Tag: 5G

  • WBA identifies connected vehicle use cases

    WBA identifies connected vehicle use cases

    Connected vehicles are not just the technologies of the future – there are significant revenue generation opportunities available today, according to the Wireless Broadband Alliance (WBA).

    In a new whitepaper, the WBA identified a number of use cases for automobile manufacturers and service providers that are already being used to generate revenues.

    The use cases specifically take advantage of telematics services – which the majority of automobile makers already have built into new vehicles – combined with Wi-Fi connectivity.

    These use cases include applying predictive analytics to information already collected by telematics systems to preempt vehicle recalls, which is an issue that costs the vehicle industry more than $9 billion annually.

    Other examples include predictive maintenance through the use of diagnostic trouble codes uploaded over time, the ability to address software bugs and security vulnerabilities through over-the-air firmware upgrades, and applications including advanced driver assistance or public safety services.

    “The connected vehicle market will experience explosive growth over the next few years, and Wi-Fi plays a significant role in creating key monetization opportunities, while also enhancing and improving vehicle maintenance and driver safety for connected cars,” WBA GM Tiago Rodrigues said.

    “While much of the focus today is given to how 5G will impact connected cars, we want to reinforce the message that Wi-Fi is here now, and it is capable of supporting connected vehicle use cases today.”

    The whitepaper also explores the process of developing use cases for the connected cars of tomorrow combining both cellular and Wi-Fi for seamless connectivity.

    “We are eager to engage with others in the connected vehicle ecosystem to develop future opportunities for Wi-Fi and connected cars, particularly as we prepare for Wi-Fi 6 and the new opportunities it will support,” Rodrigues said.

  • Viettel completes Vietnam’s first 5G call

    Viettel completes Vietnam’s first 5G call

    Vietnamese military-run operator Viettel has completed the nation’s first 5G call in collaboration with Ericsson.

    During the trial, conducted as part of Viettel’s ongoing 5G technical testing program, the companies achieved a downlink speed of 1.5Gbps to 1.7Gbps.

    The Vietnamese government has been pushing for Vietnam to become one of the world’s early 5G adopters to help ensure the nation is at the forefront of the Industry 4.0 revolution.

    As part of these efforts, the government aims to ensure Viettel and other providers cover 5G in all of Vietnam’s high-tech zones, national innovation centers and smart factory areas by 2020.

    Viettel commenced deployment of Vietnam’s first 5G base stations in April as part of these trial efforts.

    The operator plans to test 70 5G base stations in Hanoi and Ho Chi Minh City in June in preparation for larger-scale deployment.

  • Consumers willing to pay a premium for 5G

    Consumers willing to pay a premium for 5G

    Despite concerns surrounding the commercial proposition of 5G technology, smartphone users are willing to pay an average of a 20% premium for 5G services, according to Ericsson.

    The company’s latest ConsumerLab report on the 5G consumer potential finds that half of the early adopters would be willing to pay as much as 32% more for 5G.

    But consumers’ willingness to pay a premium for 5G is reliant on operators introducing new use cases and payment models and providing a consistently high uplink and downlink speed, the report finds.

    Meanwhile, 5G is expected to drive usage behaviors that also promise to increase revenues. The study finds that 5G is expected to significantly increase video consumption, both by enabling streaming in higher resolutions and through the increased use of augmented reality, virtual reality, and other new formats.

    Ericsson predicts that one in five smartphone users’ data usage could reach more than 200GB per month over 5G devices by 2025.

    Consumers also expect that 5G will bring additional benefits such as reducing network congestion in dense urban areas and introducing more home broadband choices.

    Based on the research, Ericsson ConsumerLab has drawn up a consumer roadmap of 5G use cases involving 31 different applications and services.

    These applications are divided into six categories – entertainment and media; enhanced mobile broadband; gaming and AR/VR applications; smart home and fixed wireless access; automotive and transportation; and shopping and immersive communications.

    “Trough our research, we have busted four myths about consumers’ views on 5G and answered questions such as whether 5G features will require new types of devices, or whether smartphones will be the silver bullet for 5G,” Ericsson Research head of ConsumerLab Jasmeet Singh Sethi said.

    “Consumers clearly state that they think smartphones are unlikely to be the sole solution for 5G.”

