Sunday, March 3, 2024

Intel restores Altera as a standalone FPGA company

Eight years after acquiring Altera, a provider of field-programmable gate array (FPGA) technology for approximately $16.7 billion, Intel announced plans to relaunch Altera as a standalone FPGA company. Since the acquisition in late 2015, the former Altera has operated as Intel's Programmable Solutions Group (PSG).

Sandra Rivera will serve as the new Altera's CEO and Shannon Poulin will be Chief Operating Officer. 

In addition, Altera announced the following new products and services:

  • Agilex 9 is now in volume production. It offers the industry's fastest data converters, which are ideal for radar and military-aerospace applications that require high-bandwidth mixed-signal FPGAs.
  • Agilex 7 F-series and I-series devices are released to production. With 2x better fabric performance per watt versus competing FPGAs, they are tailored toward high-bandwidth compute applications like data center, networking and defense.
  • Agilex 5 is now broadly available. It delivers the only FPGA fabric infused with AI, best-in-class performance and 1.6x better performance per watt versus competing products. It is geared toward embedded and edge applications.
  • Coming soon: Agilex 3. It will bring a leading value, low-power line of FPGAs to low-complexity functions for cloud, communications and intelligent edge applications.

“As customers deal with increasingly complex technological challenges and work to differentiate themselves from their competitors and accelerate time to value, we have an opportunity to reinvigorate the FPGA market. We’re leading with a bold, agile and customer-obsessed approach to deliver programmable solutions and accessible AI across a broad range of applications in the  comms, cloud, data center, embedded, industrial, automotive and mil-aero market segments,” stated Sandra Rivera, chief executive officer of Altera.

In the AI domain, Altera is addressing those opportunities with FPGA AI Suite and OpenVINO, which generate optimized intellectual property (IP) based on standard frameworks like TensorFlow and Pytorch.

https://www.intel.com/content/www/us/en/newsroom/news/intel-launches-altera-standalone-fpga-operation.html#gs.5wng0q

Synopsys launches 1.6T Ethernet IP for data center chips

Synopsys introduced a 1.6T Ethernet IP solution to help companies build the fastest silicon for AI and data center applications.

Highlights:

  • The Synopsys IP solution includes 1.6T MAC and PCS Ethernet controllers, 224G Ethernet PHY IP, and verification IP, aimed at reducing time to market for AI and HPC networking chips.
  • The 1.6T Ethernet IP solution is designed to improve energy efficiency in hyperscale data centers, potentially cutting interconnect power consumption by up to 50% compared to current SoC implementations.
  • Synopsys' new 1.6T Ethernet MAC and PCS Controllers feature a multi-channel, multi-rate design that can reduce area usage by 50% and lower latency by 40%, thanks to a patented Reed-Solomon Forward Error Correction architecture. This ensures reliable data transmission across Ethernet rates from 10G to 1.6T.
  • The 224G Ethernet PHY IP is silicon-proven to provide strong link performance, excellent signal integrity, and seamless interoperability across various channel lengths.
  • Synopsys introduces the industry's first Ethernet verification IP capable of supporting speeds up to 1.6T, utilizing native SystemVerilog and Universal Verification Methodology to accelerate the time to first test.

“The massive compute demands of hyperscale data centers require significantly faster Ethernet speeds to enable emerging AI workloads,” said John Koeter, senior vice president of marketing and strategy for IP, Synopsys. “Our complete IP solution for 1.6T Ethernet, pre-verified subsystems, successful ecosystem interoperability, and decades of expertise in developing and delivering the industry’s broadest interface IP portfolio allow designers to confidently integrate the necessary functionality into their SoCs with less risk.”

https://news.synopsys.com/2024-02-29-Synopsys-Launches-Industrys-First-Complete-1-6T-Ethernet-IP-Solution-to-Meet-High-Bandwidth-Needs-of-AI-and-Hyperscale-Data-Center-Chips#close

#MWC24: Marvell on Implementing AI Directly on the RAN

New possibilities are emerging now that Marvell is open sourcing software for building machine learning models that can be executed on OCTEON 10 processors, which are widely deployed in base stations around the world.

Joel Brand, SR Director of Product Marketing from Marvell, explains:

- Marvell's Octeon product line, used by industry giants like Nokia and Samsung, has embedded an AI accelerator, or NPU, to leverage machine learning and AI in the Radio Access Network.

