Tag: 5G

  • Reliance Jio Postpones IPO to Enhance 5G Investments and Accelerate Digital Growth

    Reliance Jio Postpones IPO to Enhance 5G Investments and Accelerate Digital Growth

    Reliance Jio Platforms has decided to postpone its much-anticipated initial public offering (IPO) until after 2025, focusing instead on bolstering its financial health and expanding its array of digital services. The company is intent on enhancing its revenue streams and subscriber base prior to making its public debut.

    Valuation Soars as Digital Ventures Thrive

    With analysts currently estimating the value of Jio Platforms at over USD 100 billion, the subsidiary of Reliance Industries Limited (RIL) is rapidly diversifying. At the forefront of its endeavors is Reliance Jio Infocomm, its telecom operator, which generates around 80% of the company’s staggering USD 17.6 billion in annual revenue.

    Cautious Approach to 5G Expansion

    In a surprising turn of events, Jio has adopted a measured strategy towards its nationwide 5G rollout. The company slowed its expansion in October 2024, citing low utilization and delayed monetization as factors. Instead of racing ahead, Jio is prioritizing the transition of its existing 4G users to the more lucrative 5G services, aiming to maximize revenue from its current customer base.

    5G Utilization Numbers Raise Questions

    While equipment vendors suggest that the current 5G network utilization sits at around 15%, insiders from Jio argue that actual usage is, in fact, more than double that figure. Working with industry giants like Nokia and Ericsson for its 5G infrastructure, Jio is continually evolving its strategy, tailoring it to meet customer demands in an increasingly competitive landscape.

    Leading the 5G Race

    As it stands, Jio services approximately 130 million 5G users, putting it ahead of rival Bharti Airtel, which has close to 90 million users. During the company’s 47th annual general meeting (AGM), RIL Chairman Mukesh Ambani revealed that Jio now operates over 85% of India’s 5G radio cells, solidifying its dominant position in the telecommunications sector.

    Bold Moves in AI and Digital Services

    Diversifying its portfolio further, Jio is making significant strides in the realms of digital technology and artificial intelligence (AI). At the Mobile World Congress (MWC) 2025, the company unveiled its plans to develop an Open Telecom AI Platform in collaboration with AMD, Cisco, and Nokia. This ambitious platform aims to provide AI-driven solutions for telecom operators and service providers — a feat that could shake up the industry’s landscape.

    Integrating AI for Enhanced Network Operations

    Jio’s strategy includes seamlessly integrating AI and automation throughout its network operations. The forthcoming platform will leverage open application programming interfaces (APIs), agentic AI, large language models (LLMs), and traditional machine learning (ML) to facilitate intelligent, end-to-end telecom services. Talk about giving ‘smart’ a whole new meaning!

    Questions & Answers

    What is the primary reason for Jio’s IPO delay?
    The delay in Jio Platforms’ IPO until after 2025 is primarily focused on strengthening its financial profile and expanding its digital services to enhance revenue streams and subscriber base before going public.

    How does Jio’s 5G user base compare to its competitors?
    Jio currently serves around 130 million 5G users, significantly more than its nearest rival, Bharti Airtel, which boasts approximately 90 million users.

    What differentiates Jio’s approach to its 5G rollout?
    Jio has taken a cautious approach to 5G expansion, prioritizing the migration of 4G users over aggressive expansion due to issues surrounding low utilization and delayed monetization.

  • Vietnam Unleashes 5G Surge: 11,000 New Base Stations Set to Transform Connectivity

    Vietnam Unleashes 5G Surge: 11,000 New Base Stations Set to Transform Connectivity

    Vietnam’s leading mobile operators—Viettel, VNPT, and MobiFone—are accelerating their 5G expansion, deploying a total of 11,000 base stations throughout the country. This ambitious rollout, which accounts for approximately 7.7% of Vietnam’s existing 4G infrastructure, now brings 5G connectivity to around 26% of the population. It’s a tech treasure trove unfolding, one that promises to enhance how millions of Vietnamese connect and interact.

    Viettel, the nation’s largest operator, is at the forefront of this 5G race. With about 6 million 5G subscribers already on board, the company aims to boost this figure to 10 million by year’s end. Chairman and Director General Tao Duc Thang revealed plans for an additional 20,000 5G base stations in 2025, significantly enhancing data transmission speeds over two-fold to accommodate evolving, data-hungry applications.

    VNPT’s mobile arm, VinaPhone, is also making strides, currently boasting approximately 3 million active 5G users. The company is focusing its network expansion efforts in provincial centers and bustling public venues like airports and parks, aligning with the country’s digital transformation initiatives. Collaborations with global giants such as Nokia and Ericsson are set to explore innovations in data transmission and artificial intelligence platforms, broadening the horizons of Vietnamese telecommunications.

    MobiFone, with around 2.5 million 5G subscribers, is working diligently to improve service in major urban areas and key provincial hubs. Their ambitious plans include deploying an additional 10,000 base stations, aiming for full coverage across all communes in the near future.

    The Ministry of Information and Communications (MIC) is pushing for the commercial launch of nationwide 5G services this year. Their ambitious goal? To reach 99% coverage by 2025, ensuring a minimum data speed of 100 Mbps, revolutionizing connectivity for businesses and consumers alike.

