Verizon Service Designer

Verizon Integrated Service Design Module is a unified platform that provides enterprise customers with an intuitive visual design tool for ETGCVKPI complex legacy and next generation networks, such as Software Defined Networks and Network Functions Virtualization (NFVs).

Spotlight

Network for Learning (N4L)

Network for Learning (N4L) connects more than 2400 schools across New Zealand to fast, reliable, safe, uncapped internet via our Managed Network. The service is fully funded and managed for schools, allowing every student and teacher seamless access to the internet, regardless of where they go to school. We work alongside government, education and technology partners to help schools get the most from digital connectivity.

OTHER ARTICLES
Enterprise Mobility

Ericsson’s 5G platform adds unique core and business communication capabilities

Article | June 15, 2023

To leverage the full benefits of 5G and cloud native investments, orchestration and automation are now a critical matter of business. Ericsson’s 5G platform is now being strengthened with new solutions that enable smarter business. David Bjore, Head of R&D and Portfolio, Business Area Digital Services, Ericsson, says: “Through our core networks, service providers can get to market faster and can capitalize on new services, through leading consumer and enterprise communication and monetization solutions, enabling them to stay ahead in the race for 5G business, today and tomorrow.”

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5G

Ericsson researchers top 4.3Gbps downlink on 5G millimeter wave

Article | May 18, 2023

With a technical specification comprising 8 component carriers (8CC) aggregating 800MHz of millimeter wave spectrum, Ericsson engineers achieved delivery rates of 4.3Gbps – the fastest 5G speed to date. Ericsson Radio System Street Macro 6701 delivered data with downlink speeds of 4.3Gbps over-the-air to an industry partner test device during interoperability testing. The commercial solution, including network and terminal support, will be available to 5G consumers during 2020.

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Enterprise Mobility, Mobile Infrastructure

Intelligence Brief: How is 5G changing network ownership?

Article | June 16, 2023

5G necessitates a different network strategy. Unlike previous generations, 5G deployment is not only about adding more sites and increasing backhaul capacity. In fact, it is more about rethinking the whole network architecture to make it agile. The high capacity requirements of 5G will necessitate the use of small cells in cities and areas of high footfall (such as airports) to complement national macro networks. Private networks (for example to sell into enterprise customers) and the concept of a neutral host (such as for sports stadiums) are further examples of diversification.

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5G Needs Edge Computing to Deliver on Its Promises

Article | February 11, 2020

Edge computing will be a key enabler for 5G to deliver on its bandwidth and latency requirements. In the short term, it can enable developers to provide a “5G experience” at scale. In the long term, it will be necessary to optimise customer experience for real-time, data hungry applications. Telecoms operators have reported that 5G in the lab can deliver network speeds that are more than twenty times faster than LTE1. But, this does not reflect the experience of the average user. And 5G roll out in many countries will be limited in terms of coverage and capabilities for several more years, given that the ultra-low latency standards will only be revealed in 3GPP’s Release 16 later this year. This is why it is likely that, for 5G to deliver on its promises, it must be coupled with edge computing.

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Spotlight

Network for Learning (N4L)

Network for Learning (N4L) connects more than 2400 schools across New Zealand to fast, reliable, safe, uncapped internet via our Managed Network. The service is fully funded and managed for schools, allowing every student and teacher seamless access to the internet, regardless of where they go to school. We work alongside government, education and technology partners to help schools get the most from digital connectivity.

Related News

Accedian Launches Analytics Platform to Provide Front-End View of Its Data

SDxCentral | October 29, 2018

Accedian launched a service analytics platform, DataHub IQ, to extract granular insights from the active and passive network and application performance data generated by its performance monitoring platform Skylight. Skylight is a virtualized network services platform that provides service activation testing, network fault isolation, bandwidth monitoring, and service assurance functions. It also applies NFV monitoring capabilities at various locations including on premises, at a central location, or at the network core. The Skylight platform combines active and passive testing capabilities, but according to Tom Foottit, the senior manager of network analytics at Accedian, the company lacked a tool that could take all the data it was creating and analyze it to provide insight and predict network issues. Accedian tried letting customers use existing analysis tools on their networks, but it wasn’t successful so it decided to build its own platform. “The vast majority of deployed software in this space was designed and built off technology that is at least a decade old in many cases, if not more,” Foottit said. “The primary difference is they weren’t built to handle large volumes of time series data.” The DataHubIQ augments granular Accedian performance statistics with network data from other vendors and network sources. In order to handle the large volumes of time series data, Accedian built a big data, machine learning, artificial intelligence (AI) stack into the software using open source technologies and algorithms. This AI stack enables it to perform pattern detection, anomaly detection, and data correlation in real-time. Accedian used technologies from Apache for open source big data and time series data stock including Apache Druid, Apache Spark, and Apache Kafka.

