Speaking at the launch event, Leonard Liu, President of Commercial & Distribution Solution, Huawei, said: "In business scenarios, customers are particularly concerned about the deployment cost and time. In addition, the rapid growth of high-bandwidth services such as HD streaming in recent years has raised new requirements for network bandwidth and stability." He continued that "Huawei's new MiniFTTO products not only address these evolving requirements, but also deliver simple, easy-to-use solutions that help SMEs reduce deployment costs, paving the way toward an intelligent world."

GS-PON optical gateway and StreamerKit: Breaking the upstream bottleneck for smooth network experience

The StreamerKit F700C and GS-PON optical gateway F1001 released this time around leverage the industry-leading symmetric 2.5G PON technology. With both upstream and downstream bandwidths reaching 2.5 Gbit/s, the new products deliver a 100% improvement in upstream transmission. These devices not only meet the requirements for live streaming, video conferencing, and cloud backup, but also providing headroom for future applications such as 8K ultra-HD and VR/AR.

In terms of functionality, StreamerKit integrates the live streaming acceleration engine and an AI roaming algorithm. StreamerKit can intelligently identifies live streaming services and dynamically prioritizes them, significantly reducing frame freezing. Meanwhile, the AI roaming algorithm employs AI-guided fast handover to enhance the seamless roaming experience, ensuring reliable connections for video conferencing and live streaming.

3-in-1 optical AP: One fiber for multiple services, setting a new standard for hotel network

For multi-service access scenarios, such as hotel guest rooms, HUAWEI eKit has launched the new 3-in-1 optical AP F601D. The device supports telephone, Wi-Fi, wired Internet access, and IPTV over a single fiber, greatly reducing cabling costs and construction time. As a result, overall network costs can be reduced by approximately 30%. Additionally, the new device is 40% smaller, significantly improving both aesthetics and deployment efficiency.

In the future, HUAWEI eKit will continue to collaborate with partners to drive the intelligent transformation of SMEs through further scenario-based innovations.

As AI applications flourish in campuses, traditional physical spaces are being transformed into digital, intelligent ecosystems. This evolution demands higher network bandwidth and lower latency, while introducing new challenges for intelligent campus operations. It is in this context that "Huawei has upgraded its FTTO solution to the iFTTO solution, driving campus networks beyond traditional "connectivity" toward multi-dimensional information convergence and the Internet of Things. This evolution establishes a unified foundation that integrates vision, computing, and control, laying the groundwork for smart campus transformation and accelerating the journey toward intelligent operations," according to Perry Yang, President of Huawei Enterprise Optical Domain.

To address the evolving requirements of smart campuses, Huawei introduced the O-N.E.X.T concept, which combines optical and intelligent technologies within the iFTTO solution. This approach redefines the value of campus networks and fosters a new smart campus ecosystem.

N.E.X.T encapsulates four innovative solution features. N stands for "Network Unified by Optical," where optical networks connect directly to terminals, transforming the architecture from two layers into one. E stands for "Ecosystem of Open IoT," which is achieved through Huawei's industry-first Wi-Fi 7 optical IoT AP with built-in NearLink and Bluetooth modules, enabling unified deployment and a shared bus for both network and IoT connectivity. X stands for "X-Dimensional Information Fusion," which supports multi-dimensional data sources such as vision, Wi-Fi channels, radio frequency, and 3D LiDAR, enabling various AI applications through multi-modal collaborative computing. T stands for "Towards Autonomous Operation (autonomous driving network)," which highlights Huawei's adoption of the industry's first intelligent agent for all-optical campus O&M. This supports interactive, proactive O&M, delivering closed-loop management and improving operational efficiency. And finally, O stands for "Open 3-Layer Computing Power," which supports the deployment of AI applications across industries such as smart healthcare and energy-efficient hospitality through cloud-edge-device synergy.

Huawei's iFTTO solution delivers differentiated and unique value for specific scenarios across industries such as education, healthcare, and hospitality.

In education, the iFTTO solution uses passive all-optical aggregation and tri-band Wi-Fi 7 optical APs to deliver ultra-10G connectivity to every room, building ultra-broadband campus networks. It also enables coordinated control of classroom lighting and air conditioning, helping reduce energy consumption. In dormitories, AI algorithms prioritize critical services to improve user experience. In healthcare, 50G PON accelerates AI-powered pathology analysis, while optical terminals interconnect with IoT devices in wards to support intelligent nursing and protect patient privacy. For hotels, innovative 2D-to-3D video conversion technology offers guests an immersive entertainment experience.

To date, Huawei's FTTO solution has served more than 15,000 campuses.

Perry Yang, President of Huawei Enterprise Optical Domain, said: "For campus networks, Wi-Fi 7 has entered the ramp-up phase, and 'fiber-in copper-out' has become the choice of many customers. Up to now, more than 10,000 campuses around the world have deployed the FTTO solution. "

Huawei launched the FTTO 2.0 solution in 2024, supporting continuous evolution of campus networks from 10G to 50G. The new FTTO 2.0 solution has made further breakthroughs, achieving four major upgrades:

• Bandwidth upgrade, enabling 10G to Wi -Fi: For campus scenarios such as VR classrooms and pathological diagnosis rooms that require high network performance, Huawei has launched the industry's first commercial 50G PON. After a campus network is upgraded from 10G PON to 50G PON, 50G to classrooms and 10G to Wi-Fi are available, enabling campus users to enjoy ultra-broadband and multiple network services over one fiber.

For smart classroom scenarios, Huawei has launched the 10G optical terminal P883H, which supports 2.5 Gbps to terminals, making online class streaming smoother. For office scenarios, Huawei has launched the 10G high-performance Wi-Fi 7 optical AP W817C, which supports mobile office without disconnection.

• Scenario upgrade: For hotel scenarios, Huawei has launched the outdoor 10G Wi-Fi 7 optical AP W817T, which can cover outdoor hotel swimming pools and beaches. For education MAN scenarios, Huawei has launched the optical gateway E853E, which supports remote PON ports and flexible configuration, meeting all service access requirements of primary schools and kindergartens.

Additionally, for hospital wards, Huawei has launched the 10G Panel ONU P892M, which supports direct fiber connection to hospital beds without information boxes and can be installed on the bed head panels.

• Operation upgrade from one campus to multiple campuses: The multi-tenant network management platform, One NMS can be used to manage multiple MSP tenants, reducing repeated construction, simplifying O&M, and reducing O&M costs by 30%.
• Upgrade planning from manual to AI-based automatic: Huawei has introduced the industry's first AI planning tool for all-optical campuses, which can identify CAD drawings and automatically generate configurations, reducing the network design time from two days to one hour.

