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Tag: 5G

  • ZTE joins China Mobile in Xinfengming Group’s 5G intelligent manufacturing upgrade

    ZTE joins China Mobile in Xinfengming Group’s 5G intelligent manufacturing upgrade

    ZTE Corporation, a major international provider of telecommunications, enterprise and consumer technology solutions for the Mobile Internet, in partnership with China Mobile, has upgraded Xinfengming Group’s 5G intelligent manufacturing, following the completion of the test and verification of the “i – wireless 5G intelligent and one-stop local network” project.

    Leveraging ZTE’s NodeEngine solution, this Xinfengming 5G manufacturing platform has been upgraded to accelerate the comprehensive digital transformation. This is the first commercial deployment of NodeEngine solution by ZTE and China Mobile.

    Aiming to better serve manufacturing with 5G technologies and to offer enterprises with flexible and fast local services, ZTE, China Mobile Research Institute and the Zhejiang Branch of China Mobile have teamed up to provide industrial parks with the innovative solution, featuring functions of PRB resources reserved hard slicing, intelligent and simple local distribution, EdgeQoS service management and control, and enterprise self-service portal and more, based on the concept of i- wireless 5G intelligence and simplification. The NodeEngine solution is simple to deploy, quick to the commission, and excellent in performance and cost-effectiveness.

    In the 5G network of Xinfengming Group, most of the production equipment is dedicated to Xinfengming, such as AGV trucks, visual detection devices, and automatic assembly devices. PRB resources reserved hard slicing and local traffic offloading provide Xinfengming the 5G private network capability in a short time, enabling the access of this dedicated equipment and the local traffic offloading and clearly separating common mobile users from businesses, which ensures the access and network performance of different types of terminals. Compared with the existing solutions, this solution enables time delay improvement by 20%.

    ZTE’s NodeEngine solution also serves as an exclusive local O&M portal for enterprises, with which, the network can be dynamically adjusted to satisfy different application requirements. Meanwhile, the network performance can be viewed in real-time, thereby ensuring flexible management and control.

    In addition, ZTE’s NodeEngine solution provides sophisticated EdgeQoS management and control. With this, the QoS requirements of local services, on the one hand, can be intelligently identified and distributed through edge AI to trigger network adjustment parameters to match service requirements. On the other hand, according to the service model, the resources such as bandwidth, latency and reliability are dynamically scheduled to match and guarantee real-time requirements, thus realizing differentiated local network services.

    Through the sophisticated management and control of EdgeQoS, networks can truly be flexibly adjusted according to services, greatly improving the perception of private network services and the efficiency of network resources.

    Committed to empowering traditional industries with 5G, ZTE has made remarkable achievements in 5G industrial manufacturing. Besides the Xinfengming Group digital transformation, the Nanjing Binjiang Smart Manufacturing Base and Changsha Smart Factory, developed by ZTE also, have become the models in the industry. In addition, ZTE has built typical 5G applications together with leading manufacturers such as SANY Group and SUPCON.

    Moving forward, ZTE will be committed to helping industrial manufacturing develop towards a green ,low-carbon, digital, and intelligent future.

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  • Nokia partners QTnet to launch local 5G network in Kyushu

    Nokia partners QTnet to launch local 5G network in Kyushu

    QTnet, which provides broadband and related services to customers, will now be able to launch new services using Nokia’s local 5G technology, thus creating a sizeable business opportunity. The private wireless network will be based on the Nokia Digital Automation Cloud, a high-performance, private wireless networking and edge computing platform that will power digital transformation across the Kyushu region.

    Together, Nokia and QTnet will also join forces with the Kyushu Institute of Technology to provide new local 5G-enabled services on the Institute’s university campus. This will be the first industry-academia collaboration in Japan to create a local 5G environment in a university campus setting. Services include self-operating stores, walking support for the visually impaired, cafeteria crowd monitoring, and new trials with partners and research labs.

    Sadao Mouri, Director and Senior Managing Executive Officer at QTnet, said: “Local 5G has the potential to enable new applications and business models while dramatically improving users’ quality of life. By deploying robust local 5G private wireless networks in Kyushu, we will enable anchor institutions like education, healthcare, and first responders to reach new levels of efficiency and productivity. Nokia’s track record in providing reliable local 5G networks will be an important milestone in creating new businesses.”

    Donny Janssens, Head of Nokia Enterprise Japan, said: “We are excited to work with QTnet on this 5G initiative, which is the first of its kind in Kyushu. With a high-performance 5G network, Kyushu institutions can take advantage of innovative new services and applications which will transform the way they operate. We look forward to expanding the local 5G private wireless ecosystem while delivering compelling 5G experiences.”