    Operators are also positioned to benefit from the National Assembly’s Resolution 193, which allows telecom companies to receive subsidies covering 15% of equipment costs if they install and activate at least 20,000 base stations by the end of the year. The urgency to blanket Vietnam in digital connectivity is palpable, and the stakes couldn’t be higher.

    Questions & Answers

    What is the significance of the 5G rollout in Vietnam?
    The 5G rollout is pivotal for Vietnam as it enhances connectivity and supports the country’s digital transformation efforts, impacting how millions of people engage with technology across various sectors.

    How many 5G subscribers does Viettel currently have?
    Viettel currently serves around 6 million 5G subscribers and is targeting to increase this number to 10 million by the end of the year.

    What incentives are telecom operators receiving for expanding 5G coverage?
    Under Resolution 193, operators can receive subsidies covering 15% of their equipment costs if they successfully install and activate at least 20,000 base stations by year-end, incentivizing rapid expansion.

  • SmarTone, Ericsson conduct Hong Kong’s first 5G demo

    SmarTone, Ericsson conduct Hong Kong’s first 5G demo

    Hong Kong mobile carrier SmarTone has joined force with Ericsson to conduct the city’s first demonstration of 5G technologies using millimeter wave spectrum. The pair also committed to launch a mobile technology innovation lab later this year, paving the way for the 5G deployment in Hong Kong.

    During the demo, which took place Wednesday at Ericsson’s office in Hong Kong, the companies achieved a data throughput of 5.7Gbps over a 5G prototype [pictured] through the use of 4×4 MIMO antenna technology in the 15-GHz band. The prototype, built by Ericsson, comprises a 5G base station, next-generation antenna and a test mobile station.

    SmarTone chief technology officer Stephen Chau said the operator will later upgrade the 5G prototype to support 8×8 MIMO antenna technology, which will double the transmission speed to over 10 Gbps.

    Michael Lee, CTO for Hong Kong and Macau at Ericsson, said the demo uses 400Mz of spectrum and OFCA has allocated a total of 612MHz of spectrum for all mobile operators in the city.

    SmarTone and Ericsson also demonstrated use cases for potential 5G applications, including a so-called “Human-IoT Interaction arm”, which allow humans to control a robotic arm remotely in real-time with 5G capabilities of low latency and high-bandwidth. Such applications, Chau said, could allow surgeons to conduct operations remotely using robots or be used in road accidents, operations/activities in scenarios unsafe for human presence.

    In another proof-of concept demo, a robot was connected to the cloud via a simulated 5G network, using real-time analytics to balance the robot with the latency set at 10ms. In future this application could be used for mission-critical apps, AI and intelligent automation like self-driving cars or real-time traffic system.

    While commercial 5G services won’t be ready by 2020 and standards are still to be ratified, the advent of 5G will open up a lot of opportunities for operators and allow for range of different applications, such as AI, VR/AR and the IoT-enabled world of real-time applications and services. The demo just offers a glimpse of 5G capabilities that will enable users to download a 4K movie in mere seconds or sit behind the wheel of a driverless car, Chau said.

    The executive said SmarTone’s innovation lab with Ericsson, which is expected to be ready in the middle of year, is aimed to facilitate cross-industry collaboration and develop potential 4.5G/5G use cases and vertical applications.

    The innovation hub will provide a platform for development in areas such as ICT and wireless convergence,  mobile, IoT and cloud, Chau said.

    “5G will herald a significant shift towards the hyper-connected and real-time world of IoT. Our innovation hub will see SmarTone and Ericsson forge collaboration with other industry and technology leaders to usher in a new era of mobile possibilities for consumers and businesses,” he noted.

    As part of its ongoing investment in 4.5G, SmarTone plans to roll out Licensed Assisted Access (LAA) network later this year, which will leverage existing licensed and unlicensed spectrum to enhance the operator’s LTE network to deliver up peak speeds up to 800Mbps.

    The company also plans to introduce a narrow-band IoT (NB-IoT) network with enhanced coverage later this year. Last week SmarTone forged a partnership with Cisco Jasper to launch IoT services in the city, in its latest attempts to tap the burgeoning IoT market.

    Last November SmarTone contracted Ericsson as its sole supplier for core and RAN equipment in a five year deal which aimed at paving the way for 5G  deployment.

  • Chinese telco promises 5G connectivity in 2022

    Chinese telco promises 5G connectivity in 2022

    In addition, having a smart platform will allow tv audiences across the world to have access to a panorama live broadcast and immersive Virtual Reality (VR) experiences. As for athletes, they will get help from Artificial Intelligence for record-checking or physical checkups during their daily training.

    2022 Winter Olympics Games is a great opportunity for China Unicom to prove itself it can accelerate the deployment of 5G applications.

    In order to avoid disturbance between 5G stations and other satellite ground stations, China’s Ministry of Industry and Information Technology released new papers regarding this issue just ten days after granting permission to China’s three mobile phone carriers for using 5G frequency to conduct technical tests. Moreover, numerous supporting policies have also been adopted to speed up 5G deployment.

