDM transmission technology are very broad. The following is a report on the future development of DWDM transmission : 1. Market demand With the rapid development of the Internet and the Internet of Things, the demand for data transmission continues to increase. In the future, with the promotion of 5G technology, the amount of data transmission will continue to increase. According to market research institutions, the global DWDM transmission market will reach US$15 billion by 2025. 2. Technological Innovation With the continuous innovation of technology, DWDM transmission technology is also constantly developing. Currently, DWDM transmission has achieved large-scale integration and distributed deployment.

  Internet Data Center, the English abbreviation is IDC.   The reason why it is not called "DC" directly is mainly to avoid confusion with direct current (Direct Current). Moreover, today's data centers are generally connected to the Internet and focus on Internet services, so it is more accurate to call them "IDC".   From a functional point of view, the data center is an oversized computer room with many servers dedicated to centralized management of data (storage, calculation, and exchange).   According to statistics from industry organizations, the global data traffic processed by data centers in 2020 reached 15.3ZB (1ZB≈1 billion TB), accounting for 99.35% of the global total traffic. In other words, almost all Internet data cannot be separated from the processing of data centers, which shows its importance.   According to popular sayings, data centers are important infrastructure like water plants and power plants. They are the driving force of the digital

  In the 19th Asian Games that has ended, e-sports became an official event for the first time, and it is the "top class" among all events. Behind the scenes, do you know what supports such a fast event? It is a reliable underlying network. E-sports competition: Every millisecond of excitement and fairness is based on a reliable network. Under the craze, the ever-evolving competitions and the constant construction of venues have also exposed the differences between e-sports and other sports events. The fairness and excitement of e-sports require far more network requirements than other events: the deployment of e-sports network includes the deployment of competitive platforms. Dedicated network for players, audio intercom network, director network for compiling broadcasts, network for distributing live streaming platform, office network for staff, etc. Fairness is the most basic prerequisite for sports competition. In e-sports, network fluctuations and failures at the millise