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  • Singapore offers best mobile experience in South East Asia

    Singapore offers best mobile experience in South East Asia

    At a country-level, Singapore won in all metrics tested, with the most important win being the highest Excellent Consistent Quality in South East Asia, with 84.5% of connections having a network experience suitable for use-cases like 1080p video streaming, real-time mobile gaming and HD video calling. Singapore also had the highest Core Consistent Quality in the region at 94.4%.

    Consistent Quality is a set of metrics that Tutela has developed to objectively evaluate when connections are (or are not) enabling users to do the things they want to on their mobile devices. There are two sets of thresholds, Excellent and Core. A connection that hits the Excellent threshold is sufficient for use-cases like 1080p video streaming, HD video calling, and multiplayer gaming, while a Core connection should be sufficient to stream standard-definition video or handle day-to-day activities like web browsing or uploading photos to social media. The percentages seen in this report represent the percentage of tests for subscribers on a given operator that was above the Excellent or Core thresholds.

    Singapore also had the fastest download speed at 26.2 Mbps, the fastest upload speed at 14.7 Mbps, and the most responsive network with a latency result of 9.0 ms. However, Vietnam was always very close behind, with second-place winnings for both Excellent Consistent Quality (72.3%) and Core Consistent Quality (86.1%).

    The report was released by Tutela Technologies, a global crowdsourced mobile data company, and evaluated over 55 million speed and latency tests, conducted on the smartphones of real-world users of national mobile operators within Common Coverage Areas, between August 1st and January 31st, 2021.

    Per country findings were as follows:

    Singapore:

    • By operator in Singapore, StarHub dominated in four of the seven metrics tested, including the highest Excellent Consistent Quality with 87.3% of users having a network experience suitable for 1080p video streaming or HD group video calling.
    • StarHub also had the highest Core Consistent Quality, Tutela’s measure of whether a connection is good enough for everyday uses, like email, social media, and SD video streaming, the fastest download speeds, and the most responsive network in the country.

    Indonesia:

    • Telkomsel won six out of the seven metrics tested, with Indosat Ooredoo being the only other operator to make it onto the leaderboard in Indonesia with the fastest median upload speed.
    • Telkomsel was in first place for Excellent Consistent Quality with 65.0%, and also in first for Core Consistent Quality with 83.5%. However, there was only a 3% difference between the operator and second-place Indosat Ooredoo.

    Malaysia:

    • In Malaysia, the leaderboard was shared by at least four operators, with U Mobile offering its users the best mobile experience in the country. The operator won the highest Excellent and Core Consistent Quality, and fastest upload speed.
    • Digi had the fastest median download speed in Common Coverage Areas across Malaysia with 10.6 Mbps but came third in the upload speed test with 6.2 Mbps. Maxis had the most responsive network in the country, while Celcom had both the best 5G/4G coverage and total coverage.

    Thailand:

    • By operator in Thailand, AIS won in four of the seven categories tested, including the highest Excellent Consistent Quality and most responsive network. However, TrueMove was also on the leaderboard in three of the seven categories including the highest Core Consistent Quality and both the fastest download and upload speeds.
    • With only two operators in the Philippines to compare, Smart outperformed Globe in six out of the seven categories tested, with Globe taking out one category with the best total coverage.

    Vietnam:

    • Viettel Mobile in Vietnam offered the best mobile experience to its users, winning in five categories and tying for first place with Vinaphone for fastest median download speeds.
    • MobiFone was on the leaderboard in one category with the highest Core Consistent Quality.
  • Nokia chosen by Globe Telecom for 5G rollout in the Philippines

    Nokia chosen by Globe Telecom for 5G rollout in the Philippines

    Under the terms of the agreement, Nokia will provide equipment and services from its comprehensive 5G AirScale portfolio to build out the Radio Access Network (RAN), including base stations and other radio access products. Globe Telecom will also use Nokia’s high-capacity AirScale massive MIMO Adaptive Antenna solution, which utilizes the latest 64TR radios, to boost coverage and performance.

    Utilizing the new 3.5GHz spectrum band for dense urban coverage, Globe Telecom will be able to provide end-users with high peak speeds typical on 5G network. The deal will also see the expansion of the existing FDD/TDD LTE network infrastructure. These solutions will enable Globe Telecom to roll out 5G services across the two major islands of the Philippines and offer customers superior speeds, capacity, and lower latencies while reducing complexity.

    Nokia will provide its NetAct solution for network management and seamless daily network operations as well as deliver digital design and deployment and optimization and technical support services.

    Nokia is an existing partner of Globe Telecom and provides a wide range of solutions including wireless, IP, optical, and fixed network products, and services.

