u/Bee-El-Zu-Bubba

October 6, 2026
RNP selects Nokia and Q13 to modernize Brazil's research and education network for the AI era

[...]
The deployment will deliver 4.8 Tbps of aggregate capacity across more than 350 routers, creating a scalable IP backbone ready to evolve to 800G. Nokia will provide core, aggregation, peering and universal provider edge capabilities using its 7750 Service Router and 7250 Interconnect Router platforms. Q13 will lead implementation and migration across the network.

Alternate link:

Oct 5 2026
[CNBC] The Tech Download
Nokia CEO says data centers would be built ‘2x faster’ without supply constraints

New product (page) [link above, associated datasheet below]?

Datasheet: Infinite Capacity Engine – Data Center (ICE-D) DR8 photonic integrated circuit (PIC)

Background info:

May 12, 2025
Nokia enhances Optus’s 5G network with improved capacity and coverage across regional Australia

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September 23, 2026
More choice for Moree: Optus switches on fast 5G, boosting connectivity for one of Australia's leading agricultural hubs

• Moree now connected to the Optus 5G network
• Moree is part of more than 100 network upgrades completed across regional NSW in the past year
• Supporting residents, businesses and one of Australia's most productive agricultural regions

Moree residents, businesses and visitors can now access Optus 5G, with the network upgrade delivering faster mobile speeds and enhanced connectivity.

The upgrade is part of Optus' continued investment in regional Australia, with Moree among more than 100 locations upgraded across regional NSW in the past 12 months. A further 100 NSW upgrades are planned by the end of 2027*.

As a major regional centre servicing communities across north-west NSW, Moree plays an important role in supporting agriculture, local business, education, healthcare and tourism. The upgrade to 5G will help meet growing demand for mobile connectivity, supporting everything from staying in touch with family and friends to accessing online services and running businesses on the go.

Optus is continuing to invest in the connectivity that underpins Australia's digital future. The Optus 5G network now reaches 94.5% of the population across more than 6,000 sites nationally. In regional Australia, the pace of 5G upgrades has increased by 82% in just 16 months, with 2,444 regional sites expected to be upgraded by 2030.

Glenn Hamilton, Local General Manager for Optus, said:

"Connectivity plays a vital role in regional communities, and we're pleased to bring Optus 5G to Moree.

"Whether it's supporting local businesses, helping families stay connected, enabling remote work and learning, or giving visitors a better mobile experience while travelling through the region, this upgrade will help meet the growing demand for mobile data and connectivity.

"We're continuing to invest in regional Australia because reliable connectivity helps communities thrive, supports economic activity and gives people more flexibility in how they live, work and connect.

"The fast-tracked rollout of Optus 5G across regional Australia is great news for communities like Moree. It will deliver better connectivity for residents, businesses and Optus customers visiting the region."

Notes to editors:
*Optus reserves the right to amend the list of planned 5G tower upgrades at its discretion.

Further information on Optus’ 5G regional rollout program is available on our website at Optus Local Network | local.

ENDS

Media contact:
Optus Corporate Affairs
02 9037 8179
media@optus.com.au

September 10, 2026
High End Routing and Aggregation Market Grew 25 Percent in 2Q 2026, According to Dell’Oro Group

Direct Cloud Provider Purchase Increased 94 Percent

According to a recently published report by Dell’Oro Group, the trusted source for market information about the telecommunications, security, networks, and data center industries, High End Routing and Aggregation equipment revenue grew 25 percent year-over-year in the second quarter of 2026, fueled by stronger demand across all regions and customer segments. Notably, vendor direct sales revenue to cloud providers surged 94 percent year-over-year during the same quarter, driven by hyperscalers’ AI infrastructure push.