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F5 Networks Offers VNF Manager to Simplify Network Functions Virtualization

Virtualization Review | August 16, 2018

F5 Networks unveiled a new VNF Manager that it says is designed to simplify network functions virtualization (NFV) for service providers and mobile operators moving to software-defined networking environments. Such organizations, the company said, can leverage the functionality of the new virtualized network functions tool within its preconfigured, prepackaged solution that automatically deploys, scales, manages and decommissions network services according to evolving needs. In announcing the new NFV functionality, the company touted what it described as a simplified, pay-as-you-go, capacity-based consumption and pricing model. The company said it aims to alleviate burdensome complexities that come with configuring software-based infrastructures, which are a key tenet of NFV and the related software-defined networking (SDN) approach. As part of that initiative, the company said it also supports customers' existing orchestration solutions for streamlined integration with open and extensible APIs. In describing simplified operations, the company said, "Network planning, sizing and deployments can be accelerated with F5's capacity-based consumption models and automation features, maximizing operational flexibility around elements such as the mobile core and virtual edge. In addition, the solution enables portable VNFs that can be easily moved as needed throughout the network." F5 said its VNF portfolio will continue to expand with new offerings that will be available next month, along with the new VNF Manager. It didn't provide specific pricing information, directing interested organizations to contact a local sales office for country-specific details about product availability.

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SDN, NFV, 5G Part of AT&T’s 2018 Capex Splurge

SDxCentral | August 07, 2018

AT&T’s SDN, NFV, and 5G plans will eventually allow the carrier to reduce capex that is currently running at an escalated clip. That pace is being propelled by those network plans as well as integration costs tied to recent acquisitions. Speaking at the Oppenheimer Technology, Internet, and Communication Conference this morning, AT&T CFO John Stephens fielded questions about the carrier’s capex forecasts. As part of its most recent quarterly earnings release, AT&T noted it expected total 2018 capex of around $25 billion. The carrier spent $21.6 billion on capex last year, and $22.4 billion in 2016. By contrast, rival Verizon recently said it was on track to spend around $17 billion on capex this year. Stephens said part of that investment was tied to its ongoing efforts to gain SDNcontrol of 75 percent of its network assets by 2020. Those efforts remain on track and are expected to eventually reduce total capex. “But once you get there those investments you are making to achieve that goal ebb out. They either come down or effectively stabilize,” Stephens said. “So then you have the full benefit of that.” 5G Prep: AT&T is also looking to eventually drive down 5G deployment costs. Stephens noted that current network upgrades will allow the carrier to perform software upgrades to its sites to activate 5G services. He explained that was part of the carrier’s NFV story as well. “That leads you to the ability to bring down capex,” Stephens said. The carrier does, however, remain committed to a mobile 5G future instead of a fixed 5G business case. Stephens said that the carrier’s extensive fiber deployment reduces its business case for a fixed 5G service that would end up being a more expensive proposition for customers. “We can do that and our technologists have the capability to line it up, so we are clearly capable and ready to do that,” Stephens said, adding that at this point it was just a cost equation in terms of serving a neighborhood with a fixed 5G service. AT&T is planning to launch a mobile 5G service in a dozen markets this year. That deployment will be based upon the 3GPP non-standalone 5G NR standard. Those plans are in contrast to rival Verizon, which is focusing its initial 5G deployments on a fixed service that would be similar to a home broadband offering.

