Displaying items by tag: solutions

In advance of Mobile World Congress, Nokia today launched off-the-shelf Internet of Things (IoT) packages to help operators win new business in vertical IoT markets.

In addition to enabling operators to achieve a fast time to market, the packages simplify the set-up and operations of enterprise IoT services.

Built on the Nokia Worldwide IoT Network Grid (WING) infrastructure that provides the necessary global IoT connectivity and services support, the applications include IoT sensors, user applications and business models suited to specific sectors. Nokia WING's managed service approach also offers a pay-as-you-grow business model, giving operators the flexibility to quickly scale up IoT services as required.

The new market-ready solutions for WING eliminate the challenges facing operators developing their own IoT services.

These include the need for specialized expertise, the complexities of combining fragmented IoT connectivity infrastructure and the risk and effort of setting up and working with multiple service providers globally. Nokia works with best-in-class partners on Nokia WING vertical applications portfolio and continues to develop the IoT ecosystem.

The four new solutions announced today by Nokia include:

  • Smart Agriculture as-a-Service: Sensors capture environmental, soil and crop data that is then analyzed to provide insights that help farmers manage crops more effectively, potentially saving costs on irrigation, pesticides and fertilizers.
  • Livestock Management as-a-Service: Tracking devices and biosensors monitor animal health and welfare to provide ranchers with early alerts if abnormalities are detected, protecting valuable livestock and improving yields.
  • Logistics as-a-Service: IoT sensors enable tracking of the global movement and condition of goods through the complete supply chain to help enterprises instantly identify incidents and even predict future events to optimize delivery and logistics process efficiency.
  • Asset Management as-a-Service: Connecting products anywhere in the world enables their status and performance to be monitored centrally, helping enterprises provide a better service to their business and consumer customers.

Nokia is trialing Agriculture as-a-Service with an African operator and working with a leading services and consulting firm on Asset Management as-a-Service to help them offer more advanced services.

Brian Partridge, Vice President, 451 Research, said: "Nokia addresses a wide spectrum of challenges through its WING IoT infrastructure-as-a-service so its early traction with customers isn't a surprise. Most telecom operators desire a more prominent role in the IoT value chain that builds upon secure and reliable domestic or global connectivity. Nokia's announced plans to offer end-to-end vertical applications on top of the WING global infrastructure is a logical next step. We believe that this approach benefits Nokia's WING telecom customers and the enterprises they serve in addition to vertical application partners who can benefit from WING's market scale and go-to market channels."

Ankur Bhan, Global Head of WING Business at Nokia, said: "The IoT is a growing opportunity for operators to win new enterprise customers and significant additional revenue in a diverse range of vertical markets. With minimal upfront investment, an operator can now quickly get a service to market and generate IoT revenues. We expect these vertical solutions to encourage more operators to connect to Nokia WING, expanding its global footprint and broadening the range of capabilities and services that will become available. We already have several more vertically-focused as-a-Service packages in the development pipeline."

Published in Telecom Vendors

Ericsson has launched its critical communications broadband portfolio for service providers. This will enable service providers to meet the business-critical and mission-critical needs of industries and public safety agencies as digitalization and modernization of land mobile radio communications increases.

When communication is disrupted by minutes, seconds, or even milliseconds, it can have huge consequences for business operations, or serious implications for public safety. The need for fast and reliable communication is therefore paramount.

Such critical communications are used in many areas: from first responders and nationwide emergency services to workforce safety in enterprises. There is a growing demand for business and mission-critical broadband for such use cases. Service providers need to deliver the highest level of availability, reliability and security to meet this demand.

To meet critical communications users’ needs, Ericsson has developed a new portfolio comprising three offerings: critical network capabilities; critical broadband applications;\ and flexible deployments for both local private networks, and nationwide mission-critical LTE networks.

Per Narvinger, Head of Product Area Networks, Ericsson, says: “We see growth opportunities for service providers and government operators by addressing new segments with LTE/5G networks. Our critical broadband portfolio will enable our customers to effectively secure the critical communication needs of sectors such as public safety, energy and utilities, transportation, and manufacturing.”