“Demand for High End Routers is growing at a very fast pace,” said Jimmy Yu, Vice President at Dell’Oro Group. “One reason for this accelerated growth is that hyperscalers are building more data centers and adding capacity to existing ones. This not only drives direct sales to cloud providers for data center interconnect and cloud access, but also indirect sales to communication service providers that build the wide area network and connections to enterprises,” added Yu.

https://preview.redd.it/vat3uliecxoh1.png?width=748&format=png&auto=webp&s=189bd1d1e42c4e7208a9788331b989843b4badd0

Additional highlights from the 2Q 2026 High End Routing and Aggregation Report:

• For a fifth consecutive quarter, Core Router revenue grew at a high double-digit rate, reaching a new record revenue level in 2Q 2026. Edge Router and Enterprise High End Router also posted strong results this quarter, with revenue growing 20 percent and 31 percent, respectively.
• All three customer verticals—communication service provider, cloud provider, and enterprise/public—grew at a double-digit rate in the quarter. Communication service providers accounted for the majority of router revenue, followed by cloud providers.
• All of the major regions—North America, EMEA, Asia Pacific, and Latin America—grew at a double-digit rate in the quarter. The highest growth rates occurred in North America and Latin America.

(translated)
September 7, 2026
We have acquired the first domestic sales rights for Nokia ECE drones, which excel in autonomous flight and remote operation

We are enhancing our drone solutions to support more efficient infrastructure inspections and rapid assessment of disaster situations through stable remote and unmanned operation.

Hitachi, Ltd. (hereinafter referred to as Hitachi) has signed a sales agreement on August 25, 2026, for "Nokia Drone Networks," a solution consisting of drones¹, drone ports², and software provided by Enterprise Campus Edge Solutions (hereinafter referred to as Nokia ECE), a business unit of Nokia Corporation, and has become the first company in Japan to acquire sales rights for this solution. With this, Hitachi will strengthen its drone solutions to enable autonomous flight and remote operation, and will support the improvement of work efficiency and safety for frontline workers by expanding the use of drones in infrastructure inspection and disaster response.

Hitachi has been providing drone solutions using its proprietary flight management system³ in its drone business, for areas such as inspecting social infrastructure including power facilities and disaster response . With this agreement, Hitachi will add Nokia Drone Networks, which can be operated in conjunction with drone ports capable of automatic takeoff and landing, to its lineup, enabling stable unmanned operation without the need for a pilot to be present on-site.

Furthermore, Nokia ECE is currently expanding its drone deployment in Europe and North America. Nokia Drone Networks have been deployed in 70 locations throughout Belgium, and the deployment of drones for public safety in the United States is also expanding. These are being used to support initial response efforts by police, fire, and ambulance services.

1. Nokia ECE drones are designed for industrial and public safety applications, and their strengths lie in drone ports and communication capabilities. They are automated from autonomous takeoff to return and recharging after completing a mission, making them particularly suitable for remote operations.
2. A dedicated station that allows for automatic takeoff, landing, and charging of drones.
3. A system that supports the coordination of flight airspace utilization plans, appropriate monitoring of operational status, and assessment of operational risks, including those of manned aircraft, necessary for the safe operation of drones.

Background

In recent years, against the backdrop of aging social infrastructure and a shortage of manpower to support on-site operations, there has been a growing demand for increased efficiency and reduced manpower in inspection and maintenance work. In particular, infrastructure facilities such as power transmission and distribution equipment, substations, and plants often involve work on vast sites or at high altitudes, making the burden on frontline workers to travel to these sites and ensuring their safety major challenges. Furthermore, in the event of natural disasters such as earthquakes, typhoons, and floods, rapid assessment of damage is required, but means of collecting information in places that are difficult for people to access or in places that pose a risk of secondary disasters are urgent issues. "Disaster prevention and national resilience," which protects the lives, property, and livelihoods of citizens, is positioned as one of the 17 strategic areas of the government, and the importance of strengthening infrastructure maintenance and disaster response is increasing.

Against this backdrop, expectations for inspection and monitoring using drones are rising. However, in actual operation, obstacles have sometimes arisen, such as the need for human presence during operations, concerns about communication environments, and the need to establish systems that consider data management and utilization after deployment.

Therefore, there is a growing need for solutions that utilize drones in a way that is suitable for infrastructure inspection tasks, while ensuring reliable communication and based on the premise of automated flight and remote operation.

