Displaying items by tag: Nokia
Nokia and WorldLink are upgrading 650-km-long backbone network with Nokia's 1830 PSS (Photonic Service Switch) DWDM (Dense Wavelength Division Multiplexing) technology to support bandwidth-hungry entertainment and enterprise services across Nepal. The intercity network stretches from Kathmandu to Bhairahawa and Birgunj, and provides international connectivity between Nepal and other countries including India.
WorldLink, the largest fixed broadband operator in the Himalayan country, has 120,000 residential broadband subscribers and 5,000 enterprise broadband circuits. It is now connecting 10,000 residential Fiber-to-the-Home (FTTH) service subscribers every month, requiring the operator to meet ever-increasing demand for network capacity.
"WorldLink has a commitment to Nepal to transform the communications landscape so that our people and enterprises thrive,” said Samit Jana, CTO, WorldLink. “This is our largest project to date and it will allow us to provide ultra-fast broadband services for our mobile and fixed network subscribers in cities as well as rural areas across the country.”
Nokia's optical network technology will allow WorldLink to flexibly increase its network capacity, reach and density as the technology is powered by the industry's most programmable chipset, Nokia's Photonic Service Engine-2 with super coherent technology (PSE-2s).
"We are proud to be part of WorldLink's vision to transform Nepal's communications architecture by providing the first 100G transport network,” said Sanjay Malik, head of India Market at Nokia. “Nokia's highly scalable optical platform will ensure low latency and high resiliency, and allow WorldLink to cost-effectively increase network capacity as needed."
Nokia and Xiaomi announced that they have signed a business collaboration agreement and a multi-year patent agreement, including a cross license to each company's cellular standard essential patents. Xiaomi also acquired patent assets from Nokia as part of the transaction.
"Xiaomi is one of the world's leading smartphone manufacturers and we are delighted to have reached an agreement with them," said Rajeev Suri, President and CEO of Nokia. "In addition to welcoming such a prominent global technology company to our family of patent licensees, we look forward to working together on a wide range of strategic projects."
Under the business cooperation agreement, Nokia will provide network infrastructure equipment designed to deliver the high capacity, low power requirements expected by large web providers and datacenter operators. Nokia and Xiaomi will work together on optical transport solutions for datacenter interconnect, IP Routing based on Nokia's newly announced FP4 network processor, and a data center fabric solution. In addition, the companies have agreed to explore opportunities for further cooperation, in areas such as Internet of Things, augmented and virtual reality, and artificial intelligence.
With presence in over 30 countries and regions, Xiaomi is well known for its smartphones packed with innovative technologies at disruptive prices. Beyond smartphones, Xiaomi is also a leading Internet of Things player. The Mi Ecosystem IoT platform has crossed 60 million connected devices, and there are now over 8 million daily active connected devices on the Mi Ecosystem platform.
"As a company seeking to deliver more exciting technological innovations to the world, we are excited at the opportunity to work more closely with Nokia in future," said Lei Jun, chairman and CEO of Xiaomi. "Xiaomi is committed to building sustainable, long-term partnerships with global technology leaders. Our collaboration with Nokia will enable us to tap on its leadership in building large, high performance networks and formidable strength in software and services, as we seek to create even more remarkable products and services that deliver the best user experience to our Mi fans worldwide."
South Korea’s SK Telecom announced that – through collaborations with Samsung Electronics and Nokia – it has successfully demonstrated 5G communications using the 3.5GHz band for the first time in South Korea.
SK Telecom joined hands with Samsung Electronics to develop a 3.5GHz 5G end-to-end network comprised of 5G virtualized core, virtualized RAN, Distributed Unit (baseband unit and radio unit) and test device, based on the 3GPP 5G New Radio (5G NR) standards elements established to date. 3GPP has agreed upon key physical component technologies i.e. numerology, frame structure, channel coding, etc, of the air interface.
Based on this 3GPP NR specification, the two companies’ 5G NR system is built with a subcarrier spacing of 60 kHz, Transmit Time Interval (TTI) length of 0.25ms to reduce latency, sub frame structure that simultaneously supports downlink data and uplink feedback, and Low-Density Parity-Check (LDPC) channel coding for high-speed data communications. The two companies successfully completed the 5G end-to-end network trial using the 3.5GHz spectrum at Samsung Electronics’ R&D Center located in Suwon, Korea.
Moreover, SK Telecom has also worked with Nokia to co-develop 5G base station equipment and test devices for the 3.5GHz spectrum and successfully realized Gbps-level throughput during a field trial held near its Bundang Office Building through the application of carrier aggregation techniques to expand bandwidth. The two companies also measured link quality (BLER) depending on the distance between a moving vehicle and base station, thereby securing important data for designing optimal 5G commercial networks in the 3.5GHz band.
