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#TechNews FWA tops list of 5G use cases in new Ericsson report The Ericsson report also states that there are more than 1.7 billion 5G subscriptions globally According to the latest Ericsson Mobility Report, there will be nearly 5.6 billion 5G subscriptions by the end of 2029. Further, the report indicates that, as 5G penetration grows, Ericsson also see increasing opportunities for Fixed Wireless Access (FWA). Currently, stated the report, there are more than 1.7 billion 5G subscriptions globally, with roughly 160 million added in the first three months of 2024. As many as 600 million new subscriptions are expected in all of 2024. Regionally, North America is predicted to have the highest penetration by the end of 2029, with 90% (or 430 million) of subscriptions expected to be 5G. Regarding FWA, the prevalence of this service as a 5G use case is currently second only to enhanced Mobile Broadband (eMBB). In fact, 241 of the 310 communication service providers (CSPs) surveyed offered this service as of April 2024. Of these, 128 — or about 53% — included a 5G FWA offering, reflecting 29% growth compared to last year. #informationtechnology #voip #encryption #telecoms #virtualization #tech #databreach #broadband #semiconductor #internetofthings #telecommunication #wireless #mobile #telecom #technology #telecommunications #business #internet #network #telecoms #networking #cabling #AI #data #wireless #telecomunicaciones #voip #structuredcabling #yidawards #communication #tech #wifi #fiberoptic #telecomunica #it #lowlatency #telco #cable #ethernet #Verveba #5G #Google #Cloud #cybersecurity #att

One radical question I'm considering for #6G is "how it can be developed to be core-optional?". In other words, how can the system be broken into separate elements - RAN, core, transport - that *can* work together, but can also be deployed independently because they are loosely coupled? I'm increasingly convinced that 3GPP #mobile networks have succeeded in spite of the core network, not because of it. The huge complexity and cost of getting to "cloud-native" #5G SA has been a continuation of a long downward trend. The issue is that the core has evolved over the G's from being a fairly simple switch and registry (MSC and HLR) in the 2G GSM era, to being a huge monster of multiple "functions" that supposedly acts as the nexus for various advanced services and capabilities. Instead, it's mostly a cost centre, not a revenue generator. It's a vendor-led excuse for all the pointless friction from failed ideas like #networkslicing and a lot of network policy complexity. It makes it difficult to create wholesale models, increases network latency by adding processing, and has put years on the deployment of later versions of the RAN. Fixed networks don't need "cores" of this type. There's some intelligence in nodes like the BNG, but it is nowhere near being the same type of immense monolith. It also allows the 95% of traffic that is going to/from the Internet or public cloud to take the shortest, fastest path. It's ironic but unsurprising that the most successful new 5G service has been FWA, which essentially mimics and extends a service that has long been delivered with 802.11 and proprietary wireless networks that are unencumbered by a core acting as a boat-anchor. The other area of growth for has been in #private5G networks, which typically use a straighforward "core in a box", or the equivalent hosted in a cloud. It's broadly equivalent to a Wi-Fi controller in that guise. A lot of the more-useful functions of a cellular core network could probably be transferred to an Open RAN RIC - which would also allow the vitally-important capability of local-breakout to the nearest fibre and IP interconnection, in the same way as a local exchange / head-end for fixed broadband. I realise that there's many in the mobile industry who continue to focus on things like NEF, NWDAF, SMF, UPF, AMF, PCF, NSSF and so on - and that's fine. If you can make orchestration and service-based architectures work commercially, then go for it. But for the 6G era, why not ensure that the latest versions of the radio can be deployed without that baggage if a CSP or enterprise wants? Create the system to be modular and with APIs, so a "naked 6G radio" can be driven by a Wi-Fi controller or a proprietary box? It would democratise 6G to new players. It could also enable much simpler federation between different network owners - at the moment, core network interconnects are complex, and represent a major security risk surface. Let's be heretical! Does 6G really need a core?

T-Mobile, Verizon, Ericsson, GSA, and Opensignal Show Why 5G FWA is Critical to Reducing the Digital Divide and Boosting Competition. 5G Fixed Wireless Access (FWA) has seen significant growth and can be viewed as a mainstream technology that is integral to major ecosystem-wide goals such as reducing the digital divide and stimulating broadband connectivity competition. 5G now represents 42% of all FWA customer premise equipment (CPE) shipped in 2024, according to the GSA 4G/5G Fixed Wireless Access Forum. The advances reported in August 2024 show 5G FWA has become integral to strategic business objectives of mobile service providers. From 130 million at the end of 2023, FWA connections worldwide are projected to increase to 330 million by the end of 2029, according to the update of the Ericsson Mobility Report. The availability of more spectrum suitable for 5G FWA, ease of deployment, cost advantages, improving performance, and flexibility deployment compared to fixed wireless alternatives affirms that 5G FWA has proven its naysayers wrong and will continue to gain valuable mind and market share across the global broadband ecosystem. Ericsson Software Peter Linder Pami Vadher Brian Arendse Capriccio Martin Henry Chalian Steven Dickens Owen Lindsley Stephen Foskett Tom Hollingsworth Haley Ibrahim John Lusher Misty McPadden