1,. The drone port, high environmental resistance, and stable communication enable automated flight and remote operation.

　Nokia Drone Networks consists of drones and drone ports that enable automatic takeoff, landing, and charging. By combining these, it becomes possible to keep drones stationary on-site and operate them remotely without a crew. In addition, it boasts high environmental resistance that allows for long-duration flight even in strong winds and cold environments, and maintains connectivity even in the event of communication failures thanks to LTE communication and two SIMs (Subscriber Identity Module), ensuring stable control and monitoring. Furthermore, by incorporating edge cloud, ground control stations, parachutes, and dual gimbal cameras, it supports safe operation and contributes to the advancement of inspection work.

2. Contributes to increased efficiency and improved safety in infrastructure inspection and disaster response.

　Hitachi will provide a drone solution that combines Nokia Drone Networks with flight management systems and other technologies, encompassing everything from considering operational designs tailored to customers' business operations and inspection targets, to managing and analyzing acquired video and data. This will enable remote patrols and inspections at pre-set times for periodic inspections of large areas or high places, without frontline workers having to travel to the site. Furthermore, in the event of a disaster, it will be possible to remotely fly drones in remote areas such as remote islands and mountainous regions where it takes time for firefighters to arrive, or in locations with a risk of secondary disasters, thereby supporting local governments and fire departments in quickly assessing the extent of damage and the condition of social infrastructure. In addition, for automated flight and remote operation, the use of flight management systems for adjusting flight plans and managing risks will contribute to accident prevention and improvement of operational quality.

3. We provide comprehensive support from PoC to business application and data utilization.

　Hitachi's drone solutions can be implemented in stages, starting from a proof-of-concept (PoC), allowing for a smooth transition to operational use while verifying their effectiveness. Furthermore, by centrally managing acquired data on the cloud, information sharing and secondary use of data across multiple locations are facilitated, supporting further cross-functional utilization.

Future developments

Going forward, under this partnership, Hitachi will promote the deployment of solutions using Nokia Drone Networks, aiming to expand the use of drones in areas such as infrastructure inspection, maintenance, and disaster response. Leveraging the features of drones, which are capable of autonomous flight and remote operation, Hitachi will promote their introduction in various fields in a way that is tailored to the specific characteristics of on-site operations.

Furthermore, based on customer needs and usage scenarios, we will enhance our solutions and expand their target fields through technological development and co-creation with partner companies, contributing to improved operational efficiency and safety for frontline workers utilizing drones.

About Hitachi's drone solutions
https://www.hitachi.co.jp/Prod/comp/app/drone/

Trademark Notice

The company names and product names mentioned are trademarks or registered trademarks of their respective companies.

About Nokia

As a world-leading network technology provider, Nokia is contributing to the realization of a new era of AI, developing next-generation networks that connect people, devices, and intelligence. Nokia's network solutions span a wide range of areas, including fixed and mobile networks, as well as IP networks, optical networks, core networks, and data center networks. Furthermore, our secure, AI-native network infrastructure enables the application and utilization of AI on a global scale. For more information, please visit https://www.nokia.com/ja_jp/ .

About Hitachi, Ltd.

Hitachi aims to be a global leader in continuously innovating social infrastructure digitally through its Social Innovation Bonds (SIB) business, leveraging IT, OT (Operational Technology), and products, contributing to the realization of a Harmonized Society where environment, well-being, and economic growth are in harmony. In addition to its four sectors—Digital Systems & Services, Energy, Mobility, and Connected Industries—Hitachi operates globally through strategic SIB business units that create new growth businesses. With Lumada at its core, Hitachi creates value from data to solve the challenges of its customers and society. For fiscal year 2025 (ending March 2026), Hitachi projected net sales of 10,586.7 billion yen. As of the end of March 2026, Hitachi has 606 consolidated subsidiaries and approximately 290,000 employees worldwide. For more information, please visit www.hitachi.com/ja-jp/ .

