Displaying items by tag: technology
Nokia announced today it is working with Rakuten to build a new mobile network in Japan. Nokia will provide full turnkey services to plan, manage, deploy and integrate cloud RAN, AirGile cloud-native core network technology and several Nokia software functions.
Headquartered in Tokyo, Japan, the Rakuten Group offers more than 70 services in e-commerce, fintech, digital content and communications to more than 1.2 billion members across the globe. Rakuten will leverage its experience as an IT company and its membership base of more than 100 million users in Japan as it enters the market as a Greenfield mobile operator and digital service provider.
Rakuten's distributed cloud network, along with Nokia and Rakuten's work to automate the network build and deployment process, will help reduce network operation costs and enhance operational efficiencies.
Nokia will provide turnkey deployment and integration of the new radio network leveraging a 'zero footprint' site approach with remote radio heads connected to cloud RAN software on the edge cloud, to speed deployment and network scalability.
Nokia is working with Rakuten on several underlying core functions to maximize automation, AI and machine learning to reduce the cost of operations to a fraction of legacy networks.
The network will be deployed across Japan - including Tokyo, Osaka and Nagoya - and use Nokia Cloud RAN, AirScale radios (remote radio heads) and the Nokia AirGile cloud-native core, incorporating technologies such as Nokia IP Multimedia Subsystem, Session Border Controller and Telco Application Server for the fast roll-out of services such as Voice over LTE.
Rakuten and Nokia are completely aligned on the Future X network vision and it is being implemented in Rakuten's brand new mobile network operation in Japan. The building of the network is underway and user trials in Tokyo have already begun.
Yoshihisa Yamada, Representative Director and President of Rakuten Mobile Network, Inc. said: "We are delighted to work with Nokia on co-creating and deploying an open virtualized radio access network. Together, we have managed to disaggregate the current RAN platform by separating hardware and software, and implementing the Radio software as a Virtual Network Function running on Rakuten Cloud Platform (RCP)."
John Harrington, head of Nokia Japan, said: "This is a groundbreaking deployment that is at the forefront of cloud native technology and digital transformation in Japan. By combining the latest technology in cloud and automation with Nokia's hardware, software and services, Rakuten will emerge as the first Japanese service provider to use a full cloud-based service model."
Indranil das, Head of Digital Services, Ericsson Middle East and Africa has outlined a comprehensive 5-step framework that is specifically designed to enable communication service providers to prosper in the ‘digital economy’.
The future is digital, and digital service providers will lead the way. From enhancing the way you engage with your customers to automating operations, service providers reach new levels of programmability, access and agility – levels that digital natives call home.What does it mean to become a digital service provider?
Here is a 5-step framework that can help service providers prosper in the digital economy:
Step 1: Build your Cloud Infrastructure:
Cloud infrastructure is the foundation for 5G & IoT. The scale and performance requirements of 5G and IoT demand a different approach to digital infrastructure. Increase speed, efficiency, and agility in offering new services while reducing risk and shortening lead time while you transform the network.
With an open and pre-integrated NFVI solution which can be deployed both at central and distributed sites and organizations will be better prepared to manage all workloads.
Step 2: Quick Time to Market with VoLTE:
Whether you are a service provider with millions of customers or just thousands of users, you have your own cloud datacenter, or you want a full-stack solution for VoLTE services, there is an industrialized solution that will suit your requirements.
The same is true if you are an MVNO (Mobile Virtual Network Operator) or mission-critical service provider looking for an easy way to get both mobile broadband and voice services over LTE and Wi-Fi ready in your network in one step. You can deploy VoLTE in weeks now allowing a quicker time to market.
Step 3: Boost revenue with digital BSS:
Digital business support systems are critical to uncovering new revenue streams. Customer experience is vital for a successful transformation to a digital business, and digital business support systems are in the center of this change.
Businesses cannot deliver an agile digital customer experience with the transformation of the ‘front-end’ experience alone – it needs to be a complete business transition – to put in place the end to end tools and processes to make real the goal of delivering a truly digital, simple, ‘one-click’ business.
Customers experience simplicity and ease in administering their accounts through the ability to find information online, compare offerings, make online purchases, and get fast and automated deliveries. This results in real, measurable business improvements from simplification including much faster time-to-market and better customer experience.
Step 4: Explore new revenue streams via network slicing:
The IoT era has the potential to transform industry and society, and with 5G on the horizon, countless new business models become a possibility. IoT services come with their own complex connectivity and performance-related challenges.
As such, operators must invest in technologies to meet efficiency and flexibility demands of these new services – making an alternative approach necessary in order to maximize revenue generation. That’s where network slicing comes in – providing the capability to enable new business models across a broad industry spectrum.
