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Category: Telecom

Retail News Asia is committed to providing both local and global retailers with the latest Telecom & Telco news throughout the Asian market. This on a daily base.

  • China Mobile looks to India for future cloud service opportunities

    China Mobile looks to India for future cloud service opportunities

    Reports have stated that the Chinese telco giant has shown immense interest in working with the Indian operators to bring unparalleled cloud networking services.

    Through this, China Mobile could potentially own a substantial stake in the business via a holding company framework.

    This means that while the China-based telecoms major would not be directly involved in the venture’s day-to-day operations, it would still be eligible for board seats and voting rights within the Indian telecom companies.

    According to an unnamed source, reports had surfaced that “top executives of China Mobile met senior management of Bharti Airtel and Vodafone Idea separately in December.”

    “China Mobile is interested in the Indian market” and has expressed its desire to become a holding company “with either of these two companies or even both,” the source said.

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  • ZTE acquires significant chunk of NFV network equipment

    ZTE acquires significant chunk of NFV network equipment

    Moreover, in this bidding, ZTE has also won the bidding for the user plane in Shandong, Anhui, Fujian, Yunnan and other 12 provinces in China, demonstrating ZTE’s leading position in the fields of NFV cloudification and the next-generation core network.

    The phase-1 project of China Mobile’s NFV network includes six parts: PS network VNFs of eight regions and 31 provinces, IMS network VNFs, virtual-layer software, distributed storage, MANO, and system integration. This purchase marks the beginning of the large-scale construction of the NFV cloud network of China Mobile, the world’s largest operator.

    As a technology leader and provider of cloudified products and solutions, ZTE has partnered with China Mobile to build a secure, reliable, mature, and stable end-to-end cloudified network, by means of four years and five stages of pilot and verification in NFV field.

    Furthermore, ZTE’s NFV infrastructure TECS, Ceph-based carrier-grade distributed and unified storage platform CloveStorage, carrier-grade server operation system CGSL, 2/3/4/5G fully integrated cloud core network Common Core and the AI-based automatic O&M management system CloudStudio have also been put into commercial use in global operators’ networks and government & enterprise networks, laying solid foundation for 5G commercialization and vertical industry applications.

  • Telstra Australia waives firefighters’ phone bills in unprecedented show of support

    Telstra Australia waives firefighters’ phone bills in unprecedented show of support

    Exacerbated by prolonged drought, intense heat and the overall global climate change, the bushfires have had catastrophic consequences on people, their livelihoods as well as the myriad of native animal species that call the Australian bush home. It is now estimated that billions of native wildlife have perished in the deadly blazes.

    Australian telco giant Telstra has responded immediately to the crisis by showing their support for the countless firefighters who have left their families to battle the fierce fires. Earlier this year, Telstra announced that they will be waiving all mobile phone bills for firefighters as a show of thanks for their heroic efforts.

    “Today we’re doing our part to thank our volunteer firefighters by providing them with free mobile bills over December and January,” said Telstra CEO Andrew Penn.

    Penn added, “”We’re doing everything we can to get these communities back up and connected as quickly as possible, but given the horrific conditions we have seen over the past few days, this may take some time.”

    Not long after Telstra made the announcement, both Optus and Vodafone joined in by waving their own mobile service costs for volunteer firefighters doing their part to protect the lives of all Australians.

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  • One-Third of Chinese Tourist Payments Made Through Mobile

    One-Third of Chinese Tourist Payments Made Through Mobile

    The mobile payment’s penetration of the Chinese tourist market continues to grow with 3.4 times out of 10 transactions made through the channel in 2019.

    Whilst the user base remained stable, usage increased compared to 2018 when 3.2 out of 10 transactions were made through a mobile payment platform, according to a report jointly released by Nielsen and Alipay. This was in spite of the fact that Chinese tourist was increasingly shifting travel destinations from popular East Asian countries in favor of more distant locations where cash is more prominent.

    «In contrast to Asian tourism markets where Chinese mobile payment solutions were adopted earlier, some European countries are witnessing an acceleration of the acceptance of Chinese mobile payment solutions,» the report explained.