- The unique implementation of this NPU is exposed through MLDEV, part of the Linux Foundation's Data Plane Development Kit (DPDK) , into the broader development community via the Apache TVM project, which is an open-source machine learning (ML) compiler framework for accelerating the deployment of deep learning models on various hardware platforms. 

- This innovation allows the use of standard open-source tools to configure and innovate directly on the Radio Access Network, potentially driving incremental revenue in the Telco environment.


https://youtu.be/sXQJJuNP2WQ

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#MWC24: HPE on Telco Core Automation with AI

 AI holds the potential to vast improve the operations of a 5G network and speed up time to market with new services. Andrew Border, VP Product Management, Telco Solutions from Hewlett Packard Enterprise explains:

- How HPE's product, Telco Core Automation, leverages AI to address multicloud, multivendor, multi-domain public 5G Network build-outs. It integrates separate silos of orchestration and assurance, automating them and simplifying operations.

- The challenges that Telcos face when moving to the cloud in a multivendor environment, and how AI can help overcome these by eliminating the need for operators to check alarms across disparate systems.

- The power of AI in driving both orchestration and assurance, enabling service providers to bring up new services in just 10-20 minutes, as opposed to 4 days. This is achieved through a closed-loop solution that uses AI to automatically give the operator the choice to bring up a network virtualized function on an entirely new server and infrastructure.


https://youtu.be/DLssrLY_avk

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#MWC24: Dell on Standardizing the Telco Cloud Stack

Check out our complete MWC Barcelona 2024 Showcase at: https://ngi.fyi/mwc24yt

Cloud transformation is rapidly reshaping mobile infrastructure. What steps can Communications Service Providers take to optimize their networks? 

Sandro Tavares, Director of Telecom Systems Marketing from Dell, provides insightful answers:

- He emphasizes the critical role of standardization in the network's transformation, highlighting the industry's evolution towards the application of cloud principles in the network.

- Tavares discusses the current industry mindset of operating in silos, and how this approach limits the full realization of the benefits that cloud technology can offer. He advocates for a shift towards sharing resources across functions for better cloud economics and flexibility.

- Lastly, he underscores the need for changes in processes, operations models, and industry mindset to truly transform the architecture of telecommunications providers. This transformation, he argues, will not only lower costs but also generate new revenue opportunities by operating at cloud speed.


https://youtu.be/WHc-InpO-K8

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#MWC24: Console Connect on AI's Massive Impact on Carrier Networks

Is AI already having a big impact on carrier networks and traffic volume? Paul Gampe, CTO from Console Connect, discusses his company's perspective:

- The increasing demand for data migration in carrier networks, illustrated by a customer's need to move 5 petabytes of data from Amazon to Google.

- The role of AI in driving the need for large-scale data migration and data repatriation.

- How Console Connect's product, Cloud Router, directly connects one hyperscaler to another, simplifying the complex problem of moving large amounts of data.


https://youtu.be/tXE0Oz3Xpk4

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#MWC24: NTT on AI & Data Analytics for Optimized Networks

Wondering how AI and data analytics can revolutionize your business operations? Bennett Indart, VP of Smart World Solutions from NTT, explains:

- How data analytics can optimize transit networks: Bennett discusses the creation of a digital twin of an entire transit system using data. This allows for AI-assisted planning and proactive changes, transforming static systems into dynamic ones.

- The role of AI in sports: Using the example of Indy car races, Bennett explains how AI interprets and utilizes data from the cars to manage the race, creating interesting narratives and outcomes.

- The future of business with AI: Bennett predicts that AI will completely revolutionize the way business is conducted, offering a glimpse into the future of AI in business operations.


https://youtu.be/qRHX3Aij7Ms

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Telstra tests Adtran's FSP 150 edge compute device

Telstra has successfully trialed Adtran's FSP 150 edge compute device, opening the door to enhanced network services for business customers across Australia. 

By integrating Red Hat's OpenShift software into Adtran's hosting platform, Telstra has made it easier to manage and operate small applications directly on the devices themselves. This setup allows several applications to run on a single device, cutting down on the need for more hardware. 

The edge hosting device utilized in the trial was the FSP 150-XG304u, which is powered by an Intel Xeon D processor. 