Going forward, with the aim to secure key 5G technologies for early commercialization of 5G networks in the 3.5GHz band, SK Telecom will continue to work with Samsung Electronics and Nokia to further enhance transmission speeds, expand coverage and improve communication stability while on the move.
Through successful trials of 3.5GHz 5G networks, SK Telecom has secured all essential technologies to deploy 5G networks using above-6GHz and below-6GHz frequencies. 28GHz, a potential above-6GHz frequency in Korea, can support several tens of Gbps through the use of a wide bandwidth of more than several hundreds of MHz. On the other hand, 3.5GHz, one of the below-6GHz frequencies, can provide a stable coverage in wider areas.
SK Telecom plans to roll out its 5G networks by leveraging the respective strength of these frequencies. It will deploy commercial 5G networks using 28GHz in downtown areas where data traffic is most concentrated, while covering wide areas with 3.5GHz 5G networks or a combination of 3.5GHz and 28GHz 5G networks.
“With the successful demonstration of 5G communications using the 3.5GHz spectrum, SK Telecom has secured all key technologies for building commercial 5G networks using 3.5GHz and 28GHz frequency bands,” said Park Jin-hyo, Senior Vice President and Head of Network R&D Center of SK Telecom. “We will maintain our leadership in 5G by enhancing our technologies for both above-6GHz and below-6GHz frequencies, while playing an active role in the standardization and commercialization of 5G technologies.”
“We achieved another milestone today, taking 5G into the sub-6GHz spectrum for use cases and applications requiring wider area network coverage. The below 6GHz spectrum has been identified by the industry as ideal for enabling 5G services such as autonomous/connected car that require a wider area network,” said Park Dong-soo, Executive Vice President and Head of Global Sales & Marketing Team in Networks Business, Samsung Electronics. “Today’s trial with SK Telecom serves as a significant development in our collaborative efforts to accelerate 5G commercialization.”
Andrew Cope, head of Nokia Korea, said: “We are pleased to collaborate with SK Telecom on their journey towards 5G deployment. The 5G technology will enable a number of use cases such as critical machine-type communications, Internet of Things (IoT), Augmented Reality and Virtual Reality. This demonstration on 3.5GHz band is a crucial step in the development of 5G ecosystem as it will enable increased data speeds and comprehensive coverage. Nokia is committed in future technology advancement and our partnership with SK Telecom will accelerate the development of the global 5G ecosystem.”
Nokia is demonstrating the role high-performance 4G technology will play on the path to 5G to ensure continuity-of-service when 5G technology is deployed. At Mobile World Congress Shanghai, Nokia is showing its AirScale base station working with 4.9G technology to reduce network latency to less than two milliseconds, bringing performance closer to the latency levels 5G is expected to deliver.
"We are committed to helping operators evolve their networks in the most effective way, allowing them to anticipate and meet demands with higher performance where and when it is needed,” said Tero Peltola, head of the LTE business line at Nokia. “We continue to evolve our 4G offering with 4.5G Pro and 4.9G technologies, and with this network latency demonstration we can show operators how they could use LTE to deliver higher-bandwidth industry and enterprise applications to more customers on their path to 5G."
5G will enable new applications, such as 'Industry 4.0' industrial automation, autonomous vehicles, remote healthcare and immersive virtual reality entertainment, each requiring massive bandwidth and extremely low levels of network latency. Initial deployments of 5G technology will be in highly populated megacity centers, where demands on existing LTE network resources from consumers and enterprises will remain high.
By moving the performance of LTE networks closer to a 5G experience using Nokia's 4.9G technology, operators can support these higher-bandwidth applications on the path to 5G while ensuring continuity of service once 5G is initially deployed.
"With the move from 3G to LTE networks, shortened latency times were crucial for an improved mobile broadband user experience,” said Shiv Putcha, Associate Director, IDC Asia Pacific. “With this demonstration, Nokia has set a new benchmark for LTE network latency performance, bringing it closer to the 5G levels needed for industry and enterprise applications. This will allow operators to begin support for new applications and deliver service continuity as operators start rolling out 5G networks."
In its demonstration at Mobile World Congress Shanghai, Nokia was employing 4.9G to reduce network latency to less than two milliseconds using a feature that allows transmission time intervals to be shortened by 86 percent. This will leverage the Nokia AirScale base station, which will allow operators to support both 4.9G and 5G technology in a single unit to maximize speed and capacity as they migrate to 5G.
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.
Telecom equipment provider Nokia and Spark, New Zealand’s leading telecom operator are partnering to prepare New Zealand for the future with a "step change" in the capacity, flexibility and agility of Spark's core and backhaul IP/MPLS network.
