Author: 5gantennas.org
As of the first half of 2023, non-terrestrial networks (NTN) are becoming a highly dynamic market with several different technical and commercial approaches. At the same time, the advent of 5G technology opens new possibilities for connecting people and devices around the world with unprecedented speed and reliability. 5G NTN is designed to provide high-speed wireless connectivity to remote and unserved areas by leveraging the access-side “space segment” of mobile networks to deliver mobile services from satellites to users on the ground. It is designed to. Currently, broadband connectivity is already provided by several NTN operators with proprietary technology to…
The city’s own radiation regulations are eased by presidential order. Brussels, the capital of Belgium, is finally on track to launch 5G services, with the service expected to start as early as September this year. Local media reports have confirmed that major legislative work has been completed to ensure that antennas will eventually be upgraded or replaced to deliver 5G across the Brussels region from September. According to De Tijd (subscription) and the Brussels Times, a presidential decree authorizing the deployment of 5G antennas was published in the Official Journal following parliamentary approval for the relaxation earlier this year. The…
The arrival of 5G is a game changer, but not in the way people expect Smartphone users around the world have been looking forward to fewer dead spots and up to 20x faster download speeds. Potentially more important is his 5G ability to unleash the full potential of the 30 billion Internet of Things (IoT) devices expected to be connected by 2030. The analyst says that by 2035, his 5G value chain will generate new economic output and support 22 million jobs. To make this prediction a reality and justify the necessary investments, the electronics industry will need to go…
The innovative new antenna design promises improved reliability, coverage and speeds, especially when partnered with Vodafone’s 5G rollout plans for the UK. Vodafone has begun rolling out a new compact antenna from Ericsson to deliver better 5G capacity, coverage and performance across the UK without increasing the average mast footprint.Ericsson’s latest design, the Interleaved AIR 3218, integrates the radio unit and antenna into one unit, delivering increased 5G capacity in a smaller footprint than previous designs. It also does not require an additional antenna unit like previous models and can transmit mobile data over all radio frequencies currently used by…
Ericsson and Vodafone have begun installing new 5G antennas in the UK, aiming to increase capacity, coverage and performance. According to the press release, the antenna does not create any additional footprint.According to the announcement, the installed antenna is the AIR 3218, a compact active/passive antenna with integrated radio and multiband passive antenna technology, all in one housing. game changerThe companies say that by incorporating the radio and antenna into a single unit, the antenna can be easily installed on rooftops, towers, walls and poles. This should make it easier to upgrade and acquire land and speed up the rollout…
Ericsson’s AIR 3218 will be deployed at 50 sites within the Vodafone UK network during 2023 British carrier Vodafone and Swedish vendor Ericsson have begun deploying compact active/passive antennas in the UK to improve 5G capacity, coverage and performance on carriers’ existing network infrastructure. . Ericsson’s Interleaved AIR 3218 solution combines integrated antenna radio technology and multiband passive antenna technology in one housing, meaning you can add high-performance 5G capacity without adding an additional antenna footprint, the vendor released It is stated in According to Ericsson, Vodafone will use a single antenna footprint and Massive MIMO (Massive Multiple Input Multiple…
The advent of 5G will transform the digital landscape, offering faster data speeds, lower latency, and more reliable connectivity. With the rise of IoT devices and the need for high-speed connectivity in industries like manufacturing and healthcare, businesses are increasingly turning to private 5G networks. HCLTech is at the forefront of this movement, leveraging Intel’s FlexRAN™ reference software to accelerate the deployment of private 5G networks. Companies are at various stages of implementing Industry 4.0 technologies, including but not limited to digital twins, big data and analytics, AR/VR, IoT, etc., to improve service delivery. Still, they face the challenge of…
FORT MEADE, Maryland – Today, Enduring Security Framework (ESF) partners the National Security Agency (NSA) and the Cybersecurity and Infrastructure Security Agency (CISA) announced an assessment of 5G network slicing. ESF, a public-private cross-working group led by NSA and CISA, has identified three keys to keeping this emerging technology secure: security considerations in design, deployment, and maintenance.”This document represents a first step in understanding the current but evolving landscape of network slicing and is a great way to start meaningful conversations around potential use cases for network slicing. It acts as a catalyst,” said Lauren Wible, technical director of network…
The Belgian capital, Brussels, will finally launch a course to launch a 5G service, and will be released this September.Until now, the city has effectively blocked the city’s services for strict radiation rules, and has stopped the 5G pilot in 2019 just for concern.However, according to the Belgian paper L’Echo, it will be changed as a presidential decree that allows the 5G antenna to develop the 5G antenna.This early this year, following the Congress approval, alleviated the strict restrictions on the city’s wireless frequency discharge.Belgian three mobile network operators. Proximus, Telenet, and Orange submit a permission application to the Regional…
With this critical spectrum shortage looming, the United States urgently needs to find more spectrum for commercial 5G applications. Since government users are allocated 61 percent of the lower mid-band spectrum (compared to less than 10 percent for licensed commercial users), they find opportunities for full-power license usage tailored for wide area coverage. is needed. To ensure the US has enough spectrum to lead the world in her 5G, effective coexistence mechanisms and possibly even the relocation of federal users to other bands are possible. To protect and advance our national security interests, the United States must reallocate frequencies for…