The "5G + Wi-Fi + IoT" converged campus network solution brings new value to more industries and extend from office campuses to production campuses. The full potential of this hyper-converged campus network solution will be seen especially in healthcare, large enterprise, manufacturing, port, warehousing, and other scenarios, where it will accelerate industry digital transformation and maximize enterprise digital productivity.

Every point on a fibre optic cable is a sensor. Non-coherent optical time domain reflectometry (OTDR) technology has been used for a long time for long-range monitoring of the quality and the integrity of fiber optic cable infrastructure and this is used to locate break points in subsea underwater fiber cables.

Huawei's SD-WAN Solution stands out with many innovative technologies and now comes a new member: hyper-converged gateway NetEngine AR5710.

L3 implements conditional autonomy within a single network. A major milestone on the way to evolving from L3 to L4 is L3+, also called L3.5, where L3 is implemented across multi-cloud, multi-data center, and multi-vendor networks.

Going forward, we are entering the F5G-advanced era, where we will further improve eFBB and FFC by providing 10 times higher bandwidth and 10 times more connections.

Huawei's new flagship product, the CloudEngine S16700, uses its superfast forwarding, all-new architecture, and innovative power supply technologies to lead campus networks to an all-wireless intelligent era.

At HUAWEI CONNECT 2022, Huawei's data communication product line released the experience-centric "X00 Mbps @ Anywhere" wireless network construction standard to simplify planning, acceptance, and optimization, which are typically challenging for wireless networks due to lack of a quantifiable construction standards. This new standard helps to deliver "200 Mbps @ Anywhere" fully-wireless office network experiences.