Showing posts with label Nokia. Show all posts
Showing posts with label Nokia. Show all posts

Thursday, January 18, 2024

Zayo carries 800G wavelength over 1866km with Nokia

Zayo transmitted 800Gb/s over a single wavelength from Los Angeles to El Paso (TX), a span of 1,866km, using Nokia’s sixth-generation Photonic Service Engine super-coherent optics (PSE-6s). 

The companies also achieved a 1 Tb/s transmission on Zayo’s LA to Phoenix route over 1004km, also using the Nokia PSE-6s.

The trial used Nokia’s PSE-6s implemented in the 1830 PSI-M compact modular transport platform equipped with production-ready DMAT6 line cards. 

Nokia says the 800Gb/s transmission represents a tripling in reach over current 7nm solutions and sets a new North American distance record over a live network. In addition, the 1Tb/s transmission between LA and Phoenix over 150GHz WDM channels shows the ability to reach even higher capacity per wavelength on high-traffic routes.

Aaron Werley, Vice President of Technology at Zayo, said: “As a communications infrastructure leader, Zayo remains at the forefront of network connectivity. We continuously invest in our cutting-edge infrastructure to ensure a future-ready network. The infrastructure projects we have, and continue to complete to advance connectivity between key cities, involves the deployment of new 800G and higher-speed routes. Nokia's PSE-6s coherent technology allows Zayo to offer ever-increasing commercial Wavelength speeds, including enabling our industry-first Waves on Demand offering, so when customers demand innovative, higher-bandwidth solutions, the capacity is there for them.”

James Watt, Vice President and General Manager, Optical at Nokia, said: “Nokia is very pleased with the performance of the PSE-6s in the trial and its ability to enable 800G everywhere and deliver 1T between key cities over long spans at over 1000km. We are delighted to partner with Zayo on this achievement in preparation for growing network demand. With the PSE-6s, the Nokia optical portfolio pushes the limits of super-coherent performance to deliver massive network scale and service reach while ensuring more sustainable growth.”

https://www.nokia.com/about-us/news/releases/2024/01/18/nokia-and-zayo-achieve-new-north-american-distance-record-for-800gbs-transmission-on-live-network/

Thursday, November 2, 2023

Portugal’s LigaT deploys 400GE-capable backbone based on Nokia 7750

LigaT will deploy  a 400GE-capable network across Portugal using Nokia’s 7750 Service Router (SR) and 7250 Interconnect Router (IXR) systems.

The new infrastructure allows LigaT, a regional ISP offering multi-play media services to consumers throughout Portugal, to connect its sites from different cities for the delivery of its internet services.

Pau Nadeu Rabat, founder and CTO at Network Hero, said: “It is a pleasure to work with innovative companies like LigaT who push the envelope of innovation and demand to deploy networking solutions that are built from cutting-edge routing technology.”

https://www.nokia.com/about-us/news/releases/2023/11/02/nokia-selected-by-ligat-to-power-its-national-ip-core-and-transport-network/


Thursday, August 3, 2023

Nokia turns to Sanmina to build fiber broadband products in USA

Nokia announced a partnership with Sanmina to manufacture fiber-optic broadband network electronics products and optical modules in the U.S. for use in the Broadband Equity, Access and Deployment (BEAD) program. 

Nokia’s plans for U.S manufacturing will include:

  • Optical Line Termination card for a modular Access Node
  • A small form factor OLT
  • OLT optical modules
  • An “outdoor-hardened” Optical Network Terminal (ONT)

Sanmina will expand its state-of-the-art manufacturing facility in Pleasant Prairie, Wisconsin, adding about 200 jobs.

The investment comes in the wake of the Biden administration’s Broadband Equity, Access and Deployment (BEAD) program and the Build America Buy America Act, which were enacted as part of the Infrastructure Investment and Jobs Act. 

Pekka Lundmark, President and CEO of Nokia, said: “At Nokia, we create technology that helps the world act together. We are committed to connecting people and communities. However, many Americans still lack adequate connectivity, leaving them at a disadvantage when it comes to accessing work, education and healthcare. Programs like BEAD can change this. By bringing the manufacturing of our fiber-optic broadband access products to the U.S., BEAD participants will be able to work with us to bridge the digital divide. We look forward to bringing more Americans online.”


Tuesday, July 25, 2023

Xcel Energy deploys Nokia private LTE

U.S.-based Xcel Energy will deploy a Nokia private LTE network to help modernize grid operations to better serve customers across the company’s eight-state service area. T

Nokia will design and integrate the network leveraging Xcel Energy’s choice of Anterix 900 MHz spectrum based on the Nokia Modular Private Wireless (MPW) solution combined with Nokia Operational Support Systems (OSS). The solution will leverage Xcel Energy’s existing high-performance Nokia IP/MPLS infrastructure.

