Dell invests €2 million in Ireland’s Open Telecom Ecosystem Lab, aiming to collaborate with EMEA telecom firms on 5G and 6G innovations, boosting smart manufacturing and digital cities while promoting opportunities in network infrastructure.
Ericsson and Telia join forces to establish the Baltics’ first enterprise 5G network at a key supply site in Estonia, aiming to enhance productivity, agility, and sustainability, while enabling connected use cases like asset monitoring, digital twins, and more. This collaboration also boosts Ericsson’s growing private 5G offerings and emphasizes the potential of private 5G networks in driving innovation across various industries.
NTT DOCOMO and NEC Corporation have launched a proof-of-concept (PoC) testing to run NEC’s 5G core network service in a hybrid cloud environment that leverages the Amazon Web Services (AWS) cloud using end-to-end cloud-native network architecture. Through the PoC, DOCOMO, NEC, and AWS expect to prove the viability of cloud-native mobile networks leveraging a public cloud for network function virtualization (NFV). The PoC will validate the energy efficiency and high performance that AWS Graviton2 processors can bring to NEC’s 5GC in the AWS cloud to achieve an energy-performance advantage over comparable solutions. As the first step, 5GC network functions will run in the cloud on AWS infrastructure and corresponding 5GC network functions will reside on DOCOMO’s on-premises infrastructure to verify availability and operational feasibility. The second step will deploy the 5GC network function on AWS Outposts (on Amazon EC2 compute instances powered by Graviton2 processors) on DOCOMO’s premises. AWS…
The Swedish multinational networking and telecommunications company Ericsson has introduced three new radios in its enterprise-level Massive MIMO portfolio, and bolstered their RAN Compute portfolio with six RAN Compute products to accelerate the 5G mid-band release and expand next-generation mobile technology. Ericsson stated that the three new radios and six new RAN Compute products will enable operators to make better use of the full spectrum of mid-band, that is around 3.5 GHz. The products are powered by Ericsson Silicon, the company’s system on a chip (SoC), which provides advanced processing capabilities for the rapid development of energy-efficient, high performance networks and ensures greater security. With the new mid-band spectrum, telecom service providers can leverage their 5G spectrum resources to deploy services quickly and efficiently, thereby delivering higher quality and more responsive experiences to mobile broadband subscribers. Mid-band bridges speed, capacity and coverage gaps between low and high frequency…
NEC Corp., a major Japanese information technology company, has agreed to support the development of the UK’s fifth-generation wireless networks across the country, as reported by the British government. The announcement came after Japan and the United Kingdom signed a bilateral free trade agreement following Brexit. Details of the deal are currently unavailable. Since the UK has banned Huawei from deploying its 5G network and has decided to fully remove Huawei’s equipment altogether by 2027 because of potential security issues, the question of who can intervene to fill the empty space left by the Chinese seller has remained open. While European giants Ericsson and Nokia were obvious choices, other candidates also made an appearance. The UK government asked Japan to help deploy 5G networks in the country back in July. British officials then told colleagues in Tokyo that the Japanese technology companies NEC and Fujitsu could be the…
As 5G technology continues to mature, leading global wireless carriers are competing to be the first to advance from the non-standalone (NSA) mode of 5G, in which a 4G LTE core is combined with 5G capabilities, to a standalone architecture (SA) 5G network. T-Mobile US, one of the largest carriers providing wireless voice, messaging and data services in the United States, has announced the launch of its SA 5G network. The operator claims to be the first in the world with nationwide coverage using this next-generation wireless technology. In a news release, T-Mobile said that the launch expands its 5G coverage by 30 percent and will cover nearly 250 million people in more than 7,500 cities and towns throughout the US. With faster speeds, lower latency and huge connectivity capabilities, SA 5G signifies the launch of a 5G core network, ending the reliance on legacy LTE architecture. T-Mobile said SA…
Contributed by Maor Efrati, CTO at monogoto Working from home: A lot has been said about increased productivity and family time as positively impacted during the COVID-19 quarantine. I am discovering that it’s also good for writing and for analyzing the many conversations that I and my monogoto.io partner Itamar Kunik have regarding cellular, WiFi, and the future of connectivity. @monogoto we are building an OTT cellular network. We are providing a connectivity service to any company that desires to have cellular connectivity as part of the offering or product. Simplifying the backend and network with strong API’s while keeping all the bells and whistles that a cellular network can support over a traditional last mile (RJ45 and WiFi). It will be interesting to see what plays out regarding WiFi vs Cellular as the last-mile provider. Some think cellular technology is the perfect solution for all wireless networks, while others hope…
The next-generation wireless technology for digital cellular networks is steadily gaining traction, with significant implementations under way. All of the major carriers are rolling out their 5G networks, targeting large cities that crave super speeds, virtually lag-free connections, extended coverage and other great benefits that are made available by this advanced technology. 5G has already been launched in many different locations around the world, but it is still considered to be in its initial stages. All of the US carriers have now launched some form of 5G cellular network. But what exactly is 5G, how fast is it compared with 4G, what will it bring to VoIP applications, and what are the benefits and drawbacks of this innovative technology? Let’s take a look at 5G in more detail. What is 5G? 5G stands for fifth-generation cellular wireless and is the next generation of telecom networks that entered the…
An independent news platform Telecoms.com has recently published its Annual Industry Survey 2019, with the main focus being on topics such as industry updates, 5G rollout, digital transformation, the Internet of Things (IoT), as well as the modernization of Operations Support Systems (OSS) and Business Support Systems (BSS). The survey, covering the industry landscape over the last 12 months and projecting into 2020, has revealed an optimistic forecast that is mainly supported by the launch of 5G commercial services, innovations and progress in other important areas of the industry. According to the report, the single biggest change in the industry landscape over the past year was the deployment of commercial 5G services in different parts of the world. Regardless of the fact that the best-selling service is high-speed Internet access (mobile and fixed), B2B services, including 5G serving other vertical industries, will undoubtedly play a much more significant role…
US telecom giant Sprint Corporation has announced that it is working with Arizona State University (ASU) to promote economic, educational, technological and social growth in the entire Arizona region, leveraging the power of Sprint’s True Mobile 5G and Curiosity™ IoT’s advanced dedicated network and operating system. This groundbreaking collaboration will combine the innovations of 5G and Curiosity™ IoT, create a new IoT curriculum and reach millions of residents. Sprint’s Curiosity™ IoT is the first dedicated, virtualized and distributed core IoT network that is purpose-built for software. Hosted on a solid foundation from technology leaders including ARM, Ericsson and AWS, this service leverages bare-metal design, and enables the delivery of low latency, high availability connectivity. The fourth-largest mobile network operator in the US stated that they designed Curiosity™ IoT “to solve the challenges of today and be ready for the needs of the future.” In a press release, Sprint said it will work alongside ASU…