“Together with Telstra and Red Hat, we’re helping transform traditional edge hardware into versatile devices capable of running multiple applications. By enabling operators like Telstra to host VNFs directly at the network edge, we’re optimizing response times and reducing the need for extensive backhaul bandwidth, leading to significant energy and opex savings. Bringing cloud capabilities to the edge also eliminates the need for additional network elements and extra space at the customer premises, ensuring a more streamlined and cost-efficient infrastructure,” commented Anthony Camilleri, APAC CTO at Adtran

HPE's Q1 revenue dips 14% yoy as it eyes AI opportunities

Hewlett Packard Enterprise (HPE) reported revenue of $6.8 billion for its first quarter ended January 31, 2024, down 14% from the prior-year period in actual dollars and in constant currency. Non-GAAP earnings per share was $0.48, down 24% from the prior-year period and down 8% sequentially, at the high end of the guidance range of $0.42 to $0.50.

"HPE exceeded our profitability expectations and drove near-record year-over-year growth in our recurring revenue in the face of market headwinds, demonstrating the relevance of our strategy,” said Antonio Neri, president and CEO of Hewlett Packard Enterprise. “Despite a mixed quarter, I remain very confident that our focus on customer-centric innovation and our track record of operational discipline will allow us to capitalize on the significant market opportunities in AI as well as across edge and hybrid cloud and to deliver value to our shareholders.”

Highlights

  • Server revenue was $3.4 billion, down 23% from the prior-year period in actual dollars and in constant currency, with 11.4% operating profit margin, compared to 15.7% from the prior-year period. The Server business segment combines the previously separately reported Compute and HPC & AI business segments, with adjustments for certain product lines that are now reported in Hybrid Cloud. The merged Server segment more accurately reflects HPE’s position in the market as well as recent organizational and leadership changes that were implemented in Q1 FY24.
  • Intelligent Edge revenue was $1.2 billion, up 3% from the prior-year period in actual dollars and 2% in constant currency, with 29.4% operating profit margin, compared to 19.4% in the prior-year period.  
  • Hybrid Cloud revenue was $1.2 billion, down 10% from the prior-year period in actual dollars and in constant currency, with 3.8% operating profit margin, compared to 5.8% from the prior-year period.
  • Financial Services revenue was $873 million, flat from the prior-year period in actual dollars and down 2% in constant currency, with 8.5% operating profit margin, compared to 7.2% from the prior-year period. Net portfolio assets of $13.2 billion, up 0.3% from the prior-year period in actual dollars and up 0.7% in constant currency. The business delivered return on equity of 15.4%, down 2.4 points from the prior-year period.


AT&T adds Marissa Mayer to Board

AT&T elected Marissa Mayer to its board of directors, effective immediately. She will serve on the Audit committee as well as the Corporate Development and Finance committee. Her election brings the number of AT&T directors to 11.

Mayer currently holds the position of Chief Executive Officer at Sunshine Products, a technology start-up she helped establish in 2018. Before taking on this role, she served as Chief Executive Officer, President, and a board member of Yahoo!. Mayer's professional background includes 13 years at Google, where she made significant contributions as the company's first female engineer.

“Mayer’s extensive background in technology and her deep understanding of how consumers experience and engage with the internet will be a valuable addition to the board,” said Bill Kennard, chairman of AT&T’s board of directors. “We welcome her leadership and expertise as AT&T advances its investment-led strategy to become America’s best connectivity provider.”   

Thursday, February 29, 2024

GSMA’s Open Gateway adopted by over 40 mobile operator networks

One year after it was unveiled at MWC 2023, the GSMA’s Open Gateway Initiative has now been adopted by over 40 mobile operator networks, unlocking the potential of 5G networks and commercialising network APIs through the GSMA Open Gateway initiative.

 GSMA Open Gateway APIs are defined, developed, and published in CAMARA, the open-source project for developers to access enhanced network capabilities, driven by the Linux Foundation, in partnership with TM Forum.

A total of 47 mobile operator groups, representing 239 mobile networks and 65% of connections around the world, have now signed up to the initiative. GSMA Open Gateway is focused on accelerating the growth of digital services and apps, by ensuring they integrate seamlessly with hundreds of participating networks around the world. This is done through single, programmable, access points, which are common among all mobile operators, known as Application Programmable Interfaces (APIs).

 Working with technology partners and cloud providers, including AWS, Infobip, Microsoft, Nokia and Vonage, a part of Ericsson, more than 40 mobile operator networks have now made a combined total of 94 APIs commercially available to enterprise developers in 21 markets across Asia-Pacific, Africa, Europe, the Middle East and the Americas.

