Nokia

Neel Patel, GM, Optical Networking Component Solutions at Nokia, explains in our Director's Cut edition, how AI data centers face significant power and supply challenges as GPU interconnect speeds double with each generation, requiring transitions from copper to optical solutions within racks. He highlights Nokia's competitive advantages in indium phosphide (InP) technology, positioning the company as an open ecosystem component supplier for hyperscalers.

Neel Patel, GM of Optical Networking Component Solutions at Nokia, discusses the power consumption challenges of advancing optical modules in data centers, where 1.6T modules consume nearly double the power of 800G modules, potentially adding 1KW to a 64-port switch. He explains how Linear Pluggable Optics (LPO) addresses this by leveraging switch ASIC DSPs reducing power consumption.

Mike Bushong, Vice President of Data Center at Nokia, discusses how AI workloads are fundamentally changing the data center networking market, with hyperscalers driving unprecedented demand and technical challenges. He explains that Nokia's broad portfolio across switching silicon, DSPs, and differentiated optics from the Infinera acquisition positions the company to handle complex integration challenges.

Stefaan Vanhastel, Head of Marketing & Innovation at Nokia, explains how universal gigabit connectivity is essential as AI becomes pervasive in daily life, with peak speeds necessary to ensure cloud-based AI agents respond as quickly as local applications and prevent new digital divides.

Robert Shore, Head of Optical Network Marketing at Nokia, discusses how Nokia's comprehensive end-to-end view of network connectivity—spanning mobile networks, core networks, submarine networks, and data center interconnect—provides valuable perspective for developing optical networking solutions. Shore explains that understanding what happens in the RAN and access networks enables Nokia to build better optical solutions that can accommodate the types of traffic flowing between the RAN and data centers, ultimately delivering a more holistic network solution for customers.

Houman Modarres, Head of Enterprise Marketing at Nokia, presents the company's physical AI initiative at Mobile World Congress, showcasing Surf food delivery trucks with Nvidia Jetson GPUs deployed across seven US cities in partnership with DoorDash and Uber Eats. Nokia is collaborating with Nvidia and T-Mobile to build an "AI grid" that distributes processing across devices, AI RAN, and network layers, enabling applications like safe navigation, human assistance, and multilingual customer support through LLMs running on the radio network.

Jon Baldry from Nokia presents the company's 800 gig pluggable optical connectivity solutions for data center interconnection at Mobile World Congress, demonstrating through augmented reality how the technology reduces power consumption by 65-70% compared to embedded optics—a critical advantage for power-constrained data center operators managing AI-driven traffic between core and edge facilities. Nokia maintains its competitive edge in the 800 gig ZR and ZR plus optics market through vertical integration, manufacturing pluggables, subsystems, and optical chips at its indium phosphide fabrication facility in California, enabling superior transmission distances and supply chain control.

Robert Shore, Head of Optical Network Marketing at Nokia, discusses the surging demand for optical networking solutions driven by massive data center buildouts that are diversifying applications and requiring innovative, customer-specific solutions.

Manish Gulyani, SVP and Chief Marketing Officer at Nokia, explains how AI infrastructure expansion beyond single data centers is driving demand for distributed networking across multiple campus sites, with Nokia's 7250 EXR18 half-petabit system delivering 576 ports of 800-gigabit connectivity to enable these sites to operate as unified AI clusters.

Roland Thienpont, Director of IP Division Product Marketing at Nokia, presents data center interconnection with automation capabilities using modular architectures. He discusses the network journey from data centers to wide area networks, featuring AI agents for network operations, DDoS protection, and quantum-safe networks.

In this extended video, Wim Henderickx, CTO IP Division at Nokia, outlines Nokia's AI for networking vision focused on achieving level four autonomy through a "divide and conquer" approach that breaks complex network domains into specialized expert systems. He emphasizes standardization for multi-vendor environments and describes Nokia's three-pronged strategy to address skills shortages through accessible interfaces, consultative services, and Software-as-a-Service solutions.

