Author: 5gantennas.org

Strand Consult reveals demons in Huawei details Mobile Europe sources say the EU is set to harden its stance on the security threat posed by Chinese equipment at the heart of Europe’s critical communications infrastructure. Insiders close to EU policymakers say regulators are struggling to visualize the depth and scale of Europe’s exposures, both in terms of detail and broader context. This is due to the lack of “visibility”. Everything changed on May 31, when EU Competition Commissioner Margrethe Vestager (pictured) hinted that the EU might have become more informed and more focused. One source said this was a revelation…

Even now, a key question to ask when offering a private 5G network is which release of the specification it complies with. Systems designed and built to the old specifications do not have all the features of the new specifications. Also be on the lookout for “5G-ready” systems that have a 4G radio in the 5G core, or systems that have updatable 5G radios in a true 5G core. Their capabilities vary, and the cost of upgrading from 5G-capable to true 5G depends on your site’s configuration. partner up Another important question is who plans and builds the network. Because…

What is high band 5G? High-band 5G typically operates in the range of 24 GHz to 39 GHz. These frequency bands are also known as millimeter waves (mmWave). The amount of high-band spectrum available gives mmWave breathtaking performance. However, these high-energy waves travel shorter distances. Millimeter wave frequency bands are currently most commonly used in dense urban environments and crowded venues due to the speeds and capacities they support.Access to more spectrum means a better experienceFrequency licenses in each country are managed by governing bodies. In the United States, this is handled by the Federal Communications Commission (FCC) and the…

Arm-based superchip and BlueField-3 DPU power innovative architecture to enable generative AI-driven wireless communications Computex—NVIDIA and SoftBank Corp. today announced that NVIDIA GH200 Grace Hopper™ Super Chip And SoftBank plans to roll this out at new distributed AI data centers across Japan. To pave the way for rapid global deployment of generative AI applications and services, SoftBank is collaborating with NVIDIA to build a data center capable of hosting generative AI and wireless applications on a common multi-tenant server platform . This reduces costs and provides more benefits. Energy efficiency. The platform uses a new one NVIDIA MGX™ Reference Architecture…

Indian telco BSNL will soon launch 4G using this locally developed stack India’s Telecom Minister Ashwini Vaishnaw has expressed interest in the US’s locally developed 4G and 5G technology stacks, a local newspaper reported. The 4G/5G stack was fully developed by Indian IT company Tata Consultancy Services (TCS) and state-run telecommunications research institute Center for Development of Telematics (CDoT). National telecom company Bharat Sanchar Nigam Limited (BSNL) is currently deploying the 4G stack at 100,000 locations across the country. Earlier this week, BSNL placed an order for infrastructure equipment and software worth $1.83 billion from TCS. The provision of this…

Ports create wealth and jobs, but connectivity and digitization are needed to improve the flow of the various activities that take place at ports. The development of 5G technology has accelerated the digitalization of Spanish ports. As a result, state port system managers have been optimizing processes at these strategic points where activity has been concentrated for many years. According to the State Ports (Puertos del Estado), these infrastructures: 35,000 direct jobs, approximately 110,000 indirect jobsthe transport sector accounts for nearly 20% of GDP, equivalent to 1.1% of Spain’s GDP. Why digitize Spanish ports? These infrastructures serve as points of…

“In aerospace and defense, some of the biggest growth opportunities are in satellite communications and emerging 5G communications solutions for both on- and off-the-battlefield applications,” said Microchip’s Chandhawk. . Private companies launch thousands of low earth orbit (LEO) satellites that orbit the Earth and provide services such as broadband Internet access, navigation, maritime surveillance, and remote sensing. These RF applications are constantly pursuing SWaP-C or size, weight, power, and cost advantages. Large parabolic antennas are being replaced by phased array antennas for satellite communications, but integration requires smaller components and increasing satellite payload requires lighter components. High HF power linearly…

Fixed line broadband.TP link Broadband Internet is something many of us take for granted these days. Gone are the squeaks of 56K modems that took half a day to download and tied up phone lines for hours. Today, we have the luxury of high-speed internet and can choose between fixed broadband lines or 5G options. Fixed broadband is the most common way to access the internet, but with the rollout of 5G, many people now have a wireless option using a data SIM card. The market for wireless data is becoming increasingly competitive, and in some cases you can get…

Design of durable superhydrophobic coatingsAccording to the Supplementary Note, to enhance dynamic superhydrophobicity, we designed a suspension through formation of polyolefin adhesive (POA) microspheres via phase separation followed by wrapping the microspheres with the synthesized perfluorodecyl polysiloxane modified silica (fluoroPOS@silica) nanoparticles via adhesion between them (Fig. 1a, b). This strategy (i) avoids embedding of the fluoroPOS@silica nanoparticles in POA and hence maintains low surface energy; and ii) forms POA/fluoroPOS@silica with core/shell structure, i.e., two-tier hierarchical micro-/nanostructure. Moreover, by faster evaporation of the non-solvent (ethanol) than the solvent (butyl acetate) during spray-coating, the POA microspheres partly dissolve and link with each other, which…

The transition from the current 5G environment to a 6G ecosystem is a major challenge and has the potential to bring major changes to the economy, science, and society. Many technical challenges need to be solved. In the process of finding these solutions, many gaps have been identified and need to be addressed. Creating new standards will be equally difficult. Although 5G environments are currently being built and deployed around the world, important challenges remain. To address 6G challenges (e.g., support for newer and more stringent KPIs, differentiated services, larger and more complex networks, more agile networks, and greater automation),…