Paula Gilbert, Editor - Connecting Africa

September 1, 2026
Exclusive: Nokia's Roque Lozano on Africa's connectivity inflection point

Roque Lozano, SVP, network infrastructure for the Middle East and Africa at Nokia, spoke to Connecting Africa in an exclusive interview on the acceleration of infrastructure investment driven by AI and digital transformation.

Data Center Interconnect with IPoDWDM and WDM Systems Grew 45 Percent

REDWOOD CITY, Calif. – August 20, 2026 – According to a recently published report from Dell’Oro Group, the trusted source for market information about the telecommunications, security, networks, and data center industries, the Optical Transport equipment market grew 15 percent year-over-year in 2Q 2026, driven by the strong demand for data center interconnect (DCI). DCI revenue from IPoDWDM ZR/ZR+ and WDM Systems grew 45 percent year-over-year in the period.

“This was another quarter of solid growth for the Optical Transport market,” said Jimmy Yu, Vice President at Dell’Oro Group. “There is strong demand for optical network equipment between neighboring data centers and across long-distance backbones. This is especially true in North America, where many of the largest AI data centers reside. We estimate that more than 40 percent of Optical Transport equipment revenue was driven from this region in the quarter,” added Yu.

Additional highlights from the 2Q 2026 Optical Transport Quarterly Report:

• Cloud provider purchases of WDM Systems and IPoDWDM ZR/ZR+ optics each grew at double-digit rates year-over-year in the quarter. In total, cloud providers accounted for 34 percent of the Optical Transport market revenue.
• Disaggregated WDM optical line systems (OLSs) continued to be in high demand, growing 80 percent year-over-year. The leading vendors in this technology segment were Ciena and Nokia.
• Optical Transport revenue grew in every major region except Asia Pacific due to a steep decline in China as the country strategically shifts its spending from telecom infrastructure to compute infrastructure.
• For the trailing four-quarter period, which includes the 3Q 2025 through 2Q 2026 quarters, the top four vendors were Huawei, Ciena, Nokia, and Cisco (Acacia).

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Recent news:

August 25, 2026
1Finity IPoDWDM Solution Powers New Mexico Middle-Mile Network
Continued expansion of statewide network brings connectivity to rural communities

July 7, 2026
RETN Shifts 50% of IP/MPLS Traffic onto 400G Coherent ZR+ Infrastructure

Additional competitive info from recent earnings call transcripts:

Ciena (CIEN) 2Q2026 Earnings Call:
We also continue to see strong demand from hyperscalers for our 400 gig and 800 gig pluggables and we remain on track to more than double our pluggable revenue from 2025. Additionally, we have another first win with a major switch OEM to use our market-leading WaveLogic 5 and 6nm plugs.

Comments from Marc Graff, CFO -
"You know, on the plug piece, you know, as we said, we're driving, you know, we expect to double our total plug revenue. At this point in time, I don't think we're seeing plugs have either a hugely negative or a hugely positive impact on our gross margin. You know, it's obviously a component as we think about mix, but I'm not too hung up right now on the impacts of our plugs, although I am pretty pleased with the trajectory of the business."

Cisco Systems (CSCO) 4Q2026 Earnings Call:
Our Acacia business had another very strong quarter with over $1 billion in orders in Q4, and to date, we have shipped over 850,000 400-gig and over 75,000 800-gig coherent pluggable optics.

[...]
We won three new design wins with hyperscalers in Q4. One of these was for our Silicon One P200 powered system for scale across, bringing our total with three scale-across design wins for the P200 since launch, each with a separate hyperscaler. And we have already received orders for these in Q4. We believe this is only the beginning of the scale-across motion. As AI models grow in complexity and size, hyperscalers need to connect or scale across multiple data centers due to physical and power limitations in a single data center. Power efficiency, reliability, and scale are critical in ensuring distributed GPUs function as if they were in the same location.

Given these requirements, Cisco is well-positioned with our P200-powered systems, market-leading optics, open-line systems, and coming soon, multi-rail optical systems to provide hyperscalers the technology needed for these complex use cases. The additional hyperscale design wins in Q4 were for a scale-out use case with our G200-powered system and one for a managed optical fiber network, which leverages our line system technology and enables the use of our digital coherent optics directly in third-party equipment. The optical win is strategic, as it positions Cisco as an alternative supplier to an incumbent competitor, and has the potential to disrupt traditional delivery of managed optical fiber networks.