  • Spectrum cash grabs could hinder 5G’s potential

    Spectrum cash grabs could hinder 5G’s potential

    Poorly designed 5G spectrum auctions could seriously hamper the potential of the 5G era before it even begins in earnest, the GSMA has warned.

    A new Auction Best Practice by the industry body highlights some key concerns from recent 4G and 5G spectrum allocations, including a trend towards governments artificially inflating spectrum prices.

    This could have the effect of limiting subsequent network investment, thus harming consumers and delaying the potential of 5G from materializing.

    The GSMA has also outlined policy recommendations for governments including ensuring that the top priority for spectrum auctions is supporting affordable, quality mobile services for consumers.

    According to the regulator, spectrum auctions are not always suitable and should not be the only award process considered.

    Where an auction model is used, the auction design should not create unnecessary risk and uncertainty for bidders and should include adequate lot sizes with flexible packages of the spectrum.

    GSMA Intelligence estimates that the socio-economic impact of 5G will be $2.2 trillion over the next 15 years. But these benefits will depend on a favorable regulatory and policy environment for 5G.

    “Auctions can and do fail when poorly designed. We’re seeing a worrying trend of badly run spectrum awards that could seriously impact the potential of 5G before we get started. It’s time for policymakers to work more closely with stakeholders to enable more timely, fair and effective awards,” GSMA head of spectrum Brett Tarnutzer said.

    “This is a crucial time in the development of 5G. Spectrum is an essential to fuel for mobile networks and its ineffective use will only lead to bad consequences for consumers. The most important objective of awarding frequencies should not be about making the most money, but rather about ensuring consumers benefit from the best mobile connectivity.”

  • Going into 5G, don’t forget security

    Going into 5G, don’t forget security

    For years telco revenues as measured in Average Revenue Per User (ARPU) have been on a decline. As consumers and business acquire a taste for broadband and mobile broadband connectivity, operators are pressured to offer bigger and faster pipes and to do so more cheaply lest competition from OTTs and mobile virtual network operators (MVNO) take home the bacon. We have reached a point where telcos are finding themselves becoming almost exclusively connectivity vendors– what some call “the pipe business”.

    As Gunter Reiss, vice president of strategy at A10 Networks, tells it, that a lot of operators want to get out of being labeled a telco – a connectivity provider.

    He cites the comment made by Johan Johan Wibergh, chief technology officer at Vodafone: “We want to become a technology provider. We want to become a service provider to the enterprise community.”

    Based on what we understand about 5G technology, this may just be what the industry is praying for. Some believe that 5G features like network splicing, enhanced mobile broadband, ultra reliable low latency communications and massive machine type communications, are all geared towards the performance requirements of enterprises.

    To date, a number of telcos in Asia and around the world are making significant investments in 5G with the intent to target enterprise opportunities. One area that has always lagged when it comes to understanding and planning for is around security.

    At the 2019 Total Security Conference, a chief security officer speaking at a panel noted that “if you want to stay secure from cyber threat, then stay out of the internet.” However, the reality is that the internet has become so embedded into everyday living and business that it would be a business suicide if any business stays out of it.

    So for telcos, the challenge is building infrastructure, including 5G-based connectivity solutions, that appeal to the risk appetite of their enterprise customers.

    In an exclusive with Telecom Asia, Reiss opens up to the threats and opportunities operators must face as they rise to the 5G challenge.

    Given that operators will need to invest more around security as part of their 5G rollout. How do they monetize in these investments?

    Gunter Reiss: There are two ways:

    First, every operator has to protect their own infrastructure because the system is their bread and butter.

    Secondly, we see a lot of operators today starting to offer managed security services to enterprises. Cloud providers are doing the same thing.

    Instead of buying a DDoS appliance directly for your premises, you want a DDoS service – literally just buying it as part of your connectivity, or part of any of the other specific IoT services you would buy from a mobile operator. You would add the security services on top of it.

    This is why service providers and mobile operators in the 5G world will finally become a true service provider and partner to the enterprise community.

    This is how they will monetize their investments, including security.

    As operators near 5G rollout, what remains their biggest concern?

    Gunter Reiss: That would be – “How can we protect our mobile infrastructure?”

    It’s the same as what they have now with 4G – just with 5G, they realize that they have more points to protect. If you think about it in 4G it was the GI-LAN infrastructure they just needed to protect – and it doesn’t scale. Scale requirements just weren’t there.

