Displaying items by tag: 5G
Cisco and Rakuten have adopted the world’s first end-to-end fully virtualized cloud-native mobile network.
Cisco played a key role in the development and deployment of the cloud-native virtualized architecture which is currently being used by Rakuten Mobile. Cisco has said that its state-of-the-art highly-automated approach has gained great traction amongst some of the world’s leading telecom operators.
According to Jonathan Davidson, SVP and GM, Cisco Mass-Scale Infrastructure, telecom operators across the world have been investing “30 to 40 billion dollars a year in deploying radio access technology and we still have so many parts of the globe that do not have coverage or do not have decent coverage… This is something that can be transformed with this new approach that Rakuten Mobile has pioneered. You could definitely call it profound.”
Davidson has also predicted that it will be widely adopted in Japan. Adding that, “this is just the beginning. Now we need to get to 5G and we need to scale the infrastructure.”
Cisco has not only supplied them with the IP internet protocol (IP) routers which essentially transport traffic from Rakuten’s radio towers and the cloud radio access network (RAN) into the IP core, but the Telco is also providing them with management orchestration software.
Rakuten Mobile’s CTO, Tareq Amin, stated, “Cisco is playing a crucial role in stitching together the carious elements of our new network.”
“The design approach we mapped out with Cisco is enabling us to deliver high-value services at very affordable prices, enabling our customers to really benefit from our cloud innovation. Scaling of such orchestration function is a challenge,” he continued.
Davidson says that he expects Rakuten Mobile’s network to perform at a very high level due to its software-defined architecture which allows for the fine-tuning of its network in real-time.
“Any time you do something that has never been done before, there are going to be a lot of challenges that you have to uncover. It always come back to the team and making sure the team is aligned to a joint vision and a joint mission. Tareq is a phenomenal visionary who has got companies that have traditionally been competitors to collaborate and partner in new ways to really achieve something that has not been achieved before,” said Davidson.
In terms of the technology’s performance, there are technical and operational advantages that come to play. In fact, Cisco expects other operators to follow suit and deploy cloud-based RAN.
Nokia today announced its WaveFabric Elements portfolio of photonic chips, devices and subsystems, including its fifth generation coherent digital signal processor family, the Photonic Service Engine V (PSE-V).
The explosion in video and mobile bandwidth demand over the past decade has been met through the continual advancement of optical and silicon technology. But as fundamental limits of transmission capacity and processing power are approached, network operators will need new ways to continue to scale their networks to meet the surging demands of 5G and cloud networking, while containing cost. Key to this transition is 400 Gigabit Ethernet (400G) technology.
Set to become the pervasive network interface across IP, optical and data center networks, 400G marks the first common data rate since the introduction of 100G approximately 10 years ago.
As the foundational technology for high bandwidth transport, the critical task of electro-optics in the coming years will be to transport 400G services at the lowest cost across a wide range of networking applications, each with distinct size, power, and performance requirements.
Nokia’s WaveFabric Elements portfolio combines digital signal processing (DSP) and optics technologies focused on emerging end-to-end 400G applications, allowing Nokia to optimize the entire electro-optic engine that powers today’s networks and the transformational upgrades to come.
This high degree of vertical integration ensures that Nokia’s optical solutions will meet the unique economic and technical requirements of data center, metro, long haul, and subsea networks.
Nokia’s fifth generation coherent DSP family, comprising the high-performance Nokia PSE-Vs (super coherent) and the low power PSE-Vc (compact), continues Nokia’s history of developing multiple DSPs optimized for different optical networking applications, form factors, and platforms.
The new DSPs are complemented by the CSTAR portfolio of coherent optical engines brought to Nokia via its recent acquisition of Elenion Technologies, a pioneer in silicon photonics. A new family of pluggable transceiver modules allows Nokia to address their critical and expanding role in data center, IP and optical networks, as well as emerging markets and applications highly dependent upon low-cost optical connectivity, such as access and mobile networking.
Sam Bucci, Head of Optical Networks at Nokia, said, "Networks are truly at an inflection point, and 400G will be a catalyst for a significant transformation. With our WaveFabric Elements portfolio, Nokia is committed to supplying the 400G optical ecosystem with components, subsystems and design services, as well as continuing to build the highest performing optical transport solutions for the 400G era and beyond."