Wim Henderickx, CTO IP Division at Nokia, discusses how Nokia implements a "divide and conquer" strategy for autonomous network operations by creating specialized expert systems for different network domains. He highlights the need for standardized interfaces and protocols like MCP to enable collaboration between different vendor systems.

Mike Bushong, Vice President of Data Center at Nokia, explains that AI infrastructure goes beyond just hyperscalers and spans multiple markets with distinct geographical constraints and requirements for power and space. He outlines how Nokia is addressing these needs through partnerships, multivendor management, and comprehensive networking solutions.

Stefaan Vanhastel, Head of Marketing & Innovation at Nokia, explains that fiber technology delivers the most cost-effective multi-gigabit capacity solution with long-term scalability for subscribers. His insights reveal that Nokia's North American XGS-PON shipments have reached 95%, with 25G solutions gaining market momentum and advanced trials of 50G and 100G technologies showing promising results for both residential and business applications.

Wim Henderickx, CTO IP Division at Nokia, discusses major industry trends including Quantum technology, Optical IP growth, and AI-driven networking advancements. His insights highlight the progression toward autonomous networks, comparing them to self-driving vehicles.

Peter Vetter, President of Bell Labs Core Research at Nokia, showcases Bell Labs' century of achievements in modern technology, from transistors and cellular networks to Unix and neural networks. He outlines how Bell Labs maintains its innovative spirit through current work in AI, quantum technology, and space communication, including a lunar-orbiting network.

At Mobile World Congress, Nokia's SVP and Chief Marketing Officer Manish Gulyani discusses how AI is driving increased networking demands for cloud interconnection and shaping the company's strategic direction. Through the acquisition of Infinera and partnerships with Lenovo and Kyndryl, Nokia is expanding its optical and data center networking capabilities.

Houman Modarres, Head of Enterprise Marketing at Nokia, discusses AI's central role at Mobile World Congress in Barcelona, focusing on how organizations are addressing infrastructure connectivity and network readiness for AI deployment.

Aji Ed, Head of Cloud RAN at Nokia, examines the growing intersection of AI and RAN technologies in telecommunications, emphasizing the expanding collaboration between tech sectors. As a founding member of the AI-RAN Alliance, Nokia has helped foster a community that has grown to 75 members, reflecting the mutual interest between telecom and AI industries.

Rob Shore, Head of Optical Network Marketing at Nokia, outlined major optical networking developments at OFC50, focusing on how AI and data center growth are impacting network operator requirements. He detailed the ongoing importance of embedded coherent engines while highlighting increased adoption of coherent pluggable solutions that deliver extended reach at 800G speeds.

Mike Bushong, Vice President, Data Center at Nokia, outlines three predictions for 2025 including AI initiative adjustments, renewed focus on practical innovation, and increased network automation adoption. His analysis suggests organizations will embrace multi-vendor control solutions while adapting to workforce changes and operational requirements.

Cory Weppler, Head of Technology Strategy for IP Network Automation at Nokia, explores the intersection of network automation and artificial intelligence, highlighting the need for autonomous networks to address modern complexities. He discusses the importance of having networks that can "sense", "think", and "act."

Stefaan Vanhastel, Head of Marketing & Innovation at Nokia, discusses the enduring nature of fiber infrastructure and its progression through various speed tiers, from the current 10 Gig era to future 100 Gig capabilities. He emphasizes how Nokia's investments in proprietary chipset technology have facilitated trials of higher-speed fiber networks with partners like Google and Frontier, expanding connectivity options for diverse applications beyond residential use.

Wim Henderickx, Head of Technology and Architecture IP at Nokia, emphasizes the need for automation in the human-intensive network operations and the potential transition towards machine-assisted operations.

Heidi Adams, Head of Global Marketing for IP/Optical Networks at Nokia, discusses quantum safe networking and the use of AI in networking, along with the ongoing significance of DDoS protection.

