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Autonomous Driving Network to Maximize Business Value

We are transitioning to an intelligent era of Artificial Intelligence (AI), Big Data, and cloud technologies. The data center is not only a service support center but also a value creation center that implements data value monetization based on AI.

Huawei’s CloudFabric is an Autonomous Driving data center network solution that provides seamless intra-data center and inter-data center cloud connectivity for physical, virtual, or container-based workloads and applications. The solution consists of iMaster NCE-Fabric controller, iMaster NCE-FabricInsight network analyzer, and CloudEngine series switches.CloudFabric delivers an intelligent, simplified, ultra-broadband, secure, and open digital network platform enabling enterprises to achieve business success.

Huawei’s CloudFabric market share remains third worldwide and first in China. It was positioned as Challenger in Gartner’s Data Center Network Magic Quadrant and has been successfully put into commercial use in more than 9,200 data centers in over 140 countries.

Agile Deployment

The automatic IT workflow is created by iMaster NCE-Fabric, which shortens application deployment time from weeks to minutes. Features include network service provisioning, fabric management, service function chain, O&M and fault location, openness, reliability, and management capacity and performance.

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Intelligent O&M

iMaster NCE-FabricInsight improves intelligent network analysis and O&M platforms. It collects software and hardware sensor information and analyzes the interaction of each application data flow. By locating faults in minutes, plus quickly retrieving data records and real-time telemetry, iMaster NCE-FabricInsight predicts unknown risks in network SLAs. Enterprises can cut fault location time from days to minutes, optimize network deployment, and improve operation efficiency.

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Ultra-Broadband Interconnection

CloudEngine switches provide 100 GE, 40 GE, 25 GE, 10 GE, and GE interfaces and can connect to storage devices through FCoE. The switches use typical spine-leaf fabric architecture to build ultra-broadband data center networks with high density, high performance, and low latency. The switches use the congestion-scheduling algorithm to build a lossless Ethernet network that is accelerating the commercial use of AI applications.

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