Network slicing is a powerful virtualization capability and one of the key capabilities that will enable flexibility. This solution allows operators to segment the network to support particular services and deploy multiple logical networks for different service types over one common infrastructure.
Step 5: Embrace cloud native design principles:
In the next few years all telecom applications will be cloud natively designed so as to increase efficiency and utilization of the cloud infrastructure. Benefits include increased speed of software upgrades and releases plus improved granularity, and enhanced automation through already embedded features in the NFVi layer (Cloud infrastructure for NFV).
Adapted software architecture makes much better use of cloud data center resources. In the case of 5G, the new ETSI standardized 5G Core functions will be cloud native and container based. This is expected to start during 2019.
Ericsson’s digital services blueprint will equip organizations with the tools needed for today’s technological landscape. By finding the right blueprint for their businesses, they can reach new heights of agility, access and automation.
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."
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.
A new industrial revolution is underway in the heart of the Irish capital as clusters of warehouses housing vast quantities of data continue to emerge.
Dublin has really embraced technology in an effort to boost its flagging and shrinking economy following the global crash in 2008. Internet behemoths such as Facebook, Apple and Google all have their European HQ’s in Dublin and the city has become the continent’s No.1 data hub.
A familiar term within the ICT ecosystem is that ‘data is the new oil’ and will fuel the global economy. Those sentiments were echoed by Brian Roe, Commercial Director of Serve-Centric, which is a data center company.
Roe said, “Data is the new oil, definitely. These powerhouse developments provide 24/7/365 access to the massive data, processing power and storage that digital services around Europe require. People are saying, ‘Well everything is going to come from the cloud’. Well where's the cloud? The cloud is data centers."
Ireland’s industry lobby group Host has said the new phenomenon has become the unlikely engine room for everything from video streaming to phone apps and social media.
In addition to this, progressive government incentives, a highly-skilled workforce and high connectivity to Europe and America are helping attract data center construction investment which is expected to reach nine billion euros ($10 billion) by 2021.
The sector employs 5,700 people in full-time equivalent roles including 1,800 as data center operators, according to a report produced for Ireland's investment agency. Many of Ireland’s brightest young talent were forced to emigrate after the recession, but many are no returning to avail of the exciting new opportunities presented by Dublin’s transformation into a tech hub.
Data has become a hot topic in Europe following the introduction of GDPR. Enterprises have been forced to examine their data harvesting and storage practices in a more forensic manner. Consumers have also now been awakened to the dangers of providing their data online following the high-profile Cambridge Analytica and Facebook scandal which emerged last year.
Amazon Web Services (AWS) -- which provides cloud services for hire -- is a particular concern for Paul O' Neill, a researcher based at Dublin City University. "The ethical implications of hosting AWS data centers in Ireland are potentially vast," he said.
AWS, which has announced plans to expand its Dublin operations, sells controversial facial recognition technology to US police.
"These corporations are or have been involved in many of the dominant controversies and debates of our contemporary networked era including privacy, data breaches and surveillance.”
US technology giant Apple has announced that it will impose a recruitment cutback - which has been primarily forced due to weak sales on the company’s iPhone devices in the lucrative Chinese market.
Bloomberg has reported that Apple CEO, Tim Cook, announced the recruitment cutbacks just a day after he sent a letter to Apple investors that warned the company was bracing itself for a year-on-year decline in revenue for its fiscal Q1, which would shave $5bn from its guidance.
In a series of meetings that were held following the disclosure, it was reported that Cook informed some staff that a number of divisions would reduce hiring, but stated that he didn’t think a complete freeze in recruitment would be an appropriate solution to take.
In addition to this, it has been further disclosed that the CEO is also yet to determine which divisions will face hiring cutbacks. However, it is believed that divisions such as Apple’s AI team will not be affected due to the leverage of investment made by the US tech company into the emerging technology.
The move will also not affect plans to open a state-of-the-art new office in Austin, Texas or its expansion plans in Los Angeles, where the company is fleshing out its original video content ambitions.
Bloomberg also pointed out that Apple has hired new staff at a significant rate over the past decade. The company recruited 9,000 workers in its most recent fiscal year, taking the total up to 132,000, while adding 7,000 a year earlier.
SK Telecom and Pohang University of Science and Technology (POSTECH) announced they have developed a 5G antenna control technology and have filed for a patent.
SK Telecom is preparing for the rollout of 5G in March in South Korea with compatriots KT and LG uplus.
It is collaborating extensively with ally Samsung Electronics in 5G equipment research, as well as Hyundai and Trimble to develop construction monitoring solutions that improve overall efficiency. The company excluded Huawei equipment from its list of vendors in September 2018.
