In a significant step toward enhancing the capabilities of the Large Hadron Collider (LHC), Nokia has successfully concluded an optical transmission trial in collaboration with SURF, a key player in Dutch education and research IT infrastructure. The trial achieved a breakthrough single carrier 800Gb/s optical transmission over SURF’s extensive cross-border network, which forms part of the vital research and education connectivity in Europe.
NEC Corporation (NEC; TSE: 6701) and NTT Corporation (NTT) today announced that they have successfully conducted a first-of-its-kind transoceanic-class 7,280km transmission experiment using a coupled 12-core multicore fiber (*1), which consists of 12 optical signal transmission paths in a standard outer diameter optical fiber (0.125 mm). This achievement is expected to be a next-generation transmission infrastructure technology that will contribute to the realization of large-capacity optical networks, including future optical submarine cables.
In the third quarter of 2023, the North American Optical Transport equipment market experienced a 4 percent year-over-year contraction, according to a recent report by Dell’Oro Group, a leading source for market information in telecommunications, security, networks, and data centers. This stands in stark contrast to the global market, which saw a positive trend for the third consecutive quarter, growing by 6 percent year-over-year outside the North American region.
In a strategic move to meet the escalating demands of the 5G era and burgeoning broadband connectivity in India, Nokia has joined forces with Bharti Airtel for a significant overhaul of the optical network infrastructure. The project aims to deliver ‘massive capacity,’ enhanced reliability, and cost efficiency for enterprises, operators, and hyperscalers in the region.
Huawei’s Richard Jin turned heads at UBBF 2023 with a keynote speech outlining a future-oriented, three-phase network construction plan. This innovative plan hinges on enhancing video experiences, improving network user experiences and integrating AI. By striving to transition from traditional copper lines to FTTH all-optical networks, it aims to ensure seamless video interactions. Subsequently, it intends to cater to increasing demand for diversified digital applications via gigabit services. The finale points towards an AI-integrated, all-optical computing plan aligned with F5.5G development, potentially revolutionizing current industry norms.
The Linux Foundation-led Ultra Ethernet Consortium brings AMD, Arista, Broadcom, and others together to refine ethernet architecture, addressing the escalating network requirements of AI and high-performance computing. Pledging to enhance ethernet performance, the alliance will leverage ethernet’s adaptability, ensuring scalability and cost-effectiveness for diverse workloads. Aiming for a holistic tune-up rather than a complete overhaul, consortium endeavours will encompass detailed protocols, signaling mechanisms, and software solutions.
The EU Secure Connectivity Program has welcomed Rivada Space Networks, a wireless technology company focused on open access wholesale and the fusion of terrestrial and satellite communications. The EU space-based, secure communication system proposes to use the most recent quantum communication technology for secure encryption in order to accommodate growing and changing governmental and business demands. The program aims to enable access to advanced, dependable and high-speed connectivity for citizens and businesses across Europe, including coverage of communication dead zones. This initiative is aimed at ensuring cohesion among Member States, and providing the long-term availability of worldwide uninterrupted secure and cost-effective satellite communication services. In its submission to the EU Secure Connectivity Program’s preliminary market consultation, Rivada Space Networks outlined the main characteristics of its laser-linked LEO constellation architecture. The business also suggests that the member nations and project stakeholders should use its Open Access Wireless Marketplace platform…
Nokia announced on Monday that Deutsche Telekom (DT) has chosen the Finnish multinational telecommunication provider to convert DT’s optical network into a service-oriented platform. The transformation will allow Deutsche Telekom to provide its customers with an improved service quality experience, by upgrading the existing network to an expansive and automated one. The use of automation will help the operator to simplify and organize operational tasks to make more efficient use of network resources. Deutsche Telekom will adapt Nokia’s optical transport portfolio to become a higher-capacity, self-regulating network that meets residential and Industry 4.0 requirements. This gives Nokia the opportunity to promote its ‘Wave’ Brand optical transport portfolio: the Nokia WaveFabric service-ready platforms and the Nokia WaveSuite software portfolio, that includes the Nokia 1830 Photonic Service Switch (PSS) provided by the PSE- V family of coherent DSPs (digital signal processors). This solution will revolutionize Deutsche Telekom’s optical backbone network…
ZTE Corporation and Intel have jointly launched the Light Cloud platform for access networks at the 5G Summit being held at Mobile World Congress 2019 in Barcelona. The Light Cloud solution is based on Intel’s innovative Edge products, impeccably integrated into ZTE’s flagship optical fiber access platform, Titan, thus merging Multi-access Edge Computing (MEC) and Network function virtualization (NFVI). The solution employs lightweight blade servers equipped with Intel Xeon D processors. When embedded in an OLT or BRAS device, the blade servers transform it into lightweight cloud infrastructure, thus reducing high capital costs and making a positive environmental impact. The infrastructure opens up computing and storage possibilities based on telecom access equipment, and allows the deployment and distribution of application-sensitive services. The access layer with cloud features is supported by built-in blade servers, and facilitates the ability to offer a wide range of cloud applications and services, including…
The future of the intelligent world is orbiting around the power of 10Gbps bandwidth, forming the vital backbone of digital advancement. As the tech world continues to evolve, the network upgrades, too, strive to match pace, evident in the successful transition from gigabit to more powerful 10Gbps optical networks, or F5.5G. Huawei stands at the helm of this transition, providing comprehensive solutions for operators. With new-age high-speed, low latency connections, and a focus on enhanced user experiences, the stage is being set for the world’s leap into the F5.5G era.