As digitalization picks up speed, the FTTO solution plays a key role in smart campus network construction thanks to its high bandwidth and low latency. By integrating with cutting-edge technologies such as AI, cloud computing, IoT, and big data, FTTO can realize efficient data exchange and provide users with better network services. Currently, the entire industry is heavily investing in FTTO network construction, with new application scenarios continuously emerging.

In the education industry, FTTO can provide ultra-large bandwidth and stable connections to ensure teaching data transmission and multi-terminal access, facilitating teaching interaction. In the healthcare industry, FTTO can ensure real-time and accurate transmission of medical data, improving medical service efficiency. In the hotel industry, FTTO can carry multiple services, upgrade the bandwidth, save energy, reduce O&M costs, and improve guest experience. In the manufacturing industry, fiber to the machine, which is a variant of the FTTO solution, can be used to break transmission distance bottlenecks of traditional copper cables, avoid electromagnetic interference, and support device monitoring and data collection, improving the production and management quality.

The white paper aims to standardize FTTO networks design and construction, covering installation, test, acceptance, and O&M. To help related personnel better understand technical requirements, this white paper also describes the basic knowledge, architecture, and technical features of FTTO networks.

Project managers, technical personnel, construction personnel, construction supervisors, and contractors involved in FTTO network construction can refer to this white paper to efficiently build more standardized FTTO networks, thereby better utilizing FTTO network advantages in digital transformation, improving network performance, and laying a solid foundation for building a more intelligent digital society.

For more information, please visit:

https://e.huawei.com/en/material/enterprise/9aa64882539e43d39b5db00d8b8f8609 

As digitalization picks up speed, the FTTO solution plays a key role in smart campus network construction thanks to its high bandwidth and low latency. By integrating with cutting-edge technologies such as AI, cloud computing, IoT, and big data, FTTO can realize efficient data exchange and provide users with better network services. Currently, the entire industry is heavily investing in FTTO network construction, with new application scenarios continuously emerging.

In the education industry, FTTO can provide ultra-large bandwidth and stable connections to ensure teaching data transmission and multi-terminal access, facilitating teaching interaction. In the healthcare industry, FTTO can ensure real-time and accurate transmission of medical data, improving medical service efficiency. In the hotel industry, FTTO can carry multiple services, upgrade the bandwidth, save energy, reduce O&M costs, and improve guest experience. In the manufacturing industry, fiber to the machine, which is a variant of the FTTO solution, can be used to break transmission distance bottlenecks of traditional copper cables, avoid electromagnetic interference, and support device monitoring and data collection, improving the production and management quality.

The white paper aims to standardize FTTO networks design and construction, covering installation, test, acceptance, and O&M. To help related personnel better understand technical requirements, this white paper also describes the basic knowledge, architecture, and technical features of FTTO networks.

Project managers, technical personnel, construction personnel, construction supervisors, and contractors involved in FTTO network construction can refer to this white paper to efficiently build more standardized FTTO networks, thereby better utilizing FTTO network advantages in digital transformation, improving network performance, and laying a solid foundation for building a more intelligent digital society.

For more information, please visit:

https://e.huawei.com/en/material/enterprise/9aa64882539e43d39b5db00d8b8f8609 

Perry Yang, President of Huawei Enterprise Optical Domain, highlighted "3 In and 3 Out" trends in his keynote: Fiber-in Copper-out for home and campus networks, fgOTN-in SDH-out for industry production networks, and Optical-sensing-in, Hard-work-out for remote sensing applications in scenarios such as oil and gas pipeline inspection and perimeter inspection. Huawei's FTTO solution now serves over 10,000 campuses, our fgOTN is globally adopted, and optical sensing has been deployed in over 90 projects across industries like oil and gas, airports, and railways, accelerating industrial intelligence through F5G-A technologies.

To meet "3 In and 3 Out" requirements, Huawei launched four solutions based on F5G-A:

For ISPs, Huawei launched the fiber to the home (FTTH) solution that supports low-cost and fast network construction as well as multiple fiber to the room (FTTR) products to help ISPs achieve fast coverage, bandwidth increase, and user experience improvement.

For campus scenarios, Huawei FTTO 2.0 Solution implements four major upgrades in terms of bandwidth, scenario, operations, and planning. The campus network bandwidth is upgraded from 10 Gbit/s to 50 Gbit/s, delivering 50 Gbit/s to classrooms and 10 Gbit/s to Wi-Fi. Optical terminals that meet the M45 installation standards in Europe and the Middle East have also been launched, which support a direct fiber connection to hospital beds without information boxes and can be installed on the bed head panels without affecting the decoration. Additionally, outdoor optical APs were released to extend indoor coverage to outdoor coverage, ideal for school playgrounds and outdoor swimming pools in hotels. As for operations, one NMS could manage only one campus in the past, but now it can manage multiple, achieving easy O&M in multi-tenant scenarios. Moreover, planning can be upgraded from manual to AI-based automatic configuration, shortening the network design time from two days to one hour.

For AI computing scenarios, Huawei released the All-Optical Lossless Data Center Interconnect (DCI) Solution, where DC-based OTN OSN 9800 K12 platform is used to achieve zero packet loss during RDMA across data centers.

Huawei has introduced a cost-effective, easy-to-deploy miniaturized perimeter inspection solution for small campuses, including substations, oil and gas stations, and data centers. The solution is based on converged sensing technologies such as fiber and video sensing, as well as AI algorithms.

In the future, Huawei will continue to focus on optical technology innovation, and work with global customers and partners to accelerate "3 In 3 Out" in connectivity and sensing, driving industrial intelligence.

"In the Wi-Fi 7 era, Fiber-in Copper-out is a must for campus networks, and FTTO 2.0 commercial use is accelerating. Huawei is willing to work with customers and partners to seize opportunities in optical business, achieving a win-win future for campus intelligence." noted Gavin Gu, President of Enterprise Optical Business Domain, Huawei.

Huawei's FTTO 2.0 solution achieves a simplified architecture with the number of network layers cut from three to two, active to passive transition, 30% lower energy consumption, and 80% less cabling. Based on XGS-PON Pro and Wi-Fi 7 technologies, this solution supports 12.5G/25Gbps to rooms, 10Gbps to APs, and 2.5Gbps to desktops. The hard slicing technology enables multiple services to be carried over one network, reducing the TCO by 30%. This helps enterprises build green, ultra-broadband, and simplified campus networks.