    But what we see now, they have to protect the peer points. They have to protect the mobile edge – this is what they are building the architecture for. That’s the conversations we have with them.

    There is another aspect – our latest DDoS weapons report revealed more than 23.5 million DDoS weapons all around the world. The largest number is more than 6 million in China, followed by 3 million in the US. And as you go into each country, we can actually highlight how many DDoS weapons there are. This is important for operators because this is a proactive defense of your infrastructure.

    So that’s basically how we help these operators to protect the infrastructure. And again, it doesn’t really matter if they’re on 4G right now. They are realizing that they have to protect the infrastructure. They have to start planning, investing and allocating budgets for the protection of the mobile infrastructure along the journey to 5G.

    You don’t want to wait and suddenly say, “Now that I’m launching 5G, it’s time for me to adjust my security architecture or infrastructure, and how I deal with connectivity suppliers.”

    As operators look to harness the non-traditional business opportunities presented by 5G, including areas like Smart Cities, what should I be looking at as an operator?

    Gunter Reiss: What you should look at is in order to support – ultimately as an operator – you need to increase your ARPU, you want to sell more services.

    Now, particularly then with 5G, you need to build relationships with the various industries from smart cities, to governments, to hospitals, to whatever industry it is. And, of course, in that way, industry explosion of the IoT endpoints – depending on what data you trust – up to 35 billion over the next years.

    When you take all that into consideration, you have to protect your infrastructure all the way, obviously, to where the IoT endpoints get connected, and as a consequence you need a comprehensive security architecture.

    And the only way to really be able to manage the scale requirements is with Intelligent Automation.

    And this is where you leverage machine learning algorithms, any AI type of capabilities and analytics to get more visibility about your network and your application environment in order to really be able to secure your infrastructure. The complexity is just getting that much larger than what these operators are dealing with today.

    This is basically the straightforward message I try to explain to them.

    It’s not about how cyberattacks will come through the internet anymore. They come through those peering partners, and they come directly from the IoT devices which get weaponized from the phones. So, you have to have protection right away at the mobile edge.

    And for this, you need to leverage automation capabilities.

    As activities around 5G accelerate in 2019, what’s your expectation?

    Gunter Reiss: 5G is still in its early stage. I think we will see over the next 12 months a lot more operators commercially launching 5G services with various used-cases.

    And I would say that at least within this year, we’ll see between 20 and 30 mobile operators launching new commercial services around the world.

    But 2020 is going to be, I think, that big push where more operators will come with 5G commercial services. And this, from an A10 perspective, is the opportunity. We are working with a lot of them already right now under 4G virtualization developments and securing the 4G virtualized and NFV type of environment.

    Now that they are future proof and ready, from a scale perspective, to take that all the way into this full 5G architecture.

    As I mentioned before, for some time, we will see a hybrid type of 4G / 5G network architecture. Then some of those early adopters will go out with the 5G standalone, network architecture.

    Even if the operator is not launching 5G yet in 2019, they’re already working and starting to work with us on their plans towards 5G and how to protect that infrastructure. This is why we are super thrilled and excited about it.

  • Indian telcos propose year-long 5G trials

    Indian telcos propose year-long 5G trials

    India’s major mobile operators have both submitted proposals to conduct year-long field trials of 5G services in the market.

    Bharti Airtel, Vodafone Idea and Reliance Jio Infocomm – along with technology partners including Cisco, Samsung, Ericsson and Nokia – have submitted detailed proposals to the Department of Telecom.

    The operators are now awaiting approvals, and it is expected to take an additional initial three months to complete preparations and clearances, the Cellular Operators’ Association of India (COAI) told the publication. COAI is the industry body that represents Vodafone Idea, Airtel and Jio.

    But the Department of Telecom has previously expressed a reluctance to allocate airwaves for 5G trials beyond a 90 day window, which the industry believes would be way too short of a time to conduct the required trials.

    According to COAI, the industry is expected to finally reach an agreement with the DoT on the duration of the proposed allocations, as well as other issues.

    The Telecommunications Regulator of India has recommended the 3.5-GHz frequency range for 5G, and aims to complete an initial 5G auction early next year.