    China Mobile, with more than 100 5G base stations, conducted 5G business and application pilot programs in 12 cities this year and performed 5G tests in seven regions this year, of which Beijing, Shanghai and Xiongan New Area to name a few. It has built a platform in Chengdu, the capital city of Sichuan Province, for residents to experience Augmented Reality (AR) and VR business via 5G.

    The pre-commercialization phase of 5G networks in China will start in 2019 and will be officially ready in 2020. However, some analysts have predicted that large-scale deployment of 5G networks may take longer.

  • India Strengthens Digital Infrastructure and Connectivity Commitment, Boosting Space Collaboration Efforts

    India Strengthens Digital Infrastructure and Connectivity Commitment, Boosting Space Collaboration Efforts

    India is reaffirming its dedication to forging long-lasting partnerships with BRICS nations, placing a spotlight on digital infrastructure, space sustainability, and connectivity. This commitment is not just about building technology; it’s about crafting a resilient future together.

    Connecting the Nation

    During a recent address, Minister of State for Communications, Chandra Sekhar Pemmasani, painted a vibrant picture of India’s progress in digital governance. He emphasized that this advancement marries the rich tapestry of cultural heritage with cutting-edge technological innovations.

    BharatNet, a standout initiative, has successfully hooked up over 218,000 village councils to high-speed optical fiber. On the mobile front, indigenous 4G technology now reaches an impressive 95% of the country’s population, with India boasting one of the swiftest 5G rollouts globally—more than 470,000 base stations deployed in just two years. Talk about connecting the dots!

    Meet the Challenges of Space

    But it’s not all about the ground; the skies pose challenges too. Pemmasani raised awareness of increasing satellite traffic in low-Earth orbit (LEO) and urged for structured collaboration among BRICS members. The goal? To tackle orbital congestion, prevent spectrum monopolization, and ensure that space remains sustainable for future generations. After all, who wouldn’t want a clean and clutter-free cosmos?

    He also spotlighted India’s recent regulatory strides, including the 2023 Telecommunications Act and the Digital Personal Data Protection Act, showcasing a governance model that prioritizes user rights and data sovereignty amid a rapidly evolving digital landscape.

    As the Minister lays the groundwork for India’s technological future, one can’t help but wonder if we’re on the verge of a digital renaissance!

    Questions & Answers

    What initiatives is India undertaking to improve digital connectivity?
    One significant initiative is BharatNet, which has successfully connected over 218,000 village councils through high-speed optical fiber.

    How fast is India rolling out 5G technology?
    India has achieved one of the world’s fastest 5G rollouts, deploying more than 470,000 base stations within just two years.

    What challenges in space are being addressed?
    The rising satellite traffic in low-Earth orbit (LEO) is a primary concern, and India is calling for BRICS nations to collaborate in managing orbital congestion and ensuring sustainable space practices.

  • Dialog Completes Sri Lanka’s First Live 5G VoNR Trial

    Dialog Completes Sri Lanka’s First Live 5G VoNR Trial

    This trial showcased a fully native 5G voice experience with uninterrupted connectivity. Expanding on its innovative work in 5G technology, Dialog had previously conducted a lab-based VoNR proof of concept (PoC) in 2023 using a PoC Core setup.

    This recent achievement on Dialog’s live 5G standalone (5G SA) core network demonstrates the practicality of VoNR services in real-world scenarios. VoNR offers clearer voice quality, faster call connections, and enhanced security compared to older 2G/3G or VoLTE services. It also paves the way for future features, such as 5G New Calling (5G NC), and boosts network efficiency by utilizing 5G spectrum more effectively.

    Ranga Kariyawasam, Group Chief Technology Officer of Dialog Axiata PLC, stated, “This milestone highlights Dialog’s dedication to advancing Sri Lanka’s 5G technology. Successfully testing VoNR on our live 5G network brings us closer to fully utilizing next-generation connectivity, providing seamless, high-quality voice services over 5G.”

    This achievement adds to Dialog’s list of 5G accomplishments, including the first 5G trial network in the region, the initial 5G SA network trial, Sri Lanka’s first standards-based 5G fixed-wireless pilot transmission, and its achievement of over 6 Gbps on its 5G-Advanced trial network. These milestones showcase the potential of next-generation 5.5G technology. Dialog remains committed to leading technological advancements, speeding up the adoption of next-generation connectivity, and bringing ‘The Future. Today.’ to Sri Lanka.

  • MobiFone Rolls Out 5G, Boosting Vietnam’s Digital Growth

    MobiFone Rolls Out 5G, Boosting Vietnam’s Digital Growth

    Initially, the 5G service will be available in major city centers, with plans to expand nationwide soon. The network operates on the 3.800-3.900 MHz frequency band, using both 5G NSA (non-standalone) and 5G SA (standalone) architectures. The network speed can reach up to 1.5 Gbps, which is 10 to 15 times faster than 4G.

    Existing 4G subscribers with 5G-compatible smartphones can access the 5G network across coverage areas without changing their SIM cards. For enterprise customers, MobiFone offers over 100 products and solutions for eight priority sectors, addressing national digital transformation. MobiFone has already implemented various 5G-based solutions for government agencies and businesses nationwide.

    Examples include an artificial intelligence (AI) camera solution for smart tourism and traffic management, as well as a 5G private network solution at Vicem Hoang Mai Cement Joint Stock Company.