At the session, Huawei released a selection of FTTO 2.0 products for various scenarios and industries.

In the education industry, Huawei launched the industry's first high-density ultra-10G optical terminal Huawei OptiXstar P884E for smart classrooms. Meeting the requirements of high-density and high-bandwidth access scenarios, this product implements 12.5G/25Gbps to classrooms and 2.5Gbps to desktops. For dormitories, Huawei launched the industry's first 8-port Wi-Fi 7 optical AP OptiXstar W617E, which supports unified wired and wireless access for a room with 8 students. For education metro networks, Huawei launched the edge optical gateway Huawei OptiXstar E853E. Supporting remote PON port deployment, closed-loop local service forwarding, and flexible configuration, the Huawei OptiXstar E853E meets the access requirements of all services in campuses such as primary schools and kindergartens.

For hospital wards, Huawei launched the industry's first 10G ceiling-mounted Wi-Fi 7 optical AP Huawei OptiXstar W817C, whose seamless roaming technology enables mobile ward rounds.

For hotels, Huawei launched the next-generation three-in-one Wi-Fi 7 optical AP Huawei OptiXstar W827E-3, which supports unified access of wired, wireless, and telephone services so that one ONT can carry all services in each guest room over one fiber. In this way, it provides ultimate Wi-Fi 7 network experience at a lower cost and improves the positive feedback rate of guests.

For factory workshops, Huawei launched the small-sized industrial optical terminal Huawei OptiXstar T602E, which supports guide rail installation and fiber to the machine without extra cabinets, allowing for flexible capacity expansion. By helping to build a reliable and flexible advanced industrial network for smart factories, the product improves the quality and efficiency of factory production.

Huawei's FTTO solution has been put into commercial use in more than 9000 campuses around the world. In addition, Huawei's 50G POL solution that supports hard slicing has also been put into commercial use.

"Facing the intelligent era, the optical industry has accelerated its '3 In 3 Out' trends," noted Bob Chen, President of Huawei Optical Business Product Line, at the summit. "More than 9000 all-optical campuses around the world have implemented Fiber-in Copper-out. In terms of fgOTN-in SDH-out, SDH has been replaced by fgOTN in industries such as electric power and transportation, and large-scale fgOTN deployment has been started. For Optical-sensing-in Hard-work-out, optical fiber sensing has been commercially used in more than 80 cases. Huawei calls on all industry customers and partners to seize new '3 In 3 Out' opportunities and accelerate industrial intelligence together."

"Fiber-in Copper-out": For home network scenarios, Huawei launched a new Wi-Fi 7 ONT — Huawei OptiXstar EN8145 — to help ISPs upgrade its service package from 100Mbps to 1000Mbps level, providing users with ultimate Wi-Fi experience while supporting high-speed access of home storage.

For campus scenarios such as classrooms and offices, Huawei has updated its FTTO 2.0 solution and launched the industry's first high-density and ultra-10Gbps optical terminal —Huawei OptiXstar P884E — achieving 12.5/25Gbps coverage. Four OptiXstar series Wi-Fi 7 optical terminals and optical gateways (including W617E) have been released, covering hospitals, hotels, and education network scenarios, to develop a new standard configuration for Wi-Fi 7 intelligent campuses.

fgOTN-in SDH-out: For communication networks in industries such as electric power and transportation, Huawei launched the industry's first optical transmission product portfolio that supports the fgOTN standard in an E2E manner —Huawei OptiXtrans E6600/9600 — helping to build a solid and reliable communication network for these industries. In smart power distribution and consumption scenarios, Huawei released the high-speed power line communications (HPLC) dual-mode solution, which raises the meter collection success rate to 99.9%. For 300 households, this solution shortens the collection time from 15 minutes to 1 minute, achieving reliable and quick meter collection. All this drives the digital and intelligent upgrade of the electric power industry.

Moreover, Huawei extends " fgOTN-in SDH-out" from WANs to data centers. For ultra-large-scale intelligent computing cluster network, Huawei launched Huawei OptiXtrans DC808, an all-optical switch, to address issues such as difficult expansion of traditional networks and low reliability caused by failure-prone optical modules. With the all-optical cross-connect OXC technology introduced to data center networks, the switch supports flexible expansion of networking capabilities, eliminates the need for optical modules, and cuts the fault rate by 20%. In addition, it also supports long-term smooth evolution from 400G to 1.6T.

Optical-sensing-in Hard-work-out: Huawei also released an intelligent gas leakage detection product —Huawei OptiXsense ES100 — based on spectral sensing technologies to ensure urban gas safety. Huawei's solution improves the precision by 40%, prolongs the service life by 50%, and eliminates the need to replace batteries in 3 years. It has been in use in Chengdu Hi-Tech Zone for half a year, with its precision and reliability fully verified.

We call on all industry customers and partners to join us in seizing new "3 In 3 Out" opportunities, and to accelerate industrial intelligence. Together, we can achieve win-win results in the intelligent era.

In the opening speech, Bob Chen said, "Optical connectivity and sensing have been the cornerstones of intelligent industry transformation. Industrial intelligence brings three trends to the optical industry: Fiber-in Copper-out, fgOTN-in SDH-out, and Optical-Sensing-in Hard-Work-out. Huawei has been deeply engaged in the industry and continuously explores innovative optical technologies to enable industrial intelligence."

At the summit, Gavin Gu, President of Enterprise Optical Business Domain, Huawei, said "Industrial intelligence brings three new trends to the optical industry. F5G-A shows us a clear technology evolution roadmap for these trends. I believe that with the joint efforts of customers, partners, and Huawei, we will achieve win-win results in Industrial intelligence."

Homes and campuses are embracing "Fiber-in Copper-out", with copper cables needing to be replaced by optical fibers. Home broadband technologies are developing from fiber to the home (FTTH) to fiber to the room (FTTR), providing ultimate experience for home digital life. Against this backdrop, Huawei launched the ISP's all-optical target network for the FTTR era.

For "Fiber-in Copper-out" on campus networks, Huawei launched the next-generation FTTO 2.0 Solution, in which Huawei uses XGS-PON Pro and Wi-Fi 7 technologies to upgrade bandwidth, networking, and O&M, achieving 12.5/25G to rooms and 10G to APs so as to build a green 10 Gbps all-optical campus. In addition, Huawei launched the industry's first 50G POL solution for commercial use, satisfying the requirements of high-performance campus scenarios.