"This strategic partnership is a key step for us to realize our vision of a data-driven future for New Zealand,” said Rajesh Singh, General Manager of Partnering, Procurement and Vendor Management at Spark. “Nokia is helping us to achieve worldwide leadership in preparing for 5G. It will allow us to offer our customers the most advanced mobile and fixed broadband services anywhere, efficiently and securely."
Unprecedented growth in demand for mobile and fixed broadband is driving the need for an upgrade, as Spark prepares for the move to 5G, ubiquitous ultra-broadband connectivity and rapid growth in IoT.
Spark is committed to making New Zealand one of the first countries globally to be ready for 5G. Spark has already seen a tenfold increase in network traffic with the introduction of its broadband over wireless service, which is primarily based on a Nokia IP/MPLS network. It plans to further expand the capacity and agility of its transport network over the next two years to prepare for 5G.
Demand for mobile and ultra-broadband services continues to accelerate in New Zealand, driven by Internet-based video as well as new applications, such as augmented and virtual reality.
The expansion to 5G will also enable the fulfillment of the government's goals for rural expansion of broadband services, while helping Spark to lower delivery costs. The expanded capacity and agility of the network will also help spur innovation and new services, especially around the promising application of IoT technologies.
The Nokia IP solutions are deployed in hundreds of networks worldwide, and offer the industry's most comprehensive portfolio of purpose-built IP/MPLS mobile solutions. Nokia's commitment to continuous innovation makes it an ideal partner for a network leader such as Spark.
“We are very pleased to continue our strategic partnership with Spark, which is committed to keeping New Zealanders at the cutting edge of technology,” said Kent Wong, head of Nokia's IP business in Asia Pacific. “Spark's investment will safely accommodate future growth as they benefit from Nokia's global reach, expertise and agility. We are excited to help them be among the first customers to begin the move to 5G.”
The Nokia 7250 IXR-R6 addresses key network requirements for traffic growth and major architectural changes on the path to 5G. It features terabit capacity and high-port density delivered in a compact, ruggedized form factor.
The Nokia 7250 IXR-R6 comes with advanced security features and a wide choice of interconnectivity options ranging from legacy SDH/SONET to high-speed, latency sensitive Ethernet, suitable for next-generation fronthaul interface (NGFI). The 7250 IXR-R6 enables cost-effective transport of both latency-sensitive and 'bursty' traffic, which makes it equally suitable for ultra-broadband as well as for new IoT-based services.
Telecom network equipment giant Nokia recently completed discussions for laying off employees in its home country of Finland. As a result of the talks, Nokia will cut 170 jobs, the company stated on June 9.
The job cutting discussions were first announced in May, when the company said it was preparing to fire up to 200 employees from network operations and support functions, Reuters reports. The majority of job cuts (70 percent) will be from Nokia’s Espoo headquarters and will be completed by the end of 2017.
Nokia has around 6,100 employees in its home country and around 101,000 globally. The vendor is providing aid to staff affected by the layoffs, such as referring them to other available positions which arise through the remainder of the year, and also retraining staff to find alternative positions within the company.
Last year Nokia laid off 960 employees in Finland and also said it would fire up to 1,400 positions in Germany. The staff reductions are part of a 1.2 billion euro ($1.3 billion) worldwide cost-savings plan which Nokia announced after its 2016 acquisition of Alcatel-Lucent. The company said at the time that it expected to benefit from cost savings of 1.2 billion euros in the form of synergies during 2018.
Nokia and China Mobile are deploying millions of home gateways to provide residential customers across 29 different provinces in China with access to fiber-based ultra-broadband applications and intelligent home services.
"This important announcement furthers Nokia's role as a key technology provider in China,” said Federico Guillén, president of Nokia's Fixed Networks Business Group. “Our home gateway solution provides China Mobile with the ultra-broadband access technology they need to capitalize on IoT and deliver new services that support their evolving customer needs. We are very pleased to continue our close work with China Mobile and look forward to helping them deliver on their commitments."
Under this contract, China Mobile will deploy home gateway units with Nokia's solution to over 30 million users during 2017. Using established fiber-to-the-home (FTTH) networks, which bring greater service experiences and gigabit speeds to customers, the new gateway will extend internet coverage in the home and enable IoT communications between devices and sensors. The ability to flexibly add software functions and enhanced analytics capabilities allows China Mobile to deploy and deliver a new intelligent home experience and associated services.
"China Mobile is progressing fast as a converged telecommunications operator -- with more than 31 million FTTH subscribers -- and has proven it can successfully leverage its extensive fiber access network to deliver ultra-broadband applications such as 4K TV services and Gigabit access to customers across various provinces,” said Roland Montagne, principal analyst at IDATE.
