#Dragon project trial#
The proposed project, opening to the introduction in 5G networks of frequencies beyond 100GHz towards 100Gbs capacity, supports the deployment of different applications and use cases for high capacity x-haul systems having hop distances of up to 1km.ĭRAGON offers prospects for new semiconductor, antenna and packaging technologies and the consequent hardware devices to enter the market and to create the economic opportunities, for the involved consortium partners, to become the most innovative market players.Įuropean advanced SiGe-BiCMOS process technology, enabling highly integrated mixed analog-digital unctionalities, for active antenna array technologies, supplies the project demo trial on-field with all the hardware components, derived from the previous RIA project DREAM, but properly scaled and optimized in terms of performances, power consumption, compactness, quality and production costs. The figure shows the role of this innovative technology in the transport network. Backhaul plays currently a vital role in mobile networks by acting as the link between RAN and the Core, as, a little bit later, will play the front hauling by acting as the link between RAN and a centralized radio protocol remote processing.ĭRAGON will reap the fruits of earlier R&D investments in mmW backhaul enabling technologies to provide a high capacity D-band (130-174.8 GHz) wireless back/front haul solution able to address the needs of 5G transport network. Transport is the part of the network that comprises the intermediate links between the Core Network or backbone and the small sub-networks at the “edge” of the entire hierarchical network ( see the figure). With mobile data traffic continuing to grow rapidly (40-fold between 20) and the imminent connection of 50 billion Internet of Things (IoT) devices by 2025, CSPs are being driven to rethink their existing transport network architecture.Īll the telecom operators in Europe have the main objective to get hold the 5G core technologies and concretize the 5G ecosystem infrastructure able to provide to their customers at the same time wireless bit-rate higher than 20Gbps, latency less than 1ms and connectivity density higher than 1 million per km2. A monster-slaying action RPG featuring real-time co-op play on mobile. discovers a bug dragon in his back yard he shares the news with his best friend Alf and together they form the Bug dragon Undercover Research Project. The DRAGON project aims to use AI and machine learning to develop a decision support system capable of delivering more precise coronavirus diagnosis and predictions.
In the next three to four years, communications service providers (CSPs) will run backhaul transformation projects to meet the needs of 5G Radio Access Network (RAN) service provisioning. Developed by COLOPL, Dragon Project is an action-packed MMORPG that whisks players off to the magical land of Heiland and sweeps them off their feet with.
The 5G represents the new generation of the mobile network infrastructure conceived to cope with a very large field of applications.
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