The advanced grid will enable an enhanced user experience for Xcel Energy’s 3.7 million electricity customers in Colorado, Michigan, Minnesota, New Mexico, North and South Dakota, Texas and Wisconsin. Customers will have greater transparency and control over their energy use leveraging smart meters and online tools.

Nokia notes that it has now has deployed mission-critical networks to over 2,600 enterprise customers across industry sectors including energy utilities, ports, mines, manufacturers and logistics companies.

https://www.nokia.com/about-us/news/releases/2023/07/25/nokia-deploys-private-lte-for-xcel-energys-grid-modernization-in-the-united-states/

Sunday, July 16, 2023

Citing lower demand, Nokia lowers net sales outlook

Citing weaker demand due tp both the macro-economic environment and customers’ inventory digestion, Nokia lowered its financial outlook based on preliminary Q2 results, saying its now expects to report net sales of approximately EUR 5.7 billion, flat year-on-year on a constant currency basis with a comparable operating margin of approximately 11%. Nokia’s operating profit in Q2 benefitted from approximately EUR 80 million related to catch-up net sales in Nokia Technologies.

Nokia is lowering its full year net sales outlook to a range of EUR 23.2 billion to EUR 24.6 billion (previously EUR 24.6 billion to 26.2 billion) and narrowing its comparable operating margin range outlook to 11.5% to 13% (previously 11.5% to 14%). The changes are related to Nokia’s Network Infrastructure and Mobile Networks business groups.

Nokia said its customer spending plans are increasingly impacted by high inflation and rising interest rates along with some projects now slipping to 2024 – notably in North America. There is also inventory normalization happening at customers after the supply chain challenges of the past two years.

Nokia will release its second quarter and half year 2023 financial results on Thursday 20 July 2023.

https://www.nokia.com/about-us/news/releases/2023/07/14/inside-information-nokia-lowers-net-sales-and-narrows-operating-margin-outlook-for-2023/

Thursday, June 29, 2023

Nokia extends mmWave 5G at 2 Gbps over 11 km

Nokia achieved sustained average downlink speeds of over 2 Gbps using millimeter wave (mmWave) spectrum and 5G Fixed Wireless Access (FWA), over a distance of 10.86 kilometers. 

The test, which was carried out at the OuluZone test facility in Oulu, Finland, used Nokia’s AirScale baseband and AirScale 24GHz (n258 band) mmWave radio and a Nokia FastMile 5G PoC CPE (customer premises equipment). Testing involved eight component carriers (8CC) in the downlink, aggregating 800MHz of mmWave spectrum. This enabled a top downlink speed of 2.1 Gbps, and an uplink speed of 57.2 Mbps.

Ari Kynäslahti, Head of Strategy and Technology at Nokia Mobile Networks, said: “We just set a new speed record for extended range 5G mmWave. This demonstrates that mmWave solutions will be an essential building block for operators to efficiently deliver widespread, multi-gigabit 5G broadband coverage to their customers in urban, suburban, and rural areas, complementing sub-6 GHz spectrum assets. This is a substantial achievement that reflects how we are constantly innovating and evolving our 5G services and solutions.”

https://www.nokia.com/about-us/news/releases/2023/06/26/nokia-hits-extended-range-mmwave-5g-speed-record-in-finland/

Monday, March 27, 2023

Nokia extends AVA Energy software to data centers, base stations

Nokia has upgraded its multivendor AVA Energy efficiency software with enhanced algorithms and power saving measures to now enables CSPs to lower power consumption in their data centers, in addition to network base stations, batteries, and air conditioning units in telco networks.

Nokia estimates its updated AVA Energy efficiency software can reduce power usage of up to 30%, up about 10 percentage points relative to the original software, based on customer testing. The enhanced tool allows operators to shutdown idling and unused equipment automatically through the algorithms, with the option to completely disconnect hardware through remote power control modules.

Nokia's AVA Energy efficiency software is deployed in  more than 50 completed or active energy saving projects with CSPs around the world, as companies look to lower overall energy costs while addressing environmental sustainability issues in their operations.

CSPs spend between 3% and 20% of their total revenue on energy costs, according to Analysys Mason’s recently published report, “Taming increased energy usage: the key role of AI-based energy efficiency solutions”.

