Displaying items by tag: 5G
T-Mobile announced that it became the first to launch 5G wireless service across the United States, although it will be slower than some might expect for the new generation of connectivity. The number three US carrier said its 5G network covers 200 million people and "goes through walls," outperforming the limited 5G deployment of larger rivals Verizon and AT&T earlier this year. While the network is supposedly live today, no one is going to be using it until later this week: the first two phones to support it go on sale this Friday.
ZTE Corporation, a major international provider of telecommunications, enterprise and consumer technology solutions for the Mobile Internet, and the Guangdong Branch of China Mobile today have provisioned the MEC-related B2B2C end-to-end network slicing services. The provisioning of the new services will promote new 5G business models and industry innovations, thereby building a win-win 5G ecosystem.
Together with other industry partners, ZTE and the Guangdong Branch of China Mobile have deployed end-to-end slicing operation systems by adopting the MEC solution to provide industry customers with end-to-end digital transformation support.
This solution can support and satisfy the requirements of digital transformation of industrial applications by means of the subscription of the slice capability in the slicing operation system. It is also combined with advanced MEC technologies, such as local software/hardware acceleration, AI video rendering, L3-L7 high-performance route distribution and capability exposure.
The provisioning of the services is to explore and verify the key technologies, such as MEC service planning method, 4-level deployment architecture, and hardware architecture. Moreover, it implements end-to-end communication of network slicing, and accumulates the planning and construction capabilities of network slicing and MEC.
In addition, various applications like cloud game, live and on-demand videos, automatic driving, CDN and intelligent logistics are deployed as well. The network slicing + MEC’s capability of guaranteeing service experience is also tested and verified. Moreover, user-side capability exposing can help achieve the integration of vertical industry applications and the 5G network.
By means of MEC B2B2C end-to-end network slices, user-side exposing capabilities of slicing operation system and dynamic signing, as well as multiple MEC construction and cooperation modes, the system supports flexible procurement, network management and edge computing services of vertical industry users, thereby providing the flexible charging mode and supporting the rapid innovation of the business mode.
"T-Mobile have made very bold promises that can only come to fruition with the vast wireless spectrum holdings, the combined T-Mobile and Sprint will have. State attorneys general who oppose the merger on antitrust grounds are concerned about its potential impact on competition and wireless service prices. However, the promises T-Mobile made today make it difficult for any regulator to continue contesting the merger.
“T-Mobile is promising unprecedented moves for any wireless carrier, which begs the question: Can the New T-Mobile pull this off? The answer is yes. We’ve said all along that the New T-Mobile will result in one of the first and most comprehensive 5G networks in the world given the spectrum assets of both T-Mobile and Sprint. Unlike 4G, emerging 5G networks require carriers to have access to several different frequency bands, in order to meet all 5G’s promises around ultra-high-speed data transmission and latency. T-Mobile has a large swathe of 600 MHz spectrum and will have access to Sprint’s highly coveted 2.5 GHz spectrum, provided the merger closes.
“Among the specific promises made by T-Mobile today, is a 10-year commitment for free 5G access for first responders at every public and non-profit agency, such as police, fire and emergency medical services (EMS). The company also declared that the New T-Mobile will close the ‘homework gap', with a $10bn commitment to offer free online access and hardware to some 10 million homes with children that are without service.
“On the pricing front, the New T-Mobile threw a bombshell at competitors by promising a prepaid service plan at $15 per month for 2GB of high-speed data, 4G or 5G, and 5GB of high-speed data at $25 per month. That heavily undercuts all prepaid service plans, where competition for budget-constrained customers is at its greatest.
“T-Mobile executing on all of these promises will heavily impact AT&T and Verizon, both competitively and in terms of corporate goodwill. These carriers cannot sit back without a response.”
MySTC App has received the ‘App of the Year’ Golden Award at the Network PG's 2019 IT World Awards, which is organized annually in San Francisco and attended by major award winning companies and projects.
Virgin Media has agreed a five-year mobile deal with Vodafone to bring innovating new services to customers in the UK. The deal includes bringing 5G to around three million mobile users and will allow Virgin Media further flexibility to grow its mobile operation.
