CloudFabric Solution


CloudFabric Solution

Huawei CloudFabric solution helps carriers build a simplified, intelligent, ultra-broadband, and open cloud data center network that applies to scenarios such as private cloud, public cloud, telco cloud, and hosting, accelerating digital transformation for customers.
As a core component of the CloudFabric solution, Agile Controller-DCN implements unified management and control, dynamic scheduling, automatic deployment, and elastic scaling of cloud data center networks, allowing customers to flexibly deploy and schedule network resources according to their service development and enabling the data center network to be more agile for cloud services.

Telco Cloud Bearer Network

As a core component of Huawei CloudFabric NFVI Telco Cloud Bearer Network Solution, Agile Controller-DCN manages networks composed of NE routers, CE switches, and vSwitches, meeting flexible networking requirements of small to large telco clouds. It associates with the cloud platform to automatically bring VMs online or offline and supports multiple automatic access modes, such as SR-IOV and vSwitch access. In addition, it associates with the MANO to automatically transmit VNF routes and enable VNF-cloud-network synergy, implementing automatic and on-demand E2E provisioning and elastic scaling of telco cloud services.

Private Cloud/Public Cloud

Agile Controller-DCN is widely used in carriers' EDCs and IDCs. It helps customers build a next-generation cloud data center network architecture, providing a comprehensive and user-friendly GUI to support unified management and dynamic scheduling of network resource pools. In addition, it can interconnect with mainstream cloud platforms and container platforms, enabling customers to manage and control cloud data centers in a unified manner. In this way, it meets customers' deployment requirements and facilitates smooth long-term evolution of cloud data centers.


Agile Controller-DCN provides automatic network provisioning and visualized network O&M, greatly improving the efficiency of tenant service provisioning and network O&M. It can be used in multiple scenarios to flexibly meet carriers' different service requirements, for example, where a tenant leases racks and provides network devices, carriers provide gateway devices (ports), and carriers provide VPC services.