Roland Thienpont, Director of the IP Division in Product Marketing at Nokia, highlights the value of the company's participation in the 25th edition of the MPLS event in Paris, citing detailed customer interaction and in-depth meetings.

Thierry E. Klein, President of Solutions Research at Nokia Bell Labs, emphasizes the company's extensive AI research, which is integral to various sectors including networking and industrial automation, and is applied throughout the entire lifecycle of a network. Klein also discusses the potential of running advanced AI algorithms on end devices and the development of a Nokia-specific language model trained on 20,000 Nokia documents.

Volker Ziegler, Senior Technology Advisor and Chief Architect at Nokia, highlights the company's growing use of AI and digital twin technology in network design and optimization services, resulting in a 20% average increase in network performance. The AI application also aids in detecting unserved network demand, fine-tuning 5G antennas, and enhancing worker safety by identifying potential hazards and ensuring the use of appropriate personal protection equipment.

Ljuban Kasikovic, SE for Optical, IP, SDN and DC at Nokia, discusses their quantum-safe photonic key creation system that enhances Nokia's existing encryption system, and is being used by vendors in banking, healthcare, and government sectors across Europe, Asia, and North America.

Hector Menendez, Product Marketing Manager at Nokia, has announced the launch of the 1830 PSS (photonic service switch), a Metro-optimized optical platform designed to support diverse requirements at the Metro Edge, particularly beneficial for 5G applications, enterprises needing higher capacity access, and data centers requiring high capacity connectivity.

Houman Modarres, Head of Enterprise Marketing at Nokia, highlights the company's dual approach to AI in networking, focusing on improving network efficiency and supporting data center infrastructure for large learning models.

Stefaan Vanhastel, Head of Marketing & Innovation at Nokia, emphasized the transformative potential of fiber in connecting everyone and everything, transforming business operations, and enabling high-speed innovation. He highlighted the role of fiber in providing access to essential services like e-health and e-learning, enhancing business efficiency, and facilitating the generation of innovative ideas due to its high speed of up to 25 gigabits per second and beyond.

Nokia has established a leading position in the private wireless arena with traction at many industrial sites in Europe and beyond. What comes next? In this #MWC2023 video, Nokia's Stephan Litjens talks about integrating industrial applications with high-performance networking.

Roland Thienpont, Director IP Division Product Marketing from Nokia explains: - Why he's excited to be at MPLS WC with detailed in-depth customer discussion - How they are showcasing 800G, FP5 silicon, DeepField DDoS, and automation technologies - How he's seeing strong customer engagement and expectation to return next year

How can large enterprises confidently automate their journey to the cloud? Houman Modarres, Head of Enterprise Marketing from Nokia explains: - The importance of security and agility in cloud migration - Integrating network support applications into CI/CD pipelines for automation - Utilizing a digital sandbox for scenario planning and avoiding unintended consequences

Will 800G see rapid and broad adoption in transport networks in 2023? Nokia's Arnold Jansen makes their predictions for 800G in transport networks in 2023.

How is the market for SD-WAN and SASE likely to evolve in 2023? Nuage Networks' Saurabh Sandhir makes his predictions for SD-WAN in 2023.

Securing telco cloud infrastructure, and 5G networks in particular, is top priority. Whenever there is a major shift in technology, hackers will look for new attack vectors. Rodrigo Brito, Head of Cybersecurity Business Line, Nokia, discusses strategic planning.

NFV is expanding into the radio access with CloudRAN becoming a technology that is pervasive. Sandro Tavares, Global Head of Mobile Networks Marketing at Nokia, talks about how we’re starting to execute on the NFV transformation to cloud native infrastructure and enable the networks of the future.

With a cloud-native core, the network is able to respond faster to deliver capacity exactly where it is needed, explains Sandro Tavares, Head of Campaign Strategy, Nokia. The new core architecture is really about complementing 5G possibilities.