Hamdy Farid, Senior Vice President, Business Applications at Nokia, said: “Nokia’s investment in new and better solutions never stops and this upgrade to Nokia AVA Energy efficiency demonstrates not only the superior level of our software capabilities, but also Nokia’s broader commitment to cut carbon emissions across its value chain.”  

https://www.nokia.com/networks/bss-oss/ava/energy-efficiency/

Wednesday, March 22, 2023

AT&T tests Nokia's Open RAN compliant near real-time RIC

AT&T completed a test of Nokia's near real-time RAN Intelligent Controller (RIC) xApps with the native E2 interface. 

The trial was implemented on Nokia’s commercial near real-time RIC platform, running on Nokia AirScale base stations on AT&T’s network. 

In this trial, near real-time xApps utilized E2SM Policy Services to dynamically perform targeted RAN optimization. The benefit of near real-time RIC is that it can optimize services for specific user groups, different frequency layers, or based on Quality of Service (QoS) Class Identifiers in 5G networks. Nokia’s near real-time RIC platform and xApps also bring capabilities to utilize existing interfaces to enable RAN optimization use cases that suit the operator networks.

Robert Soni, VP – RAN Technology at AT&T said: “AT&T is excited about the potential benefits offered by the O-RAN E2 interface. We are pleased to see the maturing of the Nokia Service Enablement Platform in consecutive trials over the last few years. The results of the trial demonstrated that E2 interface allows RAN policies to be updated several orders of magnitude faster than through legacy OAM interfaces, and thus unlocking new methods for RAN optimization.”

https://www.nokia.com/about-us/news/releases/2023/03/20/nokia-and-att-leverage-advanced-intelligence-of-the-open-ran-compliant-near-real-time-ran-intelligent-controller-with-native-e2-in-successful-trial/

Thursday, February 23, 2023

Nokia supplies 5G Standalone Core for Comcast

Nokia will supply its 5G Standalone Core to Comcast to deliver new seamless connectivity for Xfinity Mobile and Comcast Business Mobile customers.

The deployment includes Nokia's 5G Stand Alone Core networking software, including Packet Core, delivering near zero touch automation and ultra low latency capabilities, as well as operations software and consulting services. These offerings will support Comcast’s efforts to deliver enhanced 5G access to consumer and business customers in the U.S. using Citizens Broadband Radio Service (CBRS) and 600 MHz spectrum. This will supplement Comcast's existing Xfinity WiFi network and cellular network partnership with additional targeted 5G coverage in certain high-traffic areas within its service territory. 

Fran Heeran, SVP & General Manager of Core Networks, Cloud and Network Services, at Nokia, said: “We are delighted to partner with Comcast and provide Nokia’s advanced 5G Core portfolio to deliver innovative 5G customer offerings securely, at scale, and with advanced operational efficiencies.”


Wednesday, February 8, 2023

Nokia expands Lab-as-a-Service for enterprises

Nokia is expanding its Lab-as-a-Service (LaaS) solution to include the validation testing of industrial user equipment and third-party devices connecting people and machines over Nokia digital automation cloud (DAC) and modular private wireless (MPW) networks. T

Nokia LaaS, which is supported by a dedicated device testing facility in Bangalore, India, will enable enterprise customers to assess how devices and equipment working over 4.9G/LTE and 5G private wireless networks, will support their implementation of Industry 4.0 use cases. Leveraging Nokia Digital Automated Cloud (DAC) and Modular Private Wireless (MPW) customers will be able to see how enterprise, third-party or Nokia Industrial devices such as handhelds, fieldrouters, dongles and wearables will connect machines and people and how that can advance their digitalization journey.

Device validation consists of standardized testing packages. Vertical segments will benefit from Nokia’s extensive network, connectivity knowledge and rapid access to a range of pre-tested validation services. Enterprises can ensure any device functions well within a Nokia private wireless environment, and guarantee they meet the performance requirements of any use case.

The new Nokia LaaS device validation capabilities complement an already extensive range of services supporting chipset, device manufacturers, communication service providers (CSPs) and enterprises who want to introduce new elements in their devices and networks. These include the development testing of equipment and applications, certification, proof of concept testing of solutions and features and factory acceptance testing.

Stephan Litjens, Vice President of Enterprise Campus Edge Solutions of Nokia, said: “Nokia is committed to supporting our enterprise customers to achieve their digitalization goals in the most intuitive ways. Device validation will be an essential part of Lab-as-a-Service, allowing them to accelerate service adoption. Enterprises will be able to experiment with devices, use cases, with no up-front investment, to see how they deliver the greatest value from their operations over private wireless networks using Nokia DAC or MPW. In addition, by opening the dedicated facility in Bangalore, we can extend these capabilities to even more enterprise customers across the world.”