The call quality is maintained in ultra-high 28GHz spectrum 5G by controlling the electrical characteristic of the antenna. Ultra-high frequency reception sensitivity can be affected by how users hold their smartphones or the angle of their head but the new technology has been developed to offset that. Power consumption of smartphones also decreases due to increased reception sensitivity.
Ultra-high spectrum such as 28GHz requires components to be placed in a smaller area compared to LTE, with SK Telecom and POSTECH. This was taken into account when finishing testing for commercial launch.
It follows news that SK Telecom and Sinclair Broadcast Group will invest $33 million into a joint venture that will develop next-generation broadcasting solutions, will allow faster data transmission for high resolution broadcasting, as well as the combining of broadcasting and telecommunications spectrum.
A prominent Apple executive has testified that Qualcomm refused to let the US technology behemoth use its chip technology in their latest line of iPhones due to an ongoing dispute between the two companies over licensing fees.
The admission was made by Apple COO Jeff Williams, during court proceedings in relation to an antitrust lawsuit filed by the US Federal Trade Commission.
Williams told the court that the global smartphone manufacturer expressed a desire to use both Qualcomm and Intel chips in its 2018 iPhones, but stated that Qualcomm withdrew support for Apple by refusing to sell them chips.
In addition to this, he disclosed that Apple has not been able to reach an agreement with the US chipmaker in relation to a new design since it filed a lawsuit in January 2017, which accused Qualcomm of using anticompetitive licensing tactics.
Williams also detailed the company’s fee negotiations with Qualcomm, noting Apple repeatedly traded exclusivity for a lower chip cost in order to keep the latter’s technology in its devices. Williams said, “We needed their chip supply, and we didn’t have a lot of options.”
Qualcomm has yet to mount its full defence in the litigation proceedings. However, it must be said that the claims made by Williams come in stark contrast to testimony provided by Qualcomm CEO Steve Mollenkopf last week.
Reuters published a report which claimed that the Qualcomm CEO declared that the chipmaker had sought an exclusivity arrangement not to shut out the competition, but instead to ensure it would recoup a $1 billion “incentive payment” made to Apple in 2011 in an effort to help cover technical transition costs incurred in switching chip suppliers from Infineon.
Williams’ statements were also contradicted by comments made by Qualcomm president Cristiano Amon during an earnings call in July 2018 noting the company would gladly be an Apple supplier again if the opportunity presents itself.
Mollenkopf also stressed that there was no reason the pair could not work together again noting that it makes sense that the technology leader in mobile should partner with the product leader.
Epiroc, a leading productivity partner for the mining, infrastructure and natural resources industries, has signed a cooperation agreement with Ericsson to jointly help mining companies achieve optimal wireless connectivity in their operations through LTE and 5G technologies.
Mining companies are increasingly seeking to digitalize and automate their operations to increase productivity, enhance operator safety and lower cost. This includes, for example, remotely operating machines from a control room, and collecting machine performance data to optimize use of the equipment. This creates a need for reliable, high-performance wireless connectivity at the mines. Epiroc and Ericsson have agreed to work together to provide mining customers with high-performing LTE (Long-Term Evolution) and 5G mobile technology solutions.
Helena Hedblom, Epiroc’s Senior Executive Vice President Mining and Infrastructure, says: “We are happy to team up with Ericsson so that our mining customers can get the most reliable and high-performing wireless connectivity possible. This is a crucial step in our ongoing work to ensure mining customers reap all the benefits, including higher productivity and better safety, made possible by digitalization and automation.”
Åsa Tamsons, Ericsson’s Senior Vice President and Head of Business Area Technologies & New Businesses, says: “Cellular technology and the introduction of 5G is critical to realize the full value of digitalization and automatization for smart industries. This will open up for new business models and ecosystems across the mining industry, telecom services providers in each market, and Ericsson. By combining our expertise in connectivity and Epiroc’s cutting-edge technology in mining equipment, we will be able to ensure stable and secure mining operations, leading to increased utilization, improved productivity and reduced costs.”
Key advantages of LTE and 5G solutions compared with other wireless solutions include better coverage, higher reliability and stronger security, especially when machines are in the same area and share information. The technology, which is for both underground and open pit mines, has already been tested on Epiroc’s machines at the company’s test mine in Kvarntorp, Sweden. Further testing will be done before providing the solutions to customers.
Nokia and China Mobile Research Institute today launched the industry's first hybrid indoor radio solution with location services to meet 5G connectivity demands inside busy large buildings such as business campuses and shopping malls. The jointly developed 5G hybrid distributed indoor system is aimed at lowering operators' deployment costs.