    In the U.K. and France, for example, the percentage of Chinese tourists who used mobile payments increased to 65 percent in 2019 while per capita mobile-based spending rose about 10 percent.

    Despite only being ranked as the sixth most popular travel destination for the Chinese in 2019 (9 percent), Singapore was a leader in mobile payments (77 percent).

    Unsurprisingly, the city-state is reaping the rewards from its early and collective efforts including the government’s decision to name e-payments as a national priority in its 10-year plan for a «Smart Nation». And 66 percent of the surveyed merchants in Singapore hopes to run more digital retail operations and improve marketing through mobile payments platforms, the report added.

    Rounding out the remaining top five Chinese tourist mobile payment leaders are South Korea, Japan, Australia and Thailand.

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  • Qualcomm has started a price war that will impact prices of 5G phones

    Qualcomm has started a price war that will impact prices of 5G phones

    A report issued by reliable analyst Ming-Chi Kuo says that a price war has begun in the 5G chip industry. Kuo’s note to clients, says that Qualcomm has cut pricing for its mid-range 5G Snapdragon 765 chipset after sales of high-end 5G smartphones fell short of expectations. By cutting the cost of its mid-range 5G chips to manufacturers, Qualcomm is trying to get these firms to produce more affordable 5G handsets to entice the public. The price cuts will also extend to Qualcomm’s low-end chips as well.
    As a result of the price cut, Kuo sees MediaTek facing pricing pressure for its Dimesnity line of 5G chips three to six months earlier than expected. Instead of achieving gross margins of 40% to 50% for its chips as the consensus expects, the analyst sees MediaTek’s margins dropping to less than 30%-35%.
    Qualcomm has reportedly cut the price of the 5G Snapdragon 765 chipset (SD7250) by $25-$30 to $40. MediaTek’s Dimensity 1000 5G chipset costs the company $45-$50 to make and it sells for $60-$70 per chip. As a comparison, Qualcomm’s top-of-the-line Snapdragon 865 Mobile Platform with the Snapdragon X55 5G modem costs $120-$130 and has not had its price cut. The company’s flagship chip outperforms the MediaTek Dimensity 1000 and Qualcomm sees no need to drop the price of its high-end chipset.
    The recently announced MediaTek Dimensity 800 chipset, which supports only the slower sub-6GHz 5G signals, is due to be released in May. This chip, developed for lower-priced 5G handsets, is expected to be sold at a price of $40-$45 per chip and costs MediaTek $30-$35 to make. There might not be that much room for MediaTek to maneuver in response to Qualcomm’s pricing actions.
    The pricing shakeup could cost MediaTek some business. The company’s major 5G chip customers like Oppo, Vivo, and Xiaomi are said to be switching orders for 20 million to 25 million chips from MediaTek to Qualcomm. These components are scheduled to be shipped next month.
    The Snapdragon 765 SoC is equipped with eight Kryo 475 CPU cores running at a clock speed as fast as 2.4GHz. It features an integrated Snapdragon X52 5G modem that supports both mmWave and sub-6GHz 5G signals, and sports the Adreno 620 graphics processor. There is also a Snapdragon 765G for gaming phones that is equipped with an enhanced version of the GPU offering 10% faster graphics rendering compared to the standard Snapdragon 765 chipset.
    The Dimensity 1000 also has an integrated 5G modem and is packed with four performance Cortex-A77 CPU cores running at a clock speed of up to 2.6GHz. Four efficiency Cortex-A55 CPU cores are also included. This SoC is equipped with the ARM Mali-G77 MC9
    Qualcomm’s salvo would have less of an impact on the market if MediaTek’s margins were a little wider. A larger margin would allow the company to take a hit and still thrive. But the Dimensity 1000 brings $10-$25 per chip to MediaTek’s bottom line and the Dimensity 800 garners profits of $5-$15 per chip.
    MediaTek’s Dimensity 1000 and Dimensity are manufactured by TSMC using its 7nm process. The Snapdragon 765/765G will be manufactured by Samsung using its 7nm process. The flagship Snapdragon 865 Mobile Platform is also a 7nm chip, and it also will be produced by TSMC. Qualcomm originally planned to have Samsung’s foundry roll out the Snapdragon 865, but the chipmaker was concerned about allowing Samsung to get a peek under the hood of its top chipset for 2020.
    Chip prices might also run into pressure halfway through this year when TSMC starts producing more powerful and energy-efficient 5nm chips. Among the first to be manufactured will be Apple’s A14 Bionic and Huawei’s next high-end IC expected to be named the Kirin 1020.
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  • Mobile phone retailer Vien Thong A shuts up shop