Scott Wilkinson, Lead Analyst at Cignal AI, said, "Nokia is one of a select few companies with the experience of building five generations of DSPs. The company’s expertise in vertical integration is a key competitive advantage in the battle for next generation coherent solutions. The focus on 400G transport in the PSE-V is well-positioned for market needs."
The CSTAR family of optical engines is currently shipping to customers. PSE-V-based platforms and pluggables will be available beginning in Q4 2020.
The Nokia WaveFabric Elements portfolio addresses the demanding power, performance, and cost-per-bit requirements of 400G networking across data center, metro, core and subsea applications.
The PSE-Vs, which can run up to 90 Gbaud, employs the second generation of the industry’s only field-proven implementation of Nokia Bell Labs-pioneered probabilistic constellation shaping (PCS). Combining refined algorithms with the enhanced capabilities of a new generation of silicon, it is capable of transporting up to 800G, while providing 60% greater reach, 40% lower power per bit, and 15% greater spectral efficiency than previous DSP generations.
The PSE-Vc enables programmable capacity from 100G to 400G with metro to long haul capability. Its extremely low power enables integration into a variety of pluggable transceiver modules.
The Nokia CSTAR family of optical engines leverages state-of-the-art silicon photonics and packaging technology, and addresses applications, including intra-data center, metro DCI and long-reach optical transport. Paired with PSE-V DSPs within Nokia platforms, they are also available independently to industry partners for integration into pluggable transceiver modules available to the broader market.
Nokia’s 400G pluggable coherent transceiver modules are optimized to address a range of platforms and applications, including Nokia’s broad portfolio of optical transport, IP, fixed access and mobile solutions. The portfolio includes 400G ZR/ZR+ capabilities in the QSFP-DD form-factor and a higher performance, more feature rich 400G multi-haul variant in a CFP2-DCO form-factor.
China Mobile, the world’s largest mobile operator, has completed the second phase of its 5G tender and 90% of the contract has been awarded to Huawei and ZTE.
Huawei Consumer Business Group (BG) launched in China the HUAWEI P40 Pro+, HUAWEI P40 Pro and HUAWEI P40, the new HUAWEI P40 Series flagship smartphones featuring cutting-edge designs with ground-breaking camera innovations that radically expand mobile photography and video capture possibilities. The HUAWEI P40 Pro will be available on shelves in the United Arab Emirates on the 9th of April with pre-orders starting on the 2nd April.
Huawei held an online press conference in an effort to showcase its latest products and solutions under the theme of ‘5G, Bring New Value’.
At the conference, Huawei revealed its latest progress on the deterministic networking oriented 5G core network solution. Pivoting on the key concept of "Cloud Native, One Core, Real-time Operation, and Edge Computing", the solution provides differentiated services and deterministic experience, ushering in a new era of 5G business.
The accelerated commercial launch of 5G worldwide will unleash the potential of industry digitization to create new opportunities for operators to grow.
"5G technology will enrich people's lives and transform industrial processes, and the core network will play an increasingly crucial role in this process,” said Leo Ma, VP of Huawei Cloud Core Network Marketing.
“Huawei is committed to work with partners to accelerate 5G commercial deployment and development of industry applications," he added.
Digital transformation requires differentiated, dedicated, and self-service (DIY) networks, that is, deterministic network capabilities. 5G deterministic networking leverages 5G network resources to build manageable, verifiable, and deterministic virtual private mobile networks, offering customers a predictable and differentiated service experience. The core network is the key to achieving 5G deterministic networking.
Huawei's deterministic networking oriented 5G core network solution features the next-generation hyper-converged cloud platform "E9000H+TCC" and supports microservice-level full convergence. Its intelligent and simplified management system combines automated workflows and AI engine to deliver multi-dimensional dynamic network slicing.
It adopts key technologies such as MEC and 5G LAN to build a connectivity+computing platform and mobile private networks. Aimed at building an intelligent and simplified network, enhanced customer experience, protecting network investment, and addressing customized industry requirements, the solution is expected to be an important force for industry-wide digital transformation.
Huawei was the first in the industry to propose 5G deterministic networking in May 2019. The company joined hands with industry partners to establish a 5G deterministic network industry alliance at the Shanghai MWC in June, 2019. The alliance today has more than 100 member organizations and has carried out cross-industry collaboration based on 5G deterministic networking in the fields of multimedia, manufacturing, energy, healthcare, and connected vehicles.