Tuesday, January 24, 2023

Nokia and Samsung sign 5G patent license agreement

Nokia signed a new cross-license patent agreement with Samsung following the expiry of the previous agreement at the end of 2022.

Under the agreement, Samsung will make payments to Nokia for a multi-year period beginning 1 January 2023. The terms of the agreement remain confidential between the parties.

Jenni Lukander, President of Nokia Technologies, said: “Samsung is a leader in the smartphone industry, and we are delighted to have reached an amicable agreement with them. The agreement gives both companies the freedom to innovate, and reflects the strength of Nokia’s patent portfolio, decades-long investments in R&D and contributions to cellular standards and other technologies.”

https://www.nokia.com/licensing/

Friday, January 6, 2023

etisalat tests 100G PON with Nokia

Etisalat UAE has hosted a Nokia Bell Lab’s PON proof of concept (PoC) demonstration that achieved speeds up to 100 Gbps on a single wavelength -- four times faster than the most advanced 25G PON implementations today.

Nokia leverages digital signal processing (DSP) techniques to achieve 100 Gbps on a single wavelength. Nokia believes 100G could be commercially available in the 2030s.

The Nokia Bell Labs 100G PON prototype is the world’s first application of flexible rate transmission in a PON network. Flexible rate transmission works by grouping fiber modems (ONUs) that exhibit similar physical network characteristics (e.g., loss or dispersion) and makes data transmission more efficient. Using flexible rate transmission results in lower latency on a PON and cuts power consumption in half -- two essential characteristics for fiber networks that have a rapidly growing role in the massive delivery of fixed and mobile broadband services.

Marwan Bin Shakar, Senior Vice President/Access Network Development, etisalat by e& said: “Fiber networks are fast evolving into becoming the backbone of the entire telecommunications sector as they play an important role in delivering any service to any end point, including residences, businesses, and cell sites. As their use case evolves, they must become quicker, smarter, and more cost-effective. We are thrilled to have showcased a working prototype for 100G PON with Nokia. Our partnership with Nokia is a demonstration of our commitment to maximise value for our customers and bring positive change to their lives in the age of digitalisation. Through our partnership, we are looking forward to continuing our efforts in bringing in the best-in-class solutions to our customers and enabling the adoption of innovative technological solutions within the UAE and the region.”

Samer Makke, Head of the Customer Team for etisalat by e&, UAE, at Nokia, said: “etisalat by e& is a pioneering operator in the region and we are proud to have demonstrated our industry-first prototype technology with the company. Fiber broadband continues to evolve and will play a critical role in enabling services for enterprise customers, premium consumers, and supporting 5G rollouts. 10G XGS-PON is now mainstream; the first 25G city is a reality; and 50G and 100G are being developed. This just shows the unlimited potential of fiber broadband.”

http://www.nokia.com

Monday, December 19, 2022

Blueprint: Building wholesale networks with OTN

by Chris Janson, Product Marketing Manager, Optical Networking

As we ring in the new year, the transformation of business digitalization continues. We see enterprises increasingly dependent upon networks of highly connected devices and systems to control everything from customer transactions to just-in-time manufacturing. About a year ago, IDC outlined its predictions for 2022 digital transformation. In their report, they foresaw 50% of organizations had transformation plans in place by the end of 2022, and a year later, 90% of organizations would be prioritizing investments in digital tools that augment physical facilities. 

These things come as no surprise to those watching enterprises and their use of technology. Large retailers like Amazon continue to invest in regional warehouses with highly automated inventory control systems. Governments continue to roll out digital systems to control things like municipal parking lots and tax payments. Driving this adoption is the desire to provide better service at lower cost, taking advantage of enabling technologies such as IoT devices and handheld computing power in nearly everyone’s hands (i.e., your smartphone). The result is far-flung entities and their digitalized operations have one thing in common: the need for highly reliable and secure network connectivity. 

Implications for network connectivity

A common thread through any enterprise’s digitalized architecture is the need to connect independent devices and compute or storage capacity. This network aggregates mobile and IoT wireless devices onto an IP-optical wireline network. Modern cellular architecture offers high capacity, low latency, and very resilient performance which must be matched by the backbone network. At layer 3, IP-MPLS routing offers a powerful ability to steer traffic flows exactly where needed and while router capacity continues to grow in pace with demand, there will be a need to perform multiplexing and switching at lower network layers, in the physical backbone network. 

This backbone network needs to be capable of scale and capacity growth matched to the needs of the enterprise. Thirst for capacity has been expanding exponentially for years, demanding that IP-optical networks expand correspondingly. This need for scale has been met through higher capacity routing as well as higher capacity DWDM optical transport systems. Fiber capacities now commonly exceed 400Gbps per wavelength, with some systems now exceeding 1Tbps per wavelength. 

