Huawei Network Summit 2026 Unveils White Paper on High-Quality 10Gbps Smart Campus Networks
At the recent Huawei Network Summit 2026 held in Florence, Italy, a pivotal white paper titled 'High-Quality 10 Gbps Smart Campus Networks: Standards and Technical Aspects' was launched. This paper was developed in collaboration with key industry figures and organizations, aiming to provide a framework for sectors like public services, education, healthcare, and manufacturing to create state-of-the-art smart campus networks.
The white paper outlines critical building objectives, operational frameworks, and reference solutions to enable the deployment of secure and future-ready smart campus networks equipped with a 10 Gbps backbone. The event witnessed the presence of notable industry leaders such as David Chen, Vice President of Huawei's Campus Networks Division, and executives from prominent organizations like Wifirst and Networld Europe.
Among the highlights of the paper are six fundamental capabilities crucial for building smart networks: autonomous networks, ultra-broadband capacity of 10 Gbps, universal connectivity, deterministic experience, energy savings, and comprehensive security measures. The document emphasizes leveraging cutting-edge technologies to develop a next-gen infrastructure that prioritizes efficiency and security. Notably, advanced coordination among multiple Access Points (APs), smart Wi-Fi detection features, and a zero-trust security model are part of the recommended approaches.
During the summit, Huawei introduced their enhanced solution, Stellar Intelligent Campus Network, showcasing a commitment to ushering Europe into the intelligent era. Gibbs Wang, the president of Huawei's Global Enterprise Networks Marketing and Sales Solutions, highlighted the urgency of digital transformation across all sectors, stressing that Huawei’s solution aims to create a more efficient, secure, and intelligent campus network infrastructure, ultimately boosting productivity in European industries.
Alex Sun, who oversees Huawei's Campus Networks product line, pointed out that the smart era has arisen, necessitating a shift from traditional connectivity infrastructures to intelligent network frameworks. The Stellar Intelligent Campus Network addresses these changes by offering ultra-fast wireless connectivity, robust network security, and autonomous operations that allow for significant reductions in maintenance and repair times, promoting energy-efficient practices.
Key features of Huawei's solution include:
1. Ultra-Fast Wireless Connectivity: Utilizing Wi-Fi 7 Advanced technology, the solution enables enhanced coordination between multiple APs, effectively doubling network performance and transforming wireless systems into intelligent space detection networks.
2. Comprehensive Security: The system safeguards assets by swiftly identifying and managing anomalous behavior across connected devices, ensuring total visibility and reliability. Additionally, it implements end-to-end encrypted channels resistant to quantum threats to thwart potential data leaks.
3. Network Autonomy: With Huawei's digital network maps and the NetMaster tool, operations and maintenance can be performed entirely automated, cutting the average mean time to repair (MTTR) by up to 90%. The energy-conserving architecture also optimizes power consumption across various dimensions.
Looking ahead, Huawei is set to collaborate with industry pioneers, sector organizations, and ecosystem partners in implementing the strategies and technologies laid out in the paper across diverse campus environments. This initiative aims to help clients develop smarter, higher-quality campus networks that are easier to maintain and more sustainable overall. For further details, the complete white paper is available for consultation through Huawei's resources.
The white paper outlines critical building objectives, operational frameworks, and reference solutions to enable the deployment of secure and future-ready smart campus networks equipped with a 10 Gbps backbone. The event witnessed the presence of notable industry leaders such as David Chen, Vice President of Huawei's Campus Networks Division, and executives from prominent organizations like Wifirst and Networld Europe.
Among the highlights of the paper are six fundamental capabilities crucial for building smart networks: autonomous networks, ultra-broadband capacity of 10 Gbps, universal connectivity, deterministic experience, energy savings, and comprehensive security measures. The document emphasizes leveraging cutting-edge technologies to develop a next-gen infrastructure that prioritizes efficiency and security. Notably, advanced coordination among multiple Access Points (APs), smart Wi-Fi detection features, and a zero-trust security model are part of the recommended approaches.
During the summit, Huawei introduced their enhanced solution, Stellar Intelligent Campus Network, showcasing a commitment to ushering Europe into the intelligent era. Gibbs Wang, the president of Huawei's Global Enterprise Networks Marketing and Sales Solutions, highlighted the urgency of digital transformation across all sectors, stressing that Huawei’s solution aims to create a more efficient, secure, and intelligent campus network infrastructure, ultimately boosting productivity in European industries.
Alex Sun, who oversees Huawei's Campus Networks product line, pointed out that the smart era has arisen, necessitating a shift from traditional connectivity infrastructures to intelligent network frameworks. The Stellar Intelligent Campus Network addresses these changes by offering ultra-fast wireless connectivity, robust network security, and autonomous operations that allow for significant reductions in maintenance and repair times, promoting energy-efficient practices.
Key features of Huawei's solution include:
1. Ultra-Fast Wireless Connectivity: Utilizing Wi-Fi 7 Advanced technology, the solution enables enhanced coordination between multiple APs, effectively doubling network performance and transforming wireless systems into intelligent space detection networks.
2. Comprehensive Security: The system safeguards assets by swiftly identifying and managing anomalous behavior across connected devices, ensuring total visibility and reliability. Additionally, it implements end-to-end encrypted channels resistant to quantum threats to thwart potential data leaks.
3. Network Autonomy: With Huawei's digital network maps and the NetMaster tool, operations and maintenance can be performed entirely automated, cutting the average mean time to repair (MTTR) by up to 90%. The energy-conserving architecture also optimizes power consumption across various dimensions.
Looking ahead, Huawei is set to collaborate with industry pioneers, sector organizations, and ecosystem partners in implementing the strategies and technologies laid out in the paper across diverse campus environments. This initiative aims to help clients develop smarter, higher-quality campus networks that are easier to maintain and more sustainable overall. For further details, the complete white paper is available for consultation through Huawei's resources.
Topics Telecommunications）
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