 With online fraud and cybercrime being one of the biggest issues facing online commerce, the GSMA, mobile operators and technology partners are first focusing the GSMA Open Gateway initiative on tackling online crime. Recent activities include:

 * Four Sri Lankan operators who have launched three APIs on a single operator platform providing robust authentication to secure customer online transactions;

* Three Brazilian operators who have launched three APIs to combat fraud;

* Three Spanish operators who have announced the launch of two anti-fraud APIs, working with online retailers;

* Four Indonesian operators who launched three APIs to improve online security and customer experience; and

* Three South African operators who are combatting fraud and digital identity theft in sectors including banking, finance, insurance, and retail through two new APIs.

* Three German operators who have today made two APIs available to help app developers and enterprises tackle online fraud and protect the digital identities of mobile customers.

 “It’s been an exciting year for GSMA Open Gateway, and the mobile industry, where we have begun to build a unified ecosystem and unlock the full potential of 5G networks. This has culminated in the birth of a new API era,” said Mats Granryd, Director General of the GSMA. “Our collective job for 2024 is to nurture and grow this opportunity and provide ubiquitous access to enterprise developers and cloud providers, so they can do what they do best, which is launch game changing new services that can maximise the benefits of 5G networks.”

 Ishwar Parulkar, Chief Technologist for Telecom and Edge Cloud at Amazon Web Services at AWS, said: “The progress of GSMA’s Open Gateway initiative over the past year had been very encouraging. As we get into the next phase of telcos productizing more APIs and monetizing them through various go-to-market channels, the role of a common, aligned approach across operators, hyperscalers and other channel aggregators that Open Gateway is promoting becomes even more critical.”

 Ankur Jain, Vice President, Google Cloud Telco, said: “Google Cloud has engaged with the GSMA Open Gateway initiative since its inception, and we are pleased to see progress towards giving developers simplified access to network capabilities in an open, standardized, and aggregated way. We look forward to working with our CSP partners and developers to bring innovative use cases to market.”

Ross Ortega, Vice President, Product Management, Microsoft Azure for Operators, said: "Microsoft proudly champions the Open Gateway initiative, underscoring our commitment to making network programmability universally accessible to developers of connected applications. We believe that the standardization of network capabilities and APIs is crucial for ensuring that developers can easily understand and adopt these technologies. Azure Programmable Connectivity is at the forefront of this effort, aligning closely with Open Gateway standards to pave the way for seamless integration and innovation.”

 

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Marvell Open Sources OCTEON 10 ML/AI Accelerator Software

Marvell is open sourcing software for building machine learning models that can be executed on OCTEON 10 processors, which are widely deployed in base stations around the world. The move paves the way for OEMs and operators, such as Nokia and Vodafone, to develop and implement ML/AI models using the network infrastructure.

Some highlights

  • The OCTEON 10 processor family is purpose-built to serve as the primary processing unit in RUs, DUs, enterprise networking equipment, or as a data processing unit in clouds and AI clusters. It incorporates digital signal processors, Arm Neoverse CPUs, and optimized hardware accelerators like the inference processor and inline crypto engine.
  • Using open-source ML frameworks such as TensorFlow, PyTorch, and ONNX, developers can create their own models for optimizing the performance of the RAN Distributed Unit (DU) and Radio Unit (RU). Via standard APIs, these models can be implemented on the OCTEON 10 ML/AI accelerator, providing OEMs and service providers with enhanced ability to optimize massive MIMO beam selection, improve channel estimation, identify security risks or address other tasks to improve network performance, efficiency and operating economics.
  • The OCTEON 10 ML/AI accelerator features a scalable tiled architecture and best-in-class performance-power ratio at 8 trillion operations per second per watt. The new API access follows the same principles used in DPDK’s Ethernet Device framework and Crypto framework already supported by OCTEON 10 processors.

“We are proud to be the first vendor to incorporate AI/ML into our ReefShark SoCs and AirScale portfolio. This technology allows us to differentiate our solutions and offer the best spectral efficiency and cell edge performance in the industry. We are now at the forefront of bringing machine learning technology to our customers and exploring its enormous possibilities ahead of the 6G era,” said Mark Atkinson, Head of RAN at Nokia.

“The ever-increasing complexity of RAN makes AI/ML the ideal technology to efficiently solve challenges around radio resource configuration, allocation, and optimization. Vodafone is a pioneer in this field, having deployed multiple uses of AI/ML in our network since 2017,” said Francisco Martin (Paco), Head of Open RAN at Vodafone. 

“Our commitment to open-source integration is evident in the vast Marvell contribution to DPDK, OPI, and similar initiatives,” said Will Chu, senior vice president and general manager, Custom, Compute and Storage Group at Marvell. “Giving developers access to processor modules will enable industry innovations that build smarter, faster, and more secure RAN networks.”


