What is SD-WAN?
Why VMware SD-WAN?
Benefits of SD-WAN
VMware SD-WAN Gateway™
VMware SD-WAN™ incorporates a distributed network of service gateways deployed at top tier cloud data centers around the world, providing scalability, redundancy and on-demand flexibility. VMware SD-WAN Gateways™ provide optimized data paths to all applications, branches and data centers along with the ability to deliver network services from the cloud.
VMware SD-WAN Edge™
The VMware SD-WAN Edges™ are zero-touch enterprise-class appliances that provide secure optimized connectivity to private, public and hybrid applications, compute and virtualized services. VMware SD-WAN Edges™ perform deep application recognition, application and packet steering, performance metrics and end to end quality of service in addition to hosting virtual network function (VNF) services.
VMware Edge Cloud Orchestrator™
The VMware Edge Cloud Orchestrator™ provides centralized enterprise-wide installation, configuration and real-time monitoring in addition to orchestrating the data flow through the cloud network. The VMware Edge Cloud Orchestrator™ enables one-click provisioning of virtual services in the branch, the cloud, or the enterprise data center.
VMware SD-Access follows the principles of zero trust to extend the benefits of reliable, optimal, and secure connectivity all the way to end user devices, without the need for a hardware appliance.
VMware SD-WAN™ is a godsend. It was incredibly easy to set up and seamless to use. It’s probably saved me about an hour of time today alone in time wasted logging into the VPN. I think as we consider remote work for our division this item should be considered mandatory for optimal business performance.
VMware’s SD-WAN platform has helped unify a formerly disparate network, adding increased visibility and management that wasn’t present before.
Frequently Asked Questions
SD-WAN stands for software-defined wide area network (WAN).
SD-WAN offers flexibility compared to VPNs. It enables optimized traffic routing over multiple transport media, such as MPLS, cellular/5G or broadband, depending on the business need. VPNs are typically designed to send all traffic over a single network link.
MPLS is expensive and inflexible compared to SD-WAN. MPLS takes longer to deploy and is not built for the cloud. It requires backhaul through the data center, which slows traffic and negatively impacts the user experience.
SD-WAN adds enhanced security and control to the network. Traditional WAN is an unencrypted VPN and requires security add-ons.
Secure Access Service Edge (SASE) combines cloud networking with cloud security to transform organizations to better support workers in multiple locations (office, home, airport,…), applications in many locations (cloud IaS, SaaS, datacenter, edge,..) and operational transformations at edge sites.
The security side of SASE is called Secure Service Edge (SSE). The network side is provided by SD-WAN and is critical to a SASE architecture.