    Vietnam launched 5G services at the end of 2024. As of January 2025, Viettel has 5.5 million 5G subscribers, while Vietnam Posts and Telecommunications Group (VNPT) has extended 5G coverage to 63 provinces and major airports, serving around 3 million users. MobiFone aims to accelerate 5G commercialization to support national economic growth.

    Prime Minister Pham Minh Chinh emphasized the importance of expanding 5G commercialization to achieve at least 8% economic growth by 2025. Mastering 5G technology is crucial to meet this goal. According to the GSMA, 5G is expected to contribute over USD 930 billion to the global economy by 2030, benefiting key sectors such as industrial manufacturing, public administration, services, IT and communications, and finance.

    To support 5G infrastructure development, the National Assembly has allocated state budget funds to assist telecom companies with the rapid network expansion. Enterprises deploying at least 20,000 5G base stations by the end of 2025 will have 15% of their equipment costs covered. MobiFone’s 5G service not only enhances digital transformation but also boosts technological innovation and economic competitiveness. By leveraging 5G, Vietnam aims to become a regional technology leader and an attractive destination for foreign investment.

  • China’s Strategic 5G Pricing Stimulates Economic Expansion

    China’s Strategic 5G Pricing Stimulates Economic Expansion

    China’s rapid deployment and adoption of 5G technology have positioned it as a global leader in the telecommunications sector. Central to this success is the country’s strategic approach to 5G pricing, which has facilitated widespread consumer uptake and stimulated economic growth.

    In 2019, China’s major telecommunications operators—China Mobile, China Telecom, and China Unicom—officially launched 5G services to the public. These operators introduced competitively priced data packages to encourage early adoption.

    At launch, China Mobile had already attracted 3.8 million 5G users, accounting for 69% of China’s 5G market. The company set an ambitious target of reaching 100 million 5G users by the end of 2020, a bold move considering that it had only recorded 21.5 million net additions in the first 11 months of 2019 and 37.9 million for the whole of 2018.

    To achieve this goal, China Mobile introduced a nationwide strategy focused on affordability, rapid network expansion, and device availability. It also planned to transition to 5G Standalone (5G SA) by the fourth quarter of 2020, ensuring a fully optimized and independent 5G network.

    China Mobile’s initial 5G plans ranged from RMB 128 (USD 18) to RMB 598 (USD 86) per month, offering a tiered structure based on data and voice usage. These prices were designed to make 5G accessible to both casual and heavy users. By maintaining relatively low entry-level pricing compared to Western markets, China Mobile accelerated 5G adoption among consumers.

    The Ministry of Industry and Information Technology’s (MIIT) research arm, the China Academy of Information and Communications Technology (CAICT), reported that 13.77 million 5G phones were sold in the last two months of 2019, with 35 different models available. While the majority of China’s mobile shipments in 2019 were 4G devices (389 million units), the rapid price decline and increased availability of 5G phones helped accelerate consumer adoption.

    At the end of the year, the company had deployed 50,000 base stations across 50 cities, laying the foundation for nationwide 5G coverage.

    While China Mobile pursued aggressive pricing to attract mass adoption, China Telecom strategically positioned itself with a pricing model that balanced affordability with premium offerings tailored to high-speed connectivity applications, such as its groundbreaking 5G-powered Shanghai Maglev train network.

    China Telecom introduced its 5G plans with a tiered pricing strategy, ensuring a variety of options for consumers. The operator’s base plan started at an affordable rate, making it accessible to a wide range of users, while premium packages offered higher data limits and additional features. This approach was designed to cater to both budget-conscious customers and high-data users who required uninterrupted connectivity, such as business professionals and gamers.

    In comparison to China Mobile, which offered 5G plans starting at RMB 128 (USD 18) for 30 GB, China Telecom’s pricing focused on flexible packages and bundled services. While China Mobile aimed to rapidly increase its subscriber base through low-cost plans, China Telecom leveraged its 5G infrastructure investments, such as its high-speed rail network coverage, to justify competitive yet value-driven pricing.

    In partnership with ZTE, China Telecom successfully deployed the world’s first commercial 5G maglev train network in Shanghai, enabling seamless connectivity at speeds of up to 500 km/h. This innovation highlighted the carrier’s ability to offer premium 5G services beyond conventional mobile plans, targeting industries and high-end users willing to pay for cutting-edge connectivity solutions; thus, contributing to China’s broader gross domestic product (GDP).

    China Unicom officially introduced its 5G services in 2019, setting a minimum price of RMB 190 (USD 26) per month for its 5G data packages. As one of China’s three major telecom operators, China Unicom came up with a strategic pricing model that balanced affordability with profitability, ensuring a smooth transition from 4G to 5G.

    Unlike China Mobile, which was expected to introduce lower-cost 5G plans, China Unicom initially set higher price points for its 5G services. This pricing strategy aimed to offset the high costs of early 5G infrastructure deployment, encourage gradual adoption rather than overwhelming the network with an immediate surge of users, and maintain quality service for early adopters by preventing excessive congestion.