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Dell’Oro: Optical Transport Market Declined 6% in 4Q 2023

The Optical Transport market declined 6 percent year-over-year in fourth quarter 2023 due to reduced demand in North America, Europe, and Japan, according to a new report from Dell’Oro Group.

“Excess inventory, worsening macroeconomic conditions, and higher interest rates were the main reasons cited for the decline in these regions,” said Jimmy Yu, Vice President at Dell’Oro Group. “North American service providers accumulated excess inventory after splurging on equipment in 2021 and 2022. We estimate that North American optical equipment sales increased nearly 30 percent in that period. Hence, a decline in 2023 was expected to occur. Inventory build-up was less of an issue in Europe and Japan. The economy, however, was on unstable ground for the past year. Europe's GDP is expected to be up only half a percent in 2023 and Japan has technically entered an economic recession in the second half of 2023,” added Yu.

Additional highlights from the 4Q 2023 Optical Transport Quarterly Report:

* The worldwide Optical Transport market grew 2 percent in full year 2023, reaching nearly $16 billion.

* Spending on optical equipment significantly improved in China after two years of decline as service providers increased investments in their optical backbone.

* The vendors that gained the most market share in 2023 were Ciena, FiberHome, and Nokia. The vendors that lost the most market share in the year were Cisco and Fujitsu.

https://www.delloro.com

Vonage opens Network Registry for APIs

A new Vonage Network Registry has been launched with the aim of simplifying developer access to network APIs. The service will also facilitate CSPs in effectively scaling the consumption of network APIs by standardising the approval process and granting access to network  providers' APIs for Application Service Providers (ASPs). 

Vonage is working with multiple operators in Europe and North America including Deutsche Telekom, Orange, Telefonica, Vodafone, AT&T and Verizon to unlock programmable network  capabilities for developers, and with KDDI in Japan, who is reselling its communications APIs. Vonage also announced a collaboration with AWS to leverage communications and network APIs to accelerate the availability of new solutions to developers, along with a new Fraud Protection Solution to be made available in the AWS Marketplace.

 

Microsoft preview Azure Programmable Connectivity via APIs

 Microsoft's Azure Programmable Connectivity (APC) has launched in public preview at Mobile World Congress Barcelona 2024, featuring APIs like number verification and SIM swap among other capabilities. APC, building a robust partner ecosystem with global operators such as AT&T, BT, Claro, Deutsche Telekom, Orange, MEO, Rogers, Singtel, T-Mobile, Telefónica, TIM Brasil, Verizon, and Vivo, aims to extend its reach further. 

Enterprises like Banco Itaú Unibanco and NAGRA are adopting APC for developing network-aware applications, enhancing security, and combating fraud. 

Microsoft is also working with network technology partners and network programmability aggregators, such as Ericsson and Vonage, as well as Nokia and Nokia’s Network as Code platform, making concrete progress accelerating the ecosystem on network programmability.


AWS and Liberty Global announce NaaS framework

Amazon Web Services (AWS) and Liberty Global have announced a collaboration to create a Network-as-a-Service (NaaS) framework that enables developers to use and access Liberty Global’s fixed and mobile networks as a platform for innovation. The two companies will focus on sectors, such as home productivity, logistics/transportation, remote care/assistance to improve people’s lives across Liberty Global markets. 

Services will be based on GSMA Open Gateway standards and use CAMARA standard APIs to ensure worldwide standardization and wider adoption.


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Xerox moves to Verizon’s NaaS

Xerox is adopting Verizon’s Network as a Service (NaaS) Solutions framework to accelerate the organization’s Reinvention and operating model evolution. 

This will enable Xerox to dynamically scale network resources. 

Delivering on the Zero Trust journey using Advanced SASE, Verizon Business will provide Xerox with internet connectivity and a full suite of managed services via NaaS Solutions, including Wide Area Network, Local Area Network and Wireless Local Area Network. Additional services include; Verizon Operational and Financial Governance, Contact Center Management, Network and Security Consulting Services and Verizon Maintenance across the Network utilizing Verizon Care.

“This collaboration with Xerox underscores our commitment to enabling our customers to thrive in the digital age,” said Massimo Peselli, CRO, Verizon Business. “Verizon’s intelligent network framework is designed to empower enterprises to embrace the future of network services, providing unparalleled flexibility and scalability. We look forward to supporting Xerox as they transform their IT infrastructure.”