For "fgOTN-in SDH-out" in the electric power and transportation industries, Huawei launched the industry's first all-optical communication network solution that supports fgOTN standards, building a solid and reliable communication network for the industry.

In the third trend "Optical-sensing-in Hard-work-out", intelligent remote operation is leveraged to drastically reduce the amount of manual onsite workload, enabling employees to move from outdoor sites to offices in scenarios including smart transportation and perimeter inspection. Huawei integrates sensing capabilities of vision, radar, and optical fibers with the advanced intelligent model to build an industry-leading multi-dimensional sensing solution, facilitating production and operations.

At the summit, Huawei released Installation Process and Construction Guidance for Passive Optical LAN and fgOTN Technical White Paper to further empower customers and partners, promote industry standardization of all-optical networks, and accelerate application implementation. Finally, Huawei announced the initiation of the OptiX Club member recruitment event worldwide. By building industry technical communities, Huawei aims to promote regional industry data intelligence.

Gu Yunbo, President of Huawei's Enterprise Optical Business Domain, said, "Huawei developed the FTTO solution based on an innovative IP+POL converged campus network architecture, and it has been embraced by over 8,000 campus customers across 50 countries. Stepping into the Wi-Fi 7 era, Huawei now introduces the next-generation FTTO 2.0 solution for standard campus customers and the 50G POL solution for high-performance campus scenarios, fully addressing the demands of intelligent campus upgrades and eco-friendly development."

The FTTO 2.0 solution supports XGS-PON Pro and Wi-Fi 7. Compared to FTTO 1.0, FTTO 2.0 delivers substantial enhancements in performance and user experience:

• Bandwidth upgrade: Based on innovative XGS-PON Pro technology, Huawei FTTO 2.0 realizes 25 Gbps to the room, 10 Gbps to the AP, and 2.5 Gbps to the desktop, improving access bandwidth by 150%. Huawei has also launched W827E, the industry's first enterprise-level Wi-Fi 7 ONT.
• Networking upgrade: Huawei FTTO 2.0 supports end-to-end slicing and can carry up to 8 dedicated networks, such as office and production networks. By avoiding siloed network construction, the solution slashes TCO by 30%.
• Experience upgrade: Huawei FTTO 2.0 uses hard-isolated dedicated networks to ensure deterministic experience in key services. It uses an innovative C-WAN algorithm to realize a handover latency within 20 ms, making Wi-Fi roaming imperceptible to users. The POL analyzer feature also makes users' Wi-Fi experience visible.
• O&M upgrade: The NCE-Campus network management platform supports unified management of IP+POL networks, significantly simplifying network O&M. It takes only one technician to manage an entire campus network.

In addition, Huawei rolled out the industry's first commercial 50G POL solution to address network challenges in scenarios requiring ultra-high-performance, such as 10G Wi-Fi 7 AP backhaul, high-density and high-bandwidth coverage in offices, and new video service applications such as VR/AR. This solution includes 50G PON OLTs and ONTs that support symmetric upstream and downstream bandwidths, elevating campus networks from 10G PON to 50G PON, enabling campus customers to enjoy ultra-broadband connectivity and network consolidation over a single fiber.

As AI continues to proliferate across various service scenarios, the demand for foundation models has intensified, leading to an explosion in data volume. DCs are now operating at the petabyte level, and DCI networks have evolved from single-wavelength 100 Gbit/s to single-wavelength Tbit/s.

In response to the challenges posed by massive data transmission in the intelligent era, Huawei introduces the next-generation DCI platform, the Huawei OptiXtrans DC908 Pro. Compared to its predecessor, the DC908 Pro offers higher bandwidth, reliability, and intelligence.

Key features of the Huawei OptiXtrans DC908 Pro include:

• Higher bandwidth: The DC908 Pro supports single-wavelength 1.2 Tbit/s over distances of up to 240 km, which is three times longer than the industry average. Its single-fiber capacity reaches up to 96 Tbit/s, the largest in the industry, while its C120+L120 integrated ROADM system halves equipment room footprint and power consumption. Furthermore, the single-slot cross-connect capacity of the DC908 Pro is 2.4 Tbit/s, which can be smoothly increased to 3.2 Tbit/s.
• Higher reliability: Addressing the challenge of financial transaction failures caused by link jitter, the DC908 Pro features the groundbreaking Storage-Optical Connection Coordination (SOCC) solution, achieving 99.999% reliability and ensuring service security and continuity.
• Higher intelligence: With support for IT-based simplified deployment, NMS-free deployment, and one-click service provisioning, the DC908 Pro eliminates the need for specialized skills. Intelligent fiber management, co-cable detection, and subhealth status detection functions help improve the efficiency of locating fiber faults. In addition, based on the industry's first OTDR transient interruption detection function, the fiber intermittent disconnection/jitter faults can be located in milliseconds, greatly improving the troubleshooting efficiency of cable quality issues.

The Huawei OptiXtrans DC908 Pro won the DCI platform award in the Lightwave Innovation Reviews, as announced by Lightwave, a renowned media outlet in the global optical network field.

Gu Yunbo, President of Huawei's Enterprise Optical Business Domain, noted in his keynote speech that based on new F5G Advanced technologies such as fgOTN, Wi-Fi 7, and 50G PON, Huawei launches a series of scenario-based solutions to achieve fiber sensing, as well as fiber to home, to enterprise, to machine, and to computing. It builds accurate sensing and ultra-broadband, deterministic networks for industries, laying the foundation for industrial intelligence.

Huawei launched the next-generation FTTO 2.0 solution for campus scenarios in the Wi-Fi 7 era, and the 50G POL solution for ultimate performance, meeting various campus network requirements of industry customers. Based on XGS-PON Pro and Wi-Fi 7 technologies, FTTO 2.0 is upgraded in terms of performance and experience. This solution features ultra broadband, simplicity, green credentials, and high quality, meeting industry customers' requirements for building next-generation campus networks.

For energy and transportation production networks, Huawei launched OptiXtrans E6600, the industry's first optical transmission product that supports the fgOTN standards, to help customers build future-proof all-optical communication networks in the intelligent era. This provides robust communication support for real-time control services, production management services, and integrated data services.

In scenarios spanning oil and gas pipelines, railways, and airport perimeters, Huawei's next-generation optical fiber sensing solution, with high-sensitivity oDSP optical modules and zero-deviation holographic modeling, supports accurate vibration detection and event pattern restoration. Moreover, the solution also leverages videos to improve sensing accuracy by 10 times.