    Ernest Cu, President and CEO, Globe Telecom, said:“We’re pleased to continue our partnership with Nokia to deliver compelling 5G experiences to our customers. We are going full steam ahead in delivering 5G in more areas, as this technology brings us closer to our goal of providing #1stWorldNetwork in the Philippines.”

    Tommi Uitto, President of Mobile Networks, Nokia, commented: “It’s exciting to be part of this project to deliver 5G services to citizens across the Philippines and see our industry-leading 5G RAN solutions underpin the network. The expanded and upgraded 5G network will deliver exciting new solutions to even more people and businesses and our technology will play a fundamental role in delivering these compelling connectivity experiences.”

  • Apple is moving up to 10% of iPhone 12 5G production to India

    Apple is moving up to 10% of iPhone 12 5G production to India

    Apple and its partners have already moved some iPhone 11 and iPhone XR production to India, and the iPhone 12 could too be manufactured in the region as the company looks to further reduce its dependence on China.

    iPhone 12 production is soon going to start in India, where devices for both the domestic market and export will be manufactured.

    The move means Apple will be able to avoid India’s hefty smartphone import tariffs. It might be able to lower the starting price of its flagship iPhone 12 in India as well, in turn providing a much-needed boost to its business.

    Apple doubled the size of its Indian business in the final quarter of 2020, but Tim Cook himself admitted that the company’s presence in the market is still very small considering its overall size.

    Apple’s initial goal is to shift between 7-10% of total iPhone 12 production to India from China. The Silicon Valley-based giant has discussed moving iPhone 12 mini production to India too, but a final decision is yet to be made.

    Foxconn is leading these local efforts and is planning an expansion to its factory in Tamil Nadu, where two of the best cheap iPhones — iPhone 11 and iPhone XR — are assembled, to accommodate for Apple’s iPhone 12.

    Later in 2021, Pegatron is expected to start manufacturing the iPhone 12 in India too. However, partner Wistron doesn’t seem to be involved at this stage, likely due to recent riots at an Indian factory that led to it being put on probation by Apple.

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  • Here is where cities worldwide are hiding 5G towers

    Here is where cities worldwide are hiding 5G towers

    If you’re driving through some cities in Arizona, you might have noticed some large cactuses (or cacti) approximately 2-feet tall, along the sides of the road. But these are not real plants. They were constructed in order to cover up 4G LTE antennas; inside the fake cactuses you’ll find radio equipment. The idea is to make the gear blend in by disguising them with regionally-based plants and structures. Many think that cell towers look ugly and ruin the look of the environment (frankly, yours truly likes the look of cell towers but that puts me in the minority).

    4G towers are disguised as palm trees down south, evergreens in the Northeast, and cactuses in the West. Some 4G sites are disguised as church bell towers, historic landmarks, and water towers. CNN says that with the use of 5G towers, cities have to find another method of subterfuge. That’s because high-band mmWave 5G signals, as you’ve often seen us write, are easily blocked by structures. Wooden objects, certain materials, and yes-even leaves (T-Mobile wasn’t kidding) can block the progress of high-band mmWave 5G signals. And since high-band 5G signals can only travel short distances (something else we’ve mentioned often), 5G towers must be placed a couple hundred feet apart and even closer. And the antennas have to be exposed for 5G signals to be accessed by the public. With this in mind, some of the illusions used, like the cactuses, won’t be as effective. So for 5G sites, some cities are hiding the gear in street lights. Keith Niederer, telecom policy coordinator for Scottsdale says, “Design will be just as important moving forward with the 5G installations, but we will have a greater focus on street lights than the cacti. In Scottsdale, aesthetics are pretty important. Every street has a different theme and streetlights vary. We want them to blend in as much as possible and not stand out.” With 5G, the technology needs to be out in the open as opposed to 4G LTE.

    A company named Valmont Industries is one of the leading firms in the business of hiding 4G and 5G equipment. It recently finished delivering street lights to San Antonia, Texas that contain 5G gear. The outfit’s general manager of communication concealment, Mark Schmidt, said, “There’s no form factor we won’t consider using. Our goal is to bridge the gap between the aesthetics in a community, what a jurisdiction would like to see and what the wireless carrier requires as a form factor. … But the most natural fit here will be traffic lights and street lights.” With street lights sporting access to a power supply, and with a decent elevation, they can be used to house multiple technologies. Besides trying to hide the looks of a 5G tower, there is a security factor as well. You might recall that last April, thugs believing a conspiracy theory that 5G towers were the cause of coronavirus tried to knock down these towers in the U.K. and China.

    Tom Kuklo, a global product manager for Radio Frequency Systems (RFS), a firm that makes components for smart street lights, says that these lights are already rolling out in some areas. He states, “We’re already seeing this in China and some other locations where smart poles are very predominant. They’re becoming part of the landscaping; you walk right past them and don’t even know that’s what’s giving you a 5G signal unless you’re looking for it.”