  • Telesat completes 5G backhaul demo over LEO satellite

    Telesat completes 5G backhaul demo over LEO satellite

    Satellite operator Telesat, Vodafone Group and the University of Surrey in the UK have successfully completed the world’s first 5G backhaul demonstration using a low earth orbit (LEO) communications satellite.

    The successful trial demonstrates that LEO satellites can provide effective backhaul transport for mobile operators, including for 5G services, the participants said.

    During the live test last month, Telesat’s Phase 1 LEO satellite connected to the University of Surrey’s 5G testbed, with the support of specialist Vodafone engineers.

    The satellite-delivered a round trip latency of between 18-40ms, which is among the lowest latency recorded for a satellite connection.

    The backhaul was used to support video chat, web browsing and simultaneous streaming of up to 8K video, as well as 4K video transferred to the edge of the 5G network.

    “Providing cost-effective, high-performance backhaul services to MNOs seeking to extend their 4G and 5G networks is an important market for Telesat’s LEO program,” Telesat LEO VP Erwin Hudson said.

    “Telesat is collaborating with leading customers like Vodafone, who are experts in their markets, to perform tests and demonstrations on our Phase 1 LEO satellite that help us optimize the design of our LEO system to most effectively meet their future requirements.”

  • 32 countries agree on 5G security guidelines

    32 countries agree on 5G security guidelines

    Participants from 32 countries from Europe, North America and Asia-Pacific have agreed on a set of proposals for security guidelines in 5G networks, in a move that could spell further trouble for Huawei.

    As part of a non-binding agreement known as the Prague Proposals released during the Prague 5G Security Conference, representatives agreed on an outline of a potential coordinated approach to securing 5G networks.

    Officials from South Korea, Japan, Australia, New Zealand, the US, Israel, the UK and a number of European markets signed the non-binding agreement.

    The proposals state that security of 5G networks is “crucial for national security, economic security and other national interests and global stability,” and stresses the importance of the development of “adequate national strategies, sound policies, a comprehensive legal framework and dedicated personnel, who are trained and educated appropriately.”

    Notably, one of the policy proposals involves ensuring that the “overall risk of influence on a supplier by a third country [is] taken into account.”

    While no vendors were mentioned, the US, one of the signatories to the proposals, has been pressuring its allies to restrict Chinese vendors including Huawei from participating in national 5G rollouts due to unproven concerns that the Chinese government could use the equipment to facilitate cyberspying. Huawei has vigorously denied the allegations.

    The Prague Proposals also include recommendations such as the development of international, open, consensus-based standards for 5G security, a call for regular vulnerability assessments for all components and network systems, and active collaboration and threat information sharing by the participating countries.

  • South Korea already has 260,000 5G subs

    South Korea already has 260,000 5G subs

    South Korea’s mobile operators have already racked up over 260,000 5G subscribers since launching full-fledged services on April 3, government figures indicate. SK Telecom, KT and LG Uplus have been rapidly adding 5G customers during the first month of commercial 5G operations.

    Meanwhile the number of 5G base stations in the market has increased to over 54,200, up 7% from April 22. But coverage remains restricted to urban and dense population areas in capital city Seoul.

    But South Korean operators’ haste to be first to market with 5G for smartphones has led to some initial complaints over the coverage and speed of the 5G networks.

    According to the Ministry of Science and ICT, many of these initial complaints are being addressed, but more are expected to come to light as more people start using the networks.

  • Unicom, Ericsson to collaborate on 5G development

    Unicom, Ericsson to collaborate on 5G development

    China Unicom and Ericsson have signed an agreement to accelerate the development of commercial 5G technology.

    The agreement signed at China Unicom’s 5G Innovation and Cooperation Conference in Shenzhen involves further co-operation on a 5G test network.

    The companies have already completed innovative 5G projects, such as the live 4K HD broadcast of a marathon; live 8K HD broadcast of the Women’s World Club Volleyball Championship; 360 degree panoramic live broadcasting, and driving demos.

    Meanwhile China Telecom and Ericsson announced they are collaborating to provide an end-to-end 5G network for the Beijing Expo 2019 horticultural exhibition in Beijing’s Yanqin district.

    The two companies are providing an end-to-end 5G network for the expo offering a combination of garden art and 5G mobile edge computing (MEC) technology to provide visitors with 360-degree panoramic UHD video VR live broadcasting, 5G+VR live broadcasting, and 5G cloud gaming services.

