This test demonstrates a significantly faster transmission rates are possible whilst the benefits

[harskeark]

Huawei says it has engineered the OSN902 100G WDM system to get rid of the problems data center operators encounter in creating DCI infrastructure huawei access network. These include incompatibility between traditional WDM equipment, which creates inefficiencies and difficulties in upkeep of optical equipment automation. The system provides highly secure encryption, high capacity, simple management, ultra-low power, and front-to-back cooling, the systems house adds.

"As enterprises and service providers adopt a continuously increasing amount of big data and cloud-based solutions, catering for your huge demands for their network capacity is really a constant challenge for Internet exchanges," commented Wonder Wang, CEO Huawei Technologies Netherlands. "From now on, AMS-IX can easily manage the traffic in the metro area network for that benefit of numerous end-users."

Huawei, a data and communications technology (ICT) company, and EXATEL, a Polish telecommunications operator, have tested 1 carrier wave 400G wavelength division multiplexing (WDM) system for your first time. Commercial WDMs running on one particular carrier wave currently climb to only 100G. This test demonstrates a significantly faster transmission minute rates are possible while keeping the benefits of running on 1 carrier wave. The test was performed using EXATEL's G.652-based optical network in Warsaw, Poland.

400G WDMs with single carrier wave systems offer high integration and availability, but low power consumption. Single carrier wave 400G WDMs formerly been impractical on account of problems including high-speed signal distortion and unstable clocks. To combat these, Huawei and EXATEL have employed the Faster Than Nyquist (FTN) compensation and recovery algorithm, proprietary clock recovery technology, and adaptive soft decision forward error correction

“The growing capacity requirements for 3G and very the LTE services raise high requirement of mobile backhaul solution in Egypt; we require innovative solutions on wireless backhaul technologies. The combination of E-Band and traditional microwave frequency spectrum is probably the good directions,” said Khalid Murshed, CTO of Etisalat Misr.

"Huawei initiated a policy of microwave cooperation using the Etisalat Misr since 2006, so we are honored to become Etisalat Misr’s microwave transmission partner,” said Alex Xu, Huawei North African Vice President. Etisalat Misr and Huawei will jointly consentrate on potential microwave innovation technology getting excited about LTE. Xu added at thunder-link.com, “We think this new wireless transmission solution will highly help the customer expertise in the mobile broadband service."