    The company justified its pricing by highlighting that its 5G plans were still the cheapest in the world. Compared to South Korea’s minimum 5G package of RMB 325 (USD 44) per month and AT&T’s USD 70 per month for 15 GB of data in the US, China Unicom’s offering was over 40% cheaper than South Korea’s and 60% lower than the US’s lowest 5G plan.

    Despite China Unicom’s competitive global pricing, the RMB 190 (USD 26) starting price sparked controversy online, as many consumers found the cost too high. However, telecom industry analysts pointed out that premium pricing during the early phase of 5G adoption was a standard strategy. To address affordability concerns, China Unicom announced plans to introduce lower-cost 5G packages over time, adjusting its pricing based on user demand and network expansion. The company emphasized its long-term goal of making 5G accessible to a wider audience while maintaining service quality.

    While its initial pricing catered to high-end users and businesses, the company made it clear that more flexible and affordable packages would be introduced as 5G adoption increased.

    This strategy allowed China Unicom to remain financially sustainable while gradually transitioning users from 4G to 5G, ensuring a stable and high-quality network experience for China’s first wave of 5G subscribers, while simultaneously supporting the enterprises contributing to China’s GDP.

    According to data released by the Ministry of Industry and Information Technology (MIIT), by the end of November 2024, China’s 5G mobile phone subscriptions surpassed 1 billion, marking a significant milestone in the country’s rapid adoption of next-generation connectivity. This figure represents 56% of all mobile lines in China, reflecting a 9.4 percentage point (PP) increase compared to the previous year.

    According to the GSMA’s Mobile Economy China 2024 report, China is expected to reach a 5G adoption rate of 90% by 2030, positioning it as a global leader in mobile connectivity. The report projects that 5G connections will rise to 1.6 billion by 2030, contributing USD 260 billion to the country’s GDP.

    Within three years of 5G development, the average monthly data usage per mobile user in China nearly doubled from 7.8 GB to 14.9 GB. This surge has supported applications such as remote work, online education, digital life, scientific research, and epidemic prevention and control, highlighting 5G’s role in enhancing digital services.

    Beyond this, the widespread adoption of 5G has revolutionized consumer services, particularly in e-commerce and mobile internet usage. With over 1.1 billion internet users as of 2024, accounting for approximately 78.6% of the population, China leads the global e-commerce market. The rapid growth of 5G networks has further accelerated online retail and digital services, contributing to economic growth.

    Since the issuance of 5G commercial licenses, China’s 5G commercialization has directly generated approximately CNY 5.6 trillion (around USD 787.53 billion) in economic output over the past five years. Additionally, it has indirectly contributed to CNY 14 trillion in economic output, underscoring 5G’s substantial role in the country’s development.

    According to Zhang Yunming, Vice-Minister of Industry and Information Technology, China has entered a crucial period of 5G commercialization, with wireless technology being applied to 40 of the 97 major economic categories. He emphasized that large-scale applications have already expanded into mines and ports.

    A Framework for the Future

    An extensive infrastructure network has supported China’s progress in 5G deployment. As of November 2024, the country had installed approximately 4.2 million 5G base stations, which account for over 60% of the global total, according to industry estimates. Yunming highlighted that China has already met the 14th Five-Year Plan (2021-2025) target for 5G deployment ahead of schedule, with 29 5G base stations per 10,000 residents. These networks provide extensive coverage across government service hubs, cultural landmarks, tourist destinations, and key transportation corridors.

    The Chinese government is continuing its push for broader 5G accessibility, particularly in rural and remote regions, as part of a national strategy to bridge the digital divide. In collaboration with 11 other government bodies, the MIIT recently launched an updated plan known as the second “Set Sail” action plan, which aims to further enhance 5G applications by 2027. The initiative sets ambitious goals, including increasing 5G base stations to 38 per 10,000 people, achieving a personal 5G user penetration rate exceeding 85%, and ensuring that over 75% of network traffic runs on 5G networks.

    Shanghai, one of China’s key economic centers, has also taken an aggressive stance in advancing 5G. The city unveiled a three-year strategy to expand 5G applications by 2026, focusing on developing 5G-Advanced technology and integrating it with artificial intelligence. The plan aims to achieve a 5G personal user penetration rate of over 90% while ensuring continuous 5G and 5G-A coverage for low-altitude aviation routes. Additionally, Shanghai is fostering the development of high-standard, 5G-enabled manufacturing facilities and exploring applications in humanoid robotics and innovative energy systems.

  • Enhancing User Experience with 5.5G in Malaysia

    Enhancing User Experience with 5.5G in Malaysia

    Malaysia’s 5G journey officially began with a bold push from the government and industry stakeholders to establish a robust and high-speed 5G infrastructure.

    Digital Nasional Berhad (DNB), the government-backed entity tasked with rolling out the 5G network in Malaysia, has been at the forefront of this initiative. The Malaysian government entrusted DNB with the responsibility of rolling out the infrastructure through a shared network model, aiming to foster equitable 5G access nationwide.

    By the end of 2022, DNB had deployed 3,900 5G sites, achieving nearly 50% coverage of the population in major urban areas. This ambitious rollout aimed to cover 80% of populated areas by 2024. Despite ongoing debates regarding DNB’s governance and transparency, it remains at the forefront of Malaysia’s efforts to transform its telecommunications infrastructure. The rollout of 5G services has sparked collaboration with major telecom players, including CelcomDigi, which became a key equity holder.