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2026-08-21
Tusass strengthens Greenland’s critical digital infrastructure through a new supplier of subsea cable equipment

Tusass has made a strategic switch of suppliers for the Submarine Line Terminal Equipment (SLTE) used in the Greenland Connect and Greenland Connect North subsea cable systems. The new solution is being delivered through a partnership between Itectra (now NetNordic) and Nokia, marking a significant step in the ongoing development and securing of Greenland’s critical digital infrastructure.

Tusass owns and operates Greenland’s international and domestic subsea cables and the associated internet infrastructure, which form the backbone of the country’s digital connectivity with the outside world. Replacing the terminal equipment aims to ensure a modern, robust, and future-proof platform for both public and private users, resulting in a more stable internet with fewer service interruptions.

The selection of Itectra and Nokia supports Tusass’ ambition to partner with technology providers that meet high standards of quality, operational reliability, and international trust. It is essential for Tusass’ collaborations with external partners—including the Armed Forces and other entities critical to society—that the infrastructure relies on proven and reliable technological solutions.

"The modernization of our SLTE platform is a natural part of the ongoing development of Greenland Connect and Greenland Connect North. With this new solution, we are strengthening both technical resilience and our ability to deliver a stable, secure connection to Greenland," says Jonas Hasselriis, CEO of Tusass.

"We are proud to contribute to strengthening Greenland’s critical digital infrastructure alongside Tusass and Nokia. The new optical platform provides Tusass with a robust, scalable, and future-proof foundation capable of meeting growing demands for capacity and digital services. We look forward to continuing our collaboration with Tusass and contributing to the further development of Greenland’s digital infrastructure," says Brian Klovborg, CEO of Itectra.

Jostein Morken, Head of Nordic and Baltic at Nokia, adds: "Together with Itectra, Nokia is supporting Tusass in its efforts to strengthen the security and resilience of Greenland’s critical digital infrastructure. As a Finnish company, we value the opportunity to collaborate with our Nordic neighbours on this important initiative. Our advanced optical networking technology is designed to deliver reliable, high-performance connectivity for mission-critical networks and to support Greenland’s future communication needs."

With this change of supplier, Tusass takes another step toward a modern, future-proof digital infrastructure that supports businesses, public authorities, and citizens across Greenland. It opens the way for suppliers from trusted nations and handles increasing data volumes, while also enhancing cybersecurity.

Nokia

Nokia, headquartered in Finland, is supplying the advanced SLTE and DWDM technology for the project. The new subsea cable solution is based on Nokia’s 1830 series optical transport platforms, which support secure, robust, and high-capacity connectivity for Greenland’s critical digital infrastructure. Nokia is contributing a proven platform that ensures high capacity, robust operation, and future-proof scalability, thereby supporting Tusass’ long-term ambition to provide secure and reliable digital infrastructure.

Itectra

Itectra is a Danish system integrator founded in 2008; headquartered in Aalborg, it is part of the NetNordic Group. The company designs, supplies, and services business-critical IT infrastructure for data centres and service provider networks. Throughout the project, Itectra has supported Tusass in the delivery and implementation of the new solution, drawing on its expertise in optical communication, WDM systems, and technical consultancy.

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Additional info:
[Submarine Cable Networks] Greenland Connect & Greenland Connect North

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August 23, 2026
Ukraine and Finland Signed Three Documents on Cooperation in Developing Land, Maritime, and Air Capabilities

President of Ukraine Volodymyr Zelenskyy and President of Finland Alexander Stubb took part in a roundtable on Ukrainian-Finnish cooperation in the defense industries, organized with the participation of the Ukrainian Council of Defense Industry. In the presence of the two leaders, three memorandums of cooperation were signed.