  • Vodafone’s reveal keeps the pressure on Huawei

    Vodafone’s reveal keeps the pressure on Huawei

    In this week’s news is yet another story about Huawei and security as European telecommunications operator and regulators continue to scrutinize the gear in advance of 5G deployments. This one is historical though. Apparently Vodafone found security flaws in Huawei gear its Italian unit bought back in 2011 and 2012.

    In the technical sense, this is hardly a surprise. Vulnerabilities and patches are an ongoing part of pretty much all software development, and in this case the problem came with the telnet protocol. There was a day when telnet was a thing for everyone, but these days it’s more a diagnostic thing. According to Vodafone, the flaw would not have been accessible via the internet and was quickly patched. All vendors have processes to handle exactly this sort of thing, and all have done so many times. So the fact that it happened eight years ago in this case is news today only because it was Huawei.

    But the pressure to block Huawei from 5G deployments continues unabated. The contention is that because China requires all its companies to help its national security apparatus and Huawei (like every major Chinese company) has deep ties to that apparatus. On the one hand, it’s easy to envision spies doing this sort of thing. On the other hand, it’s very hard to imagine such deliberate vulnerabilities remaining undetected for long in a suspicious world.

    The most recent development came a few days ago when KPN decided Huawei gear was fine for radios and antennas, but not when it comes to the gear in its core 5G network. They’ve got a deal in place, but with an exit clause in case regulators or lawmakers act to ban Huawei entirely. That seems to have emerged as the consensus response of European telcos to all this pressure, a way to keep Huawei in the mix while still mollifying critics and covering themselves legally.

  • 5G spending undeterred by economic downturn

    5G spending undeterred by economic downturn

    Fitch Ratings says telecom operators will continue putting money and resources on 5G investments over the intermediate term, even though revenue may materialize gradually.

    The agency attributes this to “fairly resilient top lines and the flexibility to reduce operating costs, or even dividends before capex, if necessary. This should not have negative credit implications due to substantial cash flow and balanced capital allocation for most issuers.”

    Wireless investment, particularly related to the densification of the network, continues to be an area of emphasis for telecom companies due to the strong demand for 4G LTE capacity for rapidly growing data services and to position networks for 5G’s arrival.

    5G is a strategic priority for the sector due to the internet of things growth and the highly competitive and evolving competitor landscape.

    Upgrades to networks are required to support increased speed and connectivity, and to maintain and grow market share.

    Fitch said the company anticipates that the path for 5G adoption will be more evolutionary than revolutionary. Network deployment must be completed and customers will need to assess the added benefit and cost of next generation technology.

    The ratings agency anticipates over 4 billion 5G subscriptions globally by 2028, representing around 45% of the global total.

  • SKT to help broadcasters create 5G livestream system

    SKT to help broadcasters create 5G livestream system

    SK Telecom has signed agreements with South Korea’s top three terrestrial broadcasters to develop new media solutions and business models based on 5G technology.

    The operator has signed memoranda of understanding with Seoul Broadcasting System (SBS), Korean Broadcasting System (KBS) and Munhwa Broadcasting Corporation (MBC) to jointly develop a 5G-based 4K ultra high definition live broadcasting system and test the system at sports games and other events.

    SK Telecom also plans to work with each broadcaster to develop 5G-based content and explore joint opportunities in digital advertising, augmented reality and hologram technology.

    In January, SK Telecom entered an agreement with US broadcaster Sinclair Broadcast Group to establish a joint venture to lead development of next-generation broadcasting solutions in the US.

    The operator has also just revealed plans to merge its broadband subsidiary and South Korea’s largest pay TV provider SK Broadband with the market’s second largest player t-broad to create a media company with around 8 million subscribers.

    Separately, SK Telecom announced it has signed a memorandum of understanding with Yonsei University Health System to introduce the first 5G powered digital hospital.

    The companies have agreed to develop a 5G network and specialized 5G-based solutions for the Yongin Severance Hospital, which is scheduled to open in February next year and so will be built from the ground up to support 5G solutions.

    SK Telecom will provide its AI speaker NUGU to allow patients with physical difficulties to control their beds, lighting and TVs with their voice, or call for assistance in case of emergencies. The hospital will also offer 5G-powered augmented reality indoor navigation and a hologram solution for remote visits to patients in isolation wards.