Critical network capabilities

This offering includes advanced features for critical network performance and covers the following: high network availability; multi-network operation with spectrum sharing techniques; and coverage and capacity for critical applications. It also includes network security capabilities that ensure network services are maintained even when the infrastructure is under attack. Finally, quality of service, priority and preemption all guarantee latency performance and capacity requirements during high load and congestion. 

The critical network capabilities include new features that simplify the rollout of broadcasting services across nationwide areas. Another new feature enables radio access sites to operate in fallback mode, should the network connection fail. This offering also includes deployable systems that allow temporary coverage for disaster recovery and operations in rural areas without existing coverage.

Critical broadband applications 

This offering covers Ericsson Group-Radio that provides mission-critical push-to-talk, data and video services. This will enable, for example, blue light personnel such as the police to be more effective in performing community services that require advanced mobile broadband.

Flexible deployments for private networks

New business models are emerging for industries. From owning and operating their own networks, critical industries are now procuring private networks and services that leverage service providers’ existing network assets and operations – without compromising required local control. 

Ericsson’s flexible deployments for private networks range from network slicing to fully dedicated networks, enabling service providers to offer scalable, critical broadband network solutions and services for critical industries.

Ericsson also offers managed services for private networks, with solutions based on AI and automation that predict and prevent events while reducing OPEX. These solutions enable service providers to reduce time-to-market and onboard new industries, while securing critical service level agreements.

Critical broadband will enable industries to increase efficiency through the following: enhancing workforce productivity and safety; massive onboarding of devices and sensors; real-time location of assets and equipment; and data collection to boost equipment and personnel performance and avoid downtime.

Published in Telecom Vendors

KDDI, a leading telecommunications operator in Japan, is deploying Nokia's G.fast solution to apartments and multi-dwelling units (MDU) buildings to deliver ultra-broadband services to customers.

Reducing the need to install new fiber, Nokia's technology will enable KDDI to use existing copper lines in MDU buildings to deliver 830Mbps combined uplink and downlink speeds to customers.

To support customers' ultra-broadband needs, Japanese operators are using fiber where possible along with new technologies like G.fast for a large number of MDU locations where copper is already installed.

Developed by Nokia Bell Labs, G.fast uses vectoring technology to effectively reduce cross-talk interference that typically impacts data speeds over copper networks. 

Providing support for Japan's VDSL2 specifications, Nokia's G.fast solution will minimize the impact to existing VDSL systems and enable operators to quickly upgrade their high-speed internet service to gigabit class through a simple CPE (customer premises equipment) replacement.  

KDDI has been deploying Nokia's G.fast solution and has started its rollout of 'au Hikari MDU Type G'.

Teresa Mastrangelo, principal analyst at Broadband Trends said: "G.fast continues to be a preferred choice for operators seeking to deliver gigabit broadband services to MDUs as it eliminates many of the issues found with FTTH deployments such as building types and access.  However, in Japan, deploying G.fast can be just as challenging as fiber due to the unique VDSL ecosystem and standards in place. 

As one of the few vendors capable of supporting both the global and local Japanese VDSL standard, Nokia has been able to help KDDI capitalize on the benefits of G.fast and seamlessly scale and migrate their network with minimal disruption.  This win is another great example for how G.fast technology is being used to quickly address customers need for greater broadband speeds."    

Shigenari Saito, Administrative Officer, General Manager, Network Technology Development Division, Technology Sector, at KDDI said:

"KDDI already provides 10Gbps service for our 'au Hikari' FTTH customers, but the speed we can provide has been limited to 100Mbps service for MDUs where fiber is difficult to deploy.  Nokia's G.fast solution enables us to connect existing 100Mbps users and new G.fast users under the same DPU (distribution point unit).  This gives us the flexibility and economical path to meet the customer's demands for higher speed.  Our decision to deploy Nokia G.fast is based on our long-term relationship and Nokia continues to be our long-term partner for delivering technology innovations."

Sandra Motley, president of Nokia's Fixed Networks Business Group, said: "Operators looking to quickly roll out new ultra-broadband services are increasingly adopting multi-technology strategies that allow them to maximize the use of both fiber and copper technologies. This is particularly true in some cases like inside an apartment building, where more traditional Fiber-to-the-Home solutions can be very challenging to deploy. We are excited to be working with KDDI to deploy our G.fast solution to deliver fiber-like speeds that will enhance the way customers experience their broadband services."

