Building branch interconnection networks that deliver an optimal service experience.
As emerging technologies such as 5G, Artificial Intelligence (AI), and the Internet of Things (IoT) become ever-more closely integrated with the cloud, enterprises are accelerating transformation toward intelligence and cloudification. This trend has caused the Wide Area Network (WAN) traffic of enterprise branches to surge, overwhelming traditional WANs that mainly rely on Multiprotocol Label Switching (MPLS) private lines.
Software-Defined (SD)-WAN is an obvious choice in the cloud era, interconnecting enterprise branches, headquarters, and multiple clouds. And by transmitting traffic over the optimal link among available links — such as MPLS, Internet, 5G, or Long Term Evolution (LTE) — SD-WAN ensures a high-quality cloud experience. This results in improved reliability, flexibility, and Operations and Maintenance (O&M) efficiency for branch networks, all while ensuring service continuity and stability.
Huawei's SD-WAN Solution provides powerful networking, a superior user experience, and simplified O&M capabilities, meeting WAN interconnection requirements of enterprises of all shapes and sizes, as well as carriers and service providers.
5G/wired uplinks enable reliable and scalable interconnection between enterprise branches and headquarters and clouds anytime, anywhere.
Application-based intelligent traffic steering and optimization ensure the best possible experience for key local and cloud-based applications at branches from anywhere, including office and production applications.
Unified, cloud-based management of Local Area Networks (LANs) and WANs simplifies the deployment and O&M of a vast number of branch services.
Integrating rich service features such as routing, switching, 5G, VPN, security, and MPLS, and provides diversified enterprise router products for different industries, scales, and application scenarios.
A core component of Huawei Cloud Campus and CloudWAN solutions that enables cloud-based and automatic management of campus and branch networks.