For e-government private network scenarios, Huawei has launched innovative solutions such as Alps-WDM ,400G, OXC, ASON, Lossless industrial optical network solution.

In addition, for data center interconnect (DCI) scenarios in the intelligent era, Huawei launched Huawei OptiXtrans DC908 Pro that supports Tbps per wavelength to ensure efficient, highly secure, and highly reliable transmission of services between data centers. For ISP scenarios, Huawei launched the premium all-optical network solution for ISPs to help customers build networks with deterministic experience at lower costs, securing business success.

Looking ahead, Huawei will continue to innovate based on F5G Advanced, develop leading products and solutions, and work with customers and partners to accelerate industrial intelligence.

Optical broadband is moving from video-driven 100 Mbps to experience-driven 1Gbps, and enabling intelligence-driven 10Gbps connections. Under this trend, Huawei proposes an F5.5G all-optical target network need to build an F5.5G all-optical target network that supports 3 network capabilities, and 4 network architecture. That is, achieve 3 network capabilities: 10Gbps ubiquitous access, metro network reducing latency to 1ms, and backbone network achieving 99.9999% availability; and build 4 network architecture: backbone network deploys 400G, 800G OTN to connect data centers, metro network requires 100G to COs, access network uses 50G PON to homes and enterprises, and connects 10Gbps to room.

Home network: The number of FTTR users has reached 14 million. FTTR helps operators sell "1 network" with FTTR instead of "1 fiber plus 1 terminal" with FTTH. FTTR is expanding from the connection function to smart home applications (FTTR+X), that is, the convergence of FTTR networks and various smart home applications. Operators can furtherly sell multiple applications on top of "1 network". Huawei launches the industry's first FTTR+X product, iFTTR F50, which increases the rate from 2000 Mbps to 3000 Mbps. In addition, it introduces built-in storage and computing units to provide users with up to 8 TB storage and intelligent album search functions, helping carriers expand the boundaries of home broadband services.

• Optical access network: There are nearly 200 million gigabit users worldwide. More than 50 carriers have released 10Gbps commercial packages. The rapid development of gigabit services is driving the upgrade of optical access networks from GPON to 10G PON or even 50G PON. Huawei FlexPON+ solution helps carriers smoothly evolve from GPON to 10G PON at the optimal cost, promoting the development of gigabit users. In addition, the 7-modes-in-1 50G PON with symmetric upstream and downstream transmission supports 100% reuse of existing ODN, protecting carriers' investment. The MA5800T, the industry's first intelligent OLT, supports 2Tbps per slot and an intelligent engine, supporting ubiquitous 10Gbps access.
  
  
• Metro network: It is estimated that 85% of enterprise applications will be migrated to the cloud by 2025. The ultra-low latency of 1ms and flexible service scalability of the metro network are the key to ensuring the ultimate user experience and quick connection to the cloud. Huawei Alps-WDM solution deploys 100G and 200G OTN at the edge of the metro network. The E2E all-optical switching enables one-hop service transmission and cloud access within milliseconds, helping carriers build a simplified and ultimate-experience metro network.
  
  
• Backbone network: The traffic between data centers increases by more than 50% annually. Cloudification of enterprise production systems requires higher network availability. Huawei's leading high-performance 400G and 800G OTN, optical-electrical hybrid ASON, and OSN 9800 K36, the industry's first OTN product for data centers, provide 1.6T per slot and a single-fiber capacity of 100T, and improve network availability from 99.999% to 99.9999%.

Kim Jin said, "Huawei will continue to innovate based on the F5.5G all-optical target network, to help carriers seize development opportunities in the gigabit market and accelerate F5.5G commercial use, embracing the new wave of market prosperity."

In November 2023, ETSI released the F5G Advanced Generation Definition. Huawei has worked with leading operators around the world to carry out F5.5G innovation and practice, with key F5.5G technologies and products including Wi-Fi 7, 50G PON, 400G, 800G backbone networks and OXC already in wide use. 10G connectivity is fundamental to the popularization of intelligent applications. Many countries and regions around the world have released 10G development plans and initiated the construction of 10Giga City. To boost further development of F5.5G, Bob Chen, President of Huawei Optical Business Product Line, noted that operators need to build an F5.5G all-optical target network that supports "1+3+4" core features amid 10G ultra broadband development. That is, centered around 1 network goal: 10Gbps ultra broadband; achieving 3 network capabilities: 10Gbps ubiquitous access, metro network reducing latency to 1ms, and backbone network achieving 99.9999% availability; building 4 network architecture: backbone network deploys 400G, 800G OTN to connect data centers, metro network requires 100G to COs, access network uses 50G PON to homes and enterprises, and connects 10Gbps to room.

To support the construction of the F5.5G all-optical target network with "1+3+4" architecture, Huawei has launched three innovative all-optical products.

• Ultra-broadband backbone: Huawei has launched OptiX OSN 9800 K36, the industry's first DC-oriented OTN product. It has three innovations. First, it provides single-wavelength 1.6Tbps, 33% higher than the next highest rate — 1.2Tbps. It also reduces the per-bit cost by 30%. Second, it has an innovative dual-3D orthogonal architecture that doubles the number of supported slots, and delivers a single-subrack switching capacity of more than 100T, easily coping with traffic surges. Third, its built-in intelligent unit enables ms-level detection and real-time intelligent fault analysis, thereby improving network availability.
• 10G access: MA5800T, the industry's first intelligent OLT product, brings three upgrades. First, the capacity of a single slot on the device reaches 2T, more than twice the industry average, and can evolve to 200G PON. Moreover, it is compatible with existing GPON and 10G PON. Second, the product implements physical isolation for services through an innovative architecture, ensuring E2E deterministic latency and jitter for premium services. Third, its built-in intelligent computing unit improves user experiences in all aspects.
• All-optical smart home: iFTTR F50, the industry's first FTTR+X product, supports more functions besides network connection. It has three innovations. First, with a C-WAN architecture plus Wi-Fi 7, iFTTR F50 increases the access rate to 3000 Mbps. Second, based on accurate clock synchronization, it shortens the roaming handover time to 10ms and eliminates packet loss. Third, its built-in storage and computing unit provides users with a maximum of 8TB storage space and intelligent album search functions.