    As the technology evolves, it’s clear that 5G is not a one-stop destination but a steppingstone toward even more advanced networks. 5.5G—a bridging technology between 5G and 6G—is set to enhance user experience across Malaysia.

    In 2023, Digital Nasional Berhad (DNB), Telekom Malaysia (TM), and ZTE collaborated to create a pivotal launchpad for the development of 5.5G, conducting the world’s fastest 28 Gbps 5G mmWave live trial. This achievement also marked the deployment of Malaysia’s first 5G standalone (5G SA) core, laying the foundation for 5.5G advancement in Malaysia.

    In 2024, ZTE continued to push the boundaries of 5G innovation by showcasing its latest developments at the ‘Unfolding the Intelligent Future 2024’ event in Kuala Lumpur. During the event, the company set the fastest 5.5G live trial record. The 5.5G setup leveraged ZTE’s mmWave Active Antenna Unit (AAU), reinforcing Malaysia’s position as a leader in next-generation telecommunications.

    One of the first significant milestones for 5.5G in Malaysia came in the form of a successful trial by Maxis and Huawei, showcasing the potential of 5.5G technology in the Southeast Asian market. This trial, conducted in late 2024, was not only Malaysia’s first 5.5G demonstration but also the first in the region. The collaboration between Maxis and Huawei aimed to demonstrate how 5.5G can significantly enhance user experience by delivering faster data speeds, lower latency, and more reliable connections.

    During the trial, the teams successfully showcased a wide range of potential 5.5G use cases, including ultra-high-definition (UHD) video streaming, augmented reality (AR) and virtual reality (VR) applications, as well as immersive 3D content. These technologies, which rely on massive data throughput and low latency, are expected to benefit greatly from the enhanced capabilities of 5.5G networks, providing a glimpse into the future of entertainment, education, and virtual communication in Malaysia.

    The trial further demonstrated that 5.5G could enhance existing 5G infrastructure, enabling more efficient spectrum usage and supporting higher numbers of connected devices, a key requirement as the number of Internet of Things (IoT) devices continues to grow exponentially.

    Looking ahead to 2025, Malaysia’s 5.5G landscape is set to evolve further with Ericsson’s launch of 5G-Advanced in the country, following its successful deployment in Singapore. As one of the leading providers of 5G and 5.5G technologies, Ericsson’s contribution has been instrumental in helping Malaysia achieve its goal of becoming a regional leader in digital transformation.

    DNB’s ongoing efforts to roll out 5G infrastructure have provided a solid foundation for 5.5G development, enabling smoother transitions to next-generation technologies. The agency is also working on enhancing the capabilities of the existing 5G infrastructure by integrating 5.5G enhancements, such as ultra-reliable low-latency communications (URLLC), network slicing, and massive machine-type communications (mMTC). These features will improve the user experience by reducing network congestion, increasing reliability, and enabling the seamless connection of a wide range of devices.

    5.5G networks are set to bring several advancements over the current 5G technology, offering faster speeds, lower latency, and improved capacity. With speeds up to 100 times faster than 5G, 5.5G will enable ultra-high-definition video streaming, immersive gaming, and data-heavy applications like 3D holograms and AR/VR. Latency will be reduced to just 1 ms, which is essential for real-time data processing and enhanced user experience. Smart cities will also benefit from real-time traffic management and AI-powered surveillance (supported by 5.5G technology), improving user experience across multiple facets of daily life.

    While 5.5G is still in its nascent stages, several initiatives are already underway in Malaysia to lay the groundwork for its widespread adoption. Building on their partnership, Maxis and Huawei established a 5G-Advanced Joint Innovation Center in mid-2024. This center focuses on exploring innovations in gigabit capacity to support mobile network expansions and 5G/5.5G technologies.

    Industry regulators and stakeholders in Malaysia are already discussing the implementation of key 5.5G features such as ultra-low latency and enhanced mobile broadband (eMBB). These discussions are crucial for ensuring that Malaysia’s 5.5G network is optimized for the diverse needs of both businesses and consumers.

    The future of 5.5G in Malaysia looks promising. The Malaysian government and telecommunications industry stakeholders have set ambitious goals to make the country a leader in digital transformation, and 5.5G will play a key role in achieving these objectives. Additionally, the integration of 5.5G will be pivotal in Malaysia’s ongoing efforts to foster a digital economy. As industries increasingly adopt digital solutions, the enhanced speed, capacity, and reliability offered by 5.5G networks will be critical in supporting Malaysia’s growing tech ecosystem.

    The future of mobile connectivity is bright, and Malaysia is poised to lead the charge. As 5.5G collaboration between global technology providers continues to evolve, consumers, businesses, and industries can look forward to enhanced multifaceted experiences.

  • Singtel and Ericsson Partner to Power Tuas Port with 5G

    Singtel and Ericsson Partner to Power Tuas Port with 5G

    This partnership will support PSA Singapore’s plans to create the world’s largest fully automated port by the 2040s to meet the increasing demand for global transshipment.