    Mobile phone retailer Vien Thong A shuts up shop

    Vien Thong A, one of Vietnam’s earliest mobile phone retail chains, has shut all outlets after two decades of operation.

    All its Ho Chi Minh City shops were closed as of Thursday, some featuring “property for lease” signs while others held nothing but empty shelves.

    Vien Thong A, established in November 1997, operated 240 outlets nationwide at its peak, some inside supermarkets like Big C, alongside 100 maintenance stations.

    The chain was listed among Asia Pacific’s top 500 retailers by market researchers Euromonitor and business magazine Retail Asia, with revenues quadrupling from $102 million in 2013 to $416 million in 2017.

    In the same year, CEO Hoang Ngoc Vy announced a plan to restructure the company, seeking investors to expand the business.

    In September 2018, the company’s legal representative was replaced by Mai Thu Thuy, a senior Vingroup employee.

    Vingroup, Vietnam’s largest private conglomerate, confirmed it had acquired the chain in November 2018, managing a total 242 Vien Thong A shops as well as electronics chain VinPro as of September last year.

    However, Vien Thong A outlets started to close down soon after Vingroup announced it would dissolve VinPro to focus on technology and manufacturing in December last year.

    Vietnam’s consumer electronics retail market reached revenues of $609 million last year, a year-on-year increase of 15 percent, and is estimated to expand by 11.7 percent this year, according to German data portal Statista.

  • AT&T continues to expand its 5G+ network to 10 more cities

    AT&T continues to expand its 5G+ network to 10 more cities

    AT&T is the US carrier that calls its 5G network for business customers 5G+. Until earlier today, the 5G+ service was available in 25 cities, but AT&T announced 10 more cities benefit from 5G+ network coverage starting today.

    Unlike 5G network that runs on the carrier’s 600MHz spectrum, 5G+ runs over ultra-high band mmWave spectrum, which has both benefits and downsides. While 5G+ offers blazing-fast download data speeds, it has issues penetrating buildings.

    Here are the 10 cities that are now partially covered by AT&T’s 5G+ network: Cleveland, OH, Menlo Park, CA, Miami, FL, Miami Gardens, FL, Oakland, CA, Ocean City, MD, Phoenix, AZ, Philadelphia, PA, Redwood City, CA, and San Bruno, CA.

    These add to the 25 cities that already benefit from AT&T’s 5G+ service: Atlanta, Austin, Baltimore, Charlotte, Dallas, Detroit, Houston, Indianapolis, Jacksonville, King of Prussia, Las Vegas, Los Angeles, Louisville, Nashville, New Orleans, New York City, Oklahoma City, Orlando, Raleigh, San Antonio, San Diego, San Francisco, San Jose, Waco, and West Hollywood.

    If you’re not a business customer, you can get 5G data speeds on AT&T’s network in 19 cities: Baltimore, Birmingham, Ala., Bridgeport, Conn., Buffalo, Detroit, Indianapolis, Las Vegas, Louisville, Ky., Los Angeles, Milwaukee, New York City, Philadelphia, Pittsburgh, Providence, R.I., Rochester, N.Y., San Diego, San Francisco, San Jose, Calif., and Washington D.C.

