![]() ![]() This test showcases that our high-performance optical solutions are designed to effectively address this need.” As an innovative and trusted global optical leader, Nokia is deeply aware of the growing need for high-speed and low-latency connections because of the virtualization of key mobile core components. ![]() James Watt, Vice President and General Manager, Optical Networks Division at Nokia, said: “Nokia is proud to contribute to the IOWN GF and we are looking forward to our continued journey with NTT and other IOWN GF members. The test measurements met key requirements for latency, synchronization, and mobile functionality associated with mobile fronthaul in 5G networks. The PoC demonstrated dynamic distribution of RAN resources to 5G radios using optical routing to better respond to evolving traffic demands while also ensuring optimal energy consumption compared to traditional fronthaul solutions that provide fixed and inefficient links. Nokia’s high-performance optical solution used for the lab tests includes the 1830 Time-sensitive Packet Switch (TPS) optimized for mobile xHaul applications, and the 1830 Photonic Service Switch (PSS) for WDM optical transport. The PoC addresses the growing need for high-speed connections driven by the virtualization and cloudification of key mobile core components in 5G and upcoming 6G mobile communications networks.Īs a participant in IOWN, Nokia aims to provide advanced capabilities including low-power consumption, ultra-wide bandwidth, large-scale simulations, and ultra-realistic UI/UX for future services with cutting-edge solutions such as next-generation photonics-based technologies. In order to solve various social issues and realize a smarter world by 2030, IOWN technology will seek to lower power consumption by 100x, increase transmission capacity by 125x, and lower end-to-end latency by 200x, compared to traditional networks. Test uses the Nokia optical network solution to successfully demonstrate low latency and extension of transmission distance over mobile fronthaul network between the 5G Distributed Unit (DU) and Radio Unit (RU) over an All Photonic Network (APN)Įspoo, Finland – Nokia today announced that Nokia and NTT Corporation successfully completed a joint PoC using Nokia’s mobile fronthaul solution over an All Photonic Network (APN), aligned with the objectives of the Innovative Optical and Wireless Network (IOWN) Global Forum.Proof of Concept (PoC) marks first successful testing validating the IOWN Global Forum vision to realize a smarter world by 2030 by dramatically lowering power consumption by 100x, increasing transmission capacity by 125x, and lowering end-to-end latency by 200x.So you can easily average speed test results, compare maximum speeds, research logged results and find the fastest ISPs for Nokia GB.Nokia and NTT successfully demonstrate applicability of all-photonics network technology to mobile fronthaul in RAN domain as part of IOWN POC This tool can average connection speed for any Internet provider, country or city in the world. 's speed test database stores information on millions of Internet connections. Test My Download Speed Test My Upload Speedĭo you want to research connection speed for Nokia GB? 's Download Speed Test and Upload Speed Test log connection information to allow users to research real world Internet speed test results. They want you to think your connection is running perfectly. This test is unbiased, it tests and grades all providers on the same criteria. When providers host their own speed tests they eliminate the variables that you're here to test. A third party opinion is necessary and the provider shouldn't be allowed anywhere near the process. We believe that it's a conflict of interest when Internet service providers operate their own speed tests. ![]()
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