Line capacity is but one performance metric. Service providers must also consider the need for service flexibility, assurance, and security. Flexibility delivers various service protocols and speeds needed by each customer while ensuring performance at defined service level agreement tiers. At the same time, the service must be highly resilient to outages. The service also needs to be secure from theft and intrusion. Some large enterprises will insist that their traffic is logically, if not physically, separated from other user’s traffic. Encryption needs to be provided at the transport layer, which is safe from harvest now, and decrypt later attack in the presence of a practical quantum computer. 

Opportunity for service providers: retail or wholesale

These elements form simple requirements that a service provider needs to meet to enjoy a sizable market share in providing differentiated services to various enterprise customers. For the typical communication service provider (CSP), the question becomes: should they operate as a retail provider or partner with another provider as a wholesale provider? 

For reasons from regulation to the practicalities of customer support, a CSP may decide to set up as a wholesale service provider, working with a retailer to provide last-mile connectivity and customer support for local enterprise markets. This is a very practical solution that can help the CSP capture revenue which otherwise may be lost. Optical transport technology makes this business arrangement very practical to deploy and operate. 

OTN makes it practical

Optical Transport Networking, standardized in ITU-T G.709, provides a set of tools that service providers can deploy to help their wholesale business operate seamlessly. An Optical Transport Network (OTN) is ideally suited to provide an end-to-end solution for various service requirements that demand security, scalability, low latency and high availability. OTN improves network efficiency and utilization and can carry any traffic type including legacy services. The enhancement includes components common to DWDM systems – transponders, optical mux/demux modules, amplifiers – but OTN adds switching and grooming capabilities at layer 1. Multilayer optimization is achieved by using an optimal mix of electrical grooming and photonic transport for increased scalability and flexibility.

OTN incorporates coherent electro-optics to optimize reach and capacity over large metro, regional and long-haul networks as well as to scale solutions in the core. At the network edge, OTN solutions need to be compact, versatile and extend services all the way to customer premise sites to provide carrier-grade service demarcation with end-to-end service assurance. Modern OTN networks provide advanced control plane options for carrier-grade restoration and protection and are managed by advanced network automation and management tools.

In delivering a high-value, SLA-aware solution, OTN offers powerful yet practical tools for premium wholesale and business services with flexibility, security and guaranteed performance. The business services can span from network edge through metro aggregation and core for end-to-end connectivity. OTN delivers efficient aggregation and multiplexing of services that avoids cascading and complexity while supporting any topology mesh with fast service rollout. OTN services are flexible, with client interface and protocol versatility, using any-to-any service connectivity, and SLA-aware provisioning. OTN services are also reliable, with multi-failure restoration, secure through hard traffic isolation within the OTN payload, guaranteed latency and deterministic bandwidth. 

As one example, the use of OTN in a wholesale network allows the operator to slice capacity in any optical line among various user classes, each with its SLA. Traffic slices can be isolated appropriately from each other, using a combination of layer 2 switching for soft isolation and layer 1 OTN for hard isolation within the same optical data unit (ODU). An example of this is shown in figure 1, where various sub-rate services are soft-isolated within ODUFlex 1, while the entire ODUFlex 2 slice is hard-isolated from the rest of the ODU4. This way, the end user performance is ensured as determined by their respective SLAs. 

A service provider who deploys an end-to-end OTN solution is well-positioned to deliver the range of connectivity services demanded by modern enterprises. Whether operating directly with the enterprise, through a retail service provider, or a combination of both routes to market, OTN helps service providers optimize their market share and revenue.

About the author

In his current role with Nokia, Chris Janson follows trends in optical networking technology and their application to finance, healthcare, utilities, government and educational customers. Mr. Janson has been a speaker at many conferences including Interop 2014, Internet2 annual technology meetings, and a 2015 series of executive forums sponsored by CenturyLink and CIO magazine. 

He has also shared his work through many webinars, written publications, on-line videos and articles. Mr. Janson also serves on the boards of directors of the Rural Telecommunications Congress and the non-profit OpenCape Corporation. He holds an MBA from Boston University and Bachelor of Science in engineering from Wentworth Institute of Technology.

Friday, December 16, 2022

BT award 5-year contract to Nokia for analytics software

BT awarded a five-year contract to Nokia for its AVA Analytics software for fixed networks. The project aims to help BT strengthen its network monitoring through AI and machine learning, and improve its subscriber experience.

