Displaying items by tag: 5G deployment
Nokia has announced that it has digitalized 100 percent of its 5G network deployments around the world, bringing high-quality, agility and transparency to customers globally.
Through the use of digitalization, machine learning and automation, Nokia is simplifying the deployment of the network infrastructure, accelerating both time-to-market and return on the 5G investment (ROI) for operators.
Traditional network deployments rely on combinations of both paper-based and digital documentation that can often lead to errors and inefficiencies. With digital project orchestration and data inventories, Nokia is enabling network rollouts to be carried out swiftly and cost-effectively, matching the agility demands from customers and helping them to bring new services to market faster.
This is leading to reductions in site visits (30 percent), as well as improvements in installation quality (30 percent), back office transactions (30 percent) and cycle times (25 percent).
By completely digitalizing its 5G network deployments, Nokia is enabling a simpler, faster, more efficient and higher-quality delivery of services. Nokia’s industry-first digital deployment services have helped over 100 customers around the world1 by bringing transparency to every phase of a project.
The digital deployment offering enables CSPs to easily and comprehensively manage their assets by providing a digital database of network assets that can be used to remotely and virtually access sites, making it much easier to upgrade and expand their estate. Additionally, it makes deployments more sustainable as it minimizes the CO2 footprint by reducing truck rolls and eliminating paper, saving an estimated 1,500 trees a year.
Key digital deployment services include:
- Automated workflow orchestration to deploy the right crews, with the right equipment, at the right time and place
- Site digital database for faster technology evolution and upgrades as sites can be accessed remotely and CSPs can get a 360 virtual view
- Artificial intelligence and machine learning-powered tools to identify defects in real-time through automated analysis.
- Real-time project dashboards for greater transparency and project management effectiveness
- Drone-led site visits to ensure site builds are completed ‘first time right’ with material inventory down to a one-inch accuracy
Nokia’s digital deployments are continuously evolving to take advantage of the power of AI-based innovations, to further improve efficiencies at scale. Intelligent defect recognition will use powerful machine learning-based algorithms to identify defects in real-time through automated analyses of pre/post implementation pictures or video content.
The system will also intelligently provide feedback on space availability to place specific equipment, without the need of a site visit.
Sanjay Goel, President of Global Services, Nokia, said, “Today, many operators suffer from a fragmented way in how their next-gen 5G networks are designed, built and managed. The adoption of automation, AI and the digitalization of assets are vital steps in a CSP’s digital transformation journey to capture the full potential of 5G. We are extremely proud to be the first to have reached this milestone of 100 percent digital deployments so customers around the world can benefit from a faster, more sustainable and higher quality network deployment process.”
Chris Antlitz, Principal Analyst, TBR said, “Nokia’s ability to provide digitalized network deployment services spanning the full workflow of site development exemplifies the company’s commitment to and progress with its digital transformation journey. Nokia’s customers will greatly benefit from digital-related innovations in infrastructure deployment services as these will help improve quality and speed KPIs and lower TCO pertaining to rolling out 5G networks.”
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.
On 7th June 2019, during the St Petersburg International Economic Forum, Sergey Sobyanin, the Mayor of Moscow, and Alexey Kornya, CEO of mobile network operator MTS, signed an agreement on cooperation for the purposes of developing communication services and information-telecommunication technologies in the city of Moscow.
The agreement envisages pilot projects aimed at developing new digital technologies and communication services in Moscow, including in the fields of virtual and augmented reality, Internet of Things, Smart City, and 5G technologies. For these purposes the required information-telecommunication infrastructure will be created in the city.
The authorised agency responsible for implementing the agreement on behalf of Moscow is the city’s Department of Information Technology (DIT).
“Moscow is setting itself the task of reducing operator expenditure on creating infrastructure for the commercial launch of 5G by removing administrative barriers,” said Eduard Lysenko, Head of DIT.
The agreement has been signed in light of the provisions of the state programme Digital Economy of the Russian Federation, which calls for the creation of pilot segments of the fifth generation mobile communication networks by the end of 2019 and the commercial launch of 5G by 2022.
The UK government has decided to invest £30 million to install 5G technology in rural areas in an effort to spark a ‘tech revolution” within the country.
The Next Generation Mobile Networks (NGMN) Alliance has announced that it recommends a common RF cluster connector for early 5G deployment.
US officials revealed a plan to accelerate their deployment of 5G wireless networks with new funding estimated at $20.4 billion to build high-speed internet in rural areas.
At a White House event, the plans were unveiled by the Federal Communications Commission (FCC) to host new spectrum auctions for 5G technology which aims to “improve Americans’ lives in so many ways” according to FCC chairman Ajit Pai.