The new Mobile Virtual Network Operator (MVNO) agreement, which runs until 2026, will see Vodafone supply wholesale mobile network services, including both voice and data, to Virgin Mobile and Virgin Media Business. Virgin Media will have full access to all of Vodafone’s current services and future technologies, such as Vodafone’s expanding 5G network, enabling new product advancements and benefits for its customers.
Virgin Media’s current MVNO agreement with BT Enterprise, which has been in place since January 2017, will come to an end in late 2021, at which point Virgin Media’s mobile offering will transition to Vodafone. Virgin Mobile 5G services are set to launch on the Vodafone network before the transition takes place.
The cable group currently uses BT’s mobile network EE in a deal that runs until 2021. Virgin will also launch 5G services via the Vodafone network before that point. This comes as a blow to BT as it comes under pressure to spend billions upgrading full-fibre capability. The current deal costs Virgin £200m a year.
Lutz Schüler, Virgin Media CEO, said: “We’ve worked with BT to provide mobile services for many years and will continue to work together in a number of areas. We want our customers to have a limitless experience - it’s now the right time to take a leap forward with Vodafone to grow further and faster”
He added: “This agreement with Vodafone will bring a host of fantastic benefits and experiences to our customers, including 5G services in the near future. Twenty years ago Virgin Mobile became the world’s first virtual operator and this new agreement builds on that heritage. It will open up a whole new world of opportunity for Virgin Media as we focus on becoming the most recommended brand for customers and bring our mobile and broadband connectivity closer together in one package for one price.”
Nick Jeffery, Vodafone UK CEO, said: “We are delighted that Virgin has recognised the huge investments we’ve made, and continue to make, in building the UK’s best mobile network and our role in challenging the market with new commercial services. As a result, they have chosen us to work with them in the next phase of their development.
Research from Canalys has indicated signs of a growth in mobile device sales in the third quarter of the year. This increase is seen after two years of a decline in shipments. Global smartphone shipments have increased by 1% in Q3 2019.
Samsung shipped the greatest number of smartphones, at 78.9 million devices, a rise of 11 per cent, compared to the corresponding period the year prior.
Huawei recovered from a weak second quarter and was second with 66.8 million units, up 29%, to gain 19% of the market. In its home market alone, Huawei shipped 41.5 million smartphones to reach a record market share of 42%, an annual growth of 66%.
While most of its growth was attributed to its performance in China, it also saw growth in overseas markets with volumes increasing 3.8 million over the quarter to 25.3 million due to a rise in demand during the pause in procurement in Q2.
By contrast, and mainly by weak performance of the iPhone XR, XS and XS Max in the lead up to its September launch event, Apple shipped 43.5 million units, an annual decline of 7%, leading to 12.3% of the market. This is an improvement on Q1 and Q2, which saw double digit declines.
Vincent Thielke, Canalys research analyst said that while the iPhone 11 launched to strong reviews, the lack of 5G in any of Apple’s products will hurt it in early 2020.
“It will miss out on heavy operator investment in 5G marketing and promotions, and the wide expectation for Apple to launch a 5G iPhone in September 2020 may convince some customers to delay purchasing, to ensure their device is future-proof,” Thielke said.
Nokia is celebrating twelve months of 5G ‘firsts’: a milestone defined by 23 game-changing achievements in the field of 5G.
Over a twelve-month period that started on 6 September 2018 with the first over-the-air, end-to-end data transmission on a commercial 3GPP 5G New Radio network in partnership with Verizon, Nokia has gone forward to achieve an additional 22 5G firsts in six continents and in a wide range of technology areas.
In addition, as North America is thus far the world’s largest 5G market, Nokia has positioned itself as the leading vendor with the largest 5G population coverage footprint.
Chief among the achievements in the past 12 months are six world firsts in 5G secured by Nokia’s technology and its people, including the first environment for verification to develop the connected car using 5G, enabled by Nokia’s 3GPP-standard base stations for Softbank; the first tests into new aspects of the 5G standard in real-world industrial conditions at the Port of Hamburg in Germany, together with the Hamburg Port Authority and Deutsche Telekom; and the first over-the-air 5G data transmission using 2.5 GHz and massive MIMO antenna technology, on Sprint’s live commercial network in San Diego, together with Qualcomm Technologies, Inc. and Sprint.