A growing range of projects showcasing the success of the emerging 5G ecosystem include: Smart Port (in Shanghai), Smart Grid (partnering with China’s State Grid and China Southern Power Grid), Smart Factory (partnering with Qingdao Haier), an AR-based cultural tourist attraction "Wonderland of Mountains and Rivers " (for Beijing World Expo), and AR advertising (for Shenzhen Airport).
Huawei and industry partners, including the China Academy of Information and Communications Technology (CAICT), China Mobile, China Telecom, and China Unicom, jointly released a 5G Deterministic Network Industry White Paper in February, 2020. This is the first time 5G Deterministic Networking has been introduced comprehensively, including its definition, concepts, key technologies, and successful use cases. This release opens a new chapter for 5G development, promotes development of further network applications, and puts 5G at the center of industry digitalization.
Huawei has been committed to developing the core network section for years and has made significant contributions to the industry’s development. The service-based architecture (SBA) jointly proposed by Huawei and China Mobile has become the unified 5G network architecture. Huawei earned an overall leadership position, with Leader rankings across all the evaluated criteria in the GlobalData's 5G Core competitiveness ranking report.
Huawei also won the "Best 5G Core Network Technology Award" at the 5G World Summit in 2019, and was the first to be granted the 5G Core Network Telecommunication Equipment Network Access License in China. Huawei will continue to drive progress to better serve customers and promote the rapid development of 5G.
Nokia, along with leading operators Telenor and Telia, announced that it has deployed the world’s most advanced shared wireless network supporting a Multi-Operator Core Network (MOCN) feature, enabled for wireless technologies spanning 2G to 5G.
The 5G MOCN feature was deployed on a trial network in Denmark and verified with successful end-to-end test calls. MOCN, the most advanced network architecture model allowing for network sharing, enables distinct mobile operators with their own core network to share a common radio access network infrastructure as well as spectrum resources.
This is the first network to include live MOCN capabilities for 2G, 3G, 4G and 5G simultaneously. The live trial utilized Nokia’s end-to-end 5G technology, including 5G RAN and 5G cloud core.
Network sharing is an efficient and cost-effective way for two or more mobile operators to build and roll out a network at scale without having to duplicate efforts. It is an important strategic consideration for operators that helps them to quickly deploy 5G networks to consumers and businesses while keeping costs to a minimum. As 5G networks require a higher density of radio equipment, such as small cells, to deliver the right performance and coverage, network sharing results in overall lower power consumption compared to individual networks.
Tommi Uitto, President of Mobile Networks at Nokia, said: “Deploying 5G networks independently can be an expensive undertaking for mobile operators in the most competitive markets. This trial highlights that through network sharing, operators can drive efficiencies, lower costs and bring the myriad benefits of 5G to businesses and consumers quickly. We hope that this trial demonstrates to operators around the world that there are multiple options open to them to get their 5G networks up and running quickly and at the lowest possible cost.”
Georg Svendsen CTO at Telenor, said: “Network sharing is a clear strategic priority for Telenor to continuously deliver one of the best mobile networks in the world, supporting safe and reliable connectivity to our private and business users.”
Henrik Kofod CTO at Telia Denmark, said: “This is a major step on our 5G journey, and I really look forward to start testing with real customers and understanding how 5G can provide true value for them. I hope this will inspire other operators in the Danish market to move in the same direction. Network sharing is a great choice when it comes to building sustainable 5G networks. When we maximize our resource utilization, we lower our carbon footprint and optimize our investments.”
Ericsson has announced that its unique dynamic spectrum sharing solution is commercially available, allowing communications service providers to quickly and cost-effectively launch 5G on a nationwide scale.
Ericsson Spectrum Sharing enables both 4G and 5G to be deployed in the same band and on the same radio through a software upgrade and dynamically allocates spectrum based on user demand on a 1 millisecond basis. Ericsson’s dynamic spectrum sharing is the most economically feasible way to deploy 5G on existing bands – enabling wide 5G coverage from day one – making more efficient use of spectrum and enabling superior user performance.
Fredrik Jejdling, Executive Vice President and Head of Networks, Ericsson, said, “For the first time, our customers do not have to re-farm spectrum before deploying a new ‘G’ and can quickly get 5G on the same footprint as they have with 4G today. In the next 12 months, more than 80 percent of the commercial 5G networks we support will use our spectrum sharing solution to achieve broad 5G coverage.”