This proactive approach in ensuring that India's telecom infrastructure is robust and future-ready, capable of supporting advanced technologies while also addressing the financial and operational challenges faced by the industry. India could save up to $10 billion annually in 5G deployment costs by utilizing the 6 GHz spectrum. This spectrum band is considered ideal for 5G due to its ability to handle high data volumes and provide extensive coverage and future proofing of 6G comes along https://lnkd.in/dcrQPEKN

BSNL Focuses on 4G Network Completion, Delays 5G Ambitions to 2025 https://ift.tt/O1AhyXS Indian state-owned telecom giant Bharat Sanchar Nigam Limited (BSNL) is set to concentrate its efforts throughout 2024 on finalizing its nationwide 4G network deployment, aiming to achieve a significant 20% share of the mobile market by year-end. According to reports in Financial Express, BSNL’s CMD PK Purwar outlined the strategy, emphasizing accelerated 4G rollout and enhanced network reliability as key drivers. BSNL’s current initiatives include upgrading existing cell sites and installing new ones across states like Punjab, Haryana, Uttar Pradesh (East), Uttar Pradesh (West), Uttarakhand, and Himachal Pradesh. The telco plans to have 100,000 4G base stations operational by the end of this year, significantly bolstering its network capacity. Notably, BSNL is building its 4G and future 5G infrastructure entirely using locally developed network equipment, following a major advance purchase order to Tata Consultancy Services (TCS)-led consortium last year. This consortium includes Tejas Networks, the Centre for Development of Telematics (C-DOT), and ITI Limited. Despite earlier projections for a 5G rollout by late 2023, BSNL has postponed its 5G ambitions to 2025, citing the need to first solidify its 4G foundation. Purwar confirmed that BSNL’s 4G base stations are designed for seamless software upgrades to 5G, positioning the telco for future technological advancements. In contrast, private telecom operators like Reliance Jio and Bharti Airtel are poised to complete their 5G deployments by the end of 2024, with significant subscriber uptake already noted. BSNL’s strategic delay in 5G deployment reflects its focus on infrastructure readiness and competitive market positioning. The telecom landscape in India continues to evolve rapidly, with BSNL’s strategic decisions shaping its trajectory towards enhanced network capabilities and market competitiveness in the coming years. via Business https://ift.tt/EhU2Y0N June 29, 2024 at 11:25AM

Despite the recommendations given by the Telecom Regulatory Authority of India(TRAI) in 2016, no mobile virtual network operator (#MVNO) has been able to take off in India, Rakesh Kumar Mehta from the Virtual Network Operator (VNO) Association of India, said during TRAI’s open house discussion on May 8. Mehta argued that there is a need for serious consideration of why MVNOs are unable to operate and only then TRAI and the Department of Telecommunications ( DOT ) can prescribe a framework that will work and alleviate the issues faced by MVNOs. The discussion was focused on a consultation paper released by the regulator in February this year, which sought to examine whether virtual network operators should be allowed to enter into agreements with multiple telecom operators to provide their services. See more here: https://lnkd.in/g_PUkYMa Mehta was not the only participant in the discussion to argue in favour of a multi-telco agreement, others like Debashish Bhattacharya from Broadband India Forum, also suggested the same adding that for some VNOs, it has been eight years since they received a license but have still been unable to start their services. “Many of them are facing challenges because of the NSOs [network service operators], the operators who are not forthcoming in providing network access to the VNOs,” he said, adding that while the focus of the consultation is multi-telco agreements, VNOs have been unable to enter into agreements with a single telecom operator. He suggested that there is a need for suitable regulatory interventions to ensure that a telco ties up with at least one MVNO to provide wireless access services. The Cellular Operators Association of India (COAI), disagreed with the argument about lack of competition, saying: “The very fact that the prices are what they are indicates competition”. Debashish Bhattacharya from Broadband India Forum argued that the need for competition is not for price reduction but to provide better quality services and to meet the needs of certain niche segments. Such segments cannot be served by the large telcos simply because that does not make business sense for them. https://lnkd.in/gaWDUvap