    The existing automated vehicles at the port, like automated guided vehicles (AGVs), will be upgraded to 5G to improve real-time shipment tracking and streamline crane operations for smoother cargo transportation between ships and the berth.

    To facilitate these upgrades, Singtel will provide a network slice from its 5G network to offer dedicated resources such as high speeds, high bandwidth, and low latency for mission-critical applications. They will also create secure private networks tailored to the port’s security needs to prevent data breaches and unauthorized access. The implementation of 5G will enable PSA to handle 65 million twenty-foot equivalent units (TEUs) annually once Tuas Port is fully operational, nearly double the current capacity.

    Singtel’s CEO, Mr. Ng Tian Chong, noted that 5G’s capabilities will enhance communication and data transfer, achieving more efficient port operations. PSA’s Regional CEO, Mr. Nelson Quek, expressed that they are commitment to leveraging cutting-edge technologies like 5G to optimize port operations and respond to customer needs effectively.

    Ericsson’s Head of Singapore, Philippines, and Brunei, Mr. Daniel Ode, emphasized that 5G is transforming the seaport sector by improving efficiency and eliminating human error. PSA will explore 5G applications like predictive maintenance using drones and extended reality (XR) to enhance efficiency and reduce downtime over the next three years.

    Singapore’s seaport is already one of the most efficient globally, and the implementation of 5G will further enhance its capabilities. Singtel has been investing in advanced technologies to help businesses accelerate digital transformation. They have achieved nationwide 5G standalone coverage and conducted trials at Sentosa to demonstrate viable 5G use cases for industries requiring fast speeds and low latency. Singtel’s focus on unlocking advanced 5G features like network slicing will drive widespread enterprise adoption and foster innovation.

  • AIS Leads the Way in Southern Thailand with SEA COVERAGE Network

    AIS Leads the Way in Southern Thailand with SEA COVERAGE Network

    The network is equipped to handle the anticipated increase in usage during the year-end and peak tourism season in the south. It incorporates advanced technology to enhance its digital infrastructure and serve various sectors, including government, services, fisheries, tourism, hospitality, restaurants, and both local and international tourists.

    Kitti Ngarmchatetanarom, Chief Technology Officer at AIS, expressed, “Our goal is to establish a comprehensive digital infrastructure in the southern region that is extensive, advanced, and well-connected to the Ecosystem Economy in all aspects. This means that every area covered by the AIS signal network not only facilitates digital communication but also promotes the growth of the southern economy, including tourism, services, tour operators, hotels, ferry services, yacht and speedboat businesses, restaurants, and even the coastal and deep-sea fisheries industries.”

    Paiboon Rinsakun, Head of Regional Operations, South, AIS, added, “AIS has significantly enhanced service quality, network reliability, and SEA COVERAGE (both the Gulf of Thailand and Andaman coasts), encompassing coastal regions, islands, and sea routes—by land, sea, and air. We have developed our network structure to continuously expand coverage while integrating signal transmission systems, technological advancements, and renewable energy to tackle the unique challenges posed by geographical features from coastal areas to the open sea.”

    Currently, AIS’s 5G and 4G networks blanket more than 95% of southern Thailand, focusing on prominent tourist spots recognized globally, such as Ratchaprapa Dam in Surat Thani, Maya Bay in Krabi, and Surin Islands National Park in Phang Nga. These initiatives aim to meet the demands of tourists who want to capture photos, videos, and create content to share instantly on social media.

    “To accommodate both Thai and international tourists exploring the natural wonders of southern Thailand during the peak season, we assure that AIS SEA COVERAGE will ensure optimal performance. We are confident that AIS’s robust digital infrastructure will play a crucial role in supporting the recovery and expansion of the tourism sector and contribute to the sustainable development of the ocean economy,” Ngarmchatetanarom concluded.

  • Vietnam launches commercial 5G services

    Vietnam launches commercial 5G services

    Vietnam’s first commercial 5G services were launched in all localities Tuesday morning by military-owned telecom giant Viettel, with subscription starting at VND135,000 (US$5.4) a month.

    The company announced at the launching event that it has installed 6,500 base transceiver stations in all 63 provinces and cities, with speeds of up to 1 gigabyte per second, or 10 times that of current 4G services.

    Vietnam lagged behind the world in launching 2G, 3G and 4G services, but now it has matched other countries in offering commercial 5G, and is among five countries that can produce 5G equipment, said Tao Duc Thang, Viettel chairman and CEO.

    “A new future of mobile services begins today.”

    Viettel offers 11 prepaid plans starting from VND135,000 a month and 8 postpaid plans from VND200,000 for individual customers.

    Users with 5G-enabled devices can subscribe to the service without changing their SIM cards.

    Viettel has also developed 130 different usage scenarios suited to the need of corporates and organizations in all industries, with cloud, artificial intelligence, and internet of things features available.

    Viettel began 5G trials in 2019 on the 4G platform and earlier this year tested services on a standalone 5G network.

    5G, with ultra-low latency, is expected to support services that demand immediate responses, such as self-driving cars, remote surgeries, smart factory controls, and virtual reality classrooms.