“As part of our Reinvention, Xerox is committed to simplifying our systems to drive enterprise-wide efficiency and scalability to best serve our clients,” said Louie Pastor, Chief Transformation & Administrative Officer, Xerox. “Expanding our partnership and deploying Verizon’s NaaS as our global network infrastructure is a natural next step to staying at the forefront of innovation, while helping us drive efficiencies across all the geographies we serve.”

Indonesia’s Telkomsel Looks to Google Cloud for Gen AI

 Telkomsel announced a strategic collaboration with Google Cloud to integrate enterprise-grade generative AI into its operations and core product offerings for consumers and businesses. 

Telkomsel is turning to gen AI to assist its network planning, product development, and sales teams to transform network operations and strengthen digital inclusion in Indonesia. The company is embarking on a strategic initiative with Google Cloud to build a gen AI-powered solution that analyzes data from cell towers and fiber optic systems to deliver recommendations in natural language. This solution can then be used to more quickly and easily identify locations with connectivity gaps for future network infrastructure expansion and design fixed mobile convergence (FMC) offerings tailored for different customer segments. 


In addition, using Google Cloud’s Vertex AI platform and foundation models, Telkomsel has built a gen AI-powered conversational agent that is being integrated into its MOANA (Mobile Office Application and Automation) app used by more than 6,000 employees.


MOANA serves as a central hub for employees to complete HR-related tasks like requesting leave, accessing personal records, and reviewing payslips. It is also the source for company updates, policies, and resources. The conversational agent will offer employees instant support and on-demand guidance—with embedded links to relevant information sources, helping workers reclaim significant time spent deciphering complex HR policies or waiting for HR assistance. 

Telkomsel already uses Google’s AI-powered advertising tools like Performance Max, aims to transform employee and customer interactions, boosting satisfaction across the board and setting up the company for its next phase of business growth.


Corning debuts RAN Compute Platform with Dell, Intel

Corning introduced a new Radio Access Network (RAN) Compute Platform, developed in collaboration with Dell Technologies and Intel to speed the deployment of 5G networks inside high-density buildings.

The platform is the hardware and software hub of Corning’s recently launched Everon 5G ERAN solution designed for Radio Access Networks, the radio-enabled portion of an enterprise cellular network that connects users to the Internet. It features the 4th Gen Intel Xeon Scalable processor, Intel FlexRAN reference software, and Dell PowerEdge servers.


“Consumers are looking for reliable access no matter where they go. Enterprise network operators are looking for flexibility in design, predictability in deployment, and scalability for future needs – all vital attributes as 5G enterprise networks move forward,” said Shirish Nagaraj, chief technology officer, Wireless, Corning Optical Communications. “Through our longstanding collaboration with Dell and Intel, Corning is delivering another life-changing innovation.”

The platform’s Open RAN architecture accommodates components from multiple vendors. It also uses Virtualized RAN technology, offering hardware flexibility through cloud-based data processing.


Eurofiber and Nokia team on Private 5G

 Eurofiber and Nokia announced a partnership for supplying Mobile Private Network (Private 5G).

Eurofiber has a 70,500 km fiberoptic network in the Netherlands, Belgium, France and Germany. This network is expanded by 50 km per week on average. Eurofiber companies operate ten datacenters in the Netherlands and France. 

The new private mobile service aligns seamlessly with the solutions that Eurofiber currently offers over its fixed fiberoptic network. As a result, implementation and market introduction can be started relatively quick. Eurofiber’s new Mobile Private Network service is expected to be available in mid-2024. 


Stephan Litjens, VP of Nokia Enterprise Campus Edge Solutions, said: “The importance of robust Private Networks in supporting operational and business infrastructure cannot be understated. Our collaboration with Eurofiber will enhance private network offering in the region, build upon existing infrastructure and enabling future digitalisation. We are extremely excited to embark on this journey with Eurofiber and look forward to helping them as they continue to simplify the complexity in current private 5G network systems.”

Paul Naastepad, Managing Director at Eurofiber Netherlands: “Eurofiber embraces a vision of achieving success through close collaboration. Accordingly, I am delighted to have Nokia partnering with us for MPN as well. This enables us to offer a significant extension of our fiber and cloud connectivity for business customers handling operations-critical traffic. MPN offers an additional option for even more flexibility and security in transporting data within the company, along with seamless connectivity to the outside world or into the cloud. I look forward to a fruitful collaboration!”