    5G is expected to bring $17 trillion to economic growth by 2035 based on data from ABI Research. Eventually, data speeds will be 10 to 100 times 4G data speeds bringing a number of new technologies like self-driving cars to the public. Remote operations performed with the surgeon hundreds of miles away from the patient will be performed. Right now though, we are very early in the 5G era and many more towers need to be constructed throughout the world.

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  • Nokia partners University of Technology Sydney for 5G innovation facility

    Nokia partners University of Technology Sydney for 5G innovation facility

    The 5G Innovation Lab will enable Nokia, UTS and their partners to push the boundaries of 5G technology by testing exciting new 5G use cases with real world applications, including Industry 4.0, IoT and smart cities. While providing a live 5G test bed for commercial partners, the 5G Innovation Lab will also serve as an environment for new research opportunities within the ICT sector.

    This multi-year, multi-million-dollar investment by Nokia reflects the company’s commitment to Australian innovation and the essential role telecommunication plays in both securing critical infrastructure and fostering economic growth.

    Researchers and commercial partners will undertake projects to explore the capabilities of 5G and 6G technologies for Industry 4.0 applications such as industrial automation, agriculture and human-robot interactions, as well as ‘Internet of Things’ capabilities for Internet of Energy applications in smart grid, energy storage and management and wireless power transfer.

    The facility will include a 5G lab and a 5G use case demonstration area, with campus-wide 5G coverage planned to allow for the development & testing of potential 5G use cases in both the lab and the field. The new lab will also connect directly into the university’s anechoic radio frequency test chamber – the largest of its kind in the southern hemisphere – allowing researchers to test the potential of Nokia’s Massive MIMO and other innovative antenna technologies.

    Nokia and UTS are very excited to be partnering together to lead the way for 5G innovation in Australia.

    Ray Kirby, Associate Professor, Director of UTS Tech Lab said: “UTS Tech Lab is a unique facility that supports collaboration with industry on research and development projects, such as this partnership with Nokia, which will drive innovation and growth in 5G and 6G network infrastructure. Our cutting-edge equipment and world-class research talent combined with Nokia’s commitment to innovation and technology leadership, is a strong partnership to facilitate the development of new applications to unlock the huge potential of 5G and 6G.”

    Robert Joyce, Chief Technology Officer at Nokia Oceania, said: “We are pleased to collaborate with UTS on this exciting 5G adventure. This partnership builds upon the existing innovative facilities at the university’s Tech Lab and will enable researchers to develop, test and demonstrate innovative uses of 5G here in Australia. We are already exploring some exciting 5G use cases unique to Australia and look forward to demonstrating these soon.”

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  • Huawei launches 5GtoB solution to facilitate industry digitalisation

    Huawei launches 5GtoB solution to facilitate industry digitalisation

    The 5G industry has been developing faster than expected, with operators already seeing commercial returns from the first wave of 5G rollouts. The 5G user base and the number of 5G devices in commercial use have exploded since 2019. By the end of 2020, 380 5G devices had hit the market, 8 times more than there were the year before. The mobile 5G user base had also reached 220 million and wireless home broadband connections reached 1.05 million, a 17 and 21 times YoY increase, respectively. Ding claims these numbers will triple in 2021.

    The prices of 5G phones are also dropping rapidly. There are already multiple units on the market priced at under US$150 and about 30 mid-range and low-end phones priced below US$300. According to Ding, the 5G mobile phone ecosystem will become as mature as 4G over the next one to two years as network rollouts continue and the user base keeps growing.

    In the markets that deployed 5G first, operators have already begun reaping commercial returns. In China and South Korea, operator revenue continued to increase as their 5G user base grew faster than in other countries. Finnish operator DNA and Saudi operator Zain also achieved impressive financial results in the early phases of their commercial 5G deployment.

    At the event, Huawei also officially released its 5GtoB solution which is aimed at creating new value for every player across the industry value chain. Ding stated that building on its experience in connectivity, computing, and industry digitalization, Huawei has worked with operators and other industry partners to develop a one-stop solution that covers sales, operations, and services – the 5GtoB solution. This solution will simplify transactions for enterprise users, help operators monetize their network capabilities, and allow partners to innovate more efficiently, creating new value for every player involved.

    The Huawei 5GtoB Solution includes four parts: 5GtoB Network, 5GtoB NaaS, 5GtoB App Engine, and 5GtoB Marketplace. With 5GtoB Network serving as the infrastructure of the 5G solution, Huawei will continue building its capabilities in providing scenario-based 5GtoB services, including network planning, construction, maintenance, and optimization.

    With 5GtoB NaaS, network capabilities can be orchestrated into offerings before they are released, making it easier for enterprise users and application developers to use 5G networks and enabling enterprise users to manage 5G campus networks themselves.