Nokia has also helped to power seven technology firsts in 5G, which along with the September 2018 Verizon trial include the first 8K Ultra High Definition TV streaming in real conditions over 5G, delivered in partnership with France Télévision; the first cloud-based VR gaming on an AI-powered 5G network using open RAN architecture to manage the extreme network demands of immersive real-time VR gaming, after teaming up with CMCC; and the first 5G solution for one of the world’s largest events, the Hajj in Saudi Arabia, using VR to allow visitors to experience Hajj remotely as if they are present on site.
Marcus Weldon, Nokia’s Corporate CTO and President of Nokia Bell Labs, said: “The past 12 months of Nokia’s 5G milestones and successes stem from our years of research into 5G and the resulting innovative technologies are changing the world for consumers and industries.
“Whether enabling new geographies to experience the possibilities of 5G for the first time, pushing technology to define new limits and deliver groundbreaking performance, or achieving 5G firsts never before seen, Nokia’s end-to-end portfolio is helping customers redefine what’s possible, as the true potential of 5G starts to take hold.”
Nokia Bell Labs pioneered many of the fundamental technology innovations that are being adopted into 5G standards. Inventions in Low Density parity check (LDPC), 5G radio stack design, Massive MIMO, Mobile Edge Computing, and millimeter Wave have enabled 5G Release 15, and new innovations in 5G unlicensed spectrum and Industrial IoT are leading the digital transformation to industrial automation and Industry 4.0. In addition, Nokia has played a key leadership role in driving the first set of globally interoperable 5G standards through its contribution to the 3GPP standards organization.
The Moscow Department of IT and Russian mobile operator Beeline have announced the launch of a fifth-generation (5G) mobile communication pilot zone in the grounds of the Luzhniki sports complex. It is the third 5G zone in Moscow.
According to Beeline, the technological solution employed will simplify its task of launching 5G in densely built-up urban districts where there are severe restrictions on available space.
Beeline aims to start selling the first commercial smartphones and routers for fifth- generation mobile networks by the end of the current year.
“At the present time, the Beeline network in Moscow is already 91% 5G-ready - in other words, ready for deployment of the fifth-generation networks, and 100% of the Beeline network supports NBIoT. We are planning additional launches of pilot zones in the Russian regions, including further testing of new devices, user scenarios and “smart” city technologies in the newly launched 5G zones,” stated the operator.
The launch of the first Moscow 5G pilot zone on Tverskaya Street’s section from the Kremlin to the Garden Ring was announced in August. Since then another pilot zone appeared at VDNH park.
Huawei unveiled its ground-breaking HUAWEI Mate 30 Series at an exclusive launch event in Munich. Setting new standards in every area from aesthetic design through to hardware engineering and software innovation, the HUAWEI Mate 30 Series is the world’s first second generation 5G smartphone and the pinnacle of mobile technological development.
With the rapid development of 5G and AI technologies, the era of the IoT (Internet of Thing) is accelerating. According to the Huawei GCI Report 2025, the number of digital devices per capita in the world will increase from two in 2015 to twenty-five in 2025. That type of rapid growth begs the question: how will consumers make natural and smooth interactions between their increasing number of digital devices? The answer, of course, lies in instant automatic speech recognition.
Compared with the touch-based interaction of the mobile internet era, automatic speech recognition can achieve faster receipt and remittance of content. Moreover, speech is a more natural and efficient means of the type of interaction which will play an increasingly important role in the era of Internet of Everything.
As the most convenient and private touch point of interactive voice response, headphones will become an indispensable part of consumers’ life. Stable connection and seamless switching between multiple devices, as well as high-quality audio has become an inevitable trend in the development of the wireless audio industry.
Due to increasing user demand for high-end audio products in the era of full-scenario AI life, Huawei has released the world’s 1st BT 5.1 & BLE 5.1 wearable chip at IFA2019. The Kirin A1 supports TWS (True Wireless Stereo) headsets and wearables and combines five major audio product forms with LiteOS to solve the industry’s pain points on chips and end-to-end systems while providing consumers with a high-end audio experience across all scenarios.
The Kirin A1 chip is the industry's first BT/BLE dual-mode chip to be certified by the Bluetooth 5.1 standard. It has a highly integrated 3+1 modular architecture: advanced Bluetooth processing unit, powerful audio processing unit, and ultra-low power consumption App processor and a separate power management unit, ensuring an efficient and stable connection experience.