  • T-Mobile brings its 5G Home Internet service to Puerto Rico

    T-Mobile brings its 5G Home Internet service to Puerto Rico

    T-Mobile is ending February with a big announcement for customers in Puerto Rico. The Un-carrier is expanding 5G Home Internet to Puerto Rico, thus allowing customers with an eligible address and qualifying voice line to sign up for the service for just $50 a month with AutoPay through their retail store.

    Arguably the fastest growing home internet provider in the United States, T-Mobile now offers customers in Puerto Rico a handful of benefits when going to its 5G Home Internet service.

    • A flat, monthly price: T-Mobile 5G Home Internet is $50 a month with AutoPay and a voice line and that’s it. There are no added taxes on qualifying accounts, monthly fees or equipment costs.
    • Simple setup: Pick up a gateway from a store, plug it in, download the app and get connected in less than 15 minutes.
    • A worry-free trial: Test drive 5G Home Internet worry-free for 15 days. When it’s time to make the switch, T-Mobile will pay up to $750 to cover any early termination fees from other internet service providers.
    • Price Lock: Lock in your monthly rate and enjoy peace of mind knowing that if T-Mobile ever raises your rate, you can get your last month of service refunded.

    Initially, 5G Home Internet will be available to T-Mobile customers in Puerto Rico in locations that have network capacity to provide a great experience to all customers. According to the carrier, network capacity will continue to be increased, so the 5G Home Internet service will expand to more people in the coming months.

  • Nokia signs 5G patent deal with vivo

    Nokia signs 5G patent deal with vivo

    Nokia has signed a lot of 5G patent agreements in the last year. The Finnish company recent convinced Oppo that it’s better to make use of technology that other companies patent by simply paying for it.

    Today, Nokia is signing yet another 5G patent agreement, this time with another Chinese smartphone maker, vivo. Granted, this is a multi-year cross-license agreement that will benefit both companies, it’s vivo that gains on the short run since it can now return to the German market after losing the lawsuit filed by Nokia.

    The announcement mentions that the new deal “resolved all pending patent litigations between the parties, in all jurisdictions.” However, the terms of the agreement remain confidential, so there’s not much we can add to this.

    With this licensing agreement, Nokia “has now almost completed its smartphone license renewal cycle,” the company notes. The Finnish giant signed similar agreements with other big smartphone companies like Samsung, Honor, Huawei, Oppo, and even Apple.

    “This is the sixth major smartphone patent license agreement we have signed in the past thirteen months, and we have now almost completed our smartphone license renewal cycle. Together these licensing agreements demonstrate Nokia’s significant contribution to developing key technologies relied upon by the entire smartphone industry and they will provide long-term stability to our licensing business for years to come,” said Jenni Lukander, President of Nokia Technologies.

    Nokia expects its intellectual property licensing business to generate around €1.4 billion ($1.5 billion) in the mid-term, which isn’t that much considering that the company invested around €150 billion in R&D.

  • Apple’s 5G modem will be built by TSMC using its 3nm process node

    Apple’s 5G modem will be built by TSMC using its 3nm process node

    Apple has scooped up all of TSMC’s 3nm production capacity for this year. This will be the first shipment of 3nm chips made by the world’s largest foundry. To explain in simple terms what this is all about, a lower process node means smaller transistors are used. This allows more transistors to fit inside a chip and this transistor count is important. The more transistors in a chip, the more powerful and energy efficient it is.

    For example, the A13 Bionic used in the iPhone 11 line back in 2019 was produced using the 7nm node and contained 8.5 billion transistors. The 5nm A14 Bionic used in the 2020 iPhone 12 series was equipped with 11.8 billion transistors. The following year, the A15 Bionic, made using the second-gen 5nm process node, was used on the iPhone 13 line and carried 15 billion transistors. And last year’s iPhone 14 Pro models feature the A16 Bionic. The latter was manufactured using a 4nm process node and the transistor count is close to 16 billion.

    Since Apple has wrapped up all of TSMC’s 3nm production for 2023, it makes sense to expect Apple’s in-house 5G modem to be produced using the 3nm node. According to the Commercial Times, supply chain sources state that risk production of the modem will start in the second half of this year. This is when the foundry builds chips while still working out any issues. Yields are low. That is followed by volume production. Wafer output is expected to increase slowly in the first half of next year.

    Based on this timeline, it appears that Apple will continue using Qualcomm’s Snapdragon 5G mobile chips this year. The iPhone 14 line uses the Snapdragon X65 5G modem chip while the iPhone 15 series will most likely be equipped with the Snapdragon X70 5G modem chip. This would dovetail with reports from reliable analyst Ming-Chi Kuo, Qualcomm CEO Cristiano Amon, and reliable tipster Ross Young, all of whom expect Apple to debut its in-house 5G modem chip with the iPhone 16 series in 2024.
    Apple was hoping to use its in-house 5G modem chips with the iPhone 15 series but patent issues and other problems have forced Apple to delay the launch of the component. In the summer of 2019, Apple spent $1 billion to buy most of Intel’s smartphone modem business and has been developing the component ever since.
    While Apple executives reportedly had a high opinion of the quality of Qualcomm’s modem chips, it wasn’t happy with how Qualcomm sells these chips to smartphone manufacturers. First, Qualcomm demands that customers pay for a license (no license-no chips is Qualcomm’s mantra) and Qualcomm also charges for the chips themselves.
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