Bob Chen, President of Huawei Optical Business Product Line, said, "2024 is the first year of F5.5G commercial use, and fixed networks will take a new leap forward. Amid the development of 10G ultra broadband, Huawei released three innovative all-optical products: DC-oriented OTN product OSN 9800 K36, intelligent 10G OLT product MA5800T, and FTTR+X product iFTTR OptiXstar F50, helping operators build the F5.5G all-optical target network with "1+3+4" core features, continuously broaden service boundaries, and advance the intelligent world."

Upgrade from FTTR to FTTR-B, extending from homes to enterprises

FTTR has been deployed for around 10 million households. Huawei FTTR-B applies FTTR to enterprises to provide premium connections in various scenarios, such as commercial buildings, small and medium-sized stores, and small campuses, achieving 2Gbps bandwidth and 300 concurrent users.

Upgrade from premium Wi-Fi to premium broadband, accelerating experience monetization

Premium Wi-Fi has been deployed in more than 60 customer networks worldwide. After the upgrade, premium broadband implements accurate user awareness based on big data analysis, and proactively performs O&M. It improves precision marketing capabilities and users' broadband satisfaction, and reduces the churn rate.

Upgrade from 10G PON to 50G PON, achieving smooth evolution to 10 Gbps experiences

Huawei, together with 85 operators has deployed more than 17 million 10G PON ports. Compared with the industry average, Huawei 50G PON increases the upstream bandwidth by 20% and reduces the latency from ms-level to us-level, meeting the QoS requirements of multiple services.

New upgrade to Alps-WDM Enhanced, accelerating all-service development

Alps-WDM has been deployed in more than 50 commercial and test networks around the world. Alps-WDM Enhanced improves all-optical switching modules and allows carriers to extend OTN to sub CO sites, meeting multi-scenario and multi-service requirements and improving live-network reuse and flexible deployment capabilities.

Upgrade from 400G to 800G, achieving ultra-large capacity and ultra-long distance backbone network transmission

Huawei has deployed 400G solutions on more than 100 networks around the world. By upgrading materials, algorithms, and structures, Huawei Super 400G/800G solution improves the transmission distance by 20% and reduces the power consumption by 50%. The Super C+L band WSS module implements all-optical switching of multiple bands on the same module, increasing the capacity of single-fiber and the equipment by 100%.

Upgrade from latency map to SLA assurance, accelerating network SLA monetization

Huawei OTN premium private lines provide reliable connections with deterministic latency for more than 10,000 enterprises. This upgrade uses the optimal path recommendation function to improve SLA monetization capabilities, shorten the service TTM to days, and achieve higher than 99.999% network reliability. In this way, it improves efficiency and increases revenue for users.

Based on the eight F5.5G-oriented technological innovations released at UBBF 2022, Huawei continues to innovate and release additional six technical upgrades this time to fully improve network capabilities and further promote the industry to stride to F5.5G. Kim Jin said, "In the future, we will continue to develop the optimal solution oriented to F5.5G. We hope to work with global carriers and industry partners to promote the industry development, achieve the vision of OptiX to Everywhere and 10Gbps Everywhere."

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Richard Jin, President of Huawei Optical Business Product Line, stated that 1Gbps has been everywhere, and 10Gbps is taking off. In the past year, Huawei's F5.5G innovations, such as FTTR F30/B30, 50G PON, Alps-WDM, and 400G/800G, have been widely adopted in Asia, Europe, Middle East, Africa, and Latin America. It deeply changed people's life and work. We hope more carriers and partners to join the F5.5G innovation and practice and work together to embrace "10Gbps Everywhere".

• In terms of smart homes, over 4.6 million household users are using Huawei FTTR to create 1Gbps home Wi-Fi connection. In Brazil, Oi and Huawei took the initiative to put FTTR into commercial use in Latin America. They leveraged the ultra-high bandwidth, ultra-wide coverage, ultra-high concurrency, and 5A-level services to build smart homes featuring whole-house ultra-gigabit and whole-house intelligence for users, thereby improving efficiency, consumer satisfaction and ARPU for Oi.
  
  
• In terms of small and micro enterprises, tens of thousands of enterprises have adopted Huawei FTTR solution. Leveraging B30's advantages such as ultra-gigabit Wi-Fi, 300 concurrent terminals, and app-based intelligent O&M, China Unicom Henan released the FTTR B30 fusion package applicable to various scenarios including offices, supermarkets, convenience stores and security protection. Over the past six months, China Unicom Henan has attracted nearly 10,000 enterprise users, and increased consumer satisfaction by 20%, enabling the digital transformation of small and micro enterprises.
  
  
• In terms of smart manufacturing, China Telecom Research Institute worked with Huawei to complete the world's first 50G PON–based industrial Internet pilot. Huawei's 50G PON provides 10Gbps bandwidth for campuses, provides reliable and flexible access for industrial Automated Optical Inspection (AOI), and achieves a 10-fold improvement in inspection efficiency, realizing positive benefits for smart manufacturing. At present, Huawei has been conducting the innovation verification for its 50G PON solution together with over 30 partners around the world.
  
  
• Using Huawei's Alps-WDM, China Unicom Chongqing has built metro networks with the optimal TCO. Huawei's Alps-WDM increased the single-wavelength rate from 10G to 100G at the integrated access site, and created a bandwidth resource pool shared by multiple areas for on-demand usage. It also helped created an ultra-low latency circle with "1ms coverage of the main city, 2.5ms coverage of the entire city, and 3ms coverage of Chengdu- Chongqing dual cities". Till now, Huawei's Alps-WDM has dozens of commercial applications worldwide.

The 10Gbps era is just around the corner. Huawei calls on all parties in the industry to innovate and enrich F5.5G application scenarios together and apply F5.5G to all aspects of the digital economy. In doing so, we can embrace "10Gbps Everywhere".

To meet network connection requirements for higher-than-gigabit bandwidth, ETSI released the F5G Advanced and Beyond White Paper in 2022, and WBBA released the next-generation broadband development roadmap. The evolution from 1 Gbps to 10 Gbps has gradually become a consensus in the industry. Richard Jin, President of Huawei Optical Business Product Line, said: "Oriented to F5.5G, from Giga network to 10Giga city, Huawei believes that all-optical 10Giga city will start in five scenarios — home, enterprise, machine, computing, and sensing." He also encouraged the entire industry to cooperate in standard formulation, policy promotion, technological innovation, and ecosystem application in order to jointly build 10Giga cities and stride into an intelligent world.