  • Apple reportedly has plans to bypass carriers and deliver data itself to the iPhone

    Apple reportedly has plans to bypass carriers and deliver data itself to the iPhone

    In five years, Apple iPhone and iPad users might be able to receive online content on their phone directly via satellite and bypass their wireless carrier. According to Bloomberg, the company has a secret team involving 12 engineers currently working on such a project. Sources cited by Bloomberg caution that the project is in its early stages and could still be dropped. But with company CEO Tim Cook taking an interest in the project, it is clear that satellite delivery of online content is high on Apple’s to-do list.

    Besides using satellites to beam the internet directly to iPhone units, Apple could be looking into the use of satellite technology to provide iPhone owners with improved navigation and mapping capabilities. It is unclear whether the company plans on developing its own satellites, which would be a rather costly endeavor, or will use the equipment on the ground to send data obtained by a satellite and send it to iPhones and iPads.

    The project might not be limited to Apple’s mobile devices and could actually be a workaround allowing Apple to become a wireless operator. This would allow the company to take on the carriers worldwide. While this was something that the late Steve Jobs was hoping to accomplish, back in 2016 Tim Cook said that the company didn’t have the expertise on a network level. But using satellites might be a different story. However, this won’t be easy. “The lessons of prior failures like Iridium, Globalstar and Teledesic are that it’s really hard to find a viable business plan for multibillion-dollar satellite communications projects,” said satellite expert Tim Farrar, a principal at TMF associates. But Apple must feel confident that it can turn a buck with this technology. Apple isn’t the only tech company looking at the sky; Amazon plans on deploying more than 3,000 satellites that will first be sent into space in 2021. In a regulatory filing, Amazon said that it hoped to connect “tens of millions of unserved and underserved consumers and businesses in the United States and around the globe.”

    Some have noticed that Apple is looking for software and hardware engineers that have worked on designing components for communications equipment. Pair that with recent hires made by Apple of people with experience in the aerospace and wireless data delivery industries and it all starts to become a little clearer. The team working on the project is led by aerospace engineers Michael Trela and John Fenwick. The pair worked on a satellite imaging firm that was eventually sold to Google five years ago and they ended up running Google’s satellite and spacecraft operations before leaving for Apple in 2017. After spending 18 months examining whether Apple could benefit from satellite technology, the team has started work on making this a reality. Both Trela and Fenwick report to Apple’s iPhone engineering group.

    Apple’s work on the use of satellites to deliver content to mobile devices is one of several special projects that the company is reportedly working on. Virtual reality and augmented reality headsets are said to be in the works with launches expected in 2021 and 2022 respectively. Bloomberg also mentions that Apple continues to work on technology for the Apple Watch that will allow the timepiece to provide non-invasive blood glucose readings for diabetics. This is a project that we have mentioned from time-to-time. And the company is also planning to design its own modem chips which will allow it to replace Qualcomm. Even though Apple spent $1 billion to purchase Intel’s smartphone modem business earlier this year, it will still be several years before an Apple-designed modem chip is found inside the iPhone.

  • Samsung smartphones market share dips to annual low in Vietnam

    Samsung smartphones market share dips to annual low in Vietnam

    Samsung smartphones’ market share slipped 2.3 percentage points to 38.45 percent in October, the first time it has dipped below 40 percent this year.

    The South Korean brand sold over 500,000 smartphones in October, an increase of 20 percent compared to the previous month, according to a report by market research firm GfK.

    But total sales of smartphones in Vietnam surged 28 percent month-on-month in October to nearly 1.37 million units, resulting in a drop in Samsung’s market share, the report said.

    A focus on high value products was also a reason Samsung lost market share in October, a representative of cellphoneS, a leading smartphone retailer in Vietnam, told VnExpress.

    In October

    With 38.44 percent market share in October, Samsung still led the Vietnam market, followed by Chinese brands OPPO and Xiaomi with 25.2 percent and 10.2 percent respectively.

    China’s Realme had dislodged Apple from its fourth position in September, gaining 6.2 percent of the market share. Apple slipped a notch to fifth place with 6.1 percent. Industry insiders said Vietnamese consumers waiting for the latest iPhone model, which was released in November, was the main reason for the falling sales in October.

