Latest news with #Ericsson
Time of India
a day ago
- Business
- Time of India
In-depth: Long way to go for seamless in-building connectivity in India?
NEW DELHI: The ongoing initiatives to provide 4G and fifth-generation (5G) connectivity inside buildings and establishments are mired with challenges, despite a proactive push from the private telecom carriers and the government, said industry executives. In India, the deployment of in-building solutions (IBS) began around 2016-17 with the launch of 4G, and has accelerated recently with the densification of fifth-generation (5G) networks, which use a combination of spectrum bands with varying propagation and material penetration characteristics. Network testing firm Ookla said the trend towards higher frequency spectrum for 5G, for instance, the 3.5 GHz mid-band, limits the ability of the existing mobile network sites to provide high-speed mobile coverage deep indoors. 'The signals that mid-band 5G networks rely on struggle to penetrate the materials in their path when the user is indoors,' it said. The significance of consistent indoor connectivity can be noted by the fact that mobile users, on average, consume 80% of data indoors, a proportion that is only going to increase with the advent of more 5G-driven applications, according to Sweden's Ericsson . Globally, the in-building wireless market size is projected to grow from $20 billion in 2024 to $35.5 billion by 2029 at a compound annual growth rate (CAGR) of 12.1% during the forecast period, according to MarketsandMarkets Research. The emergence of smart devices, including IoT devices and wearables, is contributing to the expansion of the in-building wireless market, it said. Indian context, TRAI's initiatives IBS infrastructure comprises small cells, distributed antenna systems (DAS), and optical fibre cable (OFC). 'In India, (IBS) deployments are largely concentrated in high-profile, large-scale public infrastructure, such as airports, premium residential complexes, and expansive commercial developments. This is primarily due to the unfavorable economics of IBS in most other settings,' said Kunal Bajaj, CEO & co-founder of CloudExtel . While the need for improved indoor coverage is urgent and would significantly enhance macro network efficiency and user experience, low ARPUs challenge the financial viability of many potential projects, he said. 'As a result, the market remains underpenetrated despite clear demand,' Bajaj added. The Telecom Regulatory Authority of India (TRAI), too, has been undertaking efforts along with the Department of Telecommunications (DoT) and the industry to improve in-building connectivity. In its recommendations on 'Rating of Buildings or Areas for Digital Connectivity', the sector regulator suggested that a property manager should be permitted to set-up, operate, maintain, and expand IBS within a single building, compound, or estate without requiring authorisation from the central government under Section 3(1)(b) of the Telecommunications Act, 2023. It further recommended that the property manager shall allow access to digital connectivity infrastructure (DCI) to all service providers in a 'fair, non-chargeable, transparent and non-discriminatory manner and shall not have any exclusive arrangements or agreements with any infrastructure/service provider'. GD Singh, CEO (mobility), iBUS Network and Infrastructure, said that the high rentals and high access fees are among other reasons why IBS solutions are not widely deployed. 'Many private and even government buildings charge high fees for access, which makes it difficult for telcos to move forward,' he said.- Joseph Martin, chief information officer (IT) at luxury real-estate developer House of Hiranandani, echoed similar views and said that neutral service providers only invest in lucrative commercial properties and locations, and typically demand an anchor operator to commit to using the network. ''However, telecom operators often wait for confirmed corporate accounts within the premises before committing, creating a deadlock,' Martin said, adding that the company equips all its commercial and residential properties with IBS infrastructure from the first day. Additionally, structural and regulatory hurdles, such as fragmented ownership in residential complexes and a lack of awareness of digital infrastructure among property developers, also impede IBS deployments, the executives said. Neutral host to be the way forward? Most legacy IBS infrastructure, such as small cells, is only compatible with 4G and any upgrade to 5G will require parallel network deployments or full replacement of legacy systems. Konark Trivedi, founder & managing director, Frog Cellsat, said that presently, there is an absence of a path for an individual or corporation to build in-building infrastructure and have it integrated with a telco network. 'We believe this gap can be bridged by introducing a neutral-host model, supported by government policy and mobile operators. Under this, a building owner could install compliant IBS infrastructure, and operators could plug in their small cells or eNBs (eNodeBs) on request, delivering reliable indoor coverage without heavy capital expenditure (capex) from telcos.'Trivedi said. Ookla said in a recent report that governments and regulators globally have conventionally focused on headline policy goals to achieve outdoor population coverage targets, which has overlooked the significance of indoor mobile coverage and contributed to poor outcomes throughout in-building environments and a lack of public data on the extent of indoor coverage gaps. 'Some countries, like Ireland and Germany, have made progress by mandating minimum coverage levels at buildings and infrastructure of national importance as part of spectrum licence conditions,' it said, suggesting that neutral host is also emerging as a key model to improve in-building connectivity. A seamless in-building connectivity would require extensive efforts from the government and real-estate developers to provide affordable access to telcos and vendors, which will in turn, support in-building connectivity. In the meantime, IBS vendors said they see immediate business opportunities in brownfield projects, particularly legacy structures with patchy or outdated connectivity, despite the exercise being more complex and cost-intensive.