The deal enhances Nokia’s dashboard solution (“Homeview”) for BT to give its call center agents a real-time, full view of the operator’s network, from individual subscribers to devices, in order to quickly correct access and in home issues, and provide the best service across all its phone and digital channels.

Nokia’s AVA Analytics will provide BT with the use of automated workflows with deep analytics to deliver operational efficiency improvements and boost BT’s net promoter scores (NPS). NPS is a barometer of how likely a customer would recommend a provider or service to another user.

Along with AVA Analytics, Nokia’s Home Device Manager and Service Management Platform enables BT’s roughly 6,000 care agents to remotely manage over 10 million WiFi connections, with more than 100 million actions taken each day to optimize the home broadband experience for BT’s customers.

Nick Lane, Managing Director for Consumer Customer Services at BT, said: “Our expanded partnership with Nokia is another demonstration of our commitment to providing the best customer experience by investing in AI, analytics, and other state-of the-art technology. Our partnership will help BT’s customer service agents provide the best service across all phone and digital channels and continue to make BT the only network to answer 100% of customer calls in the UK.”

Hamdy Farid, Senior Vice President, Business Applications at Nokia, said: “Nokia AVA Fixed Network Insights is a critical component to helping operators improve network diagnosis and troubleshooting processes, while reducing unnecessary manual fixes. We are very pleased to be taking our partnership with BT to the next level with this agreement.”

Wednesday, December 14, 2022

Alcatel Submarine Networks activates Private 5G at factory in Calais

Alcatel Submarine Networks has activated a private 5G network on its submarine systems production and assembly site based in Calais. 

The deployment is described as the largest private industrial 5G network in Europe to date. The network will provide coverage to the 50,000 sqm of the Calais site. Eventually, 11 buildings as well as the loading docks will be covered by 59 5G small cell antennas (57 indoor emission points and 2 outdoor emission points).

Strategic partners include Nokia, Iliad, Free Pro, Sopra Steria and BSCA.

The inauguration took place in the presence of Alain Biston, President of ASN, Patricia Fornet, Director of Industrial Operations at ASN, Thomas Reynaud, CEO of Iliad Group (Free) and Pierre-Gaël Chantereau, CEO of Nokia France.

https://web.asn.com/en/press-release/industry40.html?did=D000000001EZ&utm_campaign=manufacturing_enterprise&utm_source+=twitter&utm_medium=organic+&utm_term=37c468c1-2192-4875-adcc-0c0c79a6088c

Sunday, December 11, 2022

Blueprint: Why CSPs need to shift to support root-cause analyses

by Stephanie Sculley, Head of Analytics Practice, Advanced Consulting Services West at Nokia

Today’s networks are complex to say the least. Because of that, it can be difficult to determine the underlying cause of an issue that’s hindering the customer experience. 

For some communications service providers (CSPs), chasing the wrong suspect can result in wasted time and effort while the true criminal runs free continuing to frustrate customers. 

This unproductive cycle is prevented with root-cause analysis, which identifies the actions that are needed to solve problems, minimizes churn and keeps customers happy, or at least happier. Not only does this save time, but it also helps CSPs keep their decisions customer-focused.

Nonetheless, there are three areas where CSPs often get stuck when trying to conduct root-cause analysis to address these problems, but fortunately, switching up one’s mindset can help to mitigate these common errors. Let’s find out how.

You Don’t Know If You Don’t Ask…a Lot: How to Solve the Problem with Meaningful Questions 

A cold has similar symptoms as an allergy, the flu or even a more serious diagnosis. So, if someone says they have a cough or a runny nose, the doctor needs to ask the right questions to come to an accurate diagnosis. This may even involve doing research or even consulting other professionals, who may have experience in other areas.  

While not the exact same scenario, this is a similar situation to what CSPs face when trying to determine the cause of network issues. Performance and service-related issues can originate from various sources from device manufacturers, content or app providers, user behavior, device manufacturers, or even the network itself, making it near impossible to figure out the cause of problems on one’s own.

Thus, it’s critical that CSPs ask the right questions to determine the cause of lagging key performance indicators (KPIs), growing customer complaints and churn.

Finding a true root cause can be like peeling an onion; there are many layers of investigation. With each new layer exposed, it’s vital to analyze and inspect the relevant details as moving too quickly with a possible solution could result in breaking KPIs in other areas. 

To assist in the root-cause analysis process, many turn to artificial intelligence and machine learning (AI/ML). However, while excellent and essential, these tools also require deep, hands-on experience and the correct data to generate conclusive solutions — ultimately bringing back up the importance of asking the right questions. 