    Strong sales in the first quarter of 2019 allowed Samsung to retain its leading position in terms of market share in the first 10 months this year, accounting for over 43 percent of total sales. Samsung’s market share had peaked at over 50 percent in March, two times higher than second-placed Chinese brand OPPO, according to the GfK report.

    The report said the market could see major shifts in the last two months of 2019, with Apple having released its three new Iphone 11 models, new products from Xiaomi, Realme, and Chinese phone-maker Vivo entering the market and retailers simultaneously launching discounts for year-end promotional events like the Singles Day (November 11), Black Friday, Christmas and the New Year.

  • 5G tops list of top 10 technology trends for 2020

    5G tops list of top 10 technology trends for 2020

    Juniper Research has revealed its top 10 technology trends for 2020, with 5G data network the standout.

    Other trends involve brands Huawei, Google and Netflix with the list rounded out by a strong warning for consumers.

    Juniper Research’s top 10 technology trends for 2020 are:

    1. 5G – Last-mile fibre rollouts will be replaced by 5G connectivity.
    2. OTT TV – Over-the-top television services will prompt advertising services to develop a functional attribution ecosystem to preserve marketing message channels for brand clients.
    3. Mobility as a Service – Open data in transportation will start to drive MaaS beyond Europe.
    4. Games – Subscription models will flourish in the games market, but ‘live’ elements will diminish in popularity.
    5. Netflix will have to seek out new sources of revenue growth as competition increases.
    6. Google will expand its Rich Communications Services in Europe.
    7. Google will leverage its newly acquired Fitbit division’s health credentials to mount a challenge to Apple Watch.
    8. Huawei’s ban will expand, resulting in uneven growth of the 5G network internationally.
    9. Robotics – Consumer robots will launch via subscription models.
    10. Voice Assistants – Security concerns will come to a head bringing trouble for smart-homes devices.

    Juniper says with the first commercial launches of 5G networks occurring this year, next year –  2020 – will be the one in which 5G connectivity starts to replace costly rollouts of fibre networks in remote areas.

    “We anticipate that the high bandwidth and throughput of 5G networks will provide a highly appealing and cost-effective alternative to the rollout of fibre,” said a Juniper spokesperson.

    Meanwhile, number two in Juniper’s top 10 technology trends for 2020 – the launch of new OTT (Over-the-Top) TV services will experience launches of functional advertising attribution systems that will align advertising closer to the wider digital advertising ecosystem.

    Juniper also believes that open-data initiatives will provide the perfect platform to expand the presence of MaaS (Mobility-as-a-Service) deployments outside of Europe.

    “We predict that increasing transparency between stakeholders will create new levels of efficiency for services launches in regions such as North America and Asia Pacific over 2020.”

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  • China forces new mobile network subscribers to provide facial scans

    China forces new mobile network subscribers to provide facial scans

    A controversial law which forces new mobile subscribers in China to first provide scans of their face has now been implemented.

    To sign up for a new plan, Chinese consumers will still need their national ID card but will now also be forced to supply facial scans. First announced in September, Beijing says it’s taking the step to “protect the legitimate rights and interest of citizens in cyberspace.”

    The measure is designed to reduce fraud. However, privacy campaigners believe it’s also part of Beijing’s desire to ensure no-one is truly anonymous online.

    Being able to link digital identities to real-world individuals helps to silence dissenters. At a time when protestors in Hong Kong are facing brutality for expressing their view that Beijing has infringed on the country’s autonomy, the new measures have naturally raised further concerns.

    Another fear is how the collected facial scans are being used after verification. Strict data laws in many Western countries require explicit consent as to how data is stored and used, but such laws are practically nonexistent in China.

    Facial scans may be used to further train national facial recognition algorithms that have already been used for oppressive purposes.

    China uses a robust facial recognition system in Xinjiang, a Muslim-dominated region. Geofencing is used in tandem with facial recognition to alert the authorities if targets venture beyond a 300-meter safe zone.