    The 5GtoB App Engine is an application innovation center, where application developers and system integrators can access operators’ 5G network capabilities. It makes 5GtoB application development more efficient and application integration easier. It also serves as a bridge between 5G network capabilities and 5GtoB applications, enabling agile service development and launch.

    The 5GtoB Marketplace is an all-in-one digital supermarket on the cloud, where enterprise users can purchase the industrial 5G solutions they need.

    Ding said that Huawei has worked with operators, partners, and enterprise users to apply the 5GtoB solution first in the steel industry. With their capabilities and experience embedded into this platform, industrial 5G solutions like automated billet rotation, AR-assisted remote assembly, and steel surface quality inspection, can be standardized and rapidly replicated.

    At the end of his speech, Ding emphasized that industry digitalization will be a huge market, but that digital infrastructure developments vary greatly across industries and application scenarios also vary. In addition, related digital standards are not in place yet. As such, he called on all industry players to work together to establish comprehensive 5GtoB standards and ecosystem to drive further industry digitalization. He closed his speech by reiterating Huawei’s commitment to investing in the ecosystem and standards and supporting industry digitalization.

  • ZTE launches i5GC to support private 5G networks for vertical industries

    ZTE launches i5GC to support private 5G networks for vertical industries

    The solution introduces 5G capabilities such as large bandwidth, low latency, high reliability and multiple connections into various industries, and integrates technologies such as AI, IoT, cloud computing, big data and MEC to enable the digitalisation of whole industries and build fully-connected intelligent private 5G networks for vertical industries.

    At present, public 5GC is oriented to consumer applications, so it cannot meet industry users’ ultra-high requirements for security, latency, reliability, network control rights, energy consumption and usage environment. ZTE i5GC addresses this by deeply integrating and optimising 5GC functions. It uses 2U general servers to achieve the integration of multiple network functions (NF) and a plug-and-play one-stop deployment mode to achieve minimal space, minimal energy consumption and minimal operation and maintenance (O&M).

    This solution provides non-professional industry users with rapid and accurate 5G network access deployment and excellent service experience. In addition, ZTE i5GC can be flexibly customised according to a user’s diversified requirements for security, traffic processing and autonomy, and provide different function combinations and deployment forms for different scenarios. For instance, the user plane function (UPF) is deployed to the edge, traffic is forwarded nearby, and user data is locally managed. In addition, ZTE i5GC employs a 3GPP service-based architecture (SBA) to seamlessly interconnect with a 5G public network. It can integrate third-party multi-access edge-computing (MEC) applications through open interfaces to achieve flexible expansion and rapid iteration of edge applications, so as to explore and breed 5G killer applications in the vertical field.

    Towards the construction of business-grade 5G networks, ZTE has implemented in-depth 5G applications for use in vertical fields such as mines, medical treatments and ports. For example, for a 5G smart mine project, ZTE uses i5GC to deploy a complete set of 5G networks underground, meeting the mine’s compact space and explosion-proofing requirements, and achieving full coverage from key 5G networks. ZTE i5GC will continue to focus on industry projects, promote the understanding of industry requirements, work with enterprises and operators to build a 5G application ecosystem, help expand the ‘blue ocean market’ opportunity for 5G for business, and drive 5G large-scale commercial use and value monetisation.

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  • StarHub and Software AG partner for new 5G IoT platform service

    StarHub and Software AG partner for new 5G IoT platform service

    As Internet of Things (IoT) plays an increasingly important role in driving digital economies and business success, Singapore’s StarHub and Germany-based Software AG have teamed up to offer an end-to-end 5G-ready IoT service to help organizations in Singapore accelerate IoT implementations on a massive scale.

    Through this partnership, StarHub is proud to offer 5G IoT platform service, a new one-stop solution that provides IoT connectivity including StarHub’s 5G, device management, professional services to integrate existing or new systems, and managed services to run the entire IoT environment for any organization.

    As a comprehensive platform, the 5G IoT platform service intelligently connects, manages, and monitors millions of IoT devices deployed for different applications, creates customizable analytics, and provides APIs to integrate with existing and new systems. This will help organizations to accelerate their IoT implementations. It is offered to companies as a service on a subscription model, allowing full flexibility, instant scalability, and financial prudence.

    Charlie Chan, Chief of Enterprise Business Group at StarHub, said: “Amid digital disruption and rapid changes in the economy, StarHub’s call remains the same – Our customers are transforming to remain globally competitive, and we want to be our customers’ enabling partner of choice when it comes to both core connectivity and innovative managed solutions. We are pleased to collaborate with Software AG to provide an advanced, 5G-ready IoT solution that helps our customers across multiple industries including property, retail, and transport, speed up or scale IoT implementations to boost productivity and innovation as well as realize cost-saving.”