Roland added, “With the addition of intelligent home gateway technology, China Mobile will be able to further differentiate its services, providing consumers with enhanced internet coverage in the home and a more seamless experience for connecting various devices and sensors."
Nokia and Skyguide, which provides air navigation services for Switzerland and certain adjacent parts of neighboring countries, announced the first stage of a successful modernization of the mission-critical communications network that is at the heart of Switzerland's air traffic control system.
The new network from Nokia, which will continue to be rolled out over the course of 2017, is enabling Skyguide to enhance the management of both civil and military air traffic throughout the country, and is also supporting services such as its aeronautical information service which ensures the flow of information necessary for the safety and efficiency of international air travel.
"Ensuring the safety of the flying public is our most important job, and one to which we are absolutely committed,” said Dr. Klaus Meier, Technical Director & CIO, Skyguide. “We turned to Nokia because of their many years of experience developing and deploying mission-critical networks. The IP/MPLS network provided by Nokia will help us bolster the safety, reliability and efficiency of Switzerland's air traffic control system today and in the future."
For this project Nokia supplied its Internet Protocol/Multi-Protocol Label Switching (IP/MPLS) technology, which provides the high-performance, reliability, resiliency, security and efficiency needed to support extremely demanding, latency-sensitive services. The IP/MPLS network delivers more capacity and replaces earlier generation, legacy equipment which is reaching end-of-life.
The IP/MPLS network features Nokia's 7705 Service Aggregation Router (SAR) portfolio. The network provides scalable virtual private network (VPN) services, enabling Skyguide to support existing as well as new high-bandwidth applications. The network is managed by Nokia's Network Services Platform for efficient provisioning, maintenance and monitoring. The company also provided professional services including architecture and design, installation, integration, commissioning and training.
"Nokia has put a great deal of focus on ensuring that our mission-critical networks can address the most stringent requirements for reliability, security and efficiency,” said Patrick Langelaan, Head of Global Enterprise & Public Sector Europe South for Nokia. “Clearly, air traffic control demands the highest possible performance, which we were able to demonstrate for Skyguide over an intense testing period."
This agreement builds on Nokia's strong track-record providing mission-critical networks to the transportation market worldwide. It also highlights the progress of Nokia's strategy of expanding its customer base outside of the traditional telecommunications sphere, a key focus of the company.
Nokia announced the world's first 'mixed reality' neurosurgical live streaming conducted at Helsinki University Hospital in Finland. The procedure was live-streamed to approximately 100 neurosurgeons using Nokia's OZO Live to provide a more immersive view of the surgery and operating room coordination.
The live streaming trial is part of a joint project called "Media meets Medicine", and was completed in collaboration with Helsinki University Hospital (HUH) Neurosurgery Department, a world-leading department for its expertise in all subsections of neurosurgery.
Nokia sees virtual reality completely transforming how people can experience the world together; the live streaming at HUH showcases how virtual reality can advance the healthcare industry by delivering an immersive experience, regardless of the location of the viewers.
Nokia OZO was used to deliver a completely new, live broadcast mixed reality experience of a neurosurgery operation using the OZO Reality Platform and viewed on OZO Player SDK. The experience consists of the stereoscopic 360 degree OZO camera live stream with spatial audio, complemented by interactive microscope and graphics overlays.
The Nokia OZO system delivered a live view from the operating theatre to the participants of a live demonstration course in operative microneurosurgery at the Helsinki University Hospital on 6-7 June as part of the 17th Helsinki Live Demonstration Course in Operative Microneurosurgery.
"Normally, only up to 10-15 external observers can fit in an operating theatre in addition to the operating team. When using Nokia OZO Live streaming we could have limitless observers from around the world and they can all feel as if they were there," says Professor Mika Niemelä, Chief of Department at HUH Neurosurgery.
"HUH wants to be a forerunner in exploring, identifying and demonstrating novel opportunities in the virtual, augmented and mixed reality domains, and drive concept creation for future virtual and augmented reality in medical context. We are really happy that we can cooperate with the Nokia team, who are pioneers in this area," says Miikka Korja, Neurosurgeon at HUH Neurosurgery and Chief Innovation Officer at Helsinki University Hospital.
"We are pleased to work alongside a leading neurosurgical department in the world," says Kiti Müller, Neurologist, Medical Expert and Principal Researcher at the Digital Health Lab at Nokia Technologies. "The cooperation enables medical doctors in different expert areas to get to know the latest technology, including a totally new way of sharing medical expertise."
"This is an excellent example of using Nokia OZO solutions to create and share an immersive experience for educational purposes. We are very proud to work with our esteemed partner HUH to expand our cooperation in the medical field," says Paul Melin, VP of Digital Media at Nokia Technologies.