“Spectrum is a scarce and costly resource that should be used efficiently. Ericsson Spectrum Sharing will mean that service providers can rapidly roll out 5G on their FDD bands without the need to re-invest. It means they can use both their new and existing bands for 5G high-speed, high-capacity services. Dynamically allocating spectrum between 4G and 5G is going to be the best way to start deploying 5G,” said Julian Bright, Senior Analyst, Ovum/Omdia.
ESS live with multiple service providers
With Ericsson as its sole mobile network vendor and strategic partner, Swisscom was the first communications service provider in Europe to launch commercial 5G services in April 2019. In December 2019, Swisscom achieved nationwide 5G coverage and is upgrading their network with Ericsson Spectrum Sharing.
Christoph Aeschlimann, Head of IT, Network & Infrastructure Group division, Swisscom, says: "ESS is key for a fast adoption of 5G. It's a win-win approach for customers and operators. Customers benefit from 5G in no time and operators use their precious spectrum in a most efficient manner. We are proud of being part of the ESS journey from the very beginning. In the meantime, we already reached a nationwide coverage with 90 percent of the population with 5G."
In May 2019, Telstra launched its commercial 5G network in Australia and has now rolled out 5G coverage in 32 metropolitan and regional cities around the country with the help of Ericsson, its key 5G network partner.
“Ericsson Spectrum Sharing will continue to play a crucial role in helping Telstra pave the way for a faster rollout of 5G, allowing us to serve the needs of 4G and 5G customers in the same location at the same time. These milestones are especially important for Telstra and the Australian landscape, where expanding 5G coverage over wide areas quickly and efficiently are key to providing more Australians with access to 5G services,” said Channa Seneviratne, Network and Engineering Infrastructure Executive, Telstra.
After going commercially live with 5G on 3.5 GHz band in Doha, Ooredoo is taking the next step to make its ‘Supernet’ fully 5G-enabled across the country with Ericsson Spectrum Sharing.
Waleed Al Sayed, Chief Executive Officer, Ooredoo Qatar, said, “As we take the next leap into being connected, Ericsson Spectrum Sharing comes as a unique innovation that dynamically shares spectrum between 4G and 5G carriers based on traffic demand. This enables us, as mobile operators, to use our spectrum assets efficiently by driving 5G-wide coverage roll-out quickly, smoothly and cost efficiently. This will help us achieve our strategic objectives, enabling us to enhance our customers’ internet experience and enrich their digital lives.”
Polish service provider, Play, has deployed Ericsson Spectrum Sharing on its commercial network.
Jean Marc Harion, CEO of Play, says: "The 5G network in Legionowo is yet another proof of Play’s technological advancement in 5G and an important milestone in our strategy to continuously expand and modernize our network. With Ericsson Spectrum Sharing, we are taking a significant step towards being ready for commercial introduction of 5G when the devices become available.”
Ericsson Spectrum Sharing software can run on any of the five million 5G-ready radios Ericsson has shipped since 2015. Ericsson has been collaborating with ecosystem chipset partners including Qualcomm Technologies Inc., a subsidiary of Qualcomm Incorporated, on advancing dynamic spectrum sharing using mobile devices powered by Qualcomm® Snapdragon™ 865 and 765 Mobile Platforms with Snapdragon 5G Modem-RF Systems, and MediaTek (Dimensity 1000) as well as key device makers like Oppo, Sony, Xiaomi, LG, vivo and WNC (Wistron NeWeb Corp.) to scale the solution globally.
Nokia announced the launch of new end-to-end slicing network functionality for 4G and 5G New Radio (NR) – the first vendor to offer this capability. The solution will support connectivity from 4G and 5G devices over the sliced network to applications running in private and public clouds and will be available this summer.
Nokia’s new solution enables operators to start building their network slicing business today with LTE and 5G NR. The slicing capability can be deployed via a software upgrade into existing LTE and 5G non-standalone (NSA) networks and subsequently 5G standalone (SA) networks. The slicing continuity between LTE and 5G NR allows operators to maximize their network coverage for new mobile connectivity services.
The solution provides sliced mobile broadband connectivity from device to radio, transport, core, all the way to applications in private and public networks and the cloud. The user and service-aware slicing functionality has been introduced to Nokia radio access products for the first time and is also supported in Nokia transport and core products with control, management and assurance systems. Solution supports all 4G and 5G devices and works in a multi-vendor environment.