• Home: The emergence of new applications such as ultra-HD video, XR, metaverse, and cloud desktop requires higher bandwidth, lower latency, and higher reliability of home broadband. Taking an 8K naked-eye 3D TV as an example, to implement H.264-compressed multi-view imaging, an access bandwidth of over 3 Gbps is required.
• Enterprise: Smart campus applications require improved network capabilities. For example, applications such as digital-assisted diagnosis and treatment, multi-camera live broadcast of sports events, and holographic interactive design require 10G optical network to provide enterprises with access bandwidth higher than 1 Gbps and network latency lower than 10 ms.
• Machine: With the digital upgrade of industries such as electric power, manufacturing, and port, future industrial production requires a 10G all-optical production network that supports intelligent connection of everything. Such a network delivers bandwidth in excess of 10 Gbps, latency lower than 1 ms, and jitter lower than 20 μs jitter for ultra-HD AOI quality check and production line PLC.
• Computing: With the rapid development of cloud computing, the network bandwidth between data centers and users increases rapidly, and the latency requirement becomes more and more stringent. A 10G network uses the simplified architecture of 400G backbone network, 100G metro access, and all-optical grooming to reduce transmission power consumption and make cloud computing power a ready-to-use resource.
• Sensing: The optical fiber sensing capability enables fiber digitalization and accurately locates faults, achieving visible and manageable fiber networks and improving network operation efficiency. On the basis of home broadband access, the laser 3D optical sensing technology can dynamically monitor the elderly for falls, helping protect their health.

To support the development of 10G services, Huawei has achieved technological innovation and commercial use in multiple fields, such as FTTR, 50G PON, Alps-WDM, 400G, OSU hard pipe, and green industrial optical network, helping operators continuously evolve their networks.

At the forum, Richard Mahony, a member of WBBA and Vice President of Informa Tech, said that WBBA accelerate timely emergence of next generation broadband everywhere, that delivers a sustainable long-term ROI for all industries. Ao Li, Chief Engineer of China Academy of Information and Communications Technology (CAICT), stated that the F5G Advanced era represented by 10G optical networks is accelerating and will build a solid digital infrastructure for home, enterprise, cloud, and computing services.

Tom Pang, Senior Vice President of the Network Planning of Hong Kong Telecommunications (HKT), said that HKT will continue to evolve PON as the next-generation access network. Abigail Cardino, Head of Transformation Governance Division and Vice President of Broadband Business, Globe Telecom, said that Globe creates wonderful experiences for Filipino homes to have choices, overcome challenges, and discover new ways to enjoy life. And Wang Xinping, Director of Information and Network Center, Central South University, pointed out that Central South University hopes to implement high-speed integration of wired, wireless, IoT, and 5G networks through the "One Network" project, and carry multiple functional networks in a unified manner to fully connect campus data and applications.

Looking ahead, industry experts are calling on all parties in the industry to continuously promote innovative services and experiences, facilitate the evolution of all-optical networks to 10G, and stride into F5.5G together, thereby building a better intelligent world.

F5G, the Fifth-generation fixed network defined by the European Telecommunications Standards Institute (ETSI), is dedicated to moving from Fiber to the Home (FTTH) to Fiber to Everywhere. Marcus Brunner, ETSI ISG F5G Liaison Officer, said that fiber is the most efficient and green optical communication media. It can help various industries go green and digital. The F5G Advanced technologies significantly improve network capabilities in terms of bandwidth, latency, coverage, energy efficiency, intelligence, sensing, visibility, and resiliencibilty, better enabling industry digitalization and energy saving.

Kim Jin, Vice President of Huawei Optical Business Product Line, said, "F5G evolution needs to focus on exploring new industrial application scenarios. This is key to releasing the potential of digital productivity. Based on technological innovation and industrial digitalization practices, Huawei has released all-optical network solutions that are more reliable, greener, and more efficient for various industries. Huawei looks forward to promoting F5G technologies together with industry partners."                    

Comprehensive Solution Upgrade for Five Scenarios

Based on F5G evolution, Huawei has upgraded all-optical network solutions to support digital transformation in five key scenarios, including campus network, WAN production network, industrial IoT, data center interconnection, and industry sensing.

• For the campus network scenario, Huawei released the industry's first 50G POL prototype to build a next-generation campus network oriented to Wi-Fi 7. The new products not only meet users' requirements in the Wi-Fi 6 era, but also adopt industry-leading 50G PON optical modules and algorithms to support future Wi-Fi 7 without the need to replace the OLT, ODN, and ONU products.

At the session, Huawei, together with partners from around the world, released the All-Optical Campus Network Technology Application White Paper, providing a reference for future-oriented all-optical campus construction.

• For the WAN production network scenario, Huawei released the industry's first end-to-end OSU product portfolio to build a reliable and continuously evolving production network for electric power and transportation industries. The new network features four capabilities: fully inheriting SDH services; providing end-to-end OSU hard pipes from backbone to access in order to ensure production security; breaking through SDH bandwidth restrictions and supporting 96 Tbps bandwidth per fiber to meet the bandwidth requirements of digital services; and supporting unified network management and simplified O&M.
• For the industrial IoT scenario, Huawei released the industry's first lossless industrial optical network solution to comprehensively upgrade all-optical industrial networks. Based on the innovative dual-fed selective receiving technology and the industry's
• For the data center interconnection scenario, Huawei released the latest Storage + Optical Connection Coordination (SOCC) feature to reduce the I/O link switchover duration from 120 seconds to 2 seconds, and expand 5 ms switchover from the C120 band to the C120+L120 band.
• In the industry sensing scenario, Huawei released the EF3000 product featuring innovative Huawei oDSP and sensing algorithms. This product achieves zero false negatives and low false positives, improves sensing precision, and expands the application of fiber sensing from pipeline inspection to perimeter inspection for large campuses such as railways and airports, helping these campuses prevent illegal intrusion and ensure security.

In the future, Huawei will continuously make innovations to promote F5G evolution, develop leading products and solutions, and work with customers and partners to help various industries go green and digital.

As industry digitalization gains momentum, two trends are becoming increasingly evident. The first is that cloud-based enterprise service applications extend from office systems to production systems, requiring better quality assurance and a more secure network environment. The second is that enterprise networks evolve towards fully wireless and network management shifts from static to dynamic, all of which complicate network assurance and necessitate real-time management capabilities. In particular, small- and medium-sized enterprises (SMEs) lack the necessary funds and talent to follow these trends and are therefore in urgent need of high-quality and affordable managed services. Carriers have a large number of private line customers and boast three advantages: strong customer relationships, best-in-class network connectivity, and professional experience. As such, it is easier for carriers to provide managed network services for enterprise customers and quickly gain market growth.