The Head of State thanked Alexander Stubb, his team, Commander of the Finnish Defense Forces Janne Jaakkola, and representatives of seven Finnish companies who came to Ukraine on National Flag Day and on the eve of Independence Day. These were Boomeranger, Insta, Patria, Nokia, NestAI, Sensofusion, and ICEYE.

“From the very beginning of this war, you have been with us. And now, as our military and defense sector has grown, we can cooperate, we have started joint production, and we have not just agreements, not just papers – we have real tools, and we already have real results,” Volodymyr Zelenskyy said.

The President of Ukraine emphasized that today we are taking another step toward deepening cooperation by combining Ukrainian combat experience with Finnish technologies.

Alexander Stubb noted that today Ukraine guarantees the security of all of Europe, and that Ukraine’s capabilities to wage modern warfare are the best in Europe, so cooperation between Ukraine and Finland will strengthen both countries.

“Today’s meeting is truly mutually beneficial. In the sense that in the short term, we will be able to help you as much as we can, while in the long term, you will likewise help us. So I think this is not only the beginning, but in fact a continuation of the cooperation we have been developing for many years. And I am very pleased that we are now making it as concrete as possible,” the President of Finland emphasized.

In the presence of Volodymyr Zelenskyy and Alexander Stubb, representatives of Ukrainian and Finnish companies signed documents on the development and production in Finland of drones for the needs of Ukraine and Europe, the development of capabilities in the field of maritime unmanned systems, and the establishment of a facility to produce unmanned ground robotic systems.

“But we should not forget that we also have cyberspace and space here. And all of this together essentially forms a comprehensive package. It is very easy for us to work together because, at the political level, we are finalizing work on the Drone Deal and, of course, we already have the broad security agreement that we signed several years ago,” the President of Finland added.

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Additional coverage:
[ANTIKOR] Ukraine and Finland will jointly produce drones and ground robotic complexes

Alexander Stubb post on X:
I am with seven Finnish companies in Kiev, three of which signed letters of intent on the way. Industrial cooperation is promoted on land, at sea and in the air. The Finnish companies that signed the agreements were Insta, Boomeranger and Patria. In addition to the three companies mentioned, leading companies in critical technologies from Finland are participating; Nokia, ICEYE, Sensofusion and NestAI. Thank you to our companies for showing the way and being brave. In cooperation, both Finland and Ukraine win.

Follow-up to post from mid-May 2026...

Nokia Awards Midco Breakthrough Award

Date: 8/19/26

August 19, 2026 – Sioux Falls, SD: Following the successful delivery of a historic 400G connectivity solution supporting AI infrastructure in North Dakota, Nokia has named Midco the recipient of its Breakthrough Award, recognizing exceptional innovation, execution and partnership.

“Over many years, Nokia and Midco have developed a partnership grounded in trust, collaboration and a shared willingness to take on complex challenges,” said John Czeban, Nokia Vice President of MSO Sales. “This relationship is not just about supplying technology. It is about working together to build the network capabilities that allow Midco to pursue and secure new opportunities.”

The recognition follows Midco and Nokia’s successful execution of one of the largest connectivity projects in Midco’s history. In May, the companies announced a multistate connectivity agreement supporting critical AI infrastructure in Ellendale, North Dakota. Together, both companies delivered:

• 200 terabits per second of total bandwidth
• More than 500 individual 400-gigabit service circuits
• 225 optical shelves deployed across 45 pallets of equipment
• Initial services within six weeks of contract signing
• Full 200-terabit capacity in just four-and-a-half months

In July, Midco completed the project and transferred operational control of the connectivity routes to its client. The effort required close coordination across engineering, operations, procurement, sales, strategy, logistics and partner organizations. Leaders from Nokia and Midco gathered in Sioux Falls to celebrate the project’s success and present the award.

“The successful delivery of the Switch connectivity solution resulted from long-term investments in infrastructure, engineering, relationships and capabilities,” said Midco President and COO Ben Dold. “It became one of the most transformational opportunities our company has pursued in more than 95 years. It supports the rapidly growing AI and hyperscale ecosystem in our region and positions Midco in an entirely new category of connectivity leadership.”