Nokia’s slicing solution is being developed in collaboration with leading operators A1 and Telia. It delivers new value and business opportunities for enterprises, as well as for the Internet of Things, fixed wireless access, applications and content related services. It enables new mobile end-to-end services with logical connections, security, quality and traffic management with a seamless service continuity across 4G and 5G networks. Private wireless slicing also opens up new network functionalities for different applications, such as surveillance and automation.
Nokia is already trialing live 4G/5G slicing use cases with customers powered by a unique Software Defined Network (SDN) radio slice controller as well as a transport slice controller. The trial includes a Nokia cloud packet core slice orchestrator to support network deployment automation as well as an SD-WAN software solution providing a managed 4G/5G network slice to private and public cloud services. Nokia assurance systems are used to verify per slice KPIs as a part of Nokia’s E2E service orchestration.
Tommi Uitto, President of Mobile Networks, Nokia, said, “Working closely with our customers to develop new technologies and business opportunities is hugely important to Nokia. 4G/5G slicing enables multiple new use cases which operators can start building now to create new revenue streams.”
Charles Yang, President for Huawei Middle East, commented on the US allegations deeming them to be unfounded and reaffirms the tech behemoth’s commitment to value creation with local telecom, enterprise, and government partners.
Despite the challenges posed by a US entity list ban, Huawei’s top executive in the Middle East said at a press conference in Oman that the region’s geographic location is strategically beneficial for the company in the way that it works closely with both governments and the private sector to advance security, collaboration, and innovation for the digital era.
The comments by Charles Yang, President of Huawei Middle East, come at a time when Huawei remains the world’s largest telecommunications-equipment manufacturer, a top global smartphone and smart device brand, and a digital solutions provider to thousands of companies in sectors like finance, transportation, energy, and government.
Within the region, ICT is also becoming a national basic infrastructure as technologies like 5G, AI, and cloud computing act as drivers for digital transformation.
According to Yang, Huawei has been leading 5G expansion in the Middle East as part of the first wave of deployments worldwide, and will focus on vertical industry, ecosystem, and 5G talent development in 2020. This has been powered by investments of USD4 billion in 5G research since 2009.
The company is also bringing its 5G OpenLab concept to the Middle East, providing the local ICT sector with an environment in which it can experience, innovate, and verify the latest 5G applications with operators and partners.
“The downward pressure on many regional economies and even the global market has intensified in 2019 and the start of 2020. All of us need to dig deep into the opportunities presented by digital transformation. Most organizations across the Middle East now recognize the value that can be created by this transformation, and as such, it is a key region for Huawei in terms of technology collaboration, innovation, and developing business models suited to the digital era,” said Yang.
As a result of its R&D investment focus, Huawei has been able to lead the deployment of 5G technologies globally with more than 700 cities and 228 Fortune Global 500 companies having chosen Huawei as their digital transformation partner. As part of its efforts to lead new technology ecosystems, Huawei also recently released its Huawei Mobile Services (HMS) Core 4.0 platform, marking an important milestone for Huawei in building a set of applications and services for its consumer device ecosystem.
Central to its R&D strategy has been a long-term knowledge transfer program to develop talent in the Middle East, for the Middle East, according to Yang. That requires technology leaders working with customers, partners, developers, industry alliances, and standards organizations to build an interdependent ecosystem that fosters shared growth.
For its part, Huawei's flagship ‘Seeds for the Future’ program and annual ICT Competition program will continue in the Middle East in 2020 and support creativity among ICT students to increase national competitiveness.
Alongside 5G innovation and talent development, Yang recognized that cybersecurity does remain a vital issue for the region’s ICT industry.
When asked about the challenges posed to Huawei specifically by the current US administration, Yang responded, “Our Rotating Chairman, Eric Xu, recently observed that some state actors may continue to suppress the development of leading technologies. They are choosing to build walls rather than connecting people and ideas. Despite concerted efforts by some to keep us down, I think many of us feel a renewed sense of purpose and value at Huawei.”
He added that Huawei is only an equipment supplier and that accessing customer networks without their authorization and visibility would be impossible. On a practical level, Huawei does not have the ability to bypass carriers, access control, and take data from their networks without being detected by all normal firewalls or security systems.
