Network / SD-WAN

SD-WAN

Use SDN to optimize enterprise WAN connectivity, flexibly managing MPLS, internet and 4G/5G links. Smart routing and WAN acceleration raise reliability while cutting cost and simplifying management.

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Multi-link

Circuit/Internet/4G·5G

Smart routing

Loss-resistant acceleration

Encrypted

Network slicing security

Software-defined

Automated deployment

Rebuild the enterprise WAN, software-defined

SD-WAN manages multiple WAN links in a software-defined way, converging circuits, internet and wireless multi-path at the underlay, and using FEC and packet duplication to resist loss and improve quality. With traffic encryption, network slicing and application awareness for security, SD-WAN offers better value, faster provisioning and stronger visibility than traditional MPLS circuits.

Key advantages

High-performance transport

Underlay converges circuits, internet and wireless multi-path, with FEC and packet duplication to reduce latency and loss and improve experience.

  • Multi-path convergence
  • FEC loss resistance
  • Packet duplication
  • Lower latency & jitter

Secure and controllable

Encrypts traffic in transit, improves security with network slicing, and provides strong application awareness and WAN acceleration.

  • Traffic encryption
  • Network-slice isolation
  • Application awareness
  • WAN acceleration

Cost-effective

Better value than carrier MSTP/MPLS circuits, with business visibility services that improve the user experience.

  • Lower cost than MPLS
  • Business visibility
  • On-demand elasticity
  • Fast provisioning

Elastic and flexible

Highly scalable; software-defined networking and automated deployment let services launch fast and adjust flexibly.

  • Software-defined
  • Automated deployment
  • Elastic scaling
  • Fast launch

Typical scenarios

Multi-branch networking

Unified, secure, manageable WAN connectivity for headquarters, branches and stores, replacing costly circuits.

  • HQ-branch interconnect
  • Unified policy push
  • Replace MPLS
  • Central management

Hybrid- and multi-cloud interconnect

Smart routing connects enterprise data centers with multi-cloud resources, ensuring stable access for critical workloads.

  • Multi-cloud interconnect
  • Smart routing
  • Critical-workload assurance
  • Elastic bandwidth

Core capabilities

Multi-link smart routing with loss resistance

Probes link quality in real time, routes dynamically per application, and resists loss and jitter via FEC and packet duplication.

  • Link-quality probing
  • Application-level routing
  • FEC / packet duplication
  • Second-level failover

Encrypted transport and network slicing

Encrypts traffic and isolates by business via slicing, combined with application awareness for overall security.

  • Traffic encryption
  • Network slicing
  • Application awareness
  • Policy isolation

Software-defined central management and visibility

Push policies, deploy automatically and visualize business through one console, simplifying WAN operations.

  • Unified console
  • Automated deployment
  • Business visibility
  • Central policy push

FAQ

In many cases, yes. By converging internet, circuits and 4G/5G with smart routing, SD-WAN approaches circuit-like experience at lower cost while simplifying management.

Multi-path convergence at the underlay, plus FEC and packet duplication, with real-time link-quality probing for dynamic routing to reduce latency, loss and jitter.

Traffic is encrypted in transit, with network slicing and application awareness for isolation and access control, meeting enterprise security needs.

Yes. SD-WAN handles link connectivity and optimization while Zero Trust handles identity-centric access security; together they deliver both connection quality and secure access.