Published in Telecom Vendors

Oracle, in collaboration with Redington, a leading distributor and an Oracle PartnerNetwork (OPN) partner operating across Middle East and Africa launched a dedicated Cloud Centre of Excellence (CCoE) in Dubai to enable knowledge share and ready availability of Oracle Cloud to help Oracle PartnerNetwork (OPN)members develop and implement transformative cloud projects across the Middle East.

The Next Generation Mobile Networks (NGMN) Alliance - which drives and guides the development of all future mobile broadband technology with a focus on 5G - has published its three deliverables on 5G Extreme Requirements entitled “Operators’ views on fundamental trade-offs”, “RAN Solutions”, and “End-to-End considerations”, respectively.

Compiled by the Alliance’s 5G Extreme Requirements task force, the papers aim to highlight what implications and trade-offs related to the delivery of new 5G services are relevant for mobile network operators.

Ilaria Thibault, task force lead and Principal Researcher at Vodafone commented: “We are very excited to reveal the findings of the outcome of the Extreme Requirements task force, which was to really strike at the heart of what needs to be assessed before the world embarks on advanced 5G services.

This work quantifies and analyses the coverage impact of delivering new extreme 5G services (Ultra-reliable and Low-latency – URLLC) for the radio access network with a theoretical analysis, system-level simulations, and field trials. End-to-end deployment guidelines for meeting extreme requirements at a service level are also provided. Among these guidelines, techniques such as path redundancy and new transport-layer protocols are discussed to improve end-to-end latency and reliability.

For latency-critical services, interworking between the Non-3GPP processing delays and 3GPP processing delays has been assessed.”

CEO of the NGMN Alliance Peter Meissner added: “Our task force has highlighted several key challenges that are crucial to the future of 5G’s connectivity path - and how the industry needs to adequately deal with these. Consequently, this year’s NGMN Conference & Exhibition will see us run a special session where operators are set to share results from their 5G tests, trials and first user experience. Our aim is to uncover the new use cases of 5G and how they will be leveraged in the next few years.”

Published in Infrastructure

Ericsson and Russian service provider MTS have teamed up to provide a superior mobile broadband experience for hundreds of thousands of football fans attending the upcoming global soccer tournament in Russia, through Europe’s largest deployment of Massive MIMO (Multiple Input, Multiple Output) to date.

Whether in the stadiums, in fan zones, selected transportation hot spots, or at some of Russia’s most famous landmarks, fans will be able to enjoy higher data speeds in seven of the 11 tournament cities.

In Moscow alone, the deployment covers two stadiums and fan zones, Sheremetyevo airport, Red Square, Tverskaya Street and Gorky Central Park.

Saint Petersburg coverage includes stadium and fan zones, Dvortsovaya Square, and Moskovsky railway station. The other covered cities are Yekaterinburg, Kazan, Niznny Novgorod, Samara and Rostov-on-Don. Ericsson installed AIR 6468 for MTS at more than 40 sites across the seven cities.

Ericsson AIR 6468 is the industry’s first New Radio (NR)-capable radio designed for compatibility with the 5G New Radio standard while also supporting LTE. It features 64 transmit and 64 receive antennas enabling it to support our 5G plug-ins for both Massive MIMO and Multi-User MIMO.

Through the intelligent reuse of system resources, Massive MIMO improves capacity by transmitting data to multiple user devices using the same time and frequency resources with coordinated beam forming and beam steering.

Massive MIMO is making it easier for operators to evolve their networks for a 5G future. This includes Ericsson’s 5G Plug-ins, which are based on many of the breakthrough capabilities in our award-winning 5G Radio Test Bed and 5G Radio Prototypes, currently deployed in operator field trials.

Andrei Ushatsky, Vice President, Technology and IT, MTS, says: "This launch is one of Europe's largest Massive MIMO deployments, covering seven Russian cities, and is a major contribution by MTS in the preparation of the country's infrastructure for the global sporting event of the year. Our Massive MIMO technology, using Ericsson equipment, significantly increases network capacity, allowing tens of thousands of fans together in one place to enjoy high-speed mobile internet without any loss in speed or quality.”