    Bernd Gross, CTO of Software AG added: “Data is so fundamentally important for businesses to succeed in the future that they must master how to collect and analyze it if they are to be competitive. 5G brings more speed, lower latency, and support for a massive amount of endpoints, which means that data can flow between the edge and the core of any organization. Once you know what’s happening in every part of your business, you can understand how to make it better – and that is the opportunity we will bring to customers alongside StarHub.”

    StarHub’s 5G IoT platform service allows organizations to aggregate all of its existing IoT applications and connected devices for a real-time, clear overview on a single aggregator platform, without a need for platform migration. New IoT applications and connected devices can also be integrated easily with this aggregator platform. With that, enterprise customers can acquire and analyze massive volumes of data from its existing independent IoT systems to gain new, accurate, in-depth understanding of how well their assets operate, in a consolidated manner.

    In the case of a public transport operator, StarHub’s 5G IoT platform service can provide real-time vehicle tracking, automated inspection of the vehicle condition and predict potential issues of the vehicles to take precautionary measures, improve fleet operational efficiency and reduce downtime. With additional data such as weather, traffic conditions, the operations director can view and analyze these insights from the same dashboard and act accordingly to optimize the fleet.

    For a facility management company, it can use StarHub’s 5G IoT platform service to develop smart building maintenance strategies to serve building owners better, differentiate their services from competition or improves operational efficiencies. This is because the service can bring together separate IoT systems that manage different areas of the facility – electricity consumption, rubbish bin usage, washroom cleanliness, footfall, and more, presenting a complete picture of all IoT data. With the right information and context about what is going on in the building, the facility manager can pinpoint issues and trace faults quickly or carry out preventive maintenance responsibly.

  • Android 12 Developer Preview hints that a 5G Pixel 6 XL is coming

    Android 12 Developer Preview hints that a 5G Pixel 6 XL is coming

    The first Android 12 Developer Preview was released last week, it carries a hidden UI that is similar to Samsung’s One UI. For those unfamiliar with One UI, the software is designed to bring interface elements like buttons, toggles, checkboxes, icons, sliders, progress bars, and more closer to the bottom of the screen. This way, users won’t have to perform calisthenics with their fingers in order to tap one of these elements in the upper reaches of the display.

    By enabling a hidden “Silky home” feature flag, new system settings UI surfaces with elements placed near the bottom of the display. Go to adb shell settings put global settings_silky_home true. The version of the UI with the flag enabled has the content moved lower toward the bottom of the display in order to make one-handed use possible.

    There is no guarantee that the “Silky home” mode will be part of the stable version of Android 12. More exciting though is the possibility that catering to a larger-sized Android screen like this feature does, is a sign that Google is going to be offering a Pixel 6 XL model this year. So far there is no indication that this is in the cards, and there are other large-screened Android phones that could use a UI with more reachable elements. But many of these are Samsung models already served by Samsung’s One UI. Eliminate Samsung from the equation and the odds improve in favor of a Pixel 6 XL.

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  • Nepal selects frequency to embark on 5G services

    Nepal selects frequency to embark on 5G services

    Nepal’s National Telecommunication Authority (NTA) has determined its 5G frequency as the country prepares to deploy 5G service. NTA will follow the recommendations set out by the National Frequency Management Forum, a body initiated by the NTA, the Ministry of Communications & Information Technology (MoCIT) and telecommunications operators.

    According to NTA’s spokesperson, Meen Prasad Aryal, the National Radio Frequency Policy Determination Committee has received a proposal with recommendations using 700 MHz, 900 MHz, 2300 MHz and 2600 MHz for the low-band spectrum, 3300 MHz, 3400 MHz, 3600 MHz and 4100 MHz for the mid-band spectrum, and 26 GHz for the high-band spectrum.

    Established to manage existing and new spectrums, the National Frequency Management Forum performed studies for 5G spectrums before recommending a suitable spectrum for allocation. The National Radio Frequency Policy Determination Committee must now approve NTA’s proposed frequencies before spectrums will be allocated to operators.

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  • High band 5G mmWave takes 5G to the next level

    High band 5G mmWave takes 5G to the next level

    As 5G technology becomes increasingly widespread, attention is veering towards high band 5G mmWave spectrum to deliver greater capacity and faster performance levels for data-intensive 5G mobile communications such as video communications, as well as virtual and augmented reality.

    With mobile experiences become more sophisticated, networks are pressured to expand wireless spectrums to support large bandwidths and high data rates for 5G systems to drive technology evolution. For mobile operators, 5G mmWave presents an opportunity to deliver unparalleled performance benefits for fixed wireless, enterprises and industrial applications for a broad set of use cases such as smart factories, supply chain visibility and indoor navigation.

