Author: 5gantennas.org
Contxto – We are waiting for the global implementation of 5G networks, but it looks like this technology will make its debut in Latin America sooner than we expected. In fact, Uruguay and El Salvador are already blazing a trail in their respective regions. In summary Earlier this week, Uruguay’s national telecommunications company ANTEL rolled out its first 5G commercial network in partnership with Nokia. This group was the first to upgrade not only in Uruguay but also in Latin America. Therefore, the regional race to establish the coveted communications software has officially begun. But let’s not forget about other…
Along with the core and radio access network (RAN), xHauul (fronthaul, midhaul, backhaul) transport networks are critical components of cellular wireless networks. This paper delves into the current transport network landscape, explores ongoing work, and envisions the future of 5G transport networks. 5G Transport Networks examines the characteristics that will shape 5G transport networks, which will grow with bandwidth demands, driving the need for continuous backhaul capacity and the need for flexible, scalable solutions. Masu. Current efforts are focused on cloud-based RAN connectivity, network-based timing and synchronization, and end-to-end network slicing. Future work will focus on strengthening the security of…
Most companies expected to manage the planning, deployment, and operations of their private 5G network core, IoT endpoints, and data networks. However, planning, deployment, and operation of radio access networks (RAN) and multiaccess edge computing (MEC) relied on service providers and suppliers. This shared responsibility model requires a collaborative approach to security, with enterprises securing on-premises elements and service providers connecting the RAN and enterprise edge. Enterprises were planning to allocate 5-10% of their IT budgets to 5G private network security. Enterprises preferred security-focused vendors when purchasing security solutions for their private 5G networks. However, only some companies are familiar…
Published 08-18-23Submitted by EricssonAbove: The role of 6G in relation to the UN’s Sustainable Development GoalsOriginally published by EricssonBy Pernilla Bergmark Principal Researcher and Gustav Wikström Research leader, NetworksWe believe 6G shall be designed to make sustainable breakthroughs on all fronts: from improved network footprint to societal, economic and environmental benefits such as macro-economic gains, a narrower digital divide, and improvements to education, healthcare and other key sectors.Achieving that full promise will require putting sustainability at the center of 6G technology development, starting with the many global cross-sectoral initiatives that are taking place today.At Ericsson we foresee many new use…
Manika, J. & Roxburgh, C. The Great Changer: The Internet’s Impact on Economic Growth and Prosperity (McKinsey Global Institute, 2011).Dunn, S., Amin, O., Shihada, B., Alouini, M.-S. What should 6G be? nut. electronic. 320–29 (2020).Article Google Scholar Mwangama, J., Malila, B., Douglas, T., Rangaka, M. What can 5G do for healthcare in Africa? nut. electronic. 37–9 (2020).Article Google Scholar Gohar, A. & Nencioni, G. The role of 5G technology in smart cities: The case for intelligent transportation systems. sustainability 135188 (2021).Article Google Scholar Dai, C., Liu, X., Lai, J., Li, P., Chao, H.-C. Deep human behavior recognition architecture for smart…
Red Sea Global and Zain KSA have announced the world’s first zero-carbon 5G network powered by 100% renewable energy. Credit: Red sea Global The tower will be located within the Six Senses Southern Dunes Resort in the Red Sea and will bring guests “the highest 5G connection speeds in the region,” according to a release from Red Sea Global. Utilizing 3D printing technology, the tower is designed to blend seamlessly into the landscape by mimicking rock formations, minimizing the tower’s visual impact on the surrounding environment. The network is also set to be powered by over 760,000 solar panels built…
The semiconductor industry produces chips, microprocessors, and other key hardware components needed to build electronic devices. The rise of 5G networks, which enable faster data speeds and broader connectivity, has created new opportunities for companies specializing in semiconductor design and manufacturing. We’ve compiled a list of the top 5G semiconductor companies working to enable devices to take advantage of innovations in wireless technology.Top 5G semiconductor companiesAMDintelQualcommmicron technologyNXP 5G semiconductor companies you should know about AMD stands for Advanced Micro Devices, which designs and develops computer processors and the technology that supports them. The company’s products are used in a variety…
Officially known as DECT-2020 NR, this protocol brings 5G to smart devices over non-cellular networks. Learn more from our video interview with Wirepas’ Jussi Numminen and his Vice-Chairman of the ETSI DECT Technical Committee. Over the past few years, we’ve heard about three key points for 5G: Enhanced Mobile Broadband (eMBB), Massive Machine Type Communications (mMTC), and Ultra-Reliable Low Latency Communications (URLLC). These pillars are related to cellular communications. Standards are now being established for non-cellular 5G mesh networks. Developed by ETSI, Digital Enhanced Cordless Telecommunications (DECT) NR+ uses the 1.9 GHz band to create a self-healing, distributed, and reconfigurable…
Boeing hopes to use 5G technology to improve aircraft maintenance and increase safety for military engineers. (Photo provided by Boeing) boeing aims to increase the mission capability of military aircraft and improve the safety of military engineers through two initiatives leveraging 5G technology. They are Autonomous Aircraft Inspection (AAI), which uses drones to take high-resolution photos of aircraft to identify damage, and Advanced Training Operations and Maintenance (ATOM). Use the. microsoft Hololens will allow the military to “securely contact” industry representatives to assist in repairing parts. ” [AAI] The photos that are being taken and the data that is being…
Susan Kelemen is an education marketing specialist at Verizon, responsible for creating and implementing wireless solutions for higher education, K-12, and state/local. community. Tony Dolezal is a public sector 5G and MEC (Multi-Access Edge Computing) specialist at Verizon with 25 years of experience in communications, data communications, and IP-based video. Verizon Public Sector 5G and MEC Specialist Tony Dolezal and Education Marketing Specialist Susan Keleman One of the most challenging developments facing higher education institutions in recent years is how to best take advantage of the rapid evolution of digital technology. As universities continue to grapple with declining enrollment, rising…