Leading global carriers are actively transforming into digital managed network service providers. To facilitate this, Huawei launched the Digital Managed Network Solution and products at this year's MWC. These new offerings help carriers add digital managed network services — including Managed LAN, Managed WAN, Managed security, and Managed DCN — on top of IP private lines. These offerings can also enable carriers to upgrade the quality assurance and automation capabilities of their network infrastructures for differentiated site-to-cloud private lines.

Featured offerings include the following:

• Private Line + Managed LAN: By leveraging cloud management technology, Private Line + Managed LAN helps carriers expand from traditional private lines into campus networks. In this way, carriers can offer converged cloud-managed network services across LANs, WLANs, and IoT. The resulting benefits include fast plug-and-play delivery, intelligent O&M for fault diagnosis in minutes, 85% less field support needed, and 20% shorter return on investment (ROI) time.
• Private Line + Managed WAN: Drawing on SD-WAN networking technology, Private Line + Managed WAN enables hybrid networking of traditional MPLS private lines and other private line technologies. This helps enterprises quickly migrate to the cloud. Plus, 5G fixed-mobile convergence (FMC) and service-specific flexible traffic steering offer differentiated access experience and improve network service reliability. All of this ultimately strikes a perfect balance between service requirements and IT costs while also increasing the average revenue per user (ARPU) of private lines by more than 15%.
• Private Line + Managed Security: Building on a cloud service architecture, Private Line + Managed Security helps carriers offer affordable cloud security service packages to enterprises. As such, enterprises can subscribe online to many security services, such as border protection, endpoint protection, and ransomware protection. In this way, enterprises benefit from threat handling in seconds while reducing expenditure on dedicated security IT personnel, and carriers can increase their revenue of private line services by 20%.
• Private Line + Managed DCN: Featuring private line-IDC synergy, Private Line + Managed DCN streamlines services inside and outside the cloud while provisioning services in minutes. This is made possible with Huawei's hyper-converged DCN solution that unifies general-purpose computing, high-performance computing, and storage networks into all-Ethernet. In turn, this cuts the TCO by 36% and accelerates enterprises' cloud journey.
• Private Line Upgrades: Carriers can leverage the industry's first tenant-level network slicing capability to achieve Mbps-level slice granularity and service SLA assurance, maximizing network monetization. They can also draw on the industry's first digital network map for real-time visibility from physical links to services, as well as full-journey automation spanning pre-sales evaluation, during-sales deployment, and after-sales assurance of private line services.

Looking ahead, Zhao said Huawei will continue to invest more in innovative products and solutions tailored to industry digital transformation and carry out joint innovation with customers and industry partners. Doing so will help carriers transform into digital managed network service providers, accelerate industry digital development, and boost new growth.

MWC Barcelona 2023 runs from February 27 to March 2 in Barcelona, Spain. Huawei showcases its products and solutions at stand 1H50 in Fira Gran Via Hall 1. Together with global operators, industry professionals, and opinion leaders, we dive into topics such as 5G business success, 5.5G opportunities, green development, digital transformation, and our vision of using the GUIDE business blueprint to lay the foundation for 5.5G and build on the success of 5G for even greater prosperity. For more information, please visit: https://carrier.huawei.com/en/events/mwc2023.

Gigabit broadband has been developing rapidly around the world, and the acceleration and popularization of applications such as 8K, IoT, VR, and AR will sharply increase bandwidth and connection requirements. In line with this trend, Huawei outlined its vision for a green gigabit network: to reduce the per-bit construction and O&M costs to one-fifth of what they are currently, and without increasing energy consumption. Richard Jin also proposed four directions for building network capabilities: Giant capacity, Intelligence for all, Guaranteed experience, and Architecture simplified (G-I-G-A). Huawei's green intelligent OptiX network enables global operators to upgrade their networks in the G-I-G-A directions, building green gigabit all-optical networks to provide users with high-quality gigabit experience and supporting network evolution to F5.5G.

• Ultra-high bandwidth: Innovative technologies such as 400G, OXC, metro OTN, 10G PON, and FTTR must be introduced to gigabit networks, from backbone to home, to build all-optical networks that provide 400G to backbone networks, 100G to metro networks, 10G to access networks, and 1G connections to rooms in the home. This eliminates the bottlenecks of node capacity, network layer capacity, and end-to-end network capacity. It meets service bandwidth requirements, and promotes revenue growth for operators.
• Deterministic experience: Huawei FTTR OptiXstar F30 extends home optical fiber connection to individual rooms. The innovative C-WAN architecture provides 2000 Mbit/s Wi-Fi coverage throughout the entire house with imperceptible roaming to achieve an incredible home experience. Huawei OptiX Alps-WDM moves OTN from aggregation nodes to CO sites to build an E2E all-optical network with a superlative bearer experience.
• Simplified architecture: A simplified all-optical architecture provides one-stop access and one-hop connection. One-stop access - Huawei's CO+AirPON solution brings 10G PON capabilities to pole sites, curb sites, and buildings, innovatively integrating multiple sites for simplified management. In this way, all B2H and B2B services can be accessed through one site and one network, thereby reducing OPEX by 60%. One-hop connection - Huawei combines a 3D-mesh backbone network solution with the Alps-WDM solution for metro networks to implement all-optical grooming of services from the cloud to the user side, greatly reducing network construction costs, footprint, and energy consumption.
• Full-dimensional intelligence: To improve user experience, improve O&M efficiency, and reduce power consumption, Huawei has launched three solutions to enable all-dimensional intelligence. The Premium Broadband solution analyzes experience data to proactively detect faults and complete optimization in a timely manner; the optical cable network digitalization solution senses optical cables and analyzes data in a centralized manner, making the optical cable network visualized and manageable; and an intelligent green O&M solution dynamically adjusts power consumption based on the boards, port usage, and traffic.

Richard Jin said, "Based on the vision of green gigabit and the development directions of G-I-G-A, Huawei will continue to innovate to support operators in building green gigabit all-optical networks that feature future-oriented service development and efficient operations."

MWC 2023 will run from February 27 to March 2 in Barcelona, Spain. Huawei will showcase its products and solutions at stand 1H50 in Fira Gran Via Hall 1. Together with global operators, industry professionals, and opinion leaders, we will dive into topics such as 5G business success, 5.5G opportunities, green development, digital transformation, and our vision of using the GUIDE business blueprint to build on the success of 5G for even greater prosperity of 5.5G. For more information, please visit https://carrier.huawei.com/en/events/mwc2023.