Early TWS headsets were single-channel transmissions, divided into main and secondary headphones. The mobile phone transmits the signals of the left and right channels to the main earphone at the same time, and then the main earphone forwards one of the channels to the secondary earphone. This type of connection has problems such as transmission inefficiency, long delays, connection instability, and large power consumption of the main headphone.
The current TWS headset transmission method has been improved: the main headset no longer needs to forward audio signals to the secondary headphones, and the secondary headphones now directly obtain information from the mobile phone. However, signal transmission between the two headphones is still required and there is still some interference when the left and right ears transmit signal through the human body.
Huawei's self-developed dual-channel synchronous transmission technology can make the left and right earphones directly receive signals from the mobile phone end, avoiding the interference between the two headphones.
Thanks to this technology, the HUAWEI FreeBuds 3 TWS headset can significantly reduce audio latency during gaming to 190ms (data from Huawei Labs), keeping the game sound and picture synchronized.
Based on Huawei's new generation Bluetooth channel selection algorithm, taken from the intelligent frequency hopping technology in the communication field, HUAWEI FreeBuds 3 TWS can dynamically identify the frequency band affected by Wi-Fi and hop to an undisturbed channel, quickly adapting to environmental changes, in order to achieve higher anti-interference ability and bring a smooth audio experience even in complex environments such as airports and shopping malls.
At the same time, the Kirin A1 has a powerful audio processing DSP that supports real-time recognition of noise and ambient sound, creating a high-quality phone call and music experience. Through the accurate 3A noise reduction algorithm, it can effectively weaken the ambient noise and let people hear more clearly. The enhanced speech recognition algorithm allows users to activate the device with their own voice, easily access the AI assistant and achieve fingerless operation.
An operating system plays a critical role in making IoT-based devices smart. Huawei LiteOS, developed by Huawei in 2012, is an IoT-oriented software platform integrating an IoT operating system and middleware. Since its release in 2015, Huawei LiteOS has been widely used in various domains such as Huawei smartphones, personal wearable devices, Smart Home scenarios, urban public services, etc.
LiteOS is a platform that connects IoT hardware and service applications. It is adaptable to mainstream chips and modules, helping to maximize performance. It can abstract functions of hardware and generate standard interfaces with a wealth of capabilities (such as device-cloud interconnection, low power consumption, sensors, and AI). In addition, it supports a wide range of business scenarios and provides various technical frameworks and SDKs. The HUAWEI Freebuds 3 is equipped with LiteOS, which enables faster connection between multiple Huawei devices.
The Huawei audio strategic map focused on five major audio product categories: True Wireless Stereo earbuds, neckband headsets, smart glasses, Bluetooth speakers, and upcoming headband headsets. Huawei's first neck-worn Bluetooth headset, HUAWEI FreeLace, is equipped with Huawei’s flash charging technology HiPair, and creates a perfect blend of fashion design and technological innovation.
Huawei and Gentle Monster jointly designed the HUAWEI X GENTLE MONSTER smart glasses to create a smart combination with audio and glasses.
The Huawei Bluetooth speaker is not only portable, but also allows for two speakers to be easily paired to form left and right stereo, bringing 360-degree immersive stereo experience, which is the best music companion for family, outdoor and parties.
Connecting the future is Huawei's vision of sustainable development. After 32 years of efforts and persistence, Huawei has become the world's leading ICT (Information and Communication Technology) infrastructure and smart terminals provider, bringing digital to every person, home and organization for a fully connected, intelligent world.
The full-scenario AI life strategy of Huawei's consumer business has also taken on the vision of “connection”. Huawei's carrier business is responsible for the connection of the main pipeline through the optical fiber, 5G and millimeter wave, and the consumer business offers connection to every corner of the user's life through a variety of terminal products.
Guided by the full-scenario AI life strategy, Huawei's consumer business has integrated chip, OS and terminal products end-to-end through continuous technological innovation, creating a twenty-four hour high-quality audio experience for consumers. Huawei’s five major audio product categories, taking wireless Bluetooth headsets as the hero product, inherit Huawei's leading edge in connectivity and bring a seamless full-scenario AI life experience to consumers.