Read More

Accedian Launches Analytics Platform to Provide Front-End View of Its Data

SDxCentral | October 29, 2018

Accedian launched a service analytics platform, DataHub IQ, to extract granular insights from the active and passive network and application performance data generated by its performance monitoring platform Skylight. Skylight is a virtualized network services platform that provides service activation testing, network fault isolation, bandwidth monitoring, and service assurance functions. It also applies NFV monitoring capabilities at various locations including on premises, at a central location, or at the network core. The Skylight platform combines active and passive testing capabilities, but according to Tom Foottit, the senior manager of network analytics at Accedian, the company lacked a tool that could take all the data it was creating and analyze it to provide insight and predict network issues. Accedian tried letting customers use existing analysis tools on their networks, but it wasn’t successful so it decided to build its own platform. “The vast majority of deployed software in this space was designed and built off technology that is at least a decade old in many cases, if not more,” Foottit said. “The primary difference is they weren’t built to handle large volumes of time series data.” The DataHubIQ augments granular Accedian performance statistics with network data from other vendors and network sources. In order to handle the large volumes of time series data, Accedian built a big data, machine learning, artificial intelligence (AI) stack into the software using open source technologies and algorithms. This AI stack enables it to perform pattern detection, anomaly detection, and data correlation in real-time. Accedian used technologies from Apache for open source big data and time series data stock including Apache Druid, Apache Spark, and Apache Kafka.

Read More

F5 Networks Offers VNF Manager to Simplify Network Functions Virtualization

Virtualization Review | August 16, 2018

F5 Networks unveiled a new VNF Manager that it says is designed to simplify network functions virtualization (NFV) for service providers and mobile operators moving to software-defined networking environments. Such organizations, the company said, can leverage the functionality of the new virtualized network functions tool within its preconfigured, prepackaged solution that automatically deploys, scales, manages and decommissions network services according to evolving needs. In announcing the new NFV functionality, the company touted what it described as a simplified, pay-as-you-go, capacity-based consumption and pricing model. The company said it aims to alleviate burdensome complexities that come with configuring software-based infrastructures, which are a key tenet of NFV and the related software-defined networking (SDN) approach. As part of that initiative, the company said it also supports customers' existing orchestration solutions for streamlined integration with open and extensible APIs. In describing simplified operations, the company said, "Network planning, sizing and deployments can be accelerated with F5's capacity-based consumption models and automation features, maximizing operational flexibility around elements such as the mobile core and virtual edge. In addition, the solution enables portable VNFs that can be easily moved as needed throughout the network." F5 said its VNF portfolio will continue to expand with new offerings that will be available next month, along with the new VNF Manager. It didn't provide specific pricing information, directing interested organizations to contact a local sales office for country-specific details about product availability.

Read More

SDN, NFV, 5G Part of AT&T’s 2018 Capex Splurge

SDxCentral | August 07, 2018

AT&T’s SDN, NFV, and 5G plans will eventually allow the carrier to reduce capex that is currently running at an escalated clip. That pace is being propelled by those network plans as well as integration costs tied to recent acquisitions. Speaking at the Oppenheimer Technology, Internet, and Communication Conference this morning, AT&T CFO John Stephens fielded questions about the carrier’s capex forecasts. As part of its most recent quarterly earnings release, AT&T noted it expected total 2018 capex of around $25 billion. The carrier spent $21.6 billion on capex last year, and $22.4 billion in 2016. By contrast, rival Verizon recently said it was on track to spend around $17 billion on capex this year. Stephens said part of that investment was tied to its ongoing efforts to gain SDNcontrol of 75 percent of its network assets by 2020. Those efforts remain on track and are expected to eventually reduce total capex. “But once you get there those investments you are making to achieve that goal ebb out. They either come down or effectively stabilize,” Stephens said. “So then you have the full benefit of that.” 5G Prep: AT&T is also looking to eventually drive down 5G deployment costs. Stephens noted that current network upgrades will allow the carrier to perform software upgrades to its sites to activate 5G services. He explained that was part of the carrier’s NFV story as well. “That leads you to the ability to bring down capex,” Stephens said. The carrier does, however, remain committed to a mobile 5G future instead of a fixed 5G business case. Stephens said that the carrier’s extensive fiber deployment reduces its business case for a fixed 5G service that would end up being a more expensive proposition for customers. “We can do that and our technologists have the capability to line it up, so we are clearly capable and ready to do that,” Stephens said, adding that at this point it was just a cost equation in terms of serving a neighborhood with a fixed 5G service. AT&T is planning to launch a mobile 5G service in a dozen markets this year. That deployment will be based upon the 3GPP non-standalone 5G NR standard. Those plans are in contrast to rival Verizon, which is focusing its initial 5G deployments on a fixed service that would be similar to a home broadband offering.

Read More

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