Dold thanked the Midco team for their commitment to delivering a solution on a compressed timeline and Nokia for their trust and partnership.

“Delivering critical infrastructure for hyperscale and AI workloads requires partners who can innovate, execute and solve problems alongside you. Nokia helped us do exactly that,” Dold said. “The expertise, technology and support Nokia brought to this effort were instrumental in turning a bold vision into a real-world solution. We are honored to receive this award and look forward to the next phase of network growth and partnership.”

The award underscores Midco’s growing role in supporting large-scale AI, cloud and hyperscale connectivity initiatives throughout the region and reflects the company’s continued investment in next-generation network capabilities. Visit Midco.com/Wholesale to learn more about the extensive coverage, 400G circuit options and 24/7 support provided by Midco’s Wholesale team.

Chunghwa Telecom and Nokia signed a strategic cooperation memorandum to jointly advance next-generation mobile networks and promote AI-RAN technology verification and application research.

2026/08/11

Chunghwa Telecom announced today (August 11th) the signing of a strategic cooperation memorandum with Nokia on AI-RAN (Artificial Intelligence Radio Access Network). Witnessed by Chunghwa Telecom General Manager Lin Rong-ci and Nokia Vice President of Marketing Strategy Steph Delvoye, the two companies will jointly research the integrated application of mobile networks and artificial intelligence technologies, exploring cooperation in AI-RAN technology research, laboratory and field verification, AI computing architecture and platform technologies, and the evolution of next-generation mobile networks. Through a working group, the two parties will gradually conduct technical exchanges and proof-of-concept studies to jointly explore the application potential of AI technology in future mobile networks.

Chunghwa Telecom General Manager Lin Rong-ci stated that AI is rapidly driving the development of global telecommunications network technology, and AI-RAN has become one of the important development directions of the international industry. This collaboration will be based on the principles of openness, pragmatism, and verification, jointly researching and verifying AI-RAN related technologies, AI computing platforms, network architecture evolution, and potential application scenarios of edge inference. It will assess the feasibility of these technologies for network performance, operational efficiency, and future service development, and will continue to monitor international standards and industry development trends as an important reference for Chunghwa Telecom's future network evolution.

Chunghwa Telecom Network Branch General Manager Chia Chung-Yung stated, "AI is rapidly changing the development direction of the global communications industry. In addition to continuously improving transmission performance, future networks will need to possess intelligent, automated, and programmable capabilities. This collaboration with Nokia aims to gain a deeper understanding of the development direction of AI-RAN related technologies through technical exchanges and POC verification, assess the feasibility and applicability of different AI computing architectures, deployment models, and application scenarios, accumulate the technical capabilities required for the future evolution of 5G-Advanced and 6G networks, and continuously provide customers with higher quality and more reliable mobile communication services."

Nokia Taiwan General Manager Hsu Chia-shu emphasized, "AI-RAN is a significant milestone in the evolution of mobile networks and a key technology for moving from 5G-Advanced to Pre-6G and even the 6G era. We are very honored to join hands with Chunghwa Telecom to promote the innovative development of AI-RAN. By combining Nokia's global expertise in wireless network evolution, AI-RAN, network automation, and AI infrastructure with Chunghwa Telecom's strong operational capabilities and service experience in the Taiwan market, we will jointly verify the feasibility of AI-RAN technology, explore innovative application scenarios, and discover future business opportunities. This collaboration will lay an important foundation for future AI-driven smart networks, ushering in a new era of smarter, more efficient, and more innovative networks."

Chunghwa Telecom has long been a leader in the development and early verification of mobile communication technologies in Taiwan, continuously deepening its core capabilities in AI, cloud computing, networks, and digital infrastructure. This collaboration will focus on AI-RAN technology verification, AI computing platform integration, and research into new network architectures. Adhering to the corporate philosophy of "always being at the forefront," Chunghwa Telecom will continue to strategically position itself for the future development of smart network technologies, continuously improve network quality and service competitiveness, and lay a solid foundation for the development of Taiwan's digital industry.