Finding a Needle in a Needle Stack: How to Work with Data

Aside from asking the right questions, CSPs looking for the root cause of customer experience issues can also get hung up on vast amounts of data. 

Most CSPs have invested significant time, resources and energy into integrating sensors and devices throughout their operations with the aim to collect meaningful data. But instead, the data often has the opposite effect as CSPs are left with massive amounts of information that area struggle to sort through and generate value and actionable insights off of. 

To truly capitalize on their data and the findings it uncovers, CSPs need specialized tools along with industry expertise and advanced domain insight. Fortunately, telco data consultants who have worked with various CSPs in different industries can utilize the best practices and lessons learned from these experiences to truly investigate the large pool of data and uncover the most meaningful insights to determine the correct root cause and best course of action. 

The Customer Really Comes First: How to Start Making Customer-Centric Decisions

The last area where CSPs get stuck is with their decision-making process. Commonly, CSPs focus on a performance-driven approach to decision-making. This puts additional emphasis on areas such as the quality and capabilities of segments of their network. However, this narrow focus on just the radio access network (RAN) or the core can have a net negative impact on the business’s operations when it does not simultaneously better customer experience.

By focusing on the customer end-to-end in the decision-making process, CSPs can ultimately keep customers happy instead of causing their eyes to wander to competitors. But doing so requires a deep understanding and knowledge of the true cause of service complaints to properly address issues affecting the customer experience.

Take the example of customers complaining about dropped calls. At a surface level, it may seem like a solution to invest in optimizing network performance in their area, even if it may risk increasing consumer costs. However, the customer may still be affected by the end-to-end service path, which means that the isolated optimizations might not even improve their experience. Even worse, these increased costs, which may be portrayed as higher service fees as a result of the optimization, could cause the customer to ultimately choose a different provider. 

As a general principle of end-to-end customer-focused decision-making, an investment isn’t effective if it doesn’t better the customer experience. And as a part of that, it’s crucial to uncover and act on true root causes. 

And if issues continue to be unclear or complicated, it may be worthwhile to collaborate with an external partner, who can provide expertise and perspective when investigating root causes. 

Not only would an external provider supply broad industry insight based on ongoing work with various global CSPs, but they also have the domain knowledge and AI/ML expertise needed to ask the right questions, analyze data and uncover the true root cause of any issue – improving end-to-end customer experience by ensuring the customers’ needs are addressed head-on.


Thursday, December 8, 2022

SGP picks Nokia's IP/MPLS for Grand Paris Express metro network

Société du Grand Paris (SGP) has selected Nokia's 5G-ready IP/MPLS multiservice, mobile core and radio access network (RAN) solutions to support the implementation of four automated train lines that link 200 kilometers of Paris and up to two million passengers a day. 

The Grand Paris Express, the future metro of Greater Paris, is the largest metro rail project in Europe. With 200 kilometres of rail network, the project includes the creation of four new lines (15, 16, 17 and 18) around Paris, the extension of line 14, the construction of 68 new metro stations and the development of new neighbourhoods around these future urban centres.

The Nokia solutions include a state-of-the-art, multi-service IP/MPLS high-speed network to support all Grand Paris Express operational and maintenance requirements. The private mobile radio solution is designed for operational communications and indoor/outdoor connectivity across all Grand Paris Express stations, lines and depots. Mission-critical application requirements across the four lines will be supported by the multi-service IP/MPLS network.

The contract builds on Nokia’s relationship with SGP following the deployment of an LTE network across three of the new Paris metro lines.

Matthieu Bourguignon, Vice President Enterprise Europe Sales at Nokia, said: “These projects provide critical high-speed connectivity and performance at all points within the new Grand Paris metro and its operations, giving SGP the highest levels of confidence in its end-to-end Nokia network. We are incredibly proud to be selected by SGP as a supplier and excited to deploy our world-leading wireless access, IP/MPLS routing and mobile core solutions as a part of this ambitious project to digitally transform one of Europe’s largest rail systems.”

https://www.societedugrandparis.fr

https://www.nokia.com/about-us/news/releases/2022/12/08/nokia-ip-and-private-wireless-chosen-by-societe-du-grand-paris-to-power-one-of-europes-largest-metro-rail-projects/

Wednesday, December 7, 2022

Korea Internet Neutral eXchange picks Nokia for optical backbone

Korea Internet Neutral eXchange (KINX) will use Nokia's  optical networking solution to connect KINX data centers in Korea.

Nokia's Re-Configurable Optical Add-Drop Multiplexer (ROADM) solution supports Colorless, Directionless, Contentionless, and FlexGrid (CDC-F) capabilities to enable improved performance and reduced operational costs. The solution will allow KINX to ensure reliable services to its end users without service impact, even in the case of multiple failures.