    Other solutions being planned or considered include quantum cryptography for advanced cybersecurity, as well as facial recognition for contact-free biometric access control for buildings and other rooms.

  • First 5G Apple iPad Pro won’t arrive Soon

    First 5G Apple iPad Pro won’t arrive Soon

    Most of the talk about Apple and 5G revolves around the iPhone. Now that the settlement with Qualcomm has apparently resulted in a multi-year deal that supplies Apple with 5G modem chips (neither side has discussed this officially), we can expect Apple to launch a 5G iPhone by next year. But what about the Apple iPad? After all, the Wi-Fi + Cellular version of the iOS-powered tablet can connect to a wireless carrier’s 4G LTE network.

    The answer to that question comes from TF International’s reliable Apple analyst Ming-Chi Kuo as cited by the Economic Daily News. According to his report, Kuo expects to see the first 5G iPad shipped no earlier than 2021. Meanwhile, the analyst says that two new iPad Pro models will be in mass production during the fourth quarter of this year to the first quarter of 2020. The units will have the same 11-inch and 12.9-inch screen sizes that the current model’s sport, but will not offer support for 5G connectivity.

    Besides adding 5G modem chips to the iPad Pro in 2021 or later, Kuo expects Apple to employ an LCP (liquid crystal polymer) soft board at the same time. This will reduce signal loss and improve networking performance. Kuo says that because the iPad Pro is used as a business productivity tool and for entertainment, the slate needs to offer better connectivity than the iPhone. The new soft board will allow Apple to attach the iPad Pro’s antennas to the motherboard, improving the user experience of the device. The report adds that Murata will be one of the companies supplying Apple with the LCP soft board. The firm already supplies soft boards to Apple for the iPhone.

    The most recent versions of the iPad Pro, launched late last year, featured a big change in the design of the tablet. Gone was the home button and Touch ID, replaced with a TrueDepth Camera and Face ID (which works regardless of how the tablet is being held). The bezels are thinner resulting in an edge-to-edge Liquid Retina (LCD) display. Using magnets, the second generation Apple Pencil can stick to the side of the tablet and charge up at the same time. Measuring only 5.9mm high, the latest iPad Pro models are sleek and thin.

    As we passed along to you the other day, there are rumors that Apple will add mouse and trackpad support for the iPad Pro with iOS 13. This could help some see the iPad Pro as a legitimate laptop replacement (Apple notes that the iPad Pro is faster than 92% of “portable PCs”). Apple’s high-end tablet line competes with Microsoft’s Surface Pro in the premium tablet niche, but the latter has the advantage of running on Windows 10 and supporting the wireless Surface Mobile Mouse that connects via Bluetooth.

    It is interesting that in the discussions about 5G, the tablet market has been overlooked. The next generation of wireless connectivity will bring data speeds as fast as 10 times that achieved on 4G LTE networks. With the faster speeds, movies that take minutes to download now will load in seconds. It also will bring about new innovations, services, and businesses that we can’t even imagine right now. For example, when 4G LTE service became widespread, it led to the creation of the ride-sharing industry and the two multi-billion dollar companies that are leaders in the industry (Uber and Lyft). 5G networks will also help cars drive by themselves as the Internet of Things becomes the Internet of Many More Things.

  • ZTE, China Telecom launch 5G industrial service platform

    ZTE, China Telecom launch 5G industrial service platform

    ZTE, China Telecom and industrial equipment company Zhejiang Supcon have jointly developed a 5G-enabled industrial service platform designed to allow specialists to remotely assist on-site maintenance personnel.

    The Plantmate service platform allows on-site maintenance personnel to use augmented reality glasses equipped with high definition cameras to send real-time high definition images back to specialists over 5G.

    These specialists can then diagnose and troubleshoot problems remotely, communicating with on-site personnel over voice and video as well as a shared digital whiteboard.

    Users will also be able to access the maintenance specialist team at Zhejiang Supcon’s Hangzhou headquarters to obtain remote consultation and technical guidance for the company’s equipment and instruments.

    The three companies have announced plans to deepen their 5G cooperation in the industrial feed in the future to help jointly promote the implementation of a 5G industrial internet.