Arun Bansal, Senior Vice President, Head of Europe and Latin America, Ericsson, says: “Hundreds of thousands of football-loving fans are about to experience ultra-high data speeds thanks to our Massive MIMO deployment for MTS across seven tournament cities. Data-demanding mobile connectivity is going to play a huge part in their tournament experiences, so we are delighted to team up with MTS to ensure they enjoy a mobile experience like never before, whether they are at the game, in a fan zone, or at other selected areas.”

More than 1.5 million international fans are expected in Russia across the month-long tournament, which gets underway on June 14 and ends on July 15.

Published in Telecom Vendors

Ooredoo announced that the company has reached another world-first milestone, with the delivery of the first live 5G home broadband devices.

The devices, which are currently being tested on Ooredoo’s 5G network before distribution, will work on both the Ooredoo 4G and 5G network and can achieve speeds of up to 2 Gbps, that’s 20 times the speeds of Ooredoo’s 100Mbps fibre.

With an Ooredoo 5G connection via the 5G home broadband device, Ooredoo customers will be able to download movies in seconds, seamlessly stream VR gaming experiences and video call like never before.

The company has announced that currently there are only a few 5G home broadband devices in the world, however Ooredoo is working to acquire more stock in the very near future.  As commercial production increases alongside the 5G roll-out, Ooredoo will aim to ensure Qatar is the first country to enable this next-generation technology for its customers.

Talking about the milestone, Waleed Al Sayed, Ooredoo’s Chief Executive Officer, said: “Ooredoo is ecstatic to announce that last night, we became the first in the world to have a live commercial 5G home broadband device. This is another amazing world-first milestone for Ooredoo and Qatar and demonstrates that we are on track to offering 5G mega speeds for everyone in the very near future. I look forward to seeing how this technology will benefit all sectors in Qatar, from businesses, to education and beyond.”

Since the announcement of the first live 5G network in May 2018, Ooredoo has begun an intense 5G network roll-out plan across Qatar, with the aim to update 100 network stations to 5G, in the 3.5GHz spectrum band, within the next three months. 

The current live 5G sites, which include West Bay and Katara, have demonstrated an impressive speed of 2.51 Gbps with an extremely high throughput and low latency. Thanks to these results, Ooredoo is working to find 5G compatible devices from across the world to test them on the network, including next-generation Internet of Things applications such as smart cars, VR, AR and drones. 

Published in Telecom Operators

Chinese telecommunications conglomerate Huawei has launched a demo ‘smart city’ in Weifang, China. It’s part of an overall objective by the company to showcase and highlight its narrowband Internet of Things ‘smart city’ applications and Ocean-Connect IoT platform.

The Chinese smartphone maker made the announcement in relation to its new demo ‘smart city’ at the Huawei Connect conference which was held in Shanghai. It conveyed to those in attendance that Weifang will utilize Huawei’s city-level IoT platform to access, manage and collect data from sensory equipment that will be spread across the entire city in real-time.

Huawei has also publicly stated that it has enabled smart lighting applications across Weifang for a series of different objectives which range from monitoring the status of the street lights, its brightness and the applications can also detect faults. It has been claimed that the system has been specifically designed to save around 80% of traditional electricity usage and 90% of previous maintenance costs.

In addition to this, it has also been disclosed that Huawei has integrated eight services with its NB-IoT network which includes a remote-control system, Wi-Fi hotspots, video surveillance, environment monitoring and statistics. Huawei has outlined that its primary objective is to develop a ‘nervous system’ of smart cities with the Chinese multinational corporation already deploying its smart city solutions in over 100 cities across the globe.

Zheng Zhibin, Huawei Enterprise Business Group GM of Global Smart City Solution Department declared that Huawei’s vision is to improve connectivity services in urban areas all over the world – which is imperative in order to continue to drive the growth of the ‘digital economy’.

He said, “ICT advancement is accelerating the growth of the digital economy, which is a driving force of global economic development and transforming cities across many areas including governance, transport, living, social interactions, and employment, promoting the sustainable development of cities. The underlying connectivity in these smart cities will be critical to unlock the potential of the digital economy. Huawei is focused on improving connectivity capabilities within cities, and is creating the nervous system of better-connected cities through an IoT platform, achieving better awareness [and] connectivity among smart devices."

At Huawei Connect in Shanghai it was also formally announced that the telecommunications colossus and the Government of Weifang City had formed an Internet of Things Innovation R&D Centre and an IoT Industry Alliance.