    Beijing maintains the system in Xinjiang is vital to tackle numerous incidents of violence and unrest, which it links to Islamic extremists. However, Human Rights Watch has condemned the policies as a “violation of international human rights norms.”

    China boasts the world’s largest surveillance network with around 170 million security cameras and plans to install a further 400 million over the next three years.

    In a bid to quickly understand this massive resource and provide actionable insights, Beijing is turning to AI.

    The world’s most valuable AI startup, SenseTime, is a Chinese firm that provides technology for the government’s surveillance network.

    SenseTime’s Viper system aims to process and analyze over 100,000 simultaneous real-time streams from traffic cameras, ATMs, and more, to automatically tag and keep track of individuals.

    It’s unclear whether SenseTime will have direct access to facial scans collected by the Chinese government, but it seems likely scans will be used by the authorities to find those it deems a threat.

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  • South Korea boasts of hitting almost four million 5G subscribers

    South Korea boasts of hitting almost four million 5G subscribers

    The Ministry of Science and ICT in South Korea reports the country is close to hitting the milestone of four million 5G subscribers.

    While it’s often debated whether South Korea or the US was first to launch a commercially available 5G network, both countries were among the first.

    This leadership makes South Korea closely watched by industry observers for how their 5G rollout is progressing, including the pace of adoption.

    5G adoption is happening fast in South Korea. As of October, the ministry reports that 5G networks across the country had 3.98 million subscribers.

    In September, the ministry says 516,000 more people subscribed to 5G services. In fact, a minimum of half a million new 5G subscribers have been added every month since networks launched in April.

    If that pace continued throughout October and November, it’s likely the four million 5G subscribers milestone has already been exceeded. While Christmas in South Korea isn’t as present-oriented as in the West, the holiday may also provide some further uptick in adoption in December.

    To date, the highest rise in subscribers was in August when Samsung launched its Galaxy Note 10 5G smartphone.

    SK Telecom has the most 5G subscribers with 1.77 million, followed by KT’s 1.21 million and LG Uplus’ 1 million.

    Traffic growth has also been substantial. In October, the ministry notes a total of 105,000 terabytes of traffic was recorded on 5G networks. Users consumed an average of 28 gigabytes of data that month.

    In a bid to handle the exploding amount of traffic, South Korea plans to double 5G spectrum allocation by 2026.

    While 5G networks in South Korea are currently not standalone and use 3.5GHz spectrum, the country plans to develop standalone 2.8GHz spectrums early next year.

  • Russia seeks to replace Wikipedia as it accelerates ‘sovereign internet’ plans

    Russia seeks to replace Wikipedia as it accelerates ‘sovereign internet’ plans

    Russia is reportedly seeking to replace Wikipedia with a state-run online encyclopedia as it accelerates plans for a “sovereign internet”.

    According to a Reuters report, Russia plans to spend around $30 million setting up the Wikipedia replacement and creating a department to keep it stocked with manipulated verified content.

    Russian president Vladimir Putin is said to believe that Wikipedia contains misinformation. Given Putin’s background as a foreign intelligence officer in the KGB, and the alleged disinformation campaigns spread by Russia’s infamous “troll farms,” it’s likely he knows a thing or two about the subject.

    Being a community-driven resource, Wikipedia has certainly found itself hosting misinformation from the amusing to the dangerous. Of course, rights campaigners are concerned it’s just an excuse to control what information Russian citizens can access – especially given Russia already has a history on this issue.

    Back in 2015, Roscomnadzor – the branch of the Russian government which polices media and the internet – ordered ISPs to block Wikipedia. The offending article was about charas, a form of marijuana. Roscomnadzor claimed the page constitutes instructions on how to make the drug.

    That same year, Russia blocked the entirety of Reddit over a post about hallucinogenic mushrooms.

    Russia is once again clamping down on web access in the country and even intends to create a “sovereign internet” that can still function cut off from the outside world if needed.

    Russia was going to temporarily unplug from the global internet as part of an experiment to ensure that the nation can still function without it.