India's industrial sector has been slow to adopt private 5G networks, despite their potential to transform operations and boost efficiency. Several factors contribute to this low adoption rate, including the unavailability of P5G spectrum and dependence on telecom operators. Private 5G networks offer numerous benefits, such as enhanced security, low latency, and high-speed data transfer. However, the lack of available spectrum dedicated to private 5G networks hinders their adoption. The Indian government has not yet allocated spectrum for private 5G use, forcing industries to rely on telecom operators for 5G services. This dependence on telcos creates several challenges: - Limited control over network infrastructure and management - Higher costs compared to owning a private network - Potential security risks associated with sharing public networks - Complex business models and slow response to project needs Additionally, industries require customized 5G solutions tailored to their specific needs, which telecom operators may not be equipped to provide. To fully leverage the potential of private 5G, Indian industries need access to dedicated spectrum and a more robust regulatory framework that addresses their specific requirements. Until then, the adoption of private 5G will remain slow, hindering the country's industrial growth and competitiveness. Let's hope for the best! #private5G #P5G Overture Consulting Services

Reason behind the deterioration of Malaysia's 5G speed and quality. Here are some insights and analysis from Ookla. Malaysia’s 5G network, once celebrated for its fast speeds, is now facing a decline in performance as the network continues to expand. According to recent data from Ookla’s Speedtest Intelligence for the first half of 2024, the median 5G download speed in Malaysia has dropped from 506.96 Mbps in Q2 2023 to 387.39 Mbps in Q2 2024. This decline comes despite a significant increase in 5G service availability, which grew from 9.4% to 26.5% over the same period. The issue at hand is the growing strain on Malaysia’s C-band spectrum (3.3-4.2 GHz), which is shared among five 5G providers under the single wholesale network (SWN) model. The C-band is crucial because it offers a good balance between coverage and capacity, making it ideal for delivering high-speed 5G services. However, as more users come online and data demand rises, the available spectrum is becoming congested, leading to slower network speeds. Malaysia’s situation is not unique, as other countries in the Asia-Pacific region are also grappling with the challenge of balancing wide 5G coverage with maintaining high network performance. Globally, the C-band spectrum is a key component for achieving the full potential of 5G. According to GSMA Intelligence, 63% of the 295 operators that have launched commercial 5G networks worldwide are using the C-band spectrum. Data from Speedtest Intelligence further supports this, showing that the C-band was present in 62.1% of global 5G samples, where spectrum information was available. As Malaysia continues to expand its 5G network, the pressure on its available spectrum is expected to increase, especially as 5G adoption rises and data traffic grows. To maintain the quality and speed of its 5G network, Malaysia may need to consider options for expanding its spectrum resources, such as refarming existing spectrum or acquiring additional bands to keep up with the increasing demand. As 5G connections are expected to reach 5.5 billion by 2030, the need for sufficient spectrum to maintain network performance will only grow. Countries that effectively manage and allocate their spectrum resources will be better equipped to meet the increasing demands of 5G users and support the development of advanced 5G applications. Full article at: https://lnkd.in/gw8D8iWb

As mobile network operators continue working to deliver the most efficient network service, speeds, and capacity for customers across Australia, there has been a lot of discussion in the media recently around the “3G Shutdown”.    As an organisation dedicated to working in the telecommunications space, at Vecta Labs, we wanted to share some details around what this shut down means, and what mobile users can do to find out more.    If you are a mobile user with a 3G enabled device, it is important for you to understand what is currently happening with Australia’s mobile networks.  All three mobile network providers in Australia – TPG / Vodafone, Telstra and Optus are closing, or have already closed their 3G networks.    TPG / Vodafone closed its 3G network in December 2023, while Telstra will close its network at the end of June, and Optus will shut its 3G networks down from September.   Explaining what this means, the Australian Telecommunications Industry Ombudsman states:   “The shutdown means that devices that rely solely on the 3G network and do not have the capability to connect via 4G or 5G will no longer have connectivity, including the ability to make calls to 000.   “The 3G network shutdown will typically impact older mobile handsets but could also impact other devices that connect over a mobile network such as baby monitors, medical alarms, or EFTPOS machines.   “If consumers have a device that relies on the 3G network, it’s important to upgrade these devices now to avoid being without service.”   If you are unsure if your mobile phone is 3G enabled or one that relies solely on a 3G network, we suggest you read your user manual or contact your service provider today.   For more information, you can also look to the Australian Mobile Telecommunications Association Ltd, and review the linked fact, which provides more details.   #PSA #3G #4GNR #5G #mobilenetworks #learnmore #technology #future #Australia

Which connectivity technology will win the battle—and is it a battle at all? #5G #WiFi Learn how 5G and Wi-Fi are coming together to enable the rise of Fixed Wireless Access (FWA) for private and enterprise networks: https://hubs.li/Q02FWDCm0