“Today cybersecurity is an issue for all countries, governments, and companies. It is also a journey—not a destination. As such, we need measures in place applying to telecom operators and equipment suppliers so that there is an objective, verifiable basis for knowing which products and services are worthy of the public’s trust. Our customers and us see this as a strategic priority,” added Yang.
The executive noted that Huawei has long committed to helping partners in the region to address cybersecurity challenges and has been a partner of choice for telecom carriers for 5G network development through a broad range of end-to-end solutions. Yang also said that Huawei is ready to sign no-spy, no-backdoor agreements with any and all entities in the Middle East region.
In the last few months, Huawei has been approved to continue supplying 5G technologies in markets such as the UK and the European Union, with countries like Germany and France also accepting Huawei 5G despite US pressure. Abraham Liu, Huawei Chief Representative to the EU Institutions, has confirmed that Huawei is working with European governments to develop common standards to strengthen the security and reliability of those networks.
Huawei has also confirmed that it has no cooperation with the company Crypto AG. A recent report by the Washington Post noted that the CIA used Crypto AG to covertly access telecom networks worldwide, spying on other countries for decades.
Australia cybersecurity expert Hank Wolfe has also documented how the US National Security Agency rigged encryption systems sold by Crypto AG, enabling the agency to read the coded diplomatic and military traffic of more than 120 countries.
Verizon has opened a new 5G Lab and production studio in London – the company’s first 5G-enabled facility outside the United States – to support its international business and media customers. The Lab, which is now open for business, is based at Verizon’s Mid City Place office in central London, and offers a live Verizon 5G-enabled environment where organizations can develop and test 5G applications and experiences.
US operator Verizon sought to extend its 5G reach beyond its home market, opening a laboratory in the UK where it can experiment and share ideas for next generation use cases with international partners. European investment enables Verizon to more easily share 5G leadership and expertise with companies based outside the U.S.
Verizon’s 5G Labs are designed to offer technology innovators a space to grow the 5G ecosystem. Start-ups, academics, companies and organizations work with Verizon in the Labs to explore the boundaries of 5G network technology, co-create new applications and hardware, and rethink what’s possible in a 5G world. The potential use cases include exploring how autonomous vehicles, smart communities, virtual healthcare, smart manufacturing, the industrial Internet of Things, immersive education, augmented and virtual reality and responsive gaming can be enhanced with 5G's super fast speeds, massive bandwidth and low latency.
Verizon’s London Lab enables the company to share its experience and expertise in 5G-enabled application delivery with companies based outside the U.S. Organizations visiting the Lab can see existing 5G use cases and experiences in action, and can also work with the Verizon team to develop 5G-enabled applications.
“Verizon has proven expertise in delivering 5G in the U.S.,” said Tami Erwin, Group CEO, Verizon Business. “One of the best ways of unleashing the true possibilities of 5G is getting it into the hands of innovators and visionaries. Our London facility enables our international customers to benefit from this expertise as they look to deploy 5G-enabled applications and experiences.”
The London Lab showcases a selection of 5G-enabled use cases across a number of different verticals, including advertising and entertainment, education, manufacturing, medical, retail, utilities and venues. These include a mobile command center, an augmented shopping experience and smart retail shelving, intelligent asset management and AR-enabled workspace reimagining.
In addition, Verizon will open a 5G-enabled production studio in London in April 2020 to complement the 5G Lab facility. The studio will offer a space where Verizon Media’s owned and operated brands, as well as its partners and customers, can produce premium quality, 3D content including virtual and augmented reality experiences using state-of-the-art facilities like volumetric capture, motion capture and AR broadcast. It is also 5G-enabled, providing an incubator space for innovative creative companies to test and learn about how they can build content in the future that benefits from its capabilities to transmit massive amounts of data almost instantaneously.
Guru Gowrappan, CEO, Verizon Media said: “Our 5G Studio, powered by RYOT’s platform, in Los Angeles was the world’s first 5G production studio when it opened last year, and now we are opening a new studio in London, offering all the same incredible next-generation content production facilities and platform. The new London studio represents our continued commitment to give our consumers access to premium next-generation experiential content across our global ecosystem of brands. As we move from a 2D world into a world that includes 3D content, Verizon Media is providing our publishers and advertisers access to a cutting-edge technology platform, giving them the ability to experiment with 5G, and providing the means to distribute them at scale.”