    Even though high band mmWave is not new, it fell short previously owing to challenges such as high propagation losses and sensitivity to blockages by human bodies and buildings. But these issues can be resolved as mmWave combines line-of-sight (LOS) and non-line-of-sight (NLOS) signals with distributed antenna designs and advanced beamformers to expand a network’s coverage.

    While 5G low bands deliver 5G coverage over long distances, 5G high bands or mmWave deliver optimal coverage over short distances, and best complemented with low and mid bands for improved capacity and coverage. The earliest adopter of 5G mmWave is the US, which opted for high band spectrum first in its 5G strategy. This is contrary to most countries, which opted for mid-band spectrums first, before pursuing high band mmWave.

    For mmWave to pick further momentum now, stakeholders such as regulators, mobile operators and vendors must come together. For regulators, it means embracing 5G and freeing up mmWave bands to mobile operators to grow their coverage beyond low- and mid-band spectrums, and hence enable high capacity delivery and enhanced handling of peak rates. By fuelling 5G performance levels, countries that make digital transformation a priority can yield greater economic benefits in the long run. Likewise, vendors must support this evolution by continuing to roll out suitable and even improved mobile devices and customer premises equipment (CPE) that are accessible and affordable.

    According to GSA, about 106 operators in 20 countries and/or territories hold public licenses of 5G networks utilizing mmWave spectrum. Of which, only about 24 operators in 15 countries and/or territories are using mmWave to power deployed 5G networks. In November 2019, World Radiocommunication Conference (WRC-19) identified new frequencies for IMT. While 5G mmWave is more predominant in the US and Europe, Asia Pacific is slowly coming into the picture, with Japan being the earliest adopter, followed by South Korea.

    Other countries such as Singapore and Thailand have just awarded mmWave allocations last year. Of which, Singapore Infocomm Media Development Authority (IMDA) awarded three mobile operators 800 MHz of 26 GHz and 28 GHz mmWave. One of the operators, Singtel, has switched on mmWave in certain areas in the city, with dedicated experiences zones to provide users 3.2 Gbps streamed content powered by 5G mmWave. The mobile operator will also be working with enterprise customers to develop autonomous guided vehicles and mixed reality.

    Meanwhile, Thailand’s National Broadcasting and Telecommunications Commission (NBTC) auctioned 26 GHz to three mobile operators, namely AIS, Dtac and TrueMove H. In the region, Australia is the latest to open applications for auction of 26 GHz and 28 GHz mmWave spectrums. India is very likely to carry out 5G spectrum auctions soon.

    On the other hand, in anticipation of the rise of mmWave in the region, Taiwan-based semiconductor firm MediaTek recently unveiled M80, its first mmWave-capable modem. Launched in the same month, M80 will be in direct competition with Qualcomm’s new Snapdragon 5G modem.

    Also competing in the emerging mmWave space, NEC leverages on its expertise in digital beamforming technology and Massive-MIMO in launching a distributed-MIMO technology that delivers three times the number of simultaneous connections and transmission capacity in the 28 GHz mmWave frequency band – using a large number of distributed antennas rather than in a single tray.

    It also helps that there are new technologies to support a denser and more cost-effective 5G mmWave network to deliver the desired low latency and high speed. Using integrated access and backhaul (IAB), base stations not only provide wireless access for users, but also wirelessly backhaul from nearby base stations using the same mmWave spectrum. This results in improved performance, greater efficiency of spectrum resources and lower costs, thereby allowing operators to expand their mmWave networks readily and more affordably.

    Even though APAC is behind in terms of mmWave adoption, when compared to the US, some countries are quick in catching up. Taiwan, for instance, claims the first spot in launching a smart factory powered by a private 5G mmWave network.

    According to Research and Markets, the global mmWave technology market is predicted to grow from US$1 billion in 2020 to US$3.4 billion by 2025. During this time, APAC is projected to grow at the fastest rate. Clearly, 5G mmWave is an important criterion worldwide, and particularly in APAC as countries grow their network bandwidth and capacity to enable full-fledge 5G services and experiences.

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  • Huawei founder and CEO says Apple makes the best 5G phones

    Huawei founder and CEO says Apple makes the best 5G phones

    Huawei is not the company it was a couple of years ago when it was on its way to becoming the world’s largest smartphone manufacturer. Restrictions placed on the firm by the U.S. forced Huawei to sell its Honor sub-brand in order to get Honor out from under the thumb of the U.S. The manufacturer that could have been number one this year is more likely to be number seven by the end of the year.

