In the background of the rapid development of telecommunications industry and network technology, achieving the low-cost and high-efficiency high-speed interconnect solutions has become the driving force for the development of the telecommunications industry. Nowadays, in order to meet the needs of

Big data era: towards the world of high-speed optical interconnectionIn the recent years, the fast application of the Internet and Intelligent terminal makes the amount of global data explosive growth, greatly promoted the development of high-performance computing center (HPC) and data center market

The whole field of data center globalization has starting to import 40G AOC. Compared with the 40G DAC copper cable, 40G AOC has incomparable advantages under the environment of data transmission in more than 7 meters that includes: smaller volume, lighter weight, easier to bend and manage, longer t

Nowadays, 40G Ethernet is the preferred backbone uplink technology, is very popular in the data center. With the rise of the 40GbE QSFP + optical module market, more solutions can be applied that allow users have more choices. Today Cozlink (cozlink.com) summarize some scenes of the 40G Ethernet con

10G SFP+ high speed cable and optical module is the common assemblies for the data center Top over Rack cabling, that is used to connect small-size access switch and server. 10G SFP+ high speed cable is a low-cost solution for replacing optical modules, and used for achieving the short-distance high

According to BBT‘s latest data show that the global fixed network broadband users had reached 776 million, of which the proportion of DSL users accounted for 40.1%, FTTx accounted for 37.7%, Cable Modem accounted for 20.3%. BBT predicts that FTTx users will surpass DSL subscribers in 2017 driven by

The rapid growth of the data center requires the server with higher performance. From the initial 100M, 1G, 10G, to 40G and 100G, high-speed Ethernet has never stopped developing. The 10G Ethernet (IEEE802.3ae) standard was approved in 2002. In the 10G network, engineers are often confused about cho