Nokia said its solution will provide KINX with full Layer 0 restoration capability using Generalized Multi-Protocol Label Switching (GMPLS) feature. This provides seamless service continuity to the end customers in case of multiple fiber cuts and/or equipment failures, and allows KINX to reduce network disruptions by enabling automatic re-routing through alternate paths when required. 

The KINX network will be deployed using Nokia’s 1830 Photonic Service Switch platforms, and includes use of fifth-generation Photonic Service Engine chipset (PSE-V), which deliver application-optimized performance for metro and regional networks.

Kevin Ahn, Head of Korea at Nokia, said: "The new state-of-the-art data center interconnect network will allow KINX to reduce operational expenses by automating the manual tasks of network provisioning and restoration. Nokia's next-generation optical network solution will allow KINX to provide a superior customer experience by quickly restoring network in case of a disruption. We are excited to work with KINX on this initiative to upgrade the legacy data center interconnect network for greater efficiency and cost optimization."

https://www.nokia.com/about-us/news/releases/2022/12/07/nokia-builds-next-generation-optical-backbone-for-kinx-data-centers-in-korea/

Sunday, December 4, 2022

Australia's nbn to deploy Nokia’s new OLT and access controller

Australia's NBN Co has selected Nokia’s next-generation fiber broadband technology to deploy on the nbn network beginning in 2023. Financial terms were not disclosed.

The deal will see nbn deploy Nokia’s latest MF series Optical Line Terminals (MF-14) and the Altiplano Access Controller for delivering higher capacity broadband technologies, such as XGS PON, 25GS PON, 50G PON and beyond. 

nbn will be one of the first in the world – and the first operator in the southern hemisphere – to deploy the Nokia MF-14. 

nbn said deployment of Nokia MF-14 OLTs will bring  multi-gigabit residential speeds across its Fibre to the Premises (FTTP) network.  Nokia's Altiplano Access Controller will bring web-scale software management and control to the nbn network. This will allow nbn to deploy enhanced customer experience tools, incorporate smarter systems and automation to reduce costs and improve operational efficiency.

In November, the nbn network reached a record peak rate of 22.35 terabits per second downstream traffic, and this number is expected to increase up to 100 terabits per second in the next ten years.

Stephen Rue, nbn Chief Executive Officer, said: “Rapid technological advances will play a critical role in driving the economic prosperity of our nation and in enabling our transition to a smarter, digitally enabled economy. By leading the deployment of this next-generation technology, we can help meet our nation’s data demands now and into the future. Together with our network investment that is pushing fibre deeper into communities and extending fixed wireless and satellite coverage and capabilities, we are helping unlock social and economic benefits for households, businesses and communities across Australia. More than 8.5 million households and businesses are connected to services over the nbn network – this equates to approximately 20 million people relying on our network every day."

Ricky Corker, Nokia’s Chief Customer Experience Officer said “Nokia and nbn have been partners for more than 10 years and we’re excited to continue to support nbn in this next technological evolution, deploying more advanced and energy-efficient networking technology. "

https://www.nbnco.com.au/corporate-information/media-centre/media-statements/nbn-selects-nokias-next-generation-fibre-solutions

Thursday, December 1, 2022

Marvell's OCTEON 10 DPU paired with Nokia ReefShark 5G chip

Marvell is providing its OCTEON DPU technology to augment Nokia’s 5G “Powered by ReefShark” chipset processing portfolio for 5G radio access and transport systems. 

The companies have worked closely on the new OCTEON 10 Data Processing Unit (DPU), which augments the ReefShark family with  5G transport built on 5nm processor and hardware acceleration technology. 

Ari Kynaslahti, Vice President, CTO, Head of Strategy and Technology Mobile Networks at Nokia, said: “The extension of our strategic partnership with Marvell underscores Nokia’s commitment to support mobile network operators with the industry’s most advanced technology for their 5G radio access networks. The combination of our technology and market leadership, and Marvell’s latest processor and silicon optimization, is rapidly advancing 5G network performance, enabling our customers to scale innovative new services with superior data throughput and lower energy consumption.”

Will Chu, Senior Vice President, Processors Business Group at Marvell, said: “Marvell is thrilled to continue working in close collaboration with Nokia to advance the ReefShark chipset by incorporating our latest OCTEON DPU technology – the world’s first 5nm transport processing solution for 5G RAN. We are proud of the accomplishments that our respective teams have cooperatively achieved and anticipate delivering further innovations based on the intersection of advanced technologies, expertise, and market leadership this partnership brings together.”