    Huawei is aware that in one major regard, it is much closer to being like Apple than it is to be like other Android manufacturers in its class such as Samsung and arguably Google. Like Apple, Huawei has more control over both the hardware and software used on its phones. The head of Huawei’s U.K. consumer business told Forbes last year that “we are one of only two companies globally that can have this hardware and software solution for our own ecosystem… Only Huawei and Apple can do this—it’s our long-term strategy.”

    A couple of years ago, Huawei founder and CEO Ren Zhengfei admitted that he uses an iPhone and even buys them for his family. Ren said in 2019, “iPhone has a good ecosystem and when my family are abroad, I still buy them iPhones, so one can’t narrowly think the love for Huawei should mean loving Huawei phones.” That same year, the executive said,”Apple is the world’s leading company… Apple is my teacher; it is advancing in front of us.” When Ren’s daughter, Huawei CFO Meng Wanzhou, was arrested in 2018 under a U.S. warrant for fraud and conspiracy to commit fraud, she had in her possession a MacBook, an iPad, and an iPhone.

    Zhengfei says that the 5G iPhone 12 series features the best 5G enabled handsets currently available. He calls them “the world’s best” 5G phones and has talked up the quality of the technology found in the 2020 iPhone lineup. He has also used Apple’s 5G iPhone models as a way to promote the quality of Huawei’s 5G networking equipment; Huawei remains the world’s largest supplier of networking equipment. “We support the progress made by Apple’s iPhone 12,” Ren said, pointing out that the device “has been able to achieve download speeds of 1.82 Gbps, making it the best in the world… We helped build the best 5G networks in many cities around the world: Berlin, Munich, Madrid, Zurich, Geneva, Amsterdam, Vienna, Barcelona, Seoul, Bangkok, Hong Kong, Riyadh… Our networks in Europe top global network performance tests.” As the company started just last week, “Huawei has undertaken hundreds of 5G networks worldwide. According to the results of 5G network experience test in global major cities conducted by many third-party organizations around the world, in cities such as Seoul, Amsterdam, Madrid, Zurich, Hong Kong, and Riyadh, Huawei’s contracted operators ranked number one in 5G network experience.”

    Ren also complimented Apple’s dominance of the high-end premium phone sector and said that Huawei’s networking equipment is good for iPhone users. Ren commented that “Many high-end device users in Europe use iPhones, and the way those phones operate on our networks in Europe actually is a sign we are also doing well. The fact high-end users can use the iPhone 12 to its fullest effect on our 5G networks in Europe is a testament to the quality of our networks. This is helping balance opinions towards Huawei in Europe.” Zhengfei pointed out last year that “there are only two big players with ecosystems,” he said, “Apple and Google. It will not be a problem to have a third one. In any industry, three top players is reasonable.” Huawei has since added its own ecosystem and we could see the company’s own HarmonyOS debut on a smartphone with the upcoming P50 line.

  • Growing 5G demand will drive major 2021 smartphone market recovery

    Growing 5G demand will drive major 2021 smartphone market recovery

    The global smartphone market was only one of the major industries to suffer a big and largely unexpected decline in 2020 as a direct consequence of the coronavirus pandemic, but while the COVID-19 threat is projected to linger this year and potentially even beyond that, 2021 should mark the beginning of a beautiful rebound.

    The first signs of an imminent recovery showed up during last year’s third calendar quarter, when shipments were down around the world by a measly four percent compared to the same period of 2019, becoming evident in the final three months of 2020, as the year-on-year sales decline further contracted to one percent according to Counterpoint Research. In contrast, the same market intelligence firm estimated the mobile industry’s Q1 and Q2 slumps at 13 and a record 26 percent respectively.

    Clearly, there’s no way to go but up now that people are slowly regaining their appetite for both mid-range and high-end handsets pretty much in all key regions, and according to a hot new report published by Gartner, worldwide sales could register a healthy total increase of 11 percent in 2021.

    While that’s unlikely to be enough to boost the market to its pre-pandemic levels, this year’s forecasted 1.53 billion units would come incredibly close to the 1.54 billion smartphones sold in 2019. The aforementioned 11 percent growth is expected to be mainly driven by “mature” markets across Western Europe, Asia Pacific, and Latin America on a regional level, as well as rising demand for 5G-enabled devices essentially everywhere.

    Affordable 5G models starting as low as $200 could be particularly successful in 2021, especially in emerging European and Asian countries. Overall, 5G smartphones are likely to exceed 500 million unit sales, accounting for around 35 percent of the entire market. In comparison, 2019 saw less than 20 million 5G-capable handsets reach the hands of their owners, with said number growing to more than 200 million last year.

    Unfortunately, Gartner’s latest report doesn’t go into any detail regarding the prospective evolution of the world’s top mobile device vendors this year, so it’s not entirely clear yet who will drive the 11 percent global hike from that perspective.

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