    Russia’s fear is that – due to organizations that maintain the international DNS system is based around the world, but none in Russia itself – the nation could be disconnected from the web in an extreme scenario.

    A draft law called the Digital Economy National Program would require Russian ISPs to ensure they’re able to operate if foreign powers isolate the country.

    The second experiment in Russia tasked ISPs with redirecting traffic to government routing points to filter and censor it similar to China’s so-called Great Firewall. It’s likely this approach that will be used by Russia to redirect Wikipedia traffic to the state-run alternative.

    While there’s been relative physical peace between Russia and other world powers for decades, cyberwarfare has been ongoing and increased in recent years amid high-profile attacks on critical infrastructure linked to Russian state hackers and the aforementioned disinformation campaigns.

    International coalitions such as NATO have threatened Russia over allegations of cyberattacks and political interference. NATO allies are drawing up cyber warfare principles for more robust future responses to attacks.

    NATO has even said a cyberattack may trigger Article 5 which stipulates an attack on one member is seen as an attack on all, and commits to a joint response. To date, it’s only been triggered once following the September 11th terrorist attacks in the US.

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  • Optus claims making world’s first 5G data call using 2300MHz spectrum

    Optus claims making world’s first 5G data call using 2300MHz spectrum

    Australian telecommunication company Optus is claiming that it has made the world’s first 5G data call by making use of a 2300MHz spectrum.

    Optus conducted the test in Sydney with Ericsson kit. According to the company, it is the only Australian telecommunications firm with shares in the 2300MHz and 3500MHz spectrum bands.

    Optus network managing director Dennis Wong said: “With its lowest frequency, the 2300MHz spectrum band, in the future, will finally offer our customers even higher speeds, as well as provide greater depth of coverage that will allow even more customers to benefit from 5G services.” Optus was looking to activate its 2300MHz spectrum “sometime” in 2020, Wong added.

    In its latest Mobility Report, published last month, Ericsson predicted that global 5G subscriptions will exceed 2.6 billion within the next six years. By this time, 5G will cover 65% of the world. The firm also believes that total mobile subscriptions, including to previous generation networks, will reach 8.9bn from 8bn over the next six years. The current average monthly data-traffic-per-smartphone is expected to increase from around 7.2GB today to 24GB in the same timeframe. Over a quarter of the worldwide subscriptions will be 5G by 2025 and will account for around 45% of global mobile data traffic.

    A Deloitte survey published last week argued that two in three consumers are more likely to buy a new phone once 5G-compatible devices are available. The survey also found that 16% of consumers who are using smartphones said that 5G capabilities will be the most crucial factor when they choose their next phone. While 26% chose display quality as their top preference, 22% opted for brand.

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  • Qualcomm unveils world’s biggest fingerprint sensor for smartphones

    Qualcomm unveils world’s biggest fingerprint sensor for smartphones

    Qualcomm was the first company to introduce an under-display ultrasonic fingerprint scanner, the 3D Sonic Sensor, the same piece of technology that’s now embedded under Samsung Galaxy S10’s stunning display.

    Fast forward one year and the US company announced an upgrade to its last year ultrasonic fingerprint scanner, the 3D Sonic Max, which promises to accurately scan a fingerprint in three dimensions.

    Unlike the first iteration that only allows users to scan one fingerprint, the 3D Sonic Max lets you scan two fingerprints at the same time. 3D Sonic Max, the latest version of Qualcomm’s ultrasonic fingerprint sensor offers a recognition area that is 17x larger than the previous generation, allowing for increased security via simultaneous two-finger authentication, increased speed and ease of use.

    This makes the 3D Sonic Max the world’s largest fingerprint sensor and also the first in the world to enable two-finger authentication. On top of that, 3D Sonic Max promises to deliver 1::1,000,000 rather than 1::50,000, which should prevent fingerprint spoofing and inaccurate results. Qualcomm also claims that its new fingerprint sensor is faster than the previous generation, but doesn’t say by how much.

    We have yet to learn which handset makers will implement Qualcomm’s new fingerprint sensor into their phones, but it looks like Samsung might be one of its clients.

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