Published in Telecom Vendors

Turkish telecommunications operator Turkcell has announced that it will rollout Narrow-Band-Internet of Things (NB-IoT) in order to support ‘smart city’ applications and innovations which will be introduced in different sectors all across the country.

The new technology will be used to transform industries such energy, healthcare and education. The ‘smart city’ applications powered by NB-IoT will enable machines to communicate with each other via Turkcell’s LTE-A - infrastructure.

Analysts have suggested that this is the first clear strategy towards 5G in Turkey, and Turkcell’s Executive Vice President, Gediz Sezgin claimed that the economic benefits which will be created by the development of innovative ‘smart city’ applications would be ‘staggering’.

He said, “We became the first operator in Turkey to support NB-IoT required for new-gen innovative applications. So we open the door to 5G. NB-IoT will extend smart city applications and many innovative solutions will be developed. It has been projected that the economy created by this technology as of 2025 will exceed $3 trillion. Offering a technology which will create such a volume requires a very strong LTE-A infrastructure. We will continue to research and invest to introduce the most contemporary technologies.”

The operator has identified solutions in smart parking, smart waste management and remote monitoring as applications that can now be used with the rollout of the NB-IoT network. It has also claimed that new applications will now become available for ‘smart agriculture’ which Sezgin says will transform the livestock industry.

Turkcell’s EVP claimed that the network would allow the application to facilitate automatic irrigation of cultivated areas based on measurement of humidity in order to improve the crop yield - whilst also tracking applications for livestock, the ability to conduct these tasks through automation will ensure the process is more efficient, effective and ultimately easier.

Sezgin says, “This new technology helps organisations by ‘changing their way of doing business.’ While living spaces become more and more connected every day, Turkcell’s mobile infrastructure is now ready for a world where billions of devices connect.

Published in Telecom Operators

Nokia announced the availability of the largest, most comprehensive line of connected consumer health products in the market. Completing the transition of products from the Withings brand, Nokia trackers, scales, vital health devices and home products will now be available in store and online through top retailers.

"Nokia's global expansion into digital health builds on Nokia's unmatched track record of quality, reliability and trust, which are characteristics that are all critical to success in the health industry," said Brad Rodrigues, interim president at Nokia Technologies. "The products are beautiful, easy to use and fit seamlessly into people's daily lives, enabling individuals to easily monitor and improve their health."

The Nokia digital health product line offers convenience, choice and accessibility for every lifestyle. From those desiring a healthy change without a drastic behavior overhaul, to those looking to maintain a healthy lifestyle, Nokia meets the widest range of consumer health needs. New products announced today include Nokia Body, a BMI Wi-Fi connected scale, and Nokia BPM+, a compact blood pressure monitor with a flexible cuff. The redesigned Nokia Health Mate app functions as the heart of the ecosystem by giving users a 360-degree view of their well-being.

"Nokia's line of digital health products delivers actionable insights, giving users the equivalent of a daily check-up," said Cedric Hutchings, vice president of Digital Health at Nokia. "Today's launch extends the accessibility of our products to a broader range of users and needs, giving families the personalized experience they need to live healthier lives together."

Nokia is focused on transforming the dynamic between patients, doctors and the medical community with tools focused on the prevention of chronic conditions. Through its partnerships with some of the world's most renowned institutions in medical research and clinical trials - including Scripps, the University of Pennsylvania, the Mayo Clinic, the American Medical Group Association, Stanford MedX, Ochsner Health System and the University of Helsinki - Nokia is committed to collaborating with leaders in the medical community to positively impact societal health worldwide.

"To face the global health crisis of chronic diseases related to lifestyle and behavior, we need powerful and engaging tools and solutions," said Nokia Chief Medical Officer, Matthew Diamond, MD, PhD. "Nokia is committed to shifting the focus from treatment to prevention, empowering consumers to take control of their health."

Nokia Health Mate sits at the center of the digital health experience, collecting data from each device to provide insights and trends on weight, activity, sleep and blood pressure. Also included are new wellness programs to help users reach health goals based on their specific health and well-being needs. These programs, endorsed by medical professionals, take users on a multi-week journey with tailored content and recommendations that adapt to each user's progress over time.

Published in Internet of Things
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