Independent Singapore
a day ago
- Business
- Independent Singapore
M1 and Ericsson to implement AI-powered transport network automation in Singapore
Photo: Depositphotos/AllaSerebrina (for illustration purposes only) SINGAPORE: M1 has partnered with Ericsson to bring artificial intelligence-powered automation to Singapore's transport network infrastructure, as part of efforts to enhance M1's 5G network with advanced automation and analytics. In a press release on Tuesday (June 17), it said that both companies will work on the commercial deployment of Ericsson's Transport Automation Controller (ETAC), a cloud-native solution designed to transform how transport networks are managed and operated. ETAC will use AI and machine learning to automate and optimise operations across microwave, IP, and optical transport networks. M1 will first integrate ETAC into its microwave transport network with plans to expand it to its IP transport network over time. This follows a successful trial where the system identified sources of interference and improved synchronisation monitoring, service assurance, and root cause analysis. It also optimised power consumption across M1's microwave links. M1 CTO Denis Seek said: 'By adopting intelligent automation, we are not only enhancing our network performance and reliability but also strengthening our commitment to sustainability and excellent customer experience.' Singapore Business Review reported that the move is expected to support logistics and port operations. /TISG Read also: SIA partners with Salesforce to enhance AI-powered customer service Featured image by Depositphotos (for illustration purposes only)
Phone Arena
2 days ago
- Business
- Phone Arena
Nokia's published timeline reveals when commercial 6G service will begin
Sometimes it feels as though 5G just got here. The faster data speeds and low latency of the wireless standard promised to help deliver amazing capabilities. Analysts thought that 5G would allow surgeons to perform remote medical operations. Many expected to see highways full of self-driving vehicles by now along with smart cities where everything from traffic lights to waste collection would be efficiently run using 5G. It is estimated that there are only about 5 years remaining until 6G service becomes available making it unlikely that we will see 5G achieve its fullest expectations. Now that the chapter on 5G is getting ready to close, the 3rd Generation partnership project (3GPP), made up of telecom standards organizations, met last week in Prague to discuss the possible architecture behind 6G radio. Last week's meeting in Prague included the technical specification group (TSG) whose studies are supposed to be wrapped up by the first quarter of 2027. 6G specifications will come from these meetings which will be part of 3GPP Release 21. The latter should lead to the finalization of the first 6G standard in 2029. That will lead to the launch of 6G in 2030 although it might not stop some carriers from offering 6G service before others. -Nokia After the meeting last week, both Nokia and Ericsson commented on what they expect from 6G. Nokia's blog included a timeline calling for a commercial launch of 6G by the fourth quarter of 2029. Nokia says that 6G technology will allow phone batteries to run longer. The company also said that 6G deployment will require large amounts of spectrum. The plan is for 6G and 5G to share existing spectrum. This will use 5G-6G Multi-RAT Spectrum Sharing (MRSS). 5G is very much suitable for sharing spectrum with 6G. Nokia publishes a timeline revealing when 6G commercial service will start. | Image credit-Nokia While 4G/5G dynamic spectrum sharing is already a thing, it is not as efficient as 5G-6G Multi-RAT Spectrum Sharing (MRSS) will be. For its part, Ericsson also says that MRSS will play an important role in the transition from 5G to 6G. Both Nokia and Ericsson expect AI and machine learning to play a huge part in 6G standards. Ericsson says that AI will be used to deliver enhanced receiver performance, AI-aided mobility measurements, AI-aided positioning, and more. Secure your connection now at a bargain price! We may earn a commission if you make a purchase Check Out The Offer
Mid East Info
2 days ago
- Business
- Mid East Info
Ericsson ranks highest in Frost Radar™ 5G Network Infrastructure Market Report for fifth consecutive year - Middle East Business News and Information
Ericsson has been recognized as a forefront leader in Frost & Sullivan's 'Frost Radar: 5G Network Infrastructure, 2025' report for the fifth year in a row. This recognition highlights Ericsson's commitment to innovation and growth, as well as its ability to meet the evolving needs of communications service providers (CSPs) and enterprises worldwide. Frost & Sullivan independently plotted the top 23 companies in the Frost Radar analysis among over 100 global participants. These companies lead or innovate in various segments of the market. The report highlights Ericsson's contributions to the 5G landscape, cementing its position as a key player in shaping the future of mobile technologies. For the past five years, the company's innovative solutions have been acknowledged in this independent analysis as the leading portfolio for 5G network infrastructure. Ericsson's comprehensive portfolio includes products and solutions covering traditional radio access network (RAN), open and virtual RAN, core and edge networks, and private networks. Frost & Sullivan anticipates a shift towards open and virtual RAN across the industry, and notes that Ericsson's foray into Open RAN solutions 'will help make this a reality, especially since its first few customers are large and influential CSPs.' The use of artificial intelligence (AI) to automate network offerings and promote network APIs further demonstrates Ericsson's innovative approach to mobile networks, according to the Frost Radar report. Per Narvinger, Executive Vice President and Head of Business Area Networks at Ericsson, says: 'Our consistent top ranking in the Frost Radar report shows our dedication to innovation in a dynamic market. By focusing on customer-centric solutions and using advanced technologies like AI and intent-driven automation, we are enhancing network programmability. This enables differentiated connectivity and supports our customers in their journey toward autonomous networks.' 'Leading the global 5G network infrastructure market for five consecutive years is a remarkable achievement,' says Troy Morley, Senior Industry Analyst, Frost & Sullivan Information, Communications and Technologies. 'Ericsson has consistently outperformed traditional competitors and fended off emerging entrants in this challenging market. Despite its size, the market experiences fluctuations, with periods of growth and decline. Ericsson has adeptly navigated these complexities by evolving its portfolio, ensuring its own financial stability while maintaining its leadership position.' With customers in more than 175 countries, Ericsson has proven its ability to scale its innovations globally with 2G, 3G, 4G, and now 5G, according to the report, adding that Ericsson's dedication to research and development (R&D) – with 21.6 percent of its revenue invested in 2024 alone – shows its resolve to stay ahead in an ever-evolving industry. 'Moreover, the company's strategic adjustments and focus on profitability have positioned it for sustained growth and stability,' Morley says. The acquisitions of Cradlepoint in 2020 and Vonage in 2022 have expanded Ericsson's reach into the enterprise market, complementing its robust CSP and industry partner base. The Frost Radar report highlights the growth potential in private 4G and 5G networks, where Ericsson is well-positioned to collaborate with CSPs and industry partners to continue to lead the market in these enterprise opportunities. Additionally, as energy efficiency becomes increasingly critical, Ericsson has focused on designing hardware products that are smaller, lighter, and more energy-efficient, while also rolling out a number of software solutions to optimize network resources. The full range is available to meet the growing demand for sustainable technology. The Frost Radar measures growth rates in addition to absolute revenue and combines them with several other factors to measure companies' performance along the Growth Index. The Frost Radar measures innovation for each company by assessing its product portfolio, the scalability of its innovations, the efficacy of its R&D strategy, and several other factors.
Yahoo
2 days ago
- Business
- Yahoo
Supermicro (SMCI) Expands Its AI Infrastructure Ecosystem with Global Alliances
Super Micro Computer Inc. (NASDAQ:SMCI) is one of the 10 best growth stocks to buy according to billionaires. On June 10, Super Micro signed an agreement with Ericsson to explore a potential collaboration aimed at speeding up Edge AI adoption. The proposed partnership would combine Super Micro's high-performance Edge AI compute platforms with Ericsson's enterprise 5G connectivity solutions. A computer network engineering team setting up a server array in a data center. The companies plan to offer integrated commercial solutions that help enterprises deploy AI at the edge more efficiently. The offering is expected to enable businesses in retail, manufacturing, healthcare, and other industries to rapidly deploy Edge AI infrastructure along with wireless connectivity. This initiative leverages Supermicro's strengths in delivering energy-efficient, workload-optimized edge systems, aligning with the growing demand for Edge AI processing. By collaborating with Ericsson, Super Micro is positioning its platforms as part of a broader, ready-to-deploy ecosystem that addresses both compute and connectivity requirements. Supermicro also recently signed an agreement with DataVolt to develop large-scale AI campuses in Saudi Arabia, marking a significant step in the region's digital infrastructure growth. The planned facilities will utilize Supermicro's high-density GPU platforms and advanced liquid cooling systems, aiming to enhance energy efficiency and reduce operational costs. While final terms are still being negotiated, the companies expect the AI-related products involved in the deal to be worth at least $20 billion, highlighting the scale of the initiative. This move positions both companies at the forefront of sustainable, next-generation AI infrastructure. Super Micro Computer Inc. (NASDAQ: SMCI) designs high-performance and energy-efficient server and storage systems tailored for various industries. Its key markets include cloud service providers, enterprises, large data centers, original equipment manufacturers (OEM), and appliance manufacturers. While we acknowledge the potential of SMCI as an investment, we believe certain AI stocks offer greater upside potential and carry less downside risk. If you're looking for an extremely undervalued AI stock that also stands to benefit significantly from Trump-era tariffs and the onshoring trend, see our free report on the best short-term AI stock. READ NEXT: The Best and Worst Dow Stocks for the Next 12 Months and 10